{"text_format":"1","workbook":"xlsx","n_sheets":43,"sheets":["Welcome","Aggregate_CO2e","Aggregate_CostSavings","Electricity Management","Green Energy","Stationary Sources","Mobile Sources","Greening Chemistry","Water Management","Solvent Remanufacturing","GEMM Information","GEMM Emission Summary","GEMM (2011) Models","GEMM (2013) Models","GEMM HazMat Densities","Glossary & Conversions","ElectricityEFs","Reference & Justification","GEMM Drop downs","GEMM (2011) Before","GEMM (2011) After","GEMM (2011) LCA Data","GEMM (2013) LCA Data","GEMM (2013) Feedstock Data","GEMM Parameters","C_Haz Inputs & Wastes","C_Air Emissions","C_Water Pollution","C_Water Use","C_Fuel Use","C_Electricity Use","C_Non-Haz Inputs & Solid Wa","C_Conversion Factors","C_State Air Emission","C_State Water  Charges","C_Average HW Cost","C_Incineration","C_Landfill","C_State Elec. Prices & Premiums","C_Green Elec. Premium Worksheet","C_Implicit GDP Price Deflators","C_AirEmissVariablesAssumption","C_Drop down lists"],"not_rendered":{"charts":0,"images":19,"macros":1,"external_links":1,"defined_names":93,"comments":8,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Welcome","index":0,"n_rows":5,"n_cols":2,"rows_kept":5,"cut":false,"hidden":false,"merged":[[0,0,0,2]]}
["EPA GHG Emission Reductions Calculator for Pollution Prevention Projects "]
[]
[null,"Purpose\nThis calculator quantifies annual greenhouse gas (GHG) emission reductions from projects that prevent pollution and enhance sustainability.  It covers electricity and fuel management, green energy purchases, 13 fuel and 212 chemical substitutions with lower GHG intensities, water management, and materials and process management in chemical manufacturing. While similar in scope to EPA’s Simplified GHG Emissions Calculator, this P2 GHG Calculator is for project entries, whereas the Simplified GHG Emissions Calculator is for entities to inventory their annual GHG emissions. This P2 GHG Calculator is ideal for P2 program grantees and partners to use in reporting results. "]
[null,"Functionality\nThis Excel program converts activity metrics into metric tons of carbon dioxide equivalent (MTCO2e), according to the type of activity conducted. Choose the tab that relates to the type of activity conducted in your project and be guided through entering your activity metrics in a project row to see annual MTCO2e reductions. The activity tabs are electricity management, green energy purchases, stationary source fuel use, mobile source fuel use, green chemistry, water conservation, and solvent remanufacturing. Each tab has a yellow row with an example to show activity metrics converted to MTCO2e reductions. To see total reductions for this type of activity, look at the row \"Totals - all Projects\" above the Project One row. To see total reductions per project broken out by activity type, please use the aggregate tab. \n\nIn addition to the aggregate tab, there is also an aggregate cost-savings tab. This latter tab presents side-by-side the total reductions per project (broken out by activity type) and the corresponding cost savings. Back-end formulas from this calculator and EPA’s Pollution Prevention Cost-Savings Calculator are used together to create this display. "]
[null,"Notes\nCO2e is a unit of GHGs whose global warming potential (GWP) is standardized to that of CO2, assigned a value of 1. This tool uses standard reporting procedures of the United Nations to calculate the GWP of various greenhouse gases.\n \nWhile the Calculator does not record the scope of emissions, it allows the user to estimate GHG emission reductions for direct (Scope 1), indirect (Scope 2), and optional (Scope 3) sources. Fuel burned onsite or in a company-owned plane or vehicle and onsite chemical engineering changes relate to Scope 1. Electricity management, purchases of green energy or renewable energy certificates and water management relate to Scope 2. Purchases of lower-GWP chemicals or fuel for transit and other equipment not owned by the company relate to Scope 3.  "]

{"sheet":"Aggregate_CO2e","index":1,"n_rows":32,"n_cols":10,"rows_kept":32,"cut":false,"hidden":false,"merged":[[21,1,21,9],[22,1,22,9],[0,0,2,0],[1,1,1,9],[24,1,24,9],[20,1,20,9],[23,1,23,9],[30,0,30,8],[31,0,31,8],[25,1,25,9],[27,1,27,9],[26,1,26,9]]}
[null,"Aggregated GHG Reductions by Category and Project"]
[null,"This tab calculates the GHG saving results per project from all tabs. To name a project, enter the project name in the first column.  The name entered will appear automatically as the project name on all other tabs. For example, if Project 1 is named \"Line 2 Upgrade\", the Project 1 field in all tabs will be populated as \"Line 2 Upgrade\"."]
[]
[null,"Electricity Management","Green Energy","Stationary Sources","Mobile Sources","Greening Chemistry","Water Management","Solvent Remanufacturing","Total by project","Total by project"]
[null,"Reduction in Metric Tons of Carbon Dioxide Equivalent (MTCO2e)","Reduction in Metric Tons of Carbon Dioxide Equivalent (MTCO2e)","Reduction in Metric Tons of Carbon Dioxide Equivalent (MTCO2e)","Reduction in Metric Tons of Carbon Dioxide Equivalent (MTCO2e)","Reduction in Metric Tons of Carbon Dioxide Equivalent (MTCO2e)","Reduction in Metric Tons of Carbon Dioxide Equivalent (MTCO2e)","Reduction in Metric Tons of Carbon Dioxide Equivalent (MTCO2e)","Reduction in Metric Tons of Carbon Dioxide Equivalent (MTCO2e)*","Reduction in Million Metric Tons of Carbon Dioxide Equivalent (MMTCO2e)**"]
["Aggregate (All Projects)",{"$f":"SUM(B8:B18)","v":0},{"$f":"SUM(C8:C18)","v":0},0,0,0,0,0,0,0]
[]
["Project 1",{"$f":"'Electricity Management'!F12+'Electricity Management'!H12+'Electricity Management'!J12","v":0},{"$f":"('Green Energy'!F12+'Green Energy'!H12)","v":0},{"$f":"('Stationary Sources'!C12+'Stationary Sources'!E12+'Stationary Sources'!G12+'Stationary Sources'!I12+'Stationary Sources'!K12+'Stationary Sources'!M12+'Stationary Sources'!O12+'Stationary Sources'!S12+'Stationary Sources'!W12+'Stationary Sources'!Z12)","v":0},{"$f":"'Mobile Sources'!C13+'Mobile Sources'!E13+'Mobile Sources'!G13+'Mobile Sources'!J13+'Mobile Sources'!L13+'Mobile Sources'!N13+'Mobile Sources'!R13+'Mobile Sources'!T13+'Mobile Sources'!W13+'Mobile Sources'!Z13","v":0},{"$f":"INDEX('Greening Chemistry'!$10:$10,ROW()+1)","v":0},{"$f":"'Water Management'!D13+'Water Management'!F13","v":0},{"$f":"'Solvent Remanufacturing'!G12","v":0},{"$f":"SUM(B8:H8)","v":0},{"$f":"I8/1000000","v":0}]
["Project 2",{"$f":"'Electricity Management'!F13+'Electricity Management'!H13+'Electricity Management'!J13","v":0},{"$f":"('Green Energy'!F13+'Green Energy'!H13)","v":0},{"$f":"('Stationary Sources'!C13+'Stationary Sources'!E13+'Stationary Sources'!G13+'Stationary Sources'!I13+'Stationary Sources'!K13+'Stationary Sources'!M13+'Stationary Sources'!O13+'Stationary Sources'!S13+'Stationary Sources'!W13+'Stationary Sources'!Z13)","v":0},{"$f":"'Mobile Sources'!C14+'Mobile Sources'!E14+'Mobile Sources'!G14+'Mobile Sources'!J14+'Mobile Sources'!L14+'Mobile Sources'!N14+'Mobile Sources'!R14+'Mobile Sources'!T14+'Mobile Sources'!W14+'Mobile Sources'!Z14","v":0},{"$f":"INDEX('Greening Chemistry'!$10:$10,ROW()+1)","v":0},{"$f":"'Water Management'!D14+'Water Management'!F14","v":0},{"$f":"'Solvent Remanufacturing'!G13","v":0},0,{"$f":"I9/1000000","v":0}]
["Project 3",{"$f":"'Electricity Management'!F14+'Electricity Management'!H14+'Electricity Management'!J14","v":0},{"$f":"('Green Energy'!F14+'Green Energy'!H14)","v":0},{"$f":"('Stationary Sources'!C14+'Stationary Sources'!E14+'Stationary Sources'!G14+'Stationary Sources'!I14+'Stationary Sources'!K14+'Stationary Sources'!M14+'Stationary Sources'!O14+'Stationary Sources'!S14+'Stationary Sources'!W14+'Stationary Sources'!Z14)","v":0},{"$f":"'Mobile Sources'!C15+'Mobile Sources'!E15+'Mobile Sources'!G15+'Mobile Sources'!J15+'Mobile Sources'!L15+'Mobile Sources'!N15+'Mobile Sources'!R15+'Mobile Sources'!T15+'Mobile Sources'!W15+'Mobile Sources'!Z15","v":0},{"$f":"INDEX('Greening Chemistry'!$10:$10,ROW()+1)","v":0},{"$f":"'Water Management'!D15+'Water Management'!F15","v":0},{"$f":"'Solvent Remanufacturing'!G14","v":0},0,{"$f":"I10/1000000","v":0}]
["Project 4",{"$f":"'Electricity Management'!F15+'Electricity Management'!H15+'Electricity Management'!J15","v":0},{"$f":"('Green Energy'!F15+'Green Energy'!H15)","v":0},{"$f":"('Stationary Sources'!C15+'Stationary Sources'!E15+'Stationary Sources'!G15+'Stationary Sources'!I15+'Stationary Sources'!K15+'Stationary Sources'!M15+'Stationary Sources'!O15+'Stationary Sources'!S15+'Stationary Sources'!W15+'Stationary Sources'!Z15)","v":0},{"$f":"'Mobile Sources'!C16+'Mobile Sources'!E16+'Mobile Sources'!G16+'Mobile Sources'!J16+'Mobile Sources'!L16+'Mobile Sources'!N16+'Mobile Sources'!R16+'Mobile Sources'!T16+'Mobile Sources'!W16+'Mobile Sources'!Z16","v":0},{"$f":"INDEX('Greening Chemistry'!$10:$10,ROW()+1)","v":0},{"$f":"'Water Management'!D16+'Water Management'!F16","v":0},{"$f":"'Solvent Remanufacturing'!G15","v":0},0,0]
["Project 5",{"$f":"'Electricity Management'!F16+'Electricity Management'!H16+'Electricity Management'!J16","v":0},{"$f":"('Green Energy'!F16+'Green Energy'!H16)","v":0},{"$f":"('Stationary Sources'!C16+'Stationary Sources'!E16+'Stationary Sources'!G16+'Stationary Sources'!I16+'Stationary Sources'!K16+'Stationary Sources'!M16+'Stationary Sources'!O16+'Stationary Sources'!S16+'Stationary Sources'!W16+'Stationary Sources'!Z16)","v":0},{"$f":"'Mobile Sources'!C17+'Mobile Sources'!E17+'Mobile Sources'!G17+'Mobile Sources'!J17+'Mobile Sources'!L17+'Mobile Sources'!N17+'Mobile Sources'!R17+'Mobile Sources'!T17+'Mobile Sources'!W17+'Mobile Sources'!Z17","v":0},{"$f":"INDEX('Greening Chemistry'!$10:$10,ROW()+1)","v":0},{"$f":"'Water Management'!D17+'Water Management'!F17","v":0},{"$f":"'Solvent Remanufacturing'!G16","v":0},0,0]
["Project 6",{"$f":"'Electricity Management'!F17+'Electricity Management'!H17+'Electricity Management'!J17","v":0},{"$f":"('Green Energy'!F17+'Green Energy'!H17)","v":0},{"$f":"('Stationary Sources'!C17+'Stationary Sources'!E17+'Stationary Sources'!G17+'Stationary Sources'!I17+'Stationary Sources'!K17+'Stationary Sources'!M17+'Stationary Sources'!O17+'Stationary Sources'!S17+'Stationary Sources'!W17+'Stationary Sources'!Z17)","v":0},{"$f":"'Mobile Sources'!C18+'Mobile Sources'!E18+'Mobile Sources'!G18+'Mobile Sources'!J18+'Mobile Sources'!L18+'Mobile Sources'!N18+'Mobile Sources'!R18+'Mobile Sources'!T18+'Mobile Sources'!W18+'Mobile Sources'!Z18","v":0},{"$f":"INDEX('Greening Chemistry'!$10:$10,ROW()+1)","v":0},{"$f":"'Water Management'!D18+'Water Management'!F18","v":0},{"$f":"'Solvent Remanufacturing'!G17","v":0},0,0]
["Project 7",{"$f":"'Electricity Management'!F18+'Electricity Management'!H18+'Electricity Management'!J18","v":0},{"$f":"('Green Energy'!F18+'Green Energy'!H18)","v":0},{"$f":"('Stationary Sources'!C18+'Stationary Sources'!E18+'Stationary Sources'!G18+'Stationary Sources'!I18+'Stationary Sources'!K18+'Stationary Sources'!M18+'Stationary Sources'!O18+'Stationary Sources'!S18+'Stationary Sources'!W18+'Stationary Sources'!Z18)","v":0},{"$f":"'Mobile Sources'!C19+'Mobile Sources'!E19+'Mobile Sources'!G19+'Mobile Sources'!J19+'Mobile Sources'!L19+'Mobile Sources'!N19+'Mobile Sources'!R19+'Mobile Sources'!T19+'Mobile Sources'!W19+'Mobile Sources'!Z19","v":0},{"$f":"INDEX('Greening Chemistry'!$10:$10,ROW()+1)","v":0},{"$f":"'Water Management'!D19+'Water Management'!F19","v":0},{"$f":"'Solvent Remanufacturing'!G18","v":0},0,0]
["Project 8",{"$f":"'Electricity Management'!F19+'Electricity Management'!H19+'Electricity Management'!J19","v":0},{"$f":"('Green Energy'!F19+'Green Energy'!H19)","v":0},{"$f":"('Stationary Sources'!C19+'Stationary Sources'!E19+'Stationary Sources'!G19+'Stationary Sources'!I19+'Stationary Sources'!K19+'Stationary Sources'!M19+'Stationary Sources'!O19+'Stationary Sources'!S19+'Stationary Sources'!W19+'Stationary Sources'!Z19)","v":0},{"$f":"'Mobile Sources'!C20+'Mobile Sources'!E20+'Mobile Sources'!G20+'Mobile Sources'!J20+'Mobile Sources'!L20+'Mobile Sources'!N20+'Mobile Sources'!R20+'Mobile Sources'!T20+'Mobile Sources'!W20+'Mobile Sources'!Z20","v":0},{"$f":"INDEX('Greening Chemistry'!$10:$10,ROW()+1)","v":0},{"$f":"'Water Management'!D20+'Water Management'!F20","v":0},{"$f":"'Solvent Remanufacturing'!G19","v":0},0,0]
["Project 9",{"$f":"'Electricity Management'!F20+'Electricity Management'!H20+'Electricity Management'!J20","v":0},{"$f":"('Green Energy'!F20+'Green Energy'!H20)","v":0},{"$f":"('Stationary Sources'!C20+'Stationary Sources'!E20+'Stationary Sources'!G20+'Stationary Sources'!I20+'Stationary Sources'!K20+'Stationary Sources'!M20+'Stationary Sources'!O20+'Stationary Sources'!S20+'Stationary Sources'!W20+'Stationary Sources'!Z20)","v":0},{"$f":"'Mobile Sources'!C21+'Mobile Sources'!E21+'Mobile Sources'!G21+'Mobile Sources'!J21+'Mobile Sources'!L21+'Mobile Sources'!N21+'Mobile Sources'!R21+'Mobile Sources'!T21+'Mobile Sources'!W21+'Mobile Sources'!Z21","v":0},{"$f":"INDEX('Greening Chemistry'!$10:$10,ROW()+1)","v":0},{"$f":"'Water Management'!D21+'Water Management'!F21","v":0},{"$f":"'Solvent Remanufacturing'!G20","v":0},0,0]
["Project 10",{"$f":"'Electricity Management'!F21+'Electricity Management'!H21+'Electricity Management'!J21","v":0},{"$f":"('Green Energy'!F21+'Green Energy'!H21)","v":0},{"$f":"('Stationary Sources'!C21+'Stationary Sources'!E21+'Stationary Sources'!G21+'Stationary Sources'!I21+'Stationary Sources'!K21+'Stationary Sources'!M21+'Stationary Sources'!O21+'Stationary Sources'!S21+'Stationary Sources'!W21+'Stationary Sources'!Z21)","v":0},{"$f":"'Mobile Sources'!C22+'Mobile Sources'!E22+'Mobile Sources'!G22+'Mobile Sources'!J22+'Mobile Sources'!L22+'Mobile Sources'!N22+'Mobile Sources'!R22+'Mobile Sources'!T22+'Mobile Sources'!W22+'Mobile Sources'!Z22","v":0},{"$f":"INDEX('Greening Chemistry'!$10:$10,ROW()+1)","v":0},{"$f":"'Water Management'!D22+'Water Management'!F22","v":0},{"$f":"'Solvent Remanufacturing'!G21","v":0},0,0]
[{"$f":"\"Project \"&(ROW(A18)-7)","v":"Project 11"},{"$f":"'Electricity Management'!F22+'Electricity Management'!H22+'Electricity Management'!J22","v":0},{"$f":"('Green Energy'!F22+'Green Energy'!H22)","v":0},{"$f":"('Stationary Sources'!C22+'Stationary Sources'!E22+'Stationary Sources'!G22+'Stationary Sources'!I22+'Stationary Sources'!K22+'Stationary Sources'!M22+'Stationary Sources'!O22+'Stationary Sources'!S22+'Stationary Sources'!W22+'Stationary Sources'!Z22)","v":0},{"$f":"'Mobile Sources'!C23+'Mobile Sources'!E23+'Mobile Sources'!G23+'Mobile Sources'!J23+'Mobile Sources'!L23+'Mobile Sources'!N23+'Mobile Sources'!R23+'Mobile Sources'!T23+'Mobile Sources'!W23+'Mobile Sources'!Z23","v":0},{"$f":"INDEX('Greening Chemistry'!$10:$10,ROW()+1)","v":0},{"$f":"'Water Management'!D23+'Water Management'!F23","v":0},{"$f":"'Solvent Remanufacturing'!G22","v":0},{"$f":"SUM(B18:H18)","v":0},{"$f":"I18/1000000","v":0}]
[]
[]
["Category","Description"]
["Electricity Management","GHG reductions from electricity conservation or reduced use of energy."]
["Green Energy","GHG reductions from switching to greener or renewable energy sources."]
["Stationary Sources","GHG reductions from reduced fuel use in stationary combustion sources."]
["Mobile Sources","GHG reductions from reduced fuel use or substitution to greener fuels in mobile or transportation sources."]
["Greening Chemistry","GHG reductions from reduced use of high global-warming-potential (GWP) chemicals."]
["Water Management","GHG reductions from reduced water use."]
["Solvent Remanufacturing","GHG reductions from considering the lifecycle GHG impact of materials used."]
[]
["Notes:"]
["* Reporting units for Regional ACS (Annual Commitment System) P2 performance measure (Column I) are Metric Tons of Carbon Dioxide Equivalent (MTCO2e)"]
["** Reporting units for National P2 program performance measure (Column J) are Million Metric Tons of Carbon Dioxide Equivalent (MMTCO2e)"]

{"sheet":"Aggregate_CostSavings","index":2,"n_rows":25,"n_cols":11,"rows_kept":25,"cut":false,"hidden":false,"merged":[[24,1,24,8],[2,1,2,8],[19,1,19,8],[2,0,5,0],[0,0,1,0],[1,1,1,8],[21,1,21,8],[22,1,22,8],[23,1,23,8]]}
[null,"Aggregated P2 Cost Savings from Projects with GHG Impacts"]
[null,"This tab auto-populates with relevant cost savings. The backend calculations come from the P2 Cost Savings Calculator. This saves you the trouble of using the energy unit as the common conversion factor in the cost and GHG calculators to calculate your GHG reductions and cost savings side by side. Follow the instructions on the Aggregate tab first, then look at this tab to see your MTCO2e and associated cost savings displayed side by side.* (The P2 Cost Savings Calculator produces the same cost benefits but won't display your GHG reductions)."]
[null,"How to Use this Tab\nUse this tab to verify your GHG-related cost savings, especially if you report to EPA's Pollution Prevention Program. "]
[]
[null,"Electricity Management and Green Energy\n(Cost savings not included for CFL bulbs or RECs)","Stationary Sources and Mobile Sources\n(Cost savings not included for LPG, propane, landfill gas, air travel, vehicle miles, ethanol)","Hazardous Inputs\n(Note: No GHG <--> cost link)","Hazardous Waste\n(Note: No GHG <--> cost link)","Air Emissions\n(Note: No GHG <--> cost link)","Water Management","Water Use\n(Transferred to first argument in Water Conservation column)","Total by Project","Non-Hazardous Inputs","Non-Hazardous Waste"]
[null,"cost savings ($)","cost savings ($)","cost savings ($)","cost savings ($)","cost savings ($)","cost savings ($)","cost savings ($)","cost savings ($)","cost savings ($)","cost savings ($)"]
["Aggregate (All Projects)",{"$f":"SUM(B9:B19)","v":0},{"$f":"SUM(C9:C19)","v":0},{"$f":"SUM(D9:D19)","v":0},0,0,0,0,0,0,0]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},{"$f":"IF(ISERROR('C_Electricity Use'!G13+'C_Electricity Use'!L13), 0, 'C_Electricity Use'!G13+'C_Electricity Use'!L13)","v":0},{"$f":"'C_Fuel Use'!F13+'C_Fuel Use'!I13+'C_Fuel Use'!L13+'C_Fuel Use'!O13+'C_Fuel Use'!R13+'C_Fuel Use'!U13+'C_Fuel Use'!X13+'C_Fuel Use'!AA13+'C_Fuel Use'!AD13","v":0},{"$f":"'C_Haz Inputs & Wastes'!E19+'C_Haz Inputs & Wastes'!I19","v":0},{"$f":"'C_Haz Inputs & Wastes'!M19+'C_Haz Inputs & Wastes'!Q19+'C_Haz Inputs & Wastes'!U19","v":0},{"$f":"SUM('C_Air Emissions'!F13,'C_Air Emissions'!J13)","v":0},{"$f":"SUM('C_Water Use'!E12, 'C_Water Pollution'!E12,'C_Water Pollution'!J12,'C_Water Pollution'!T12,'C_Water Pollution'!Y12,'C_Water Pollution'!O12)","v":0},null,{"$f":"SUM(B9, C9, G9)","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!E14","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!I14","v":0}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},{"$f":"IF(ISERROR('C_Electricity Use'!G14+'C_Electricity Use'!L14), 0, 'C_Electricity Use'!G14+'C_Electricity Use'!L14)","v":0},{"$f":"'C_Fuel Use'!F14+'C_Fuel Use'!I14+'C_Fuel Use'!L14+'C_Fuel Use'!O14+'C_Fuel Use'!R14+'C_Fuel Use'!U14+'C_Fuel Use'!X14+'C_Fuel Use'!AA14+'C_Fuel Use'!AD14","v":0},{"$f":"'C_Haz Inputs & Wastes'!E20+'C_Haz Inputs & Wastes'!I20","v":0},{"$f":"'C_Haz Inputs & Wastes'!M20+'C_Haz Inputs & Wastes'!Q20+'C_Haz Inputs & Wastes'!U20","v":0},{"$f":"SUM('C_Air Emissions'!F14,'C_Air Emissions'!J14)","v":0},{"$f":"SUM('C_Water Use'!E13, 'C_Water Pollution'!E13,'C_Water Pollution'!J13,'C_Water Pollution'!T13,'C_Water Pollution'!Y13,'C_Water Pollution'!O13)","v":0},null,{"$f":"SUM(B10, C10, G10)","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!E15","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!I15","v":0}]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},{"$f":"IF(ISERROR('C_Electricity Use'!G15+'C_Electricity Use'!L15), 0, 'C_Electricity Use'!G15+'C_Electricity Use'!L15)","v":0},{"$f":"'C_Fuel Use'!F15+'C_Fuel Use'!I15+'C_Fuel Use'!L15+'C_Fuel Use'!O15+'C_Fuel Use'!R15+'C_Fuel Use'!U15+'C_Fuel Use'!X15+'C_Fuel Use'!AA15+'C_Fuel Use'!AD15","v":0},{"$f":"'C_Haz Inputs & Wastes'!E21+'C_Haz Inputs & Wastes'!I21","v":0},{"$f":"'C_Haz Inputs & Wastes'!M21+'C_Haz Inputs & Wastes'!Q21+'C_Haz Inputs & Wastes'!U21","v":0},{"$f":"SUM('C_Air Emissions'!F15,'C_Air Emissions'!J15)","v":0},{"$f":"SUM('C_Water Use'!E14, 'C_Water Pollution'!E14,'C_Water Pollution'!J14,'C_Water Pollution'!T14,'C_Water Pollution'!Y14,'C_Water Pollution'!O14)","v":0},null,0,{"$f":"'C_Non-Haz Inputs & Solid Wa'!E16","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!I16","v":0}]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},{"$f":"IF(ISERROR('C_Electricity Use'!G16+'C_Electricity Use'!L16), 0, 'C_Electricity Use'!G16+'C_Electricity Use'!L16)","v":0},{"$f":"'C_Fuel Use'!F16+'C_Fuel Use'!I16+'C_Fuel Use'!L16+'C_Fuel Use'!O16+'C_Fuel Use'!R16+'C_Fuel Use'!U16+'C_Fuel Use'!X16+'C_Fuel Use'!AA16+'C_Fuel Use'!AD16","v":0},{"$f":"'C_Haz Inputs & Wastes'!E22+'C_Haz Inputs & Wastes'!I22","v":0},{"$f":"'C_Haz Inputs & Wastes'!M22+'C_Haz Inputs & Wastes'!Q22+'C_Haz Inputs & Wastes'!U22","v":0},{"$f":"SUM('C_Air Emissions'!F16,'C_Air Emissions'!J16)","v":0},{"$f":"SUM('C_Water Use'!E15, 'C_Water Pollution'!E15,'C_Water Pollution'!J15,'C_Water Pollution'!T15,'C_Water Pollution'!Y15,'C_Water Pollution'!O15)","v":0},null,0,{"$f":"'C_Non-Haz Inputs & Solid Wa'!E17","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!I17","v":0}]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},{"$f":"IF(ISERROR('C_Electricity Use'!G17+'C_Electricity Use'!L17), 0, 'C_Electricity Use'!G17+'C_Electricity Use'!L17)","v":0},{"$f":"'C_Fuel Use'!F17+'C_Fuel Use'!I17+'C_Fuel Use'!L17+'C_Fuel Use'!O17+'C_Fuel Use'!R17+'C_Fuel Use'!U17+'C_Fuel Use'!X17+'C_Fuel Use'!AA17+'C_Fuel Use'!AD17","v":0},{"$f":"'C_Haz Inputs & Wastes'!E23+'C_Haz Inputs & Wastes'!I23","v":0},{"$f":"'C_Haz Inputs & Wastes'!M23+'C_Haz Inputs & Wastes'!Q23+'C_Haz Inputs & Wastes'!U23","v":0},{"$f":"SUM('C_Air Emissions'!F17,'C_Air Emissions'!J17)","v":0},{"$f":"SUM('C_Water Use'!E16, 'C_Water Pollution'!E16,'C_Water Pollution'!J16,'C_Water Pollution'!T16,'C_Water Pollution'!Y16,'C_Water Pollution'!O16)","v":0},null,0,{"$f":"'C_Non-Haz Inputs & Solid Wa'!E18","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!I18","v":0}]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},{"$f":"IF(ISERROR('C_Electricity Use'!G18+'C_Electricity Use'!L18), 0, 'C_Electricity Use'!G18+'C_Electricity Use'!L18)","v":0},{"$f":"'C_Fuel Use'!F18+'C_Fuel Use'!I18+'C_Fuel Use'!L18+'C_Fuel Use'!O18+'C_Fuel Use'!R18+'C_Fuel Use'!U18+'C_Fuel Use'!X18+'C_Fuel Use'!AA18+'C_Fuel Use'!AD18","v":0},{"$f":"'C_Haz Inputs & Wastes'!E24+'C_Haz Inputs & Wastes'!I24","v":0},{"$f":"'C_Haz Inputs & Wastes'!M24+'C_Haz Inputs & Wastes'!Q24+'C_Haz Inputs & Wastes'!U24","v":0},{"$f":"SUM('C_Air Emissions'!F18,'C_Air Emissions'!J18)","v":0},{"$f":"SUM('C_Water Use'!E17, 'C_Water Pollution'!E17,'C_Water Pollution'!J17,'C_Water Pollution'!T17,'C_Water Pollution'!Y17,'C_Water Pollution'!O17)","v":0},null,0,{"$f":"'C_Non-Haz Inputs & Solid Wa'!E19","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!I19","v":0}]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},{"$f":"IF(ISERROR('C_Electricity Use'!G19+'C_Electricity Use'!L19), 0, 'C_Electricity Use'!G19+'C_Electricity Use'!L19)","v":0},{"$f":"'C_Fuel Use'!F19+'C_Fuel Use'!I19+'C_Fuel Use'!L19+'C_Fuel Use'!O19+'C_Fuel Use'!R19+'C_Fuel Use'!U19+'C_Fuel Use'!X19+'C_Fuel Use'!AA19+'C_Fuel Use'!AD19","v":0},{"$f":"'C_Haz Inputs & Wastes'!E25+'C_Haz Inputs & Wastes'!I25","v":0},{"$f":"'C_Haz Inputs & Wastes'!M25+'C_Haz Inputs & Wastes'!Q25+'C_Haz Inputs & Wastes'!U25","v":0},{"$f":"SUM('C_Air Emissions'!F19,'C_Air Emissions'!J19)","v":0},{"$f":"SUM('C_Water Use'!E18, 'C_Water Pollution'!E18,'C_Water Pollution'!J18,'C_Water Pollution'!T18,'C_Water Pollution'!Y18,'C_Water Pollution'!O18)","v":0},null,0,{"$f":"'C_Non-Haz Inputs & Solid Wa'!E20","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!I20","v":0}]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},{"$f":"IF(ISERROR('C_Electricity Use'!G20+'C_Electricity Use'!L20), 0, 'C_Electricity Use'!G20+'C_Electricity Use'!L20)","v":0},{"$f":"'C_Fuel Use'!F20+'C_Fuel Use'!I20+'C_Fuel Use'!L20+'C_Fuel Use'!O20+'C_Fuel Use'!R20+'C_Fuel Use'!U20+'C_Fuel Use'!X20+'C_Fuel Use'!AA20+'C_Fuel Use'!AD20","v":0},{"$f":"'C_Haz Inputs & Wastes'!E26+'C_Haz Inputs & Wastes'!I26","v":0},{"$f":"'C_Haz Inputs & Wastes'!M26+'C_Haz Inputs & Wastes'!Q26+'C_Haz Inputs & Wastes'!U26","v":0},{"$f":"SUM('C_Air Emissions'!F20,'C_Air Emissions'!J20)","v":0},{"$f":"SUM('C_Water Use'!E19, 'C_Water Pollution'!E19,'C_Water Pollution'!J19,'C_Water Pollution'!T19,'C_Water Pollution'!Y19,'C_Water Pollution'!O19)","v":0},null,0,{"$f":"'C_Non-Haz Inputs & Solid Wa'!E21","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!I21","v":0}]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},{"$f":"IF(ISERROR('C_Electricity Use'!G21+'C_Electricity Use'!L21), 0, 'C_Electricity Use'!G21+'C_Electricity Use'!L21)","v":0},{"$f":"'C_Fuel Use'!F21+'C_Fuel Use'!I21+'C_Fuel Use'!L21+'C_Fuel Use'!O21+'C_Fuel Use'!R21+'C_Fuel Use'!U21+'C_Fuel Use'!X21+'C_Fuel Use'!AA21+'C_Fuel Use'!AD21","v":0},{"$f":"'C_Haz Inputs & Wastes'!E27+'C_Haz Inputs & Wastes'!I27","v":0},{"$f":"'C_Haz Inputs & Wastes'!M27+'C_Haz Inputs & Wastes'!Q27+'C_Haz Inputs & Wastes'!U27","v":0},{"$f":"SUM('C_Air Emissions'!F21,'C_Air Emissions'!J21)","v":0},{"$f":"SUM('C_Water Use'!E20, 'C_Water Pollution'!E20,'C_Water Pollution'!J20,'C_Water Pollution'!T20,'C_Water Pollution'!Y20,'C_Water Pollution'!O20)","v":0},null,0,{"$f":"'C_Non-Haz Inputs & Solid Wa'!E22","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!I22","v":0}]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},{"$f":"IF(ISERROR('C_Electricity Use'!G22+'C_Electricity Use'!L22), 0, 'C_Electricity Use'!G22+'C_Electricity Use'!L22)","v":0},{"$f":"'C_Fuel Use'!F22+'C_Fuel Use'!I22+'C_Fuel Use'!L22+'C_Fuel Use'!O22+'C_Fuel Use'!R22+'C_Fuel Use'!U22+'C_Fuel Use'!X22+'C_Fuel Use'!AA22+'C_Fuel Use'!AD22","v":0},{"$f":"'C_Haz Inputs & Wastes'!E28+'C_Haz Inputs & Wastes'!I28","v":0},{"$f":"'C_Haz Inputs & Wastes'!M28+'C_Haz Inputs & Wastes'!Q28+'C_Haz Inputs & Wastes'!U28","v":0},{"$f":"SUM('C_Air Emissions'!F22,'C_Air Emissions'!J22)","v":0},{"$f":"SUM('C_Water Use'!E21, 'C_Water Pollution'!E21,'C_Water Pollution'!J21,'C_Water Pollution'!T21,'C_Water Pollution'!Y21,'C_Water Pollution'!O21)","v":0},null,0,{"$f":"'C_Non-Haz Inputs & Solid Wa'!E23","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!I23","v":0}]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},{"$f":"IF(ISERROR('C_Electricity Use'!G23+'C_Electricity Use'!L23), 0, 'C_Electricity Use'!G23+'C_Electricity Use'!L23)","v":0},{"$f":"'C_Fuel Use'!F23+'C_Fuel Use'!I23+'C_Fuel Use'!L23+'C_Fuel Use'!O23+'C_Fuel Use'!R23+'C_Fuel Use'!U23+'C_Fuel Use'!X23+'C_Fuel Use'!AA23+'C_Fuel Use'!AD23","v":0},{"$f":"'C_Haz Inputs & Wastes'!E29+'C_Haz Inputs & Wastes'!I29","v":0},{"$f":"'C_Haz Inputs & Wastes'!M29+'C_Haz Inputs & Wastes'!Q29+'C_Haz Inputs & Wastes'!U29","v":0},{"$f":"SUM('C_Air Emissions'!F23,'C_Air Emissions'!J23)","v":0},{"$f":"SUM('C_Water Use'!E22, 'C_Water Pollution'!E22,'C_Water Pollution'!J22,'C_Water Pollution'!T22,'C_Water Pollution'!Y22,'C_Water Pollution'!O22)","v":0},null,0,{"$f":"'C_Non-Haz Inputs & Solid Wa'!E25","v":0},{"$f":"'C_Non-Haz Inputs & Solid Wa'!I25","v":0}]
[null,"*The P2 Cost Savings Calculator is silent on \"greening chemistry,\"  \"remanufacturing solvents,\" and the purchase of CFL bulbs (from the GHG Calculator Electricity tab). See the P2 Cost Calculator for the cost-measurement methodologies used. "]
[]
["Category","Description"]
["Electricity Management and Green Energy","Aggregate cost savings from electricity management and green energy activities resulting in GHG reductions.\nNote: Cost savings associated with CFL bulbs and Renewable Energy Credits are not included."]
["Stationary Sources and Mobile Sources","Aggregate cost savings from stationary and mobile fuel use. \nNote: Cost savings from reduced LPG, propane, landfill gas, air travel, vehicle miles, and ethanol are not included. While cost savings per vehicle mile are not included, cost savings associated with reduced gasoline and diesel use are included."]
["Water Conservation","Aggregate cost savings from water conservation, including water use and wastewater discharge.\nNote: Cost savings from reduced TSS, BOD, COD, and other pollutants are not included."]

{"sheet":"Electricity Management","index":3,"n_rows":36,"n_cols":10,"rows_kept":36,"cut":false,"hidden":false,"merged":[[36,0,36,9],[33,0,33,9],[35,7,35,9],[34,7,34,9],[34,2,34,6],[35,2,35,6],[34,0,35,1],[0,0,1,0],[3,6,3,7],[4,2,4,5],[4,6,4,7],[4,8,4,9],[4,0,4,1],[3,0,3,1],[3,8,3,9],[0,1,1,1],[0,2,0,8],[1,2,1,8],[5,8,5,9],[7,0,8,0],[7,6,7,7],[3,2,3,5],[7,2,7,5],[5,2,5,5],[5,6,5,7],[28,0,28,9],[30,0,32,1],[29,0,29,9],[31,2,31,6],[32,2,32,6],[30,2,30,6],[30,7,30,9],[31,7,32,9]]}
[null,null,"Electricity Management"]
[null,null,"This tab calculates GHG emission reductions from reducing electricity use. The emission rates are from eGRID (EPA’s Emission and Generation Resource Integrated Database). "]
[]
["Type of Electricity Management",null,"Electricity Conservation",null,null,null,"CFL Bulbs",null,"Other"]
["How to use this tab:",null,"Choose the emission rate -- either your state's or the U.S. national average.  Enter the annual amount of electricity conserved in the unit of your choosing. The next column converts all units to kWh, and the final column shows the MTCO2e reductions.",null,null,null,"Same directions as for the Electricity Conservation columns. ",null,"If using another calculator to provide results, please provide your methodology and source in this section and enter in your values below."]
["Calculation Description:",null,"MTCO2e =  Electricity conserved * (kWh/user-specified units) * (national or state value of the eGRID non-baseload output emission rate [MTCO2e/kWh]) \n\nNational rate:  0.000706 MTCO2e/kWh\nState value of rate: differs by state\n  \nAll eGRID rates cover emissions from three gases: CO2 + CH4 + N2O.  See Notes below for more details on eGRID rates.",null,null,null,"MTCO2e = Number of bulbs * (49 kwh per year/ bulb) * (national or state value of the eGRID non-baseload output emission rate, expressed in MTCO2e/kWh) \n\nThe rest of the description is the same as for Electricity Conservation. "]
[null,"State or U.S. \n(Select)","Electricity Conserved (Input value)","Unit reported\n(Select)","Electricity Conserved (kwh)","GHG Reduction\n(MTCO2e)","Number of CFL bulbs replacing conventional bulbs","GHG Reduction\n(MTCO2e)","Input","GHG Reduction\n(MTCO2e)"]
["Example\n",null,"A North Carolina facility of ABC, Inc. reduced its electricity use by 10,000 kwh of electricity through new controls and repairing systems equipment.",null,null,null,"ABC Inc. replaced a total of 1,000 conventional lightbulbs with CFL bulbs in 8 NC facilities during one year."]
[null,"NC",10000,"kwh",{"$f":"IF(C9<>0, C9*VLOOKUP(D9, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":10000},{"$f":"IF($B9<>0, ($E9*VLOOKUP($B9, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0)","v":6.7475046870000002},1000,{"$f":"IF($B9<>0, (($G9*49)*VLOOKUP($B9, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0)","v":33.062772966300003}]
["Totals - All Projects",null,null,null,{"$f":"SUM(E12:E22)","v":0},{"$f":"SUM(F12:F22)","v":0},{"$f":"SUM(G13:G22)","v":0},{"$f":"SUM(H13:H22)","v":0},0,0]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},"(select)",null,"(select)",{"$f":"IF(C12<>0, C12*VLOOKUP(D12, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":0},{"$f":"IFERROR(IF($B12<>0,($E12*VLOOKUP($B12, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B12<>0, (($G12*49)*VLOOKUP($B12, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},"(select)",null,"(select)",{"$f":"IF(C13<>0, C13*VLOOKUP(D13, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":0},{"$f":"IFERROR(IF($B13<>0,($E13*VLOOKUP($B13, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B13<>0, (($G13*49)*VLOOKUP($B13, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},"(select)",null,"(select)",{"$f":"IF(C14<>0, C14*VLOOKUP(D14, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":0},{"$f":"IFERROR(IF($B14<>0,($E14*VLOOKUP($B14, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B14<>0, (($G14*49)*VLOOKUP($B14, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},"(select)",null,"(select)",{"$f":"IF(C15<>0, C15*VLOOKUP(D15, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":0},{"$f":"IFERROR(IF($B15<>0,($E15*VLOOKUP($B15, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B15<>0, (($G15*49)*VLOOKUP($B15, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},"(select)",null,"(select)",{"$f":"IF(C16<>0, C16*VLOOKUP(D16, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":0},{"$f":"IFERROR(IF($B16<>0,($E16*VLOOKUP($B16, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B16<>0, (($G16*49)*VLOOKUP($B16, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},"(select)",null,"(select)",{"$f":"IF(C17<>0, C17*VLOOKUP(D17, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":0},{"$f":"IFERROR(IF($B17<>0,($E17*VLOOKUP($B17, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B17<>0, (($G17*49)*VLOOKUP($B17, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},"(select)",null,"(select)",{"$f":"IF(C18<>0, C18*VLOOKUP(D18, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":0},{"$f":"IFERROR(IF($B18<>0,($E18*VLOOKUP($B18, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B18<>0, (($G18*49)*VLOOKUP($B18, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},"(select)",null,"(select)",{"$f":"IF(C19<>0, C19*VLOOKUP(D19, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":0},{"$f":"IFERROR(IF($B19<>0,($E19*VLOOKUP($B19, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B19<>0, (($G19*49)*VLOOKUP($B19, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},"(select)",null,"(select)",{"$f":"IF(C20<>0, C20*VLOOKUP(D20, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":0},{"$f":"IFERROR(IF($B20<>0,($E20*VLOOKUP($B20, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B20<>0, (($G20*49)*VLOOKUP($B20, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},"(select)",null,"(select)",{"$f":"IF(C21<>0, C21*VLOOKUP(D21, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":0},{"$f":"IFERROR(IF($B21<>0,($E21*VLOOKUP($B21, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B21<>0, (($G21*49)*VLOOKUP($B21, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},"(select)",null,"(select)",{"$f":"IF(C22<>0, C22*VLOOKUP(D22, 'Glossary & Conversions'!$B$37:$G$39, 6, FALSE), 0)","v":0},{"$f":"IFERROR(IF($B22<>0,($E22*VLOOKUP($B22, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B22<>0, (($G22*49)*VLOOKUP($B22, ElectricityEFs!$B$5:$L$56, 11, FALSE)), 0),0)","v":0}]
[]
["Color Key"]
["User enters value"]
["User selects option from drop-down menu"]
["Do not change- calculation"]
[]
["Notes and Sources"]
[]
["Electricity Conservation",null,"NOTES",null,null,null,null,"SOURCE\n (refer to Reference & Justification tab)"]
[null,null,"eGRID uses a non-baseload output emission rate of GHG gases (CO2, CH4, and N2O) from combustion generators to simulate the mix of generation sources that are displaced due to changes in energy demand and that account for seasonal and daily variations in energy use. The non-baseload rate is weighted towards generators that operate during peak demand because energy efficiency and green energy affect peak demand. Baseload generators (nuclear, hydro, geothermal, solar, and wind) are left out because they operate at full capacity even during low (baseload) demand. The non-baseload output emissions rate (0.000692 MTCO2e/kWh) does not account for the 7-9% loss of electricity that occurs during transmission. ",null,null,null,null,"(a) Source 1: U.S. EPA, eGRID2014\n(b) Source 2: US EPA, Downloadable Document: \"Unit Conversions, Emissions Factors, and Other Reference Data, 2004.\"  Table I, Page 1.\n\n"]
[null,null,"See tab \"ElectricityEFs\" for national or state non-baseload emissions factors from eGRID"]
[]
["CFL Bulbs",null,"NOTES",null,null,null,null,"SOURCE\n (refer to Reference & Justification tab)"]
[null,null,"Assumes conventional 60w incandescent bulb is used 3 hours per day. ",null,null,null,null,"(a) Source 1: U.S. EPA, eGRID2014\n(b) Source 2: US EPA, Downloadable Document: \"Unit Conversions, Emissions Factors, and Other Reference Data, 2004.\"  Table I, Page 1.\n(c) Source 3: Energy Star Program, 'Savings Calculator,' 2015."]

{"sheet":"Green Energy","index":4,"n_rows":35,"n_cols":8,"rows_kept":35,"cut":false,"hidden":false,"merged":[[3,6,3,7],[7,0,8,0],[5,2,5,5],[5,6,5,7],[7,2,7,5],[30,0,31,1],[33,0,34,1],[34,2,34,5],[0,0,2,0],[3,2,3,5],[4,2,4,5],[0,2,0,7],[1,2,1,7],[30,6,30,7],[31,6,31,7],[34,6,34,7],[31,2,31,5],[30,2,30,5],[33,2,33,5],[33,6,33,7],[4,6,4,7]]}
[null,null,"Shifting to Green Energy Sources"]
[null,null,"This tab computes the GHG emission reductions achieved when a purchaser avoids fossil fuels and buys green power. Green power comes from sources using solar, wind, geothermal, low-impact biomass, low-impact small hydro-electric sources, biodiesel, and/or fuel cells to produce electricity. Large hydro sources don't count as green power. \n\nIf someone buys renewable energy certificates (RECs), this tab will help too. Entities buy them as tradable market instruments to offset their conventional electricity GHG emissions.They prove 1 MWh of electricity was produced from a renewable source.    "]
[]
["Green Energy",null,"Green Energy Electricity Displacing Fossil Fuel Energy ",null,null,null,"Renewable Energy Certificate (REC) "]
["How to use this tab:",null,"Choose the emission rate -- either your state's or the U.S. national average.  Enter the annual amount of green electricity used in the unit of your choosing.  The column \"GHG Reduction\" converts the unit into MTCO2e.",null,null,null,"Choose the emission rate -- either your state's or the U.S. national average. Enter the volume of kWh in the REC. The column \"GHG Reduction\" converts the unit into MTCO2e. "]
["Calculation Description:",null,"MTCO2e =  Electricity conserved * (kWh/user-specified units) * (national or state value of the eGRID non-baseload output emission rate, expressed as MTCO2e/kWh)  \n\nNational value of rate:  0.000706  MTCO2e/kwh\nState value of rate: differs by state\n  \nAll eGRID rates cover emissions from three gases: CO2 + CH4 + N2O.  See Notes below for more details on eGRID rates.",null,null,null,"The calculation description is the same as for Green Electricity.\n                                                                                                                                                                                                                                                                                                                                                                                                                             "]
[null,"State or U.S. \n(Select)","Electricity Consumed from Renewable Energy\n(Input value)","Unit reported\n(Select)","Electricity Consumed from Renewable Energy (kwh)","GHG Reduction\n(MTCO2e)","Volume of Certificate Purchased\n(kwh)","GHG Reduction\n(MTCO2e)"]
["Example",null,"EZ Energy Co. installed 2 wind turbines in NY producing 10,000 kWh annually."]
[null,"NY",20000,"kwh",20000,11.121366074616001]
["Totals - All Projects",null,null,null,{"$f":"SUM(E12:E22)","v":0},{"$f":"SUM(F12:F22)","v":0},0,0]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},"(select)",null,"(select)",{"$f":"IF($C12<>0,C12*VLOOKUP(D12,'Glossary & Conversions'!$B$37:$G$39,6,FALSE),0)","v":0},{"$f":"IFERROR(IF($B12<>0,($E12*VLOOKUP($B12, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B12<>0,($G12*VLOOKUP($B12, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},"(select)",null,"(select)",{"$f":"IF($C13<>0,C13*VLOOKUP(D13,'Glossary & Conversions'!$B$37:$G$39,6,FALSE),0)","v":0},{"$f":"IFERROR(IF($B13<>0,($E13*VLOOKUP($B13, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B13<>0,($G13*VLOOKUP($B13, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},"(select)",null,"(select)",{"$f":"IF($C14<>0,C14*VLOOKUP(D14,'Glossary & Conversions'!$B$37:$G$39,6,FALSE),0)","v":0},{"$f":"IFERROR(IF($B14<>0,($E14*VLOOKUP($B14, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B14<>0,($G14*VLOOKUP($B14, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},"(select)",null,"(select)",{"$f":"IF($C15<>0,C15*VLOOKUP(D15,'Glossary & Conversions'!$B$37:$G$39,6,FALSE),0)","v":0},{"$f":"IFERROR(IF($B15<>0,($E15*VLOOKUP($B15, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B15<>0,($G15*VLOOKUP($B15, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},"(select)",null,"(select)",{"$f":"IF($C16<>0,C16*VLOOKUP(D16,'Glossary & Conversions'!$B$37:$G$39,6,FALSE),0)","v":0},{"$f":"IFERROR(IF($B16<>0,($E16*VLOOKUP($B16, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B16<>0,($G16*VLOOKUP($B16, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},"(select)",null,"(select)",{"$f":"IF($C17<>0,C17*VLOOKUP(D17,'Glossary & Conversions'!$B$37:$G$39,6,FALSE),0)","v":0},{"$f":"IFERROR(IF($B17<>0,($E17*VLOOKUP($B17, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B17<>0,($G17*VLOOKUP($B17, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},"(select)",null,"(select)",{"$f":"IF($C18<>0,C18*VLOOKUP(D18,'Glossary & Conversions'!$B$37:$G$39,6,FALSE),0)","v":0},{"$f":"IFERROR(IF($B18<>0,($E18*VLOOKUP($B18, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B18<>0,($G18*VLOOKUP($B18, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},"(select)",null,"(select)",{"$f":"IF($C19<>0,C19*VLOOKUP(D19,'Glossary & Conversions'!$B$37:$G$39,6,FALSE),0)","v":0},{"$f":"IFERROR(IF($B19<>0,($E19*VLOOKUP($B19, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B19<>0,($G19*VLOOKUP($B19, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},"(select)",null,"(select)",{"$f":"IF($C20<>0,C20*VLOOKUP(D20,'Glossary & Conversions'!$B$37:$G$39,6,FALSE),0)","v":0},{"$f":"IFERROR(IF($B20<>0,($E20*VLOOKUP($B20, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B20<>0,($G20*VLOOKUP($B20, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},"(select)",null,"(select)",{"$f":"IF($C21<>0,C21*VLOOKUP(D21,'Glossary & Conversions'!$B$37:$G$39,6,FALSE),0)","v":0},{"$f":"IFERROR(IF($B21<>0,($E21*VLOOKUP($B21, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B21<>0,($G21*VLOOKUP($B21, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0}]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},"(select)",null,"(select)",{"$f":"IF($C22<>0,C22*VLOOKUP(D22,'Glossary & Conversions'!$B$37:$G$39,6,FALSE),0)","v":0},{"$f":"IFERROR(IF($B22<>0,($E22*VLOOKUP($B22, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0},null,{"$f":"IFERROR(IF($B22<>0,($G22*VLOOKUP($B22, ElectricityEFs!$B$5:$L$56, 11, FALSE)),0),0)","v":0}]
[]
["Color Key"]
["User enters value"]
["User selects option from drop-down menu"]
["Do not change- calculation"]
[]
["Notes and Sources"]
[]
["Electricity conserved by renewable energy \n(National and State)",null,"NOTES",null,null,null,"SOURCE INFO"]
[null,null,"See tab \"Electricity EFs\" for national or state non-baseload emissions factors from eGRID.",null,null,null,"(a) Source 1: U.S. EPA, eGRID2014\n(b) Source 2: US EPA, Downloadable Document: \"Unit Conversions, Emissions Factors, and Other Reference Data, 2004.\"  Table I, Page 1."]
[]
["Renewable Energy Certificate (REC)",null,"NOTES",null,null,null,"SOURCE INFO"]
[null,null,"See tab \"Electricity EFs\" for national or state non-baseload emissions factors from eGRID.",null,null,null,"(a) Source 1: U.S. EPA, eGRID2014 \n(b) Source 2: US EPA, Downloadable Document: \"Unit Conversions, Emissions Factors, and Other Reference Data, 2004.\"  Table I, Page 1."]

{"sheet":"Stationary Sources","index":5,"n_rows":175,"n_cols":26,"rows_kept":175,"cut":false,"hidden":false,"merged":[[0,0,1,0],[3,1,3,2],[46,0,58,0],[32,0,44,0],[145,1,145,2],[129,1,129,4],[130,1,130,2],[75,5,86,8],[88,5,88,8],[47,5,58,8],[47,3,47,4],[60,1,60,4],[60,5,60,8],[1,1,1,10],[0,1,0,10],[6,0,7,0],[33,1,33,2],[47,1,47,2],[60,0,72,0],[61,1,61,2],[74,0,86,0],[75,1,75,2],[75,3,75,4],[61,5,72,8],[4,1,4,2],[4,3,4,4],[3,5,3,6],[3,3,3,4],[46,1,46,4],[32,1,32,4],[32,5,32,8],[33,5,44,8],[5,3,5,4],[5,5,5,6],[5,7,5,8],[5,1,5,2],[46,5,46,8],[33,3,33,4],[30,0,30,8],[61,3,61,4],[103,3,103,4],[103,1,103,2],[88,0,100,0],[88,1,88,4],[102,1,102,4],[89,1,89,2],[89,3,89,4],[89,5,100,8],[74,1,74,4],[74,5,74,8],[6,23,6,25],[4,11,4,12],[6,11,6,12],[8,20,9,20],[8,16,9,16],[23,13,23,14],[6,19,6,22],[5,9,5,10],[5,11,5,12],[4,9,4,10],[4,15,4,18],[5,19,5,22],[4,13,4,14],[5,13,5,14],[3,23,3,25],[4,23,4,25],[3,7,3,8],[3,13,3,14],[4,7,4,8],[4,5,4,6],[5,23,5,25],[5,15,5,18],[4,19,4,22],[3,19,3,22],[3,15,3,18],[3,11,3,12],[3,9,3,10],[159,0,174,0],[159,1,159,4],[160,1,160,2],[160,5,174,8],[170,2,170,4],[103,5,113,8],[145,5,157,8],[116,5,127,8],[129,5,129,8],[130,5,142,8],[144,5,144,8],[159,5,159,8],[115,0,127,0],[115,1,115,4],[115,5,115,8],[116,1,116,2],[144,0,157,0],[144,1,144,4],[130,3,130,4],[129,0,142,0],[145,3,145,4],[116,3,116,4],[169,1,169,4],[102,0,113,0]]}
[null,"Stationary Sources: Reducing Fuel Use and Substituting Greener Fuels "]
[null,"This tab computes GHG reductions for stationary sources that reduce fuel use or substitute greener fuels. For fuel substitution, enter a negative value for the  substitute fuel amount and a positive value for the discontinued fuel amount. Fuels are shown by order of carbon intensity from high to low."]
[]
["PLACE CURSOR OVER CELL FOR MORE INFORMATION →","Anthracite Coal",null,"Bituminous Coal",null,"Sub-Bituminous Coal",null,"Lignite Coal",null,"Crude Oil",null,"Diesel (#2 Distillate) and other Distillate Oils (#1, #4)",null,"Liquefied Petroleum Gas (LPG) or Propane",null,"Landfill Gas",null,null,null,"Natural Gas or Compressed Natural Gas (CNG)",null,null,null,"Biodiesel"]
["How to use this tab:","Enter number of tons of anthracite coal conserved.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter number of tons of bituminous coal conserved.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter number of tons of sub-bituminous coal conserved.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter number of tons of lignite coal conserved.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter number of gallons of crude oil conserved.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter number of gallons of distillate fuel oil or diesel conserved.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter number of gallons of LPG reduced.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter the volume of landfill gas reduced. Select from drop-down menu to indicate units. Next column converts the units into BTUs, and \"GHG Reduction\" converts the units into MTCO2e.",null,null,null,"Enter the volume of natural gas or CNG reduced. Select from drop-down menu to indicate units. Next column converts the units into BTUs, and \"GHG Reduction\" converts the units into MTCO2e.",null,null,null,"Select biodiesel blend from drop-down: B5 (5% biodiesel),  B20 (20% biodiesel), B100 (100% biodiesel) or Blend Unknown (uses conservative  B5). Enter gallons of biodiesel blend. \"GHG Reduction\" converts into MTCO2e."]
["Calculation Description: \nSee notes below for emission factor (EF) derivation","MTCO2e = Input Volume (metric tons) * (EF in kg CO2e/metric ton) * (1 MTCO2e/1,000 kg CO2e)",null,"MTCO2e = Input Volume (metric tons) * (EF in kg CO2e /metric  ton)  * (1 MTCO2e/1,000 kg CO2e)",null,"MTCO2e = Input Volume (metric tons) * (EF in kg CO2e/metric ton)  * (1 MTCO2e/1,000 kg CO2e)\n",null,"MTCO2e = Input Volume (metric tons) * (EF in kg CO2e/metric ton)  * (1 MTCO2e/1,000 kg CO2e)",null,"MTCO2e = Input Volume (gal) * (Emission Factor in kg CO2e/gal)  * (1 MTCO2e/1,000 kg CO2e)",null,"MTCO2e = Input Volume (gal) * (EF in kg CO2e/gal) * (1 MTCO2e/1,000 kg CO2e)",null,"MTCO2e = Input Volume (gal) * (EF in kg CO2e/gal) * (1 MTCO2e/1,000 kg CO2",null,"MTCO2e = Input Volume (BTU) * (Emission Factor in kg CO2e/ BTU) * (1 MTCO2e/1,000 kg CO2e)\n",null,null,null,"MTCO2e = Input Volume (BTU) * (EF in kg CO2e/ BTU) * (1 MTCO2e/1,000 kg CO2e)",null,null,null,"MTCO2e (B5) = Volume (gal.) * [0.05 *(EF in kg CO2e/gal biodiesel) +0.95 *(EF in kg CO2e/gal. diesel)] * (1 MTCO2e/1,000 kg CO2e)\nMTCO2e (B20) = Volume (gal.) * [0.20*(EF in kg CO2e/gal biodiesel) +0.80*(EF in kg CO2e/gal. diesel)] * (1 MTCO2e/1,000 kg CO2e)\nMTCO2e (B100 )= Volume (gal.) * (EF in kg CO2e/gal. biodiesel) * (1 MTCO2e/1,000 kg CO2e)\n\n"]
["Example",null,null,null,null,null,null,null,null,null,null,"EZ Energy Co. replaced 20,000 gallons of distillate fuel oil in a turbine with 20,000 gallons of biodiesel. (STEP 1 of 2. See \"Biodiesel\" for Step 2.)",null,null,null,null,null,null,null,"ABC, Inc. replaced solvent bonding of plastic parts with ultrasonic bonding, thus reducing incineration of spent solvents and saving 10,000 therms of natural gas annually.  ",null,null,null,"CleanBIO replaced 20,000 gallons of distillate fuel oil in a combustion turbine generator with 20,000 gallons of biodiesel. (STEP 2 of 2. For STEP 1, see fuel type \"Distillate Fuel Oil or Diesel\")."]
[null,null,null,null,null,null,null,null,null,null,null,20000,{"$f":"IF(L8>0,L8*$B$114/'Glossary & Conversions'!$D$29,0)","v":204.80027999999996},null,null,null,null,null,null,10000,"therms",{"$f":"IF(U8>0,VLOOKUP(U8,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O9,\"\")","v":1000000000},{"$f":"IF(T8<>\"\",V8*$B$157/'Glossary & Conversions'!$D$29,0)","v":53.17467283349562},"B100",-20000,{"$f":"IF((X8=\"B5\"),Y8*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X8=\"B20\",Y8*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X8=\"B100\",Y8*$B$171/'Glossary & Conversions'!$D$29,0)))","v":-189.18387200000001}]
[null,"Anthracite Coal Reduced\n(metric tons)","GHG Reduction\n(MTCO2e)","Bituminous Coal Reduced\n(metric tons)","GHG Reduction\n(MTCO2e)","Sub-Bituminous Coal Reduced\n(metric tons)","GHG Reduction\n(MTCO2e)","Lignite Coal Reduced\n(metric tons)","GHG Reduction\n(MTCO2e)","Crude Oil Reduced\n(gal)","GHG Reduction\n(MTCO2e)","Distillate Fuel or Diesel Reduced\n(gal)","GHG Reduction\n(MTCO2e)","LPG Reduced\n(gal)","GHG Reduction\n(MTCO2e)","Landfill Gas Reduced \n(Input value)","Units \n(Select)","Landfill Gas Reduced\n(BTU)","GHG Reduction\n(MTCO2e)","Natural Gas or CNG Reduced \n(Input value)","Units \n(Select)","Natural Gas or CNG Reduced\n(BTU)","GHG Reduction\n(MTCO2e)","Blend \n(Select)","Biodiesel Reduced\n(gal)","GHG Reduction\n(MTCO2e)"]
["Totals - All Projects",{"$f":"SUM(B12:B22)","v":0},{"$f":"SUM(C12:C22)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,null,null,{"$f":"SUM(R12:R22)","v":0},{"$f":"SUM(S12:S22)","v":0},null,null,{"$f":"SUM(V12:V22)","v":0},{"$f":"SUM(W12:W22)","v":0},null,{"$f":"SUM(Y12:Y22)","v":0},{"$f":"SUM(Z12:Z22)","v":0}]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},null,{"$f":"IF(B12<>\"\",B12*$B$45/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D12<>\"\",D12*$B$59/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F12<>\"\",F12*$B$73/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(H12<>\"\",H12*$B$87/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(J12<>\"\",J12*$B$101/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(L12<>\"\",L12*$B$114/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(N12<>\"\",N12*$B$128/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(Q12>0,VLOOKUP(Q12,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!P12,\"\")","v":""},{"$f":"IF(P12<>\"\",R12*$B$142/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(U12>0,VLOOKUP(U12,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!T12,\"\")","v":""},{"$f":"IF(T12<>\"\",V12*$B$157/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(X12=\"B5\",X12=\"Blend Unknown\"),Y12*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X12=\"B20\",Y12*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X12=\"B100\",Y12*$B$171/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},null,{"$f":"IF(B13<>\"\",B13*$B$45/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D13<>\"\",D13*$B$59/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F13<>\"\",F13*$B$73/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(H13<>\"\",H13*$B$87/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(J13<>\"\",J13*$B$101/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(L13<>\"\",L13*$B$114/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(N13<>\"\",N13*$B$128/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(Q13>0,VLOOKUP(Q13,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!P13,\"\")","v":""},{"$f":"IF(P13<>\"\",R13*$B$142/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(U13>0,VLOOKUP(U13,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!T13,\"\")","v":""},{"$f":"IF(T13<>\"\",V13*$B$157/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(X13=\"B5\",X13=\"Blend Unknown\"),Y13*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X13=\"B20\",Y13*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X13=\"B100\",Y13*$B$171/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},null,{"$f":"IF(B14<>\"\",B14*$B$45/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D14<>\"\",D14*$B$59/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F14<>\"\",F14*$B$73/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(H14<>\"\",H14*$B$87/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(J14<>\"\",J14*$B$101/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(L14<>\"\",L14*$B$114/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(N14<>\"\",N14*$B$128/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(Q14>0,VLOOKUP(Q14,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!P14,\"\")","v":""},{"$f":"IF(P14<>\"\",R14*$B$142/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(U14>0,VLOOKUP(U14,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!T14,\"\")","v":""},{"$f":"IF(T14<>\"\",V14*$B$157/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(X14=\"B5\",X14=\"Blend Unknown\"),Y14*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X14=\"B20\",Y14*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X14=\"B100\",Y14*$B$171/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},null,{"$f":"IF(B15<>\"\",B15*$B$45/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D15<>\"\",D15*$B$59/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F15<>\"\",F15*$B$73/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(H15<>\"\",H15*$B$87/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(J15<>\"\",J15*$B$101/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(L15<>\"\",L15*$B$114/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(N15<>\"\",N15*$B$128/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(Q15>0,VLOOKUP(Q15,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!P15,\"\")","v":""},{"$f":"IF(P15<>\"\",R15*$B$142/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(U15>0,VLOOKUP(U15,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!T15,\"\")","v":""},{"$f":"IF(T15<>\"\",V15*$B$157/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(X15=\"B5\",X15=\"Blend Unknown\"),Y15*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X15=\"B20\",Y15*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X15=\"B100\",Y15*$B$171/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},null,{"$f":"IF(B16<>\"\",B16*$B$45/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D16<>\"\",D16*$B$59/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F16<>\"\",F16*$B$73/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(H16<>\"\",H16*$B$87/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(J16<>\"\",J16*$B$101/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(L16<>\"\",L16*$B$114/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(N16<>\"\",N16*$B$128/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(Q16>0,VLOOKUP(Q16,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!P16,\"\")","v":""},{"$f":"IF(P16<>\"\",R16*$B$142/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(U16>0,VLOOKUP(U16,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!T16,\"\")","v":""},{"$f":"IF(T16<>\"\",V16*$B$157/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(X16=\"B5\",X16=\"Blend Unknown\"),Y16*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X16=\"B20\",Y16*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X16=\"B100\",Y16*$B$171/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},null,{"$f":"IF(B17<>\"\",B17*$B$45/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D17<>\"\",D17*$B$59/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F17<>\"\",F17*$B$73/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(H17<>\"\",H17*$B$87/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(J17<>\"\",J17*$B$101/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(L17<>\"\",L17*$B$114/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(N17<>\"\",N17*$B$128/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(Q17>0,VLOOKUP(Q17,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!P17,\"\")","v":""},{"$f":"IF(P17<>\"\",R17*$B$142/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(U17>0,VLOOKUP(U17,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!T17,\"\")","v":""},{"$f":"IF(T17<>\"\",V17*$B$157/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(X17=\"B5\",X17=\"Blend Unknown\"),Y17*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X17=\"B20\",Y17*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X17=\"B100\",Y17*$B$171/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},null,{"$f":"IF(B18<>\"\",B18*$B$45/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D18<>\"\",D18*$B$59/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F18<>\"\",F18*$B$73/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(H18<>\"\",H18*$B$87/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(J18<>\"\",J18*$B$101/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(L18<>\"\",L18*$B$114/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(N18<>\"\",N18*$B$128/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(Q18>0,VLOOKUP(Q18,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!P18,\"\")","v":""},{"$f":"IF(P18<>\"\",R18*$B$142/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(U18>0,VLOOKUP(U18,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!T18,\"\")","v":""},{"$f":"IF(T18<>\"\",V18*$B$157/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(X18=\"B5\",X18=\"Blend Unknown\"),Y18*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X18=\"B20\",Y18*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X18=\"B100\",Y18*$B$171/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},null,{"$f":"IF(B19<>\"\",B19*$B$45/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D19<>\"\",D19*$B$59/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F19<>\"\",F19*$B$73/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(H19<>\"\",H19*$B$87/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(J19<>\"\",J19*$B$101/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(L19<>\"\",L19*$B$114/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(N19<>\"\",N19*$B$128/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(Q19>0,VLOOKUP(Q19,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!P19,\"\")","v":""},{"$f":"IF(P19<>\"\",R19*$B$142/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(U19>0,VLOOKUP(U19,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!T19,\"\")","v":""},{"$f":"IF(T19<>\"\",V19*$B$157/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(X19=\"B5\",X19=\"Blend Unknown\"),Y19*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X19=\"B20\",Y19*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X19=\"B100\",Y19*$B$171/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},null,{"$f":"IF(B20<>\"\",B20*$B$45/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D20<>\"\",D20*$B$59/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F20<>\"\",F20*$B$73/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(H20<>\"\",H20*$B$87/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(J20<>\"\",J20*$B$101/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(L20<>\"\",L20*$B$114/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(N20<>\"\",N20*$B$128/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(Q20>0,VLOOKUP(Q20,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!P20,\"\")","v":""},{"$f":"IF(P20<>\"\",R20*$B$142/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(U20>0,VLOOKUP(U20,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!T20,\"\")","v":""},{"$f":"IF(T20<>\"\",V20*$B$157/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(X20=\"B5\",X20=\"Blend Unknown\"),Y20*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X20=\"B20\",Y20*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X20=\"B100\",Y20*$B$171/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},null,{"$f":"IF(B21<>\"\",B21*$B$45/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D21<>\"\",D21*$B$59/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F21<>\"\",F21*$B$73/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(H21<>\"\",H21*$B$87/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(J21<>\"\",J21*$B$101/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(L21<>\"\",L21*$B$114/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(N21<>\"\",N21*$B$128/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(Q21>0,VLOOKUP(Q21,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!P21,\"\")","v":""},{"$f":"IF(P21<>\"\",R21*$B$142/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(U21>0,VLOOKUP(U21,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!T21,\"\")","v":""},{"$f":"IF(T21<>\"\",V21*$B$157/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(X21=\"B5\",X21=\"Blend Unknown\"),Y21*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X21=\"B20\",Y21*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X21=\"B100\",Y21*$B$171/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},null,{"$f":"IF(B22<>\"\",B22*$B$45/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D22<>\"\",D22*$B$59/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F22<>\"\",F22*$B$73/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(H22<>\"\",H22*$B$87/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(J22<>\"\",J22*$B$101/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(L22<>\"\",L22*$B$114/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(N22<>\"\",N22*$B$128/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(Q22>0,VLOOKUP(Q22,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!P22,\"\")","v":""},{"$f":"IF(P22<>\"\",R22*$B$142/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(U22>0,VLOOKUP(U22,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Stationary Sources'!T22,\"\")","v":""},{"$f":"IF(T22<>\"\",V22*$B$157/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(X22=\"B5\",X22=\"Blend Unknown\"),Y22*(0.95*$B$114+0.05*$B$171)/'Glossary & Conversions'!$D$29,IF(X22=\"B20\",Y22*(0.8*$B$114+0.2*$B$171)/'Glossary & Conversions'!$D$29,IF(X22=\"B100\",Y22*$B$171/'Glossary & Conversions'!$D$29,0)))","v":0}]
[]
["Color Key"]
["User enters value"]
["User selects option from drop-down menu"]
["Do not change- calculation",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Blend Unknown"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"B5"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"B20"]
["Notes and Sources",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"E10",null,null,null,null,null,null,null,"B100"]
["The following notes show calculations used to derive emission factors for the 'Stationary Sources' worksheet.  In general, CO2 emission rates are combined with emission rates for CH4 and N2O to obtain the CO2e emission rate of a fossil fuel.  Some basic conversions between energy units may also be included (e.g., BTU to therm) in the calculations.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"E100"]
["FUEL"]
["ANTHRACITE COAL","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5:  2015 Climate Registry Default Emission Factors.  Table 12.1 and 12.9.2.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,25.09,"Heat Content HHV\n (mmBtu/ton)"]
[null,103.69,"CO2 Content Coefficient \n(kg CO2/mmBtu)"]
[]
[null,10.02,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,1.5,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"B35*B36","v":2601.5821000000001},"CO2 emission rate \n(kg /ton)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"B35*B38*0.001","v":0.25140180000000001},"CH4 emission rate \n(kg/ton)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"B35*B39*0.001","v":3.7635000000000002E-2},"N2O emission rate\n(kg/ton)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"((B41*D41)+(B42*D42)+(B43*D43))*[1]Glossary!D32","v":2375.5890441628799},"CO2e emission rate (kg/metric ton)"]
[]
["BITUMINOUS COAL","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5:  2015 Climate Registry Default Emission Factors.  Table 12.1 and 12.9.2.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,24.93,"Heat Content HHV \n(mmBtu/ton)"]
[null,93.28,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[]
[null,10.02,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,1.5,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"B49*B50","v":2325.4704000000002},"CO2 emission rate \n(kg/ton)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"B49*B52*0.001","v":0.24979860000000001},"CH4 emission rate \n(kg/ton)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"B49*B53*0.001","v":3.7394999999999998E-2},"N2O emission rate \n(kg/ton)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"((B55*D55)+(B56*D56)+(B57*D57))*[1]Glossary!D32","v":2125.0020881577598},"CO2e emission rate (kg/metric ton)"]
[]
["SUB-BITUMINOUS COAL","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5: 2015 Climate Registry Default Emission Factors.  Table 12.1 and 12.9.2.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,17.25,"Heat Content HHV \n(mmBtu/ton)"]
[null,97.17,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[]
[null,10.02,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,1.5,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"B63*B64","v":1676.1825000000001},"CO2 emission rate \n(kg/ton)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"B63*B66*0.001","v":0.172845},"CH4 emission rate \n(kg/ton)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"B63*B67*0.001","v":2.5875000000000002E-2},"N2O emission rate\n(kg/ton)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"((B69*D69)+(B70*D70)+(B71*D71))*[1]Glossary!D32","v":1531.2438605520001},"CO2e emission rate (kg/metric ton)"]
[]
["LIGNITE COAL","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5: 2015 Climate Registry Default Emission Factors.  Table 12.1 and 12.9.2.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,14.21,"Heat Content HHV \n(mmBtu/ton)"]
[null,97.72,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[]
[null,10.02,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,1.5,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"B77*B78","v":1388.6012000000001},"CO2 emission rate \n(kg/ton)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"B77*B80*0.001","v":0.14238419999999999},"CH4 emission rate \n(kg/ton)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"B77*B81*0.001","v":2.1315000000000001E-2},"N2O emission rate\n(kg/ton)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"((B83*D83)+(B84*D84)+(B85*D85))*[1]Glossary!D32","v":1268.4800916547199},"CO2e emission rate (kg/metric ton)"]
[]
["CRUDE OIL","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5: 2015 Climate Registry Default Emission Factors.  Table 12.1 and 12.9.2.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,0.13800000000000001,"Heat Content HHV \n(mmBtu/gal)"]
[null,74.540000000000006,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[]
[null,10.02,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,0.6,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"(B91*B92)","v":10.286520000000001},"CO2 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"((B94*B91)*0.001)","v":1.38276E-3},"CH4 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"(B95*B91)*0.001","v":8.2800000000000007E-5},"N2O emission rate\n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"(B97*D97)+(B98*D98)+(B99*D99)","v":10.347179280000001},"CO2e emission rate (kg/gal)"]
[]
["DIESEL (#2 DISTILLATE) and other DISTILLATE OILS (#1, #4)","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 7: EPA Climate Leaders. \"Emission Factors for Greenhouse Gas Inventories.\"  November 2015.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,0.13800000000000001,"Heat Content HHV \n(mmBtu/gal)"]
[null,73.959999999999994,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[null,3,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,0.6,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"(B105*B106)","v":10.206479999999999},"CO2 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"(B105*B107)*0.001","v":4.1400000000000003E-4},"CH4 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"(B105*B108)*0.001","v":8.2800000000000007E-5},"N2O emission rate\n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"(B110*D110)+(B111*D111)+(B112*D112)","v":10.240013999999999},"CO2e emission rate (kg/gal)"]
[]
["Liquefied Petroleum Gas \n(LPG) or Propane","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5: 2015 Climate Registry Default Emission Factors.  Table 12.1 and 12.9.2.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,9.1999999999999998E-2,"Heat Content HHV \n(mmBtu/gal)"]
[null,61.71,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[]
[null,10.02,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,0.6,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"B118*B119","v":5.6773199999999999},"CO2 emission rate \n(kg /gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"B121*B118*0.001","v":9.2184000000000005E-4},"CH4 emission rate  \n(kg /gal)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"B122*B118*0.001","v":5.52E-5},"N2O emission rate \n(kg /gal)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"(B124*D124)+(B125*D125)+(B126*D126)","v":5.7177595200000004},"CO2e emission rate (kg/gal)"]
[]
["LANDFILL GAS","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5: 2015 Climate Registry Default Emission Factors.  Table 12.1 and 12.9.2.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,4.8500000000000003E-4,"Heat Content HHV \n(mmBtu/scf)"]
[null,52.066667000000002,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[]
[null,5.0000000000000001E-3,"Commercial Sector Emissions Factor (kg CH4/mmBtu)"]
[null,1E-4,"Commercial Sector Emissions Factor (kg N2O/mmBtu)"]
[]
[null,{"$f":"B132*B133","v":2.5252333495000001E-2},"CO2 emission rate \n(kg /scf)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"B132*B135","v":2.4250000000000001E-6},"CH4 emission rate  \n(kg /scf)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"B132*B136","v":4.8500000000000004E-8},"N2O emission rate \n(kg /scf)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"B143/1027","v":2.4667074970788705E-5},"CO2e emission rate (kg/BTU)"]
[null,{"$f":"(B138*D138)+(B139*D139)+(B140*D140)","v":2.5333085995000001E-2},"CO2e emission rate (kg/scf)"]
[]
["NATURAL GAS or COMPRESSED NATURAL GAS (CNG)","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5: 2015 Climate Registry Default Emission Factors.  Table 12.1 and 12.9.2.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,1026,"Heat Content HHV \n(Btu/scf)"]
[null,53.06,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[]
[null,5.0000000000000001E-3,"Commercial Sector Emissions Factor (kg CH4/mmBtu)"]
[null,1E-4,"Commercial Sector Emissions Factor (kg N2O/mmBtu)"]
[]
[null,{"$f":"B147*B148/1000000","v":5.4439560000000005E-2},"CO2 emission rate \n(kg /scf)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"B147*B150/1000000","v":5.13E-6},"CH4 emission rate  \n(kg /scf)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"B147*B151/1000000","v":1.0260000000000001E-7},"N2O emission rate \n(kg /scf)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"B158/1027","v":5.317467283349562E-5},"CO2e emission rate (kg/BTU)"]
[null,{"$f":"(B153*D153)+(B154*D154)+(B155*D155)","v":5.4610389000000002E-2},"CO2e emission rate (kg/scf)"]
[]
["BIODIESEL","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,null,null,"(a) Source 7: EPA Climate Leaders. \"Emission Factors for Greenhouse Gas Inventories.\"  November 2015.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,0.128,"Heat Content HHV \n(mmBtu/gal)"]
[null,73.84,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[null,1.1000000000000001,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,0.11,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"(B162*B163)","v":9.4515200000000004},"CO2 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"(B162*B164)/1000","v":1.4080000000000001E-4},"CH4 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"(B162*B165)/1000","v":1.4080000000000001E-5},"N2O emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"SUMPRODUCT(B167:B169,D167:D169)","v":9.4591936000000008},"Biodiesel CO2e emission rate (kg/gal)"]
[null,"Emissions Factor (kg/gal)","Blend","Percent Diesel","Percent Biodiesel"]
[null,{"$f":"D173*$B$114+E173*$B$171","v":9.4591936000000008},"B100",0,1]
[null,{"$f":"D174*$B$114+E174*$B$171","v":10.08384992},"B20",0.8,0.2]
[null,{"$f":"D175*$B$114+E175*$B$171","v":10.20097298},"B5",0.95,0.05]

{"sheet":"Mobile Sources","index":6,"n_rows":169,"n_cols":26,"rows_kept":169,"cut":false,"hidden":false,"merged":[[169,5,169,7],[152,5,152,7],[109,5,120,7],[137,5,151,7],[154,5,168,7],[108,1,108,4],[137,1,137,2],[109,3,109,4],[101,1,101,2],[163,1,163,4],[164,2,164,4],[122,5,122,7],[123,5,134,7],[146,1,146,4],[147,2,147,4],[136,1,136,4],[153,5,153,7],[136,5,136,7],[108,5,108,7],[7,0,8,0],[7,3,7,4],[7,5,7,6],[6,1,6,2],[5,5,5,6],[5,12,5,13],[4,1,4,2],[4,3,4,4],[4,5,4,6],[6,3,6,4],[6,12,6,13],[153,0,168,0],[153,1,153,4],[154,1,154,2],[67,0,86,0],[88,0,98,0],[88,1,88,4],[67,1,67,4],[89,1,89,2],[89,3,89,4],[136,0,151,0],[69,1,69,4],[68,3,68,4],[75,1,75,4],[109,1,109,2],[122,0,134,0],[122,1,122,4],[123,1,123,2],[123,3,123,4],[108,0,120,0],[4,18,4,19],[5,14,5,17],[5,20,5,22],[5,23,5,25],[9,20,10,20],[9,23,10,23],[7,20,7,22],[7,14,7,17],[5,18,5,19],[9,15,10,15],[6,14,6,17],[6,23,6,25],[6,20,6,22],[6,18,6,19],[4,14,4,17],[4,20,4,22],[4,23,4,25],[33,0,42,0],[44,0,55,0],[45,1,45,2],[100,0,106,0],[101,3,101,4],[89,5,98,7],[88,5,88,7],[67,5,67,7],[57,0,65,0],[57,1,57,4],[58,1,58,2],[58,3,58,4],[44,5,44,7],[33,5,33,7],[34,5,42,7],[33,1,33,4],[34,1,34,2],[34,3,34,4],[44,1,44,4],[101,5,106,7],[1,1,2,9],[0,1,0,9],[45,5,55,7],[58,5,65,7],[68,1,68,2],[81,1,81,4],[57,5,57,7],[70,5,86,7],[45,3,45,4],[6,5,6,6],[6,7,6,9],[31,1,31,7],[30,0,30,7],[4,7,4,9],[7,7,7,9],[0,0,2,0],[3,0,3,25],[4,10,4,11],[4,12,4,13],[6,10,6,11],[5,1,5,2],[5,7,5,9],[5,10,5,11],[5,3,5,4]]}
[null,"Mobile Sources: Reducing Fuel and Substituting Greener Fuels "]
[null,"This tab calculates GHG reductions from reducing fuel use and substituting greener fuels. The tab presents the carbon-emissions intensity of fuels from high to low. For travel, choose between reduced miles traveled or reduced fuel use (don't use both). For fuel substitution, enter a negative value for the substitute-fuel quantity and a positive value for the discontinued-fuel quantity. "]
[]
[]
["PLACE CURSOR OVER CELL FOR MORE INFORMATION →","Crude Oil",null," Diesel",null,"Jet Fuel",null,"Air Miles",null,null,"Gasoline",null,"Vehicle Miles",null,"Natural Gas or Compressed Natural Gas (CNG)",null,null,null,"Liquefied Petroleum Gas (LPG) or Propane",null,"Biodiesel",null,null,"Ethanol"]
["How to use this tab:\n","Enter number of gallons of crude oil conserved.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter number of gallons of distillate fuel oil or diesel conserved.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter number of gallons of jet fuel conserved.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter flight miles reduced. \"GHG Reduction\" converts the units into MTCO2e, by appropriate formulas.",null,null,"Enter number of gallons of gasoline reduced.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter the number of vehicle miles reduced.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Enter the volume of natural gas or CNG reduced. Select from drop-down menu to indicate units. Next column converts the units into BTUs, and \"GHG Reduction\" converts the units into MTCO2e.",null,null,null,"Enter number of gallons of LPG reduced.  \"GHG Reduction\" converts the units into MTCO2e.",null,"Select biodiesel blend from drop-down: B5 (5% biodiesel),  B20 (20% biodiesel), or B100 (100% biodiesel). If blend unknown, select \"Blend Unknown\" (selects conservative  B5). Enter gallons of biodiesel blend. \"GHG Reduction\" converts units into MTCO2e.\n",null,null,"Select ethanol blend from drop-down: E10 (10% ethanol, 90% gasoline),  E85 (85% ethanol, 15% gasoline), or E100 (100% ethanol). If blend unknown, select \"Blend Unknown\" (selects conservative  E10). Enter gallons of ethanol blend. \"GHG Reduction\" converts units into MTCO2e."]
["Calculation Description: \nSee notes below for emission factor (EF) derivation","MTCO2e = Input Volume (gal.) * (EF in kg CO2e/gal) * (1 MTCO2e/1,000 kg CO2e)",null,"MTCO2e = Input Volume (gal.) * (EF in kg CO2e/gal) * (1 MTCO2e/1,000 kg CO2e)",null,"MTCO2e = Input Volume (gal.) * (EF in kg CO2e/gal) * (1 MTCO2e/1,000 kg CO2e)",null,"MTCO2e  = Distance (air miles traveled) * (EF in kg CO2e/mi) * (1 MTCO2e/1,000 kg CO2e)",null,null,"MTCO2e = Input Volume (gal.) * (Emission Factor in kg CO2e/gal) * (1 MTCO2e/1,000 kg CO2e)",null,"MTCO2e = Input Volume (miles traveled) * (EF in kg CO2e/mi) * (1 MTCO2e/1,000 kg CO2e)",null,"MTCO2e = Input Volume (BTU) * (EF in kg CO2e/ BTU) * (1 MTCO2e/1,000 kg CO2e)",null,null,null,"MTCO2e = Input Volume (gal) * (EF in kg CO2e/gal) * (1 MTCO2e/1,000 kg CO2e)",null,"MTCO2e (B5) = Volume (gal.) * [0.05*(EF in kg CO2e/gal. biodiesel) +0.95*(EF in kg CO2e/ gal. diesel)] * (1 MTCO2e /1,000 kg CO2e)\nMTCO2e (B20) = Volume (gal.) * [0.20*(EF in kg CO2e/gal. biodiesel) +0.80*(EF in kg CO2e/gal. diesel)] * (1 MTCO2e/1,000 kg CO2e)\nMTCO2e (B100 )= Volume (gal.) * (EF in kg CO2e/gal. biodiesel) * (1 MTCO2e/1,000 kg CO2e)",null,null,"MTCO2e (E10) = Volume (gal.) * [0.10*(EF in kg CO2e/gal. ethanol) + 0.90*(EF in kg CO2e/gal. gasoline)] * (1 MTCO2e/1,000 kg CO2e)\nMTCO2e (E85) = Volume (gal.) * [0.85*(EF in kg CO2e/gal. ethanol) + 0.15*(EF in kg CO2e/gal. gasoline)] * (1 MTCO2e/1,000 kg CO2e) \nMTCO2e (E100) = Volume (gal.) *(EF in kg CO2e gal. ethanol) * (1 MTCO2e/1,000 kg CO2e)"]
["Example",null,null,"ABC, Inc. replaced 20,000 gallons of distillate fuel oil in a turbine with 20,000 gallons of biodiesel. (STEP 1 of 2)",null,null,null,"New company policy on videoconferencing saved International Associates 100,000 air miles traveled on short flights over 3 years.",null,null,null,null,null,null,"Z3 Chemicals replaced solvent bonding of plastic parts with ultrasonic bonding, thus reducing incineration of spent solvents and saving 10,000 therms of natural gas annually.  ",null,null,null,null,null,"Z3 Chemicals replaced 20,000 gallons of distillate fuel oil in a combustion turbine generator with 20,000 gallons of biodiesel. (STEP 2 of 2. For STEP 1, see the Stationary Sources tab, under \"Distillate Fuel Oil or Diesel\")."]
[null,null,null,20000,{"$f":"IF(D9>0,D9*$B$56/'Glossary & Conversions'!$D$29,0)","v":204.80027999999996},null,null,100000,"Short (<300 mi)",25.330869999999997,null,null,null,null,10000,"therms",{"$f":"IF(P9>0,VLOOKUP(P9,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O9,\"\")","v":1000000000},{"$f":"IF(O9<>\"\",Q9*$B$120/'Glossary & Conversions'!$D$29,0)","v":52.744181061343717},null,null,"B100",-20000,{"$f":"IF((U9=\"B5\"),V9*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U9=\"B20\",V9*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U9=\"B100\",V9*$B$148/'Glossary & Conversions'!$D$29,0)))","v":-189.18387200000001}]
[null,"Crude Oil Reduced\n(gal)","GHG Reduction\n(MTCO2e)","Distillate Fuel or Diesel Reduced\n(gal)","GHG Reduction\n(MTCO2e)","Jet Fuel Reduced \n(gal)","GHG Reduction\n(MTCO2e)","Air Miles Reduced\n(miles)","Flight Type","GHG Reduction\n(MTCO2e)","Gasoline Reduced\n(gal)","GHG Reduction\n(MTCO2e)","Vehicle Miles Reduced\n(miles)","GHG Reduction\n(MTCO2e)","Natural Gas or CNG Reduced (Input value)","Units \n(Select)","Natural Gas or CNG Reduced\n(BTU)","GHG Reduction\n(MTCO2e)","LPG Reduced\n(gal)","GHG Reduction\n(MTCO2e)","Blend \n(Select)","Biodiesel Reduced\n(gal)","GHG Reduction\n(MTCO2e)","Blend \n(Select)","Corn Ethanol Reduced\n(gal)","GHG Reduction\n(MTCO2e)"]
["Totals - All Projects",{"$f":"SUM(B13:B23)","v":0},{"$f":"SUM(C13:C23)","v":0},{"$f":"SUM(D13:D23)","v":0},{"$f":"SUM(E13:E23)","v":0},{"$f":"SUM(F13:F23)","v":0},0,{"$f":"SUM(H13:H23)","v":0},null,{"$f":"SUM(J13:J23)","v":0},0,0,0,0,null,null,{"$f":"SUM(Q13:Q23)","v":0},{"$f":"SUM(R13:R23)","v":0},{"$f":"SUM(S13:S23)","v":0},{"$f":"SUM(T13:T23)","v":0},null,{"$f":"SUM(V13:V23)","v":0},{"$f":"SUM(W13:W23)","v":0},null,{"$f":"SUM(Y13:Y23)","v":0},{"$f":"SUM(Z13:Z23)","v":0}]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},null,{"$f":"IF(B13<>\"\",B13*$B$43/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D13<>\"\",D13*$B$56/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F13<>\"\",F13*$B$66/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"(H13/'Glossary & Conversions'!$D$29)*IF(I13=\"Short (<300 mi)\",$B$75,IF(I13=\"Medium (300 to 2300 mi)\",$B$81,$B$87))","v":0},null,{"$f":"IF(K13<>\"\",K13*$B$99/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(M13<>\"\",M13*$B$107/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(P13>0,VLOOKUP(P13,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O13,\"\")","v":""},{"$f":"IF(O13<>\"\",Q13*$B$120/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(S13<>\"\",S13*$B$135/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(U13=\"Blend Unknown\",U13=\"B5\"),V13*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U13=\"B20\",V13*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U13=\"B100\",V13*$B$148/'Glossary & Conversions'!$D$29,0)))","v":0},null,null,{"$f":"IF(OR(X13=\"Blend Unknown\",X13=\"E10\"),Y13*(0.9*$B$99+0.1*$B$165)/'Glossary & Conversions'!$D$29,IF(X13=\"E85\",Y13*(0.15*$B$99+0.85*$B$165)/'Glossary & Conversions'!$D$29,IF(X13=\"E100\",Y13*$B$165/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},null,{"$f":"IF(B14<>\"\",B14*$B$43/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D14<>\"\",D14*$B$56/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F14<>\"\",F14*$B$66/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"(H14/'Glossary & Conversions'!$D$29)*IF(I14=\"Short (<300 mi)\",$B$75,IF(I14=\"Medium (300 to 2300 mi)\",$B$81,$B$87))","v":0},null,{"$f":"IF(K14<>\"\",K14*$B$99/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(M14<>\"\",M14*$B$107/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(P14>0,VLOOKUP(P14,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O14,\"\")","v":""},{"$f":"IF(O14<>\"\",Q14*$B$120/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(S14<>\"\",S14*$B$135/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(U14=\"Blend Unknown\",U14=\"B5\"),V14*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U14=\"B20\",V14*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U14=\"B100\",V14*$B$148/'Glossary & Conversions'!$D$29,0)))","v":0},null,null,{"$f":"IF(OR(X14=\"Blend Unknown\",X14=\"E10\"),Y14*(0.9*$B$99+0.1*$B$165)/'Glossary & Conversions'!$D$29,IF(X14=\"E85\",Y14*(0.15*$B$99+0.85*$B$165)/'Glossary & Conversions'!$D$29,IF(X14=\"E100\",Y14*$B$165/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},null,{"$f":"IF(B15<>\"\",B15*$B$43/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D15<>\"\",D15*$B$56/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F15<>\"\",F15*$B$66/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"(H15/'Glossary & Conversions'!$D$29)*IF(I15=\"Short (<300 mi)\",$B$75,IF(I15=\"Medium (300 to 2300 mi)\",$B$81,$B$87))","v":0},null,{"$f":"IF(K15<>\"\",K15*$B$99/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(M15<>\"\",M15*$B$107/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(P15>0,VLOOKUP(P15,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O15,\"\")","v":""},{"$f":"IF(O15<>\"\",Q15*$B$120/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(S15<>\"\",S15*$B$135/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(U15=\"Blend Unknown\",U15=\"B5\"),V15*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U15=\"B20\",V15*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U15=\"B100\",V15*$B$148/'Glossary & Conversions'!$D$29,0)))","v":0},null,null,{"$f":"IF(OR(X15=\"Blend Unknown\",X15=\"E10\"),Y15*(0.9*$B$99+0.1*$B$165)/'Glossary & Conversions'!$D$29,IF(X15=\"E85\",Y15*(0.15*$B$99+0.85*$B$165)/'Glossary & Conversions'!$D$29,IF(X15=\"E100\",Y15*$B$165/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},null,{"$f":"IF(B16<>\"\",B16*$B$43/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D16<>\"\",D16*$B$56/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F16<>\"\",F16*$B$66/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"(H16/'Glossary & Conversions'!$D$29)*IF(I16=\"Short (<300 mi)\",$B$75,IF(I16=\"Medium (300 to 2300 mi)\",$B$81,$B$87))","v":0},null,{"$f":"IF(K16<>\"\",K16*$B$99/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(M16<>\"\",M16*$B$107/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(P16>0,VLOOKUP(P16,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O16,\"\")","v":""},{"$f":"IF(O16<>\"\",Q16*$B$120/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(S16<>\"\",S16*$B$135/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(U16=\"Blend Unknown\",U16=\"B5\"),V16*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U16=\"B20\",V16*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U16=\"B100\",V16*$B$148/'Glossary & Conversions'!$D$29,0)))","v":0},null,null,{"$f":"IF(OR(X16=\"Blend Unknown\",X16=\"E10\"),Y16*(0.9*$B$99+0.1*$B$165)/'Glossary & Conversions'!$D$29,IF(X16=\"E85\",Y16*(0.15*$B$99+0.85*$B$165)/'Glossary & Conversions'!$D$29,IF(X16=\"E100\",Y16*$B$165/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},null,{"$f":"IF(B17<>\"\",B17*$B$43/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D17<>\"\",D17*$B$56/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F17<>\"\",F17*$B$66/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"(H17/'Glossary & Conversions'!$D$29)*IF(I17=\"Short (<300 mi)\",$B$75,IF(I17=\"Medium (300 to 2300 mi)\",$B$81,$B$87))","v":0},null,{"$f":"IF(K17<>\"\",K17*$B$99/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(M17<>\"\",M17*$B$107/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(P17>0,VLOOKUP(P17,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O17,\"\")","v":""},{"$f":"IF(O17<>\"\",Q17*$B$120/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(S17<>\"\",S17*$B$135/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(U17=\"Blend Unknown\",U17=\"B5\"),V17*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U17=\"B20\",V17*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U17=\"B100\",V17*$B$148/'Glossary & Conversions'!$D$29,0)))","v":0},null,null,{"$f":"IF(OR(X17=\"Blend Unknown\",X17=\"E10\"),Y17*(0.9*$B$99+0.1*$B$165)/'Glossary & Conversions'!$D$29,IF(X17=\"E85\",Y17*(0.15*$B$99+0.85*$B$165)/'Glossary & Conversions'!$D$29,IF(X17=\"E100\",Y17*$B$165/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},null,{"$f":"IF(B18<>\"\",B18*$B$43/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D18<>\"\",D18*$B$56/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F18<>\"\",F18*$B$66/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"(H18/'Glossary & Conversions'!$D$29)*IF(I18=\"Short (<300 mi)\",$B$75,IF(I18=\"Medium (300 to 2300 mi)\",$B$81,$B$87))","v":0},null,{"$f":"IF(K18<>\"\",K18*$B$99/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(M18<>\"\",M18*$B$107/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(P18>0,VLOOKUP(P18,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O18,\"\")","v":""},{"$f":"IF(O18<>\"\",Q18*$B$120/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(S18<>\"\",S18*$B$135/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(U18=\"Blend Unknown\",U18=\"B5\"),V18*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U18=\"B20\",V18*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U18=\"B100\",V18*$B$148/'Glossary & Conversions'!$D$29,0)))","v":0},null,null,{"$f":"IF(OR(X18=\"Blend Unknown\",X18=\"E10\"),Y18*(0.9*$B$99+0.1*$B$165)/'Glossary & Conversions'!$D$29,IF(X18=\"E85\",Y18*(0.15*$B$99+0.85*$B$165)/'Glossary & Conversions'!$D$29,IF(X18=\"E100\",Y18*$B$165/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},null,{"$f":"IF(B19<>\"\",B19*$B$43/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D19<>\"\",D19*$B$56/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F19<>\"\",F19*$B$66/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"(H19/'Glossary & Conversions'!$D$29)*IF(I19=\"Short (<300 mi)\",$B$75,IF(I19=\"Medium (300 to 2300 mi)\",$B$81,$B$87))","v":0},null,{"$f":"IF(K19<>\"\",K19*$B$99/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(M19<>\"\",M19*$B$107/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(P19>0,VLOOKUP(P19,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O19,\"\")","v":""},{"$f":"IF(O19<>\"\",Q19*$B$120/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(S19<>\"\",S19*$B$135/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(U19=\"Blend Unknown\",U19=\"B5\"),V19*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U19=\"B20\",V19*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U19=\"B100\",V19*$B$148/'Glossary & Conversions'!$D$29,0)))","v":0},null,null,{"$f":"IF(OR(X19=\"Blend Unknown\",X19=\"E10\"),Y19*(0.9*$B$99+0.1*$B$165)/'Glossary & Conversions'!$D$29,IF(X19=\"E85\",Y19*(0.15*$B$99+0.85*$B$165)/'Glossary & Conversions'!$D$29,IF(X19=\"E100\",Y19*$B$165/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},null,{"$f":"IF(B20<>\"\",B20*$B$43/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D20<>\"\",D20*$B$56/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F20<>\"\",F20*$B$66/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"(H20/'Glossary & Conversions'!$D$29)*IF(I20=\"Short (<300 mi)\",$B$75,IF(I20=\"Medium (300 to 2300 mi)\",$B$81,$B$87))","v":0},null,{"$f":"IF(K20<>\"\",K20*$B$99/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(M20<>\"\",M20*$B$107/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(P20>0,VLOOKUP(P20,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O20,\"\")","v":""},{"$f":"IF(O20<>\"\",Q20*$B$120/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(S20<>\"\",S20*$B$135/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(U20=\"Blend Unknown\",U20=\"B5\"),V20*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U20=\"B20\",V20*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U20=\"B100\",V20*$B$148/'Glossary & Conversions'!$D$29,0)))","v":0},null,null,{"$f":"IF(OR(X20=\"Blend Unknown\",X20=\"E10\"),Y20*(0.9*$B$99+0.1*$B$165)/'Glossary & Conversions'!$D$29,IF(X20=\"E85\",Y20*(0.15*$B$99+0.85*$B$165)/'Glossary & Conversions'!$D$29,IF(X20=\"E100\",Y20*$B$165/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},null,{"$f":"IF(B21<>\"\",B21*$B$43/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D21<>\"\",D21*$B$56/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F21<>\"\",F21*$B$66/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"(H21/'Glossary & Conversions'!$D$29)*IF(I21=\"Short (<300 mi)\",$B$75,IF(I21=\"Medium (300 to 2300 mi)\",$B$81,$B$87))","v":0},null,{"$f":"IF(K21<>\"\",K21*$B$99/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(M21<>\"\",M21*$B$107/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(P21>0,VLOOKUP(P21,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O21,\"\")","v":""},{"$f":"IF(O21<>\"\",Q21*$B$120/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(S21<>\"\",S21*$B$135/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(U21=\"Blend Unknown\",U21=\"B5\"),V21*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U21=\"B20\",V21*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U21=\"B100\",V21*$B$148/'Glossary & Conversions'!$D$29,0)))","v":0},null,null,{"$f":"IF(OR(X21=\"Blend Unknown\",X21=\"E10\"),Y21*(0.9*$B$99+0.1*$B$165)/'Glossary & Conversions'!$D$29,IF(X21=\"E85\",Y21*(0.15*$B$99+0.85*$B$165)/'Glossary & Conversions'!$D$29,IF(X21=\"E100\",Y21*$B$165/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},null,{"$f":"IF(B22<>\"\",B22*$B$43/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D22<>\"\",D22*$B$56/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F22<>\"\",F22*$B$66/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"(H22/'Glossary & Conversions'!$D$29)*IF(I22=\"Short (<300 mi)\",$B$75,IF(I22=\"Medium (300 to 2300 mi)\",$B$81,$B$87))","v":0},null,{"$f":"IF(K22<>\"\",K22*$B$99/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(M22<>\"\",M22*$B$107/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(P22>0,VLOOKUP(P22,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O22,\"\")","v":""},{"$f":"IF(O22<>\"\",Q22*$B$120/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(S22<>\"\",S22*$B$135/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(U22=\"Blend Unknown\",U22=\"B5\"),V22*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U22=\"B20\",V22*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U22=\"B100\",V22*$B$148/'Glossary & Conversions'!$D$29,0)))","v":0},null,null,{"$f":"IF(OR(X22=\"Blend Unknown\",X22=\"E10\"),Y22*(0.9*$B$99+0.1*$B$165)/'Glossary & Conversions'!$D$29,IF(X22=\"E85\",Y22*(0.15*$B$99+0.85*$B$165)/'Glossary & Conversions'!$D$29,IF(X22=\"E100\",Y22*$B$165/'Glossary & Conversions'!$D$29,0)))","v":0}]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},null,{"$f":"IF(B23<>\"\",B23*$B$43/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(D23<>\"\",D23*$B$56/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(F23<>\"\",F23*$B$66/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"(H23/'Glossary & Conversions'!$D$29)*IF(I23=\"Short (<300 mi)\",$B$75,IF(I23=\"Medium (300 to 2300 mi)\",$B$81,$B$87))","v":0},null,{"$f":"IF(K23<>\"\",K23*$B$99/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(M23<>\"\",M23*$B$107/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(P23>0,VLOOKUP(P23,'Glossary & Conversions'!$B$36:$D$40,3,FALSE)*'Mobile Sources'!O23,\"\")","v":""},{"$f":"IF(O23<>\"\",Q23*$B$120/'Glossary & Conversions'!$D$29,0)","v":0},null,{"$f":"IF(S23<>\"\",S23*$B$135/'Glossary & Conversions'!$D$29,0)","v":0},null,null,{"$f":"IF(OR(U23=\"Blend Unknown\",U23=\"B5\"),V23*(0.95*$B$56+0.05*$B$148)/'Glossary & Conversions'!$D$29,IF(U23=\"B20\",V23*(0.8*$B$56+0.2*$B$148)/'Glossary & Conversions'!$D$29,IF(U23=\"B100\",V23*$B$148/'Glossary & Conversions'!$D$29,0)))","v":0},null,null,{"$f":"IF(OR(X23=\"Blend Unknown\",X23=\"E10\"),Y23*(0.9*$B$99+0.1*$B$165)/'Glossary & Conversions'!$D$29,IF(X23=\"E85\",Y23*(0.15*$B$99+0.85*$B$165)/'Glossary & Conversions'!$D$29,IF(X23=\"E100\",Y23*$B$165/'Glossary & Conversions'!$D$29,0)))","v":0}]
[]
["Color Key"]
["User enters value"]
["User selects option from drop-down menu"]
["Do not change- calculation"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Blend Unknown",null,null,"Blend Unknown"]
["Notes and Sources",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"B5",null,null,"E10"]
[null,"The following notes show calculations used to derive emission factors for the 'Mobile Sources' worksheet.  In general, CO2 emission rates are combined with emission rates for CH4 and N2O to obtain the CO2e emission rate of a fossil fuel.  Some basic conversions between energy units may also be included (i.e., BTU to therm) in the calculations.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"B100",null,null,"E100"]
["FUEL"]
["CRUDE OIL","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5: 2015 Climate Registry Default Emission Factors.  Table 13.1 and 13.4.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2014.\n\n(c) Source 12: EPA Climate Leaders GHG Inventory Protocol report \"Direct Emissions from Mobile Combustion Sources\". Tables A-2.\n\n(d) Source 13: EPA.  Office of Transportation and Air Quality. Light-Duty Automotive Technology, Carbon Dioxide Emissions, and Fuel Economy Trends: 1975 Through 2014. October 2014."]
[null,5.8,"Heat Content \n(mmBtu/Barrel)"]
[null,42,"Gallons/Barrel"]
[]
[null,10.286519999999999,"CO2 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"0.000014716*24.2","v":3.5612719999999999E-4},"CH4 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"0.000007932*24.2","v":1.9195439999999999E-4},"N2O emission rate (kg/gal)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"(B39*D39)+(B40*D40)+(B41*D41)","v":10.3473594776},"CO2e emission rate (kg/gal)"]
[]
["DIESEL FUEL","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5:  EPA Climate Leaders. \"Emission Factors for Greenhouse Gas Inventories.\"  November 2015.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2014."]
[null,0.13800000000000001,"Heat Content HHV \n(mmBtu/gal)"]
[null,73.959999999999994,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[null,3,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,0.6,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"(B47*B48)","v":10.206479999999999},"CO2 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"(B47*B49)/1000","v":4.1400000000000003E-4},"CH4 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"(B47*B50)/1000","v":8.2799999999999993E-5},"N2O emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"(B52*D52)+(B53*D53)+(B54*D54)","v":10.240013999999999},"CO2e emission rate (kg/gal)"]
[]
["JET FUEL (Jet A or A-1)","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5: 2015 Climate Registry Default Emission Factors.  Table 13.1 and 13.7.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2014."]
[null,5.67,"Heat Content \n(mmBtu/Barrel)"]
[]
[null,9.75,"CO2 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"0/1000","v":0},"CH4 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"0.308/1000","v":3.0800000000000001E-4},"N2O emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"(B62*D62)+(B63*D63)+(B64*D64)","v":9.8316199999999991},"CO2e emission rate (kg/gal)"]
[]
["AIR MILES TRAVELED","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials"]
[null,"Short Haul (<300 miles)"]
[null,0.251,"CO2 emission rate (kg CO2/passenger mile)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2","(a) Source 5: Emission Factors for Greenhouse Gas Inventories, EPA Center for Corporate Climate Leadership, November 2015. Table 8. Available at https://www.epa.gov/sites/production/files/2015-12/documents/emission-factors_nov_2015.pdf\n"]
[null,{"$f":"0.0039/1000","v":3.8999999999999999E-6},"CH4 emission rate (kg CH4 /passenger mile)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"0.0083/1000","v":8.3000000000000002E-6},"N2O emission rate (kg N2O/passenger mile)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"B71*D71+B72*D72+B73*D73","v":0.2533087},"CO2e emission rate (kg/mile)"]
[null,"Medium Haul (≥300 to <2,300 miles)"]
[null,0.14299999999999999,"CO2 emission rate (kg CO2e/passenger mile)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"0/1000","v":0},"CH4 emission rate (kg CO2e/passenger mile)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"0.0047/1000","v":4.6999999999999999E-6},"N2O emission rate (kg CO2e/passenger mile)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"B77*D77+B78*D78+B79*D79","v":0.1442455},"CO2e emission rate (kg/mile)"]
[null,"Long Haul (≥2,300 miles)"]
[null,0.16700000000000001,"CO2 emission rate (kg CO2e/passenger mile)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"0.0006/1000","v":5.9999999999999997E-7},"CH4 emission rate (kg CO2e/passenger mile)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"0.0056/1000","v":5.5999999999999997E-6},"N2O emission rate (kg CO2e/passenger mile)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"B83*D83+B84*D84+B85*D85","v":0.16850080000000003},"CO2e emission rate (kg/mile)"]
[]
["MOTOR GASOLINE","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5: 2015 Climate Registry Default Emission Factors.  Table 13.1 and 13.4.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2014.\n\n(c) Source 12: EPA Climate Leaders GHG Inventory Protocol report \"Direct Emissions from Mobile Combustion Sources\". Tables A-2.\n\n(d) Source 13: EPA.  Office of Transportation and Air Quality. Light-Duty Automotive Technology, Carbon Dioxide Emissions, and Fuel Economy Trends: 1975 Through 2014.October 2014."]
[null,5.25,"Heat Content HHV \n(mmBtu/Barrel)"]
[null,42,"Gallons/Barrel"]
[null,{"$f":"B91/B92","v":0.125},"MMBtu/gal"]
[]
[null,8.7799999999999994,"CO2 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"0.000014716*24.2","v":3.5612719999999999E-4},"CH4 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"0.000007932*24.2","v":1.9195439999999999E-4},"N2O emission rate (kg/gal)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"(B95*D95)+(B96*D96)+(B97*D97)","v":8.8408394775999994},"CO2e emission rate (kg/gal)"]
[]
["VEHICLE MILES TRAVELED","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5: 2015 Climate Registry Default Emission Factors.  Table 12.1 and 12.9.2.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,0.35499999999999998,"CO2 emission rate \n(kg/gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"0.021/1000","v":2.1000000000000002E-5},"Emission rate of kg \nCH4/mi",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"0.015/1000","v":1.4999999999999999E-5},"Emission rate of kg \nN2O/mi",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"SUMPRODUCT(B103:B105,D103:D105)","v":0.35956299999999997},"Average of kg CO2e/mi"]
[]
["COMPRESSED NATURAL GAS (CNG)","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"Emission Rates are obtained from:\nSource 4: Tables 13.1 and 12.9.2 in the General Reporting Protocol of The Climate Registry\n\nSource 9: IPCC, Fifth Assessment Report, 2014."]
[null,1027,"Heat Content HHV \n(Btu/scf)"]
[]
[null,5.0000000000000001E-3,"Commercial Sector Emissions Factor (kg CH4/mmBtu)"]
[null,9.0000000000000006E-5,"Commercial Sector Emissions Factor (kg N2O/mmBtu)"]
[]
[null,5.3999999999999999E-2,"CO2 emission factor \n(kg CO2 /scf)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"(B113*B111)/1000000","v":5.135E-6},"CH4 emission rate  \n(kg /scf)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"(B111*B114)/1000000","v":9.2430000000000014E-8},"N2O emission rate \n(kg /scf)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"B121/1027","v":5.2744181061343722E-5},"kg CO2e/Btu"]
[null,{"$f":"(B116*D116)+(B117*D117)+(B118*D118)","v":5.4168273950000005E-2},"kg CO2e/scf"]
[]
["Liquefied Petroleum Gas \n(LPG) or Propane","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,"Global Warming Potentials",null,"(a) Source 5: 2015 Climate Registry Default Emission Factors.  Table 12.1 and 12.9.2.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013."]
[null,9.1999999999999998E-2,"Heat Content HHV \n(mmBtu/gal)"]
[null,61.71,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[]
[null,10.02,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,0.6,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"B125*B126","v":5.6773199999999999},"CO2 emission rate \n(kg /gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"B128*B125*0.001","v":9.2184000000000005E-4},"CH4 emission rate  \n(kg /gal)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"B129*B125*0.001","v":5.52E-5},"N2O emission rate \n(kg /gal)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"(B131*D131)+(B132*D132)+(B133*D133)","v":5.7177595200000004},"CO2e emission rate (kg/gal)"]
[]
["BIODIESEL","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,null,null,"\n(a) Source 7: EPA Climate Leaders. \"Emission Factors for Greenhouse Gas Inventories.\"  November 2015.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013.\n"]
[null,0.128,"Heat Content HHV \n(mmBtu/gal)"]
[null,73.84,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[null,1.1000000000000001,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,0.11,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"(B139*B140)","v":9.4515200000000004},"CO2 emission rate (kg/gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"(B139*B141)/1000","v":1.4080000000000001E-4},"CH4 emission rate (kg/gal)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"(B139*B142)/1000","v":1.4080000000000001E-5},"N2O emission rate (kg/gal)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"SUMPRODUCT(B144:B146,D144:D146)","v":9.4591936000000008},"Biodiesel CO2e emission rate (kg/gal)"]
[null,"Emissions Factor (kg/gal)","Blend","Percent Diesel","Percent Biodiesel"]
[null,{"$f":"E150*$B$148+D150*$B$56","v":9.4591936000000008},"B100",0,1]
[null,{"$f":"E151*$B$148+D151*$B$56","v":10.08384992},"B20",0.8,0.2]
[null,{"$f":"E152*$B$148+D152*$B$56","v":10.20097298},"B5",0.95,0.05]
[]
["ETHANOL","EMISSIONS FACTOR DERIVATION",null,null,null,"SOURCE INFO"]
[null,"Units",null,null,null,"\n(a) Source 7: EPA Climate Leaders. \"Emission Factors for Greenhouse Gas Inventories.\"  November 2015.\n\n(b) Source 9: IPCC, Fifth Assessment Report, 2013.\n"]
[null,8.4000000000000005E-2,"Heat Content HHV \n(mmBtu/gal)"]
[null,68.44,"CO2 Content \nCoefficient (kg CO2/mmBtu)"]
[null,1.1000000000000001,"Commercial Sector Emissions Factor (g CH4/mmBtu)"]
[null,0.11,"Commercial Sector Emissions Factor (g N2O/mmBtu)"]
[]
[null,{"$f":"(B156*B157)","v":5.7489600000000003},"CO2 emission rate (kg/gal)",{"$f":"'Glossary & Conversions'!$D$42","v":1},"CO2"]
[null,{"$f":"(B156*B158)/1000","v":9.240000000000001E-5},"CH4 emission rate (kg/gal)",{"$f":"'Glossary & Conversions'!$D$43","v":28},"CH4"]
[null,{"$f":"(B156*B159)/1000","v":9.2399999999999996E-6},"N2O emission rate  (kg/gal)",{"$f":"'Glossary & Conversions'!$D$44","v":265},"N2O"]
[]
[null,{"$f":"SUMPRODUCT(B161:B163,D161:D163)","v":5.7539958000000002},"Corn-Derived Ethanol CO2e emission rate (kg/gal)"]
[null,"Emissions Factor (kg/gal)","Blend","Percent Gasoline","Percent Ethanol"]
[null,{"$f":"D167*$B$99+E167*$B$165","v":5.7539958000000002},"E100",0,1]
[null,{"$f":"D168*$B$99+E168*$B$165","v":6.2170223516399998},"E85",0.15,0.85]
[null,{"$f":"D169*$B$99+E169*$B$165","v":8.5321551098399997},"E10",0.9,0.1]

{"sheet":"Greening Chemistry","index":7,"n_rows":239,"n_cols":19,"rows_kept":239,"cut":false,"hidden":false,"merged":[[8,0,8,4],[1,1,1,11],[3,1,3,2],[4,1,4,2],[3,3,3,11],[4,3,4,11],[5,1,5,2],[5,3,5,11],[241,2,241,4],[10,0,10,4],[9,0,9,4],[237,1,237,4],[82,0,82,4],[238,1,238,4],[75,0,75,4],[93,0,93,4],[117,0,117,4]]}
[null,"Greening Chemistry: GHG Savings from Reduced Emission of GHG Chemicals Directly"]
[null,"This tab calculates GHG reductions from reducing the use of high global-warming-potential (GWP) chemicals outright or by substituting chemicals with less global-warming impact. The Greening Chemistry tab determines the CO2 equivalency of more than 200 chemicals listed by the International Panel on Climate Change as well as chemicals listed by EPA’s GHG Reporting Program. "]
[]
[null,"How to use this tab:\n",null,"Enter the mass of each chemical avoided for a project in the column \"lbs. Chemical Avoided.\"  Total MTCO2e reduced will be displayed for each project in the rows \"ALL CHEMICALS\"."]
[null,"Calculation Description",null,"MTCO2e = lbs.Chemical Avoided * (100-year Global Warming Potential) * (0.4536 kg / lbs.) * (1 MTCO2e / 1,000 kg CO2)"]
[null,"Example",null,"ABC, Inc., improved leak detection for their use of sulphur hexafluoride in their own electrical distribution equipment, saving 600 pounds of SF6 for the year. [Input 600 lbs into cell I96 and see Output of 6,396 MTCO2e in cell I9]"]
[]
["Industrial Chemical Reduced","Reporting Program (IPCC or EPA)","Chemical Formula","CAS #","Global Warming Potential (100 year)",null,"Totals - All Projects",null,{"$f":"INDEX(Aggregate_CO2e!$A:$A,COLUMN()-1)","v":"Project 1"},{"$f":"INDEX(Aggregate_CO2e!$A:$A,COLUMN()-1)","v":"Project 2"},{"$f":"INDEX(Aggregate_CO2e!$A:$A,COLUMN()-1)","v":"Project 3"},{"$f":"INDEX(Aggregate_CO2e!$A:$A,COLUMN()-1)","v":"Project 4"},{"$f":"INDEX(Aggregate_CO2e!$A:$A,COLUMN()-1)","v":"Project 5"},{"$f":"INDEX(Aggregate_CO2e!$A:$A,COLUMN()-1)","v":"Project 6"},{"$f":"INDEX(Aggregate_CO2e!$A:$A,COLUMN()-1)","v":"Project 7"},{"$f":"INDEX(Aggregate_CO2e!$A:$A,COLUMN()-1)","v":"Project 8"},{"$f":"INDEX(Aggregate_CO2e!$A:$A,COLUMN()-1)","v":"Project 9"},{"$f":"INDEX(Aggregate_CO2e!$A:$A,COLUMN()-1)","v":"Project 10"},{"$f":"INDEX(Aggregate_CO2e!$A:$A,COLUMN()-1)","v":"Project 11"}]
[null,null,null,null,null,null,"Total GHG Reduction (MTCO2e)",null,"GHG Reduction (MTCO2e)","GHG Reduction (MTCO2e)","GHG Reduction (MTCO2e)","GHG Reduction (MTCO2e)","GHG Reduction (MTCO2e)","GHG Reduction (MTCO2e)","GHG Reduction (MTCO2e)","GHG Reduction (MTCO2e)","GHG Reduction (MTCO2e)","GHG Reduction (MTCO2e)","GHG Reduction (MTCO2e)"]
["ALL CHEMICALS",null,null,null,null,null,{"$f":"SUMPRODUCT($E12:$E229,G12:G229)*('Glossary & Conversions'!$D$24/1000)","v":0},null,{"$f":"SUMPRODUCT($E12:$E229,I12:I229)*('Glossary & Conversions'!$D$24/1000)","v":0},{"$f":"SUMPRODUCT($E12:$E229,J12:J229)*('Glossary & Conversions'!$D$24/1000)","v":0},{"$f":"SUMPRODUCT($E12:$E229,K12:K229)*('Glossary & Conversions'!$D$24/1000)","v":0},{"$f":"SUMPRODUCT($E12:$E229,L12:L229)*('Glossary & Conversions'!$D$24/1000)","v":0},{"$f":"SUMPRODUCT($E12:$E229,M12:M229)*('Glossary & Conversions'!$D$24/1000)","v":0},{"$f":"SUMPRODUCT($E12:$E229,N12:N229)*('Glossary & Conversions'!$D$24/1000)","v":0},{"$f":"SUMPRODUCT($E12:$E229,O12:O229)*('Glossary & Conversions'!$D$24/1000)","v":0},{"$f":"SUMPRODUCT($E12:$E229,P12:P229)*('Glossary & Conversions'!$D$24/1000)","v":0},{"$f":"SUMPRODUCT($E12:$E229,Q12:Q229)*('Glossary & Conversions'!$D$24/1000)","v":0},{"$f":"SUMPRODUCT($E12:$E229,R12:R229)*('Glossary & Conversions'!$D$24/1000)","v":0},{"$f":"SUMPRODUCT($E12:$E229,S12:S229)*('Glossary & Conversions'!$D$24/1000)","v":0}]
[null,null,null,null,null,null,"lbs. Chemical Avoided",null,"lbs. Chemical Avoided","lbs. Chemical Avoided","lbs. Chemical Avoided","lbs. Chemical Avoided","lbs. Chemical Avoided","lbs. Chemical Avoided","lbs. Chemical Avoided","lbs. Chemical Avoided","lbs. Chemical Avoided","lbs. Chemical Avoided","lbs. Chemical Avoided"]
["Carbon dioxide","Both","CO2",124389,1,null,{"$f":"SUM(I12:S12)","v":0}]
["Methane","Both","CH4",74828,28,null,0]
["Fossil methane","IPCC","CH4",null,30,null,0]
["Nitrous oxide","Both ","N2O",10024972,265,null,0]
["Chloroflourocarbons",null,null,null,null,null,0]
["CFC-11","IPCC","CCl3F",75694,4660,null,0]
["CFC-12","IPCC","CCl2F2",75718,10200,null,0]
["CFC-13","IPCC","CClF3",75729,13900,null,0]
["CFC-113","IPCC","CCl2FCClF2",76131,5820,null,0]
["CFC-114","IPCC","CClF2CClF2",76142,8590,null,0]
["CFC-115","IPCC","CClF2CF3",76153,7670,null,0]
["Hydrochloroflourocarbons",null,null,null,null,null,0]
["HCFC-21","IPCC","CHCl2F",null,148,null,0]
["HCFC-22","IPCC","CHClF2",75456,1760,null,0]
["HCFC-122","IPCC","CHCl2CF2Cl",null,59,null,0]
["HCFC-122a","IPCC","CHFClCFCl2",null,258,null,0]
["HCFC-123","IPCC","CHCl2CF3",306832,79,null,0]
["HCFC-123a","IPCC","CHClFCF2Cl",null,370,null,0]
["HCFC-124","IPCC","CHClFCF3",2837890,527,null,0]
["HCFC-132c","IPCC","CH2FCFCl2",null,338,null,0]
["HCFC-141b","IPCC","CH3CCl2F",1717006,782,null,0]
["HCFC-142b","IPCC","CH3CClF2",75683,1980,null,0]
["HCFC-225ca","IPCC","CHCl2CF2CF3",422560,127,null,0]
["HCFC-225cb","IPCC","CHClFCF2CClF2",507551,525,null,0]
["(E)-1-Chloro-3,3,3-trifluoroprop-1-ene","IPCC","trans-CF3CH=CHCl",null,1,null,0]
["HFC-23 (Trifluoromethane)","Both","CHF3",75467,12400,null,0]
["HFC-32","Both ","CH2F2",75105,677,null,0]
["HFC–41","Both","CH3F",593533,116,null,0]
["HFC-125","Both","CHF2CF3",354336,3170,null,0]
["HFC–134","Both","C2H2F4",359353,1120,null,0]
["HFC-134a","Both","CH2FCF3",811972,1300,null,0]
["HFC–143","Both","C2H3F3",430660,328,null,0]
["HFC-143a","Both","CH3CF3",420462,4800,null,{"$f":"SUM(I44:S44)","v":0}]
["HFC–152","Both","CH2FCH2F",624726,16,null,0]
["HFC-152a","Both","CH3CHF2",75376,138,null,0]
["HFC–161","Both","CH3CH2F",353366,4,null,0]
["HFC-227ca","IPCC","CF3CF2CHF2",null,2640,null,0]
["HFC-227ea","Both","CF3CHFCF3",431890,3350,null,0]
["HFC–236cb","Both","CH2FCF2CF3",677565,1210,null,0]
["HFC–236ea","Both","CHF2CHFCF3",431630,1330,null,0]
["HFC-236fa","Both","CF3CH2CF3",690391,8060,null,0]
["HFC–245ca","Both","C3H3F5",679867,716,null,0]
["HFC-245cb","IPCC","CF3CF2CH3",null,4620,null,0]
["HFC-245ea","IPCC","CHF2CHFCHF2",null,235,null,0]
["HFC-245eb","IPCC","CH2FCHFCF3",null,290,null,0]
["HFC-245fa","Both","CHF2CH2CF3",460731,858,null,0]
["HFC-263fb","IPCC","CH3CH2CF3",null,76,null,0]
["HFC-272ca","IPCC","CH3CF2CH3",null,144,null,0]
["HFC-329p","IPCC","CHF2CF2CF2CF3",null,2360,null,0]
["HFC-365mfc","Both","CH3CF2CH2CF3",406586,804,null,0]
["HFC-43-10mee","Both","CF3CHFCHFCF2CF3",138495428,1650,null,0]
["HFC-1132a","IPCC","CH2=CF2",null,"<1",null,0]
["HFC-1141","IPCC","CH2=CHF",null,"<1",null,0]
["(Z)-HFC-1225ye","IPCC","CF3CF=CHF(Z)",null,"<1",null,0]
["(E)-HFC-1225ye","IPCC","CF3CF=CHF(E)",null,"<1",null,0]
["(Z)-HFC-1234ze","IPCC","CF3CH=CHF(Z)",null,"<1",null,0]
["HFC-1234yf","IPCC","CF3CF=CH2",null,"<1",null,0]
["(E)-HFC-1234ze","IPCC","trans-CF3CH=CHF",null,"<1",null,0]
["(Z)-HFC-1336","IPCC","CF3CH=CHCF3(Z)",null,2,null,0]
["HFC-1243zf","IPCC","CF3CH=CH2",null,"<1",null,0]
["HFC-1345zfc","IPCC","C2F5CH=CH2",null,"<1",null,0]
["3,3,4,4,5,5,6,6-Nonafluorohex-1-ene","IPCC","C4F9CH=CH2",null,"<1",null,0]
["3,3,4,4,5,5,6,6,7,7,8,8,8-Tridecafluorooct-1-ene","IPCC","C6F13CH=CH2",null,"<1",null,0]
["3,3,4,4,5,5,6,6,7,7,8,8,9,9,10,10-Heptadecafluorodec-1-ene","IPCC","C8F17CH=CH2",null,"<1",null,0]
["Chlorocarbons and Hydrochlorocarbons",null,null,null,null,null,{"$f":"SUM(I76:S76)","v":0}]
["Methyl chloroform","IPCC","CH3CCl3",71556,160,null,0]
["Carbon tetrachloride","IPCC","CCl4",56235,1730,null,0]
["Methyl chloride","IPCC","CH3Cl",74873,12,null,0]
["Methylene chloride","IPCC","CH2Cl2",75092,9,null,0]
["Chloroform","IPCC","CHCl3",null,16,null,0]
["1,2-Dichloroethane","IPCC","CH2ClH2Cl",null,"<1",null,0]
["Bromocarbons, Hdrobromocarbons and Halons",null,null,null,null,null,0]
["Methyl bromide","IPCC","CH3Br",74839,2,null,0]
["Methylene bromide","IPCC","CH2Br2",null,1,null,0]
["Halon-1201","IPCC","CHBrF2",null,376,null,0]
["Halon-1202","IPCC","CBr2F2",null,231,null,0]
["Halon-1211","IPCC","CBrClF2",353593,1750,null,0]
["Halon-1301","IPCC","CBrF3",75638,6290,null,0]
["Halon-2301","IPCC","CH2BrCF3",null,173,null,0]
["Halon-2311/Halothane","IPCC","CHBrClCF3",null,41,null,0]
["Halon-2401","IPCC","CHFBrCF3",null,184,null,0]
["Halon-2402","IPCC","CBrF2CBrF2",124732,1470,null,0]
["Fully Flourinated Species",null,null,null,null,null,0]
["Nitrogen trifluoride","Both","NF3",7783542,16100,null,0]
["Sulphur hexafluoride","Both","SF6",2551624,23500,null,0]
["(Trifluoromethyl) sulphur pentafluoride","Both","SF5CF3",373808,17400,null,0]
["Sulphuryl flouride","IPCC","SO2F2",null,4090,null,0]
["PFC–14 (Perfluoromethane)","Both","CF4",75730,6630,null,0]
["PFC–116 (Perfluoroethane)","Both","C2F6",76164,11100,null,0]
["PFC-c216 (Perfluorocycloproprane)","Both","CC3F6",931919,9200,null,0]
["PFC–218 (Perfluoropropane)","Both","C3F8",76197,8900,null,0]
["PFC-318 (Perfluorocyclobutane)","Both","c-C4F8",null,9540,null,0]
["PFC-31-10","Both","C4F10",null,9200,null,0]
["Perfluorocyclopentene","IPCC","c-C5F8",null,2,null,0]
["PFC-41-12","Both","n-C5F12",null,8550,null,0]
["PFC-51-14","Both","n-C6F14",null,7910,null,0]
["PFC-61-16","IPCC","n-C7F16",null,7820,null,{"$f":"SUM(I108:S108)","v":0}]
["PFC-71-18","IPCC","C8F18",null,7620,null,0]
["PFC-91-18","Both","C10F18",null,7190,null,0]
["Perfluorodecalin (cis)","IPCC","Z-C10F18",null,7240,null,0]
["Perfluorodecalin (trans)","IPCC","E-C10F18",null,6290,null,0]
["PFC-1114","IPCC","CF2=CF2",null,"<1",null,0]
["PFC-1216","IPCC","CF3CF=CF2",null,"<1",null,0]
["Perfluorobuta-1,3-diene","IPCC","CF2=CFCF=CF2",null,"<1",null,0]
["Perfluorobut-1-ene","IPCC","CF3CF2CF=CF2",null,"<1",null,0]
["Perfluorobut-2-ene","IPCC","CF3CF=CFCF3",null,2,null,0]
["Halogenated Alcohols and Ethers",null,null,null,null,null,0]
["HFE-125","Both","CHF2OCF3",3822682,12400,null,0]
["HFE-134 (HG-00)","Both","CHF2OCHF2",1691174,5560,null,0]
["HFE-143a","Both","CH3OCF3",421147,523,null,0]
["HFE-227ea","Both","CF3CHFOCF3",2356629,6450,null,0]
["HCFE-235ca2 (enflurane)","IPCC","CHF2OCF2CHFCl",null,583,null,0]
["HCFE–235da2 (isoflurane)","Both","CHF2OCHClCF3",26675467,491,null,0]
["HFE-263ca","IPCC","CHF2OCF2CHF2",null,4240,null,0]
["HFE–236ea2 (desflurane)","Both","CHF2OCHFCF3",57041675,1790,null,0]
["HFE 236fa","Both","CF3CH2OCF3",20193673,979,null,0]
["HFE-245cb2","Both","CF3CF2OCH3",22410442,654,null,0]
["HFE-245fa1","Both","CHF2CH2OCF3",84011154,828,null,0]
["HFE-245fa2","Both","CHF2OCH2CF3",1885489,812,null,0]
["2,2,3,3,3,-Pentafluoropropan-1-ol","Both","CF3CF2CH2OH",422059,19,null,0]
["HFE-254cb1","IPCC","CH3OCF2CHF2",null,301,null,0]
["HFE-254cb2","EPA Rep. Program","CH3OCF2CHF2",425887,359,null,0]
["HFE 263fb2","Both","CF3CH2OCH3",460435,1,null,0]
["HFE-263m1","IPCC","CF3OCH2CH3",null,29,null,0]
["3,3,3-Trifluoropropan-1-ol","IPCC","CF3CH2CH2OH",null,"<1",null,0]
["HFE-329mcc2","Both","CF3CF2OCF2CHF2",67490362,3070,null,0]
["HFE–338mmz1","Both","CHF2OCH(CF3)2",26103082,2620,null,0]
["HFE 338mcf2","Both","CF3CF2OCH2CF3",156053882,929,null,0]
["Sevoflurane  (HFE-347mmz1)","Both","CH2FOCH(CF3)2",28523866,216,null,{"$f":"SUM(I140:S140)","v":0}]
["HFE-347mcc3 (HFE-7000)","Both","CH3OCF2CF2CF3",28523866,530,null,0]
["HFE-347mcf2","Both","CF3CF2OCH2CHF2","E1730135",854,null,0]
["HFE-347pcf2","Both","CHF2CF2OCH2CF3",406780,889,null,0]
["HFE–356mm1","EPA Rep. Program","(CF3)2CHOCH3",13171181,27,null,0]
["HFE–347mmy1","Both","CH3OCF(CF3)2",22052842,363,null,0]
["HFE-356mec3","Both","CH3OCF2CHFCF3",382343,387,null,0]
["HFE-356mff2","IPCC","CF3CH2OCH2CF3",null,17,null,0]
["HFE-356pcf2","Both","CHF2CH2OCF2CHF2","E1730137",719,null,0]
["HFE-356pcf3b","Both","CHF2OCH2CF2CHF2",35042990,446,null,0]
["HFE-356pcc3","Both","CH3OCF2CF2CHF2",null,413,null,0]
["HFE-356mmz1","IPCC","(CF3)2CHOCH3",null,14,null,0]
["HFE–365mcf3","Both","CF3CF2CH2OCH3",378165,"<1",null,0]
["HFE-365mcf2","IPCC","CF3CF2OCH2CH3",null,58,null,0]
["HFE-374pc2","Both","CH3CH2OCF2CHF2",512516,627,null,0]
["4,4,4-Trifluorobutan-1-ol","IPCC","CF3(CH2)2CH2OH",null,"<1",null,0]
["2,2,3,3,4,4,5,5-octafluorocyclopentanol","IPCC","-(CF2)4CH(OH)-",null,13,null,0]
["(Octafluorotetramethy lene)hydroxymethyl group","EPA Rep. Program","X(CF2)4CH(OH)X","NA",73,null,0]
["HFE-43-10pccc124 (H-Galden 1040x, HG-11)","Both","CHF2OCF2OC2F4OCHF2","E1730133",2820,null,0]
["HFE–449s1 (HFE–7100)","IPCC","C4F9OCH3",163702076,421,null,0]
["HFE–449sl (HFE–7100) Chemical blend ","EPA Rep. Program","(CF3)2CFCF2OCH3",163702087,297,null,0]
["n-HFE-7100","IPCC","n-C4F9OCH3",null,486,null,0]
["i-HFE-7100","IPCC","i-C4F9OCH3",null,407,null,0]
["HFE–569sf2 (HFE–7200)","IPCC","C4F9OC2H5",163702054,57,null,0]
["HFE–569sf2 (HFE–7200) Chemical blend ","EPA Rep. Program","(CF3)2CFCF2OCH3",163702065,59,null,0]
["n-HFE-7200","IPCC","n-C4F9OC2H5",null,65,null,0]
["i-HFE-7200","IPCC","i-C4F9OC2H5",null,44,null,0]
["HFE-236ca12 (HG-10)","Both","CHF2OCF2OCHF2",78522471,5350,null,0]
["HFE-338pcc13 (HG-01)","Both","CHF2OCF2CF2OCHF2",188690780,2910,null,0]
["1,1,1,3,3,3-hexafluoropropan-2-ol; \nBis(trifluoromethyl)methanol ","Both","(CF3)2CHOH",null,182,null,0]
["HG-02","IPCC","HF2C-(OCF2CF2)2-OCF2H",null,2730,null,0]
["HG-03","IPCC","HF2C-(OCF2CF2)3-OCF2H",null,2850,null,0]
["HG-20","IPCC","HF2C-(OCF2)2-OCF2H",null,5300,null,{"$f":"SUM(I172:S172)","v":0}]
["HG-21","IPCC","HF2C-OCF2CF2OC-F2OCF2O-CF2H",null,3890,null,0]
["HG-30","IPCC","HF2C-(OCF2)3-OCF2H",null,7330,null,0]
["1-Ethoxy-1,1,2,2,3,3,3-heptafluoropropane","IPCC","CF3CF2CF2OCH2CH3",null,61,null,0]
["Fluoroxene","IPCC","CF3CH2OCH=CH2",null,"<1",null,0]
["1,1,2,2-Tetrafluoro-1-(fluoromethoxy)ethane","IPCC","CH2FOCF2CF2H",null,871,null,0]
["2-Ethoxy-3,3,4,4,5-pentafluorotetrahydro-2,5,-bis[1,2,2,2-tetrafluoro-1-(trifluoromethyl)ethyl]-furan","IPCC","C12H5F19O2",null,56,null,0]
["Fluoro(methoxy)methane","IPCC","CH3OCH2F",null,13,null,0]
["Difluoro(methoxy)methane","IPCC","CH3OCHF2",null,144,null,0]
["Fluoro(fluoromethoxy)methane","IPCC","CH2FOCH2F",null,130,null,0]
["Difluoro(fluoromethoxy)methane","IPCC","CH2FOCHF2",null,617,null,0]
["Trifluoro(fluoromethoxy)methane","IPCC","CH2FOCF3",null,751,null,0]
["HG'-01","IPCC","CH3OCF2CF2OCH3",null,222,null,0]
["HG'-02","IPCC","CH30(CF2CF2O)2CH3",null,236,null,0]
["HG'-03","IPCC","CH30(CF2CF2O)3CH3",null,221,null,0]
["HFE-329me3","IPCC","CF3CFHCF2OCF3",null,4550,null,0]
["3,3,4,4,5,5,6,6,7,7,7-Undecafluoroheptan-1-ol","IPCC","CF3(CF2)4CH2CH2OH",null,"<1",null,0]
["3,3,4,4,5,5,6,6,7,7,8,8,9,9,9-Pentadecafluorononan-1-ol","IPCC","CF3(CF2)6CH2CH2OH",null,"<1",null,0]
["3,3,4,4,5,5,6,6,7,7,8,8,9,9,10,10,11,11,11-nonadecafluoroundecan-1-ol","IPCC","CF3(CF2)8CH2CH2OH",null,"<1",null,0]
["2-Chloro-1,1,2-trifluoro-1-methoxyethane","IPCC","CH3OCF2CHFCl",null,112,null,0]
["PFPMIE (perfluoropolymethylisopropyl ether)","Both","CF3OCF(CF3)CF2OCF2OCF3",null,9710,null,0]
["HFE-216","IPCC","CF3OCF=CF2",null,"<1",null,0]
["Trifluoromethyl formate","IPCC","HCOOCF3",null,588,null,0]
["Perfluoroethyl formate","IPCC","HCOOCF2CF3",null,580,null,0]
["Perfluoropropyl formate","IPCC","HCOOCF2CF2CF3",null,376,null,0]
["Perfluorobutyl formate","IPCC","HCOOCF2CF2CF2CF3",null,392,null,0]
["2,2,2-Trifluoroethyl formate","IPCC","HCOOCH2CF3",null,33,null,0]
["3,3,3-Trifluoropropyl formate","IPCC","HCOOCH2CH2CF3",null,17,null,0]
["1,2,2,2-tetrafluoroethyl formate","IPCC","HCOOCHFCF3",null,470,null,0]
["1,1,1,3,3,3-Hexafluoropropan-2-yl formate","IPCC","HCOOCH(CF3)2",null,333,null,0]
["Perfluorobutyl acetate","IPCC","CH3COOCF2CF2CF2CF3",null,2,null,0]
["Perfluoropropyl acetate","IPCC","CH3COOCF2CF2CF3",null,2,null,0]
["Perfluoroethyl acetate","IPCC","CH3COOCF2CF3",null,2,null,0]
["Trifluoromethyl acetate","IPCC","CH3COOCF3",null,2,null,{"$f":"SUM(I205:S205)","v":0}]
["Methyl carbonofluoridate","IPCC","FCOOCH3",null,95,null,0]
["1,1-Difluoroethyl carbonofluoridate","IPCC","FCOOCF2CH3",null,27,null,0]
["1,1-Difluoroethyl 2,2,2-trifluoroacetate","IPCC","CF3COOCF2CH3",null,31,null,0]
["Ethyl 2,2,2-trifluoroacetate","IPCC","CF3COOCH2CH3",null,1,null,0]
["2,2,2-Trifluoroethyl 2,2,2-trifluoroacetate","IPCC","CF3COOCH2CF3",null,7,null,0]
["Methyl 2,2,2-trifluoroacetate","IPCC","CF3COOCH3",null,52,null,0]
["Methyl 2,2-difluoroacetate","IPCC","HCF3COOCH3",null,3,null,0]
["Difluoromethyl 2,2,2-trifluoroacetate","IPCC","CF3COOCHF2",null,27,null,0]
["2,2,3,3,4,4,4-Heptafluorobutan-1-ol","IPCC","C3F7CH2OH",null,34,null,0]
["1,1,2-Trifluoro-2-(trifluoromethoxy)-ethane","IPCC","CHF2CHFOCF3",null,1240,null,0]
["1,Ethoxy-1,1,2,3,3,3-hexafluoropropane","IPCC","CF3CHFCF2OCH2CH3",null,23,null,0]
["1,1,1,2,2,3,3-Heptafluoro-3-(1,2,2,2-tetrafluoroethoxy)-propane","IPCC","CF3CF2CF2OCHFCF3",null,6490,null,0]
["2,2,3,3-Tetrafluoro-1-propanol","IPCC","CHF2CF2CH2OH",null,13,null,0]
["2,2,3,4,4,4-Hexafluoro-1-butanol","IPCC","CF3CHFCF2CH2OH",null,17,null,0]
["2,2,3,3,4,4,4-Heptafluoro-1-butanol","IPCC","CF3CF2CF2CH2OH",null,16,null,0]
["1,1,2,2,-Tetrafluoro-3-methoxy-propane","IPCC","CHF2CF2CH2OCH3",null,"<1",null,0]
["perfluoro-2-methyl-3-pentanone","IPCC","CF3CF2C(O)CF(CF3)2",null,"<1",null,0]
["3,3,3-Trifluoro-propanal","IPCC","CF3CH2CHO",null,"<1",null,0]
["2-Fluoroethanol","IPCC","CH2FCH2OH",null,"<1",null,0]
["2,2-Difluoroethanol","IPCC","CHF2CH2OH",null,3,null,0]
["2,2,2-Trifluoroethanol","IPCC","CF3CH2OH",null,20,null,0]
["1,1'-Oxybis[2-(difluoromethoxy)-1,1,2,2-tetrafluoroethane","IPCC","HCF2O(CF2CF2O)2CF2H",null,4920,null,0]
["1,1,3,3,4,4,6,6,7,7,9,9,10,10,12,12-hexa-decafluoro-2,5,8,11-Tetraoxadodecane","IPCC","HCF2O(CF2CF2O)3CF2H",null,4490,null,0]
["1,1,3,3,4,4,6,6,7,7,9,9,10,10,12,12,13,13,14,15,15-eico-safluoro-2,5,8,11,14-Pentaoxapentadecane","IPCC","HCF2O(CF2CFF2O)4CF2H",null,3630,null,0]
[]
["Color Key"]
["User enters value"]
["User selects option from drop-down menu"]
["Do not change- calculation"]
[]
["Sources"]
[]
[null,"SOURCE"]
["Chemicals Avoided\n","(a) Source 9:  IPCC Fifth Assessment Report, 2013, Chapter 8: Anthropogenic and Natural Radiative Forcing, Appendix 8A: Lifetimes, Radiative Efficiencies and Metric Values, Page 731."]

{"sheet":"Water Management","index":8,"n_rows":33,"n_cols":6,"rows_kept":33,"cut":false,"hidden":false,"merged":[[3,4,3,5],[4,4,4,5],[3,0,3,1],[4,0,4,1],[4,2,4,3],[33,0,33,5],[0,2,0,5],[5,2,5,3],[6,2,6,3],[5,0,5,1],[9,1,10,1],[9,0,10,0],[6,0,7,0],[32,0,32,1],[30,0,30,5],[31,0,31,5],[32,2,32,5],[0,0,2,0],[2,1,2,5],[1,2,1,5],[3,2,3,3]]}
[null,null,"Water Management: GHG Savings from Reduced Water Use"]
[null,null,"Conserving water lowers energy use to pump and heat water, which reduces GHG emissions. Energy used to pump water is usually invisible to consumers, so this tab provides a national-survey average of the water-utility energy used to pump water to treatment plants and through distribution pipes. Note that the Electricity Management and Stationary Source (natural gas) tabs will capture any MTCO2e reductions from reduced heating of water.    \n\n\n"]
[]
[null,null,"Water Conservation (non-heated water)",null,"Other Calculator"]
["How to use this tab:",null,"Select a state or U.S. National to designate where water was conserved. Enter gallons of non-heated water conserved. \"GHG Reduction\" converts the reduction into MTCO2e.",null,"Please describe your methodology and source if you are using an alternate calculator. Enter your input and MTCO2e values on the project rows."]
["Calculation Description:",null,"MTCO2e = Water Conserved (gal.) * (6,139 kwh/1,000,000 gal. water used)* [either National or Regional emissions factor]\n\nNational Conversion factor:  0.000692  MTCO2e/kwh\nRegional Conversion factor: (0.000498  to 0.00090  MTCO2e/kwh)"]
["Example",null,"CleanBIO reduced blow-down losses in boilers at NY plants through acidification of water, saving 30 million gals of water. "]
[null,"NY",30000000,102.411]
[]
["Totals - All Projects","State or U.S. \n(Select)","Non-heated Water Reduced\n(gallons)","GHG Reduction\n(MTCO2e)","Input","GHG Reduction\n(MTCO2e)"]
[null,null,{"$f":"SUM(C13:C23)","v":0},{"$f":"SUM(D13:D23)","v":0},0,0]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},"(select)",null,{"$f":"IFERROR(C13*(6139/1000000)*VLOOKUP(B13,ElectricityEFs!$B$5:$L$56,11,FALSE),0)","v":0}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},"(select)",null,{"$f":"IFERROR(C14*(6139/1000000)*VLOOKUP(B14,ElectricityEFs!$B$5:$L$56,11,FALSE),0)","v":0}]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},"(select)",null,{"$f":"IFERROR(C15*(6139/1000000)*VLOOKUP(B15,ElectricityEFs!$B$5:$L$56,11,FALSE),0)","v":0}]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},"(select)",null,{"$f":"IFERROR(C16*(6139/1000000)*VLOOKUP(B16,ElectricityEFs!$B$5:$L$56,11,FALSE),0)","v":0}]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},"(select)",null,{"$f":"IFERROR(C17*(6139/1000000)*VLOOKUP(B17,ElectricityEFs!$B$5:$L$56,11,FALSE),0)","v":0}]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},"(select)",null,{"$f":"IFERROR(C18*(6139/1000000)*VLOOKUP(B18,ElectricityEFs!$B$5:$L$56,11,FALSE),0)","v":0}]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},"(select)",null,{"$f":"IFERROR(C19*(6139/1000000)*VLOOKUP(B19,ElectricityEFs!$B$5:$L$56,11,FALSE),0)","v":0}]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},"(select)",null,{"$f":"IFERROR(C20*(6139/1000000)*VLOOKUP(B20,ElectricityEFs!$B$5:$L$56,11,FALSE),0)","v":0}]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},"(select)",null,{"$f":"IFERROR(C21*(6139/1000000)*VLOOKUP(B21,ElectricityEFs!$B$5:$L$56,11,FALSE),0)","v":0}]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},"(select)",null,{"$f":"IFERROR(C22*(6139/1000000)*VLOOKUP(B22,ElectricityEFs!$B$5:$L$56,11,FALSE),0)","v":0}]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},"(select)",null,{"$f":"IFERROR(C23*(6139/1000000)*VLOOKUP(B23,ElectricityEFs!$B$5:$L$56,11,FALSE),0)","v":0}]
[]
["Color Key"]
["User enters value"]
["User selects option from drop-down menu"]
["Do not change- calculation"]
[]
[]
["Sources:"]
[]
["NON-HEATED WATER",null,"(a) Source 10: EPRI & Water Research Foundation. Electricity Use and Management in the Municipal\nWater Supply and Wastewater Industries. November 2013. 3002001433.ntury, EPRI, Palo Alto, CA: 2002. 1006787.\n\n(b) Source 1: U.S. EPA, eGRID2014\n\n(c) Source 2: US EPA, Downloadable Document: \"Unit Conversions, Emissions Factors, and Other Reference Data, 2004.\"  Table I, Page 1."]

{"sheet":"Solvent Remanufacturing","index":9,"n_rows":59,"n_cols":7,"rows_kept":59,"cut":false,"hidden":false,"merged":[[0,1,0,6],[7,0,8,0],[1,1,1,6],[7,1,7,6],[3,1,3,6],[4,1,4,4],[5,1,5,4]]}
[null,"Solvent Remanufacturing"]
[null,"This tab computes the GHG emissions avoided by reclaiming certain high-value spent solvents for reuse, done under one of three exclusions to the Definition of Solid Waste. These are 40 CFR §261.4(a)(23) \"Under Control of the Generator Exclusion,\" 40 CFR §261.4(a)(24) \"Certified Recycler Exclusion,\" or 40 CFR §261.4(a)(27) \"Remanufacturing Exclusion.\" The formulas in this tab are only for spent solvents that were used for reacting, extracting, blending, or purifying chemicals in pharmaceutical manufacturing (NAICS 325412), basic organic chemical manufacturing (NAICS 325199), plastics and resins manufacturing (NAICS 325211), or paints and coatings manufacturing (NAICS 325510). Users enter the quantity of spent solvent sent offsite for reclamation (remanufacturing) under the provisions of one of these three exclusions."]
[]
["Type of Reduction","Solvent Remanufacturing"]
["How to use this tab","Enter the quantity of solvent sent offsite for reclamation (remanufacturing) consistent with the terms described above. To learn more about the Definition of Solid Waste \"Solvent Remanufacturing\" exclusion and related Generator-controlled and Certified Recycler exclusions, please click the button to the right."]
["Calculation Description","Amount of virgin solvent produced = 92% recovery from the solvent distillation process. GEMM emission models are then applied to calculate GHG emission reductions. To learn more about the data and methodologies behind the GEMM emission models, please click the button to the right."]
["PLACE CURSOR OVER CELL FOR MORE INFORMATION →","Solvent\n(select)","Solvent Input for Remanufacturing","Units \n(select)","Solvent Input for Remanufacturing (pounds)","Remanufactured Solvent (pounds)","GHG Reduction\n(MTCO2e)"]
["Example","Rainbow Co., a paint manufacturer, sends 1,000 gallons of acetonitrile for remanufacturing every month for an entire year."]
[null,"Acetonitrile",12000,"gallons",78140.802422407272,71889.538228614692,292.74525275733095]
["Totals - All Projects",null,null,null,{"$f":"SUM(E12:E22)","v":0},{"$f":"SUM(F12:F22)","v":0},{"$f":"SUM(G12:G22)","v":0}]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},"(select)",null,"(select)",{"$f":"IFERROR(IF(OR(D12=\"gallons\",D12=\"liters\"),C12*VLOOKUP(B12,densities,3,FALSE)*VLOOKUP(D12,volConvert,2,FALSE),C12*VLOOKUP(D12,massConvert,2,FALSE)),0)","v":0},{"$f":"E12*recycleEffDouble","v":0},{"$f":"IFERROR(F12*VLOOKUP(B12,emissionsSum,2,FALSE),0)/lbsPerTonne","v":0}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},"(select)",null,"(select)",0,0,{"$f":"IFERROR(F13*VLOOKUP(B13,emissionsSum,2,FALSE),0)/lbsPerTonne","v":0}]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},"(select)",null,"(select)",0,0,0]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},"(select)",null,"(select)",0,0,0]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},"(select)",null,"(select)",0,0,0]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},"(select)",null,"(select)",0,0,0]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},"(select)",null,"(select)",0,0,0]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},"(select)",null,"(select)",0,0,0]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},"(select)",null,"(select)",0,0,0]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},"(select)",null,"(select)",0,0,0]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},"(select)",null,"(select)",0,{"$f":"E22*recycleEffDouble","v":0},0]
[]
["Color Key"]
["User enters value"]
["User selects option from drop-down menu"]
["Do not change- calculation"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Sources: ","GEMM (2011) for solvent flow percentages."]
[null,null,"GEMM (2013) for hazardous feedstocks."]
[null,null,"GEMM (2013 and 2011) for air and water emissions."]

{"sheet":"GEMM Information","index":10,"n_rows":42,"n_cols":3,"rows_kept":42,"cut":false,"hidden":false,"merged":[[5,0,5,3],[24,0,24,3],[3,0,3,3],[25,0,25,3],[26,0,26,3],[7,1,7,3],[4,0,4,3],[37,1,37,3],[39,1,39,3],[40,1,40,3],[41,0,41,3],[27,1,27,3],[31,1,31,3],[32,1,32,3],[36,1,36,3],[28,1,28,3],[29,1,29,3],[30,1,30,3]]}
["Solvent Remanufacturing & GEMM"]
["Background and Methodology"]
[]
["Background"]
["The 'Solvent Remanufacturing' tab was created for manufacturers who send spent solvents offsite in a manner that conforms to the chemical, industry sector, and solvent use function limitations of the Remanufacturing Exclusion, whether the parties involved are operating under the Remanufacturing Exclusion, the Under the Control of the Generator Exclusion, or the Certified Recycler Exclusion to the 2015 Definition of Solid Waste."]
["For briefing materials on these three 2015 exclusions, use the following link:\nhttps://www.epa.gov/sites/production/files/2015-08/documents/dsw_fnl_rul_brfng_012215.pdf\n\n"]
["Remanufacturing is defined by EPA in §260.10 as:"]
[null,"processing a higher-value hazardous secondary material in order to manufacture a product that serves a similar functional purpose as the original commercial-grade material. For the purpose of this definition, a hazardous secondary material is considered higher-value if it was generated from the use of a commercial-grade material in a manufacturing process and can be remanufactured into a similar commercial-grade material."]
["The Remanufacturing Exclusion is limited to solvents used in the following sectors:"]
[null,"Pharmaceutical manufacturing (NAICS 325412)"]
[null,"Basic organic chemical manufacturing (NAICS 325199)"]
[null,"Plastics and resins manufacturing (NAICS 325211)"]
[null,"Paints and coatings manufacturing (NAICS 325510)"]
[null,"     where NAICS = North American Industry Classification Code"]
["The Remanufacturing Exlcusion covers the following solvents:"]
[null,"1,2,4-Trimethylbenzene ","Methanol"]
[null,"Acetonitrile","Methyl isobutyl ketone"]
[null,"Chlorobenzene","Methyl tert-butyl ether"]
[null,"Chloroform","n-Butyl alcohol"]
[null,"Chloromethane*","n-Hexane"]
[null,"Cyclohexane","N,N-dimethylformamide"]
[null,"Dichloromethane","Tetrahydrofuran"]
[null,"Ethanol","Toluene"]
[null,"Ethylbenzene","Xylenes"]
["As of 2016, the Remanufacturing Exclusion is limited to the above-listed solvents used only for the following purposes: \nReacting, extracting, blending, or purifying chemicals. Use of the petition process could expand the scope of the Remanufacturing Exclusion in the future. "]
["GEMM Emission Models"]
["EPA developed the Green Engineering Materials Management tool (GEMM) to model the benefits associated with sustainable materials management practices in the chemical industry sector. The tool shows the benefits by comparing the emission models for solvent remanufacturing/reclamation practices and avoided solvent manufacturing with the emission models for energy recovery and disposal practices.  EPA used GEMM as the basis for the technical benefits document (on greenhoues gas and pollutant emission reductions) supporting the Remanufacturing Exclusion in the DSW rulemaking docket.  EPA is using the GEMM emission models in this P2 GHG Calculator. \n\nEnvironmental benefits are quantified as follows:"]
[null,"Step 1: Collection of emissions data for manufacturing and processing of solvents. This includes emissions from fossil fuel burning to power the manufacturing processes, emissions from solvent waste incineration, distillation, and incineration with energy recovery. "]
[null,"Manufacturing Emissions - Calculated using emission factors from fossil fuel burning used to generate electricity for solvent production."]
[null,"Solvent Waste Incineration Emissions- Calculated based on the carbon content of the solvent and the energy required to combust the solvent."]
[null,"Solvent Recovery Emissions - Based on the amount of energy required to distill the solvent to generate clean solvent."]
[null,"Step 2: Collection of feedstock data - the upstream materials used to manufacture each solvent. The hazardous feedstocks are grouped and summed by mass to determine a quantity of hazardous feedstock used to manufacture each solvent."]
[null,"Step 3: Creation of emission models for each solvent. This brings together the emission data to reveal total emissions for the life cycle of each solvent. The emission quantities calculated for this tool include:"]
[null,"CO2 -","Carbon Dioxide"]
[null,"CH4 -","Methane"]
[null,"N2O -","Nitrous Oxide"]
[null,"Step 4: Calculation of CO2 equivalents for each solvent. The above chemicals are greenhouse gases that contribute to global warming and their emission quantities can be summed together using their global warming potentials (provided by the Intergovernmental Panel on Climate Change - IPCC)."]
[null,"Step 5: Final determination of avoided GHG emissions. The emission quantities from Step 4 are calculated on a per-pound of solvent basis and are multiplied by the user input quantity of solvent sent for remanufacturing. In addition, a 92% factor is applied since solvent remanufacturing converts 92% of the solvent waste into clean solvent."]
["Each solvent is classified as either a specialty chemical or a commodity chemical."]
[null,"Commodity Chemicals - These are chemicals that are manufactured as part of a greater production stream of chemicals from petroleum. Remanufacturing of these chemicals from spent solvent will not reduce the overall quantity produced. Therefore, a facility cannot claim the environmental benefits from the avoided manufacturing of commodity chemicals."]
[null,"Specialty Chemicals - These chemicals are produced because of a specific demand rather than as part of a greater production stream of commodity chemicals. If facilities begin to remanufacture spent solvents, the demand for newly produced solvent will decrease, and the production will also decreases. Therefore, a facility can claim environmental benefits from the avoided manufacturing of specialty chemicals."]
["To see a summary of the emission models for all specialty and commodity chemicals included in this calculator please click the button on the left or return to the Solvent Remanufacturing tab by clicking on the button on the right."]

{"sheet":"GEMM Emission Summary","index":11,"n_rows":28,"n_cols":4,"rows_kept":28,"cut":false,"hidden":false,"merged":[[22,0,22,3],[23,0,23,3],[0,3,1,3],[0,1,1,1],[0,2,1,2],[0,0,1,0],[2,0,10,0],[11,0,18,0]]}
["Emission Model Type","Chemical","GHG Reduction (pound/pound)*","Specialty/Commodity Chemical"]
[]
["GEMM (June 22, 2011) Emission Models","1,2,4-Trimethylbenzene",{"$f":"-'GEMM (2011) Models'!AA506*lbsPerTonne","v":2.8866852978937869},"Commodity"]
[null,"Chlorobenzene",{"$f":"-'GEMM (2011) Models'!AA128*lbsPerTonne","v":3.7893701126151162},"Commodity"]
[null,"Chloroform",{"$f":"-'GEMM (2011) Models'!AA155*lbsPerTonne","v":0.40100743280568751},"Commodity"]
[null,"Ethanol",{"$f":"-'GEMM (2011) Models'!AA290*lbsPerTonne","v":3.3331372493187077},"Commodity"]
[null,"Methyl Isobutyl Ketone",{"$f":"-'GEMM (2011) Models'!AA425*lbsPerTonne","v":2.8867591855790855},"Commodity"]
[null,"Methyl Tert-Butyl Ether",{"$f":"-'GEMM (2011) Models'!AA398*lbsPerTonne","v":2.4138339763579966},"Commodity"]
[null,"N,N-Dimethylformamide",{"$f":"-'GEMM (2011) Models'!AA263*lbsPerTonne","v":1.4656783561951527},"Commodity"]
[null,"n-Butanol",{"$f":"-'GEMM (2011) Models'!AA101*lbsPerTonne","v":1.9625899843247585},"Commodity"]
[null,"Xylenes",{"$f":"-'GEMM (2011) Models'!AA533*lbsPerTonne","v":2.9069495329713702},"Commodity"]
["GEMM (Aug. 7, 2013) Emission Models","Cyclohexane",{"$f":"'GEMM (2013) Models'!I149","v":3.4247337565351974},"Commodity"]
[null,"Ethylbenzene",{"$f":"'GEMM (2013) Models'!I179","v":3.6295827377212331},"Commodity"]
[null,"Hexanes",{"$f":"'GEMM (2013) Models'!I209","v":3.3431176573781074},"Commodity"]
[null,"Methanol",{"$f":"'GEMM (2013) Models'!I89","v":1.3203328844165496},"Commodity"]
[null,"Toluene",{"$f":"'GEMM (2013) Models'!I119","v":3.6596873111913153},"Commodity"]
[null,"Acetonitrile",{"$f":"'GEMM (2013) Models'!I29","v":8.9775516025915572},"Specialty"]
[null,"Dichloromethane",{"$f":"'GEMM (2013) Models'!I59","v":2.6469279971323796},"Specialty"]
[null,"Tetrahydrofuran",{"$f":"'GEMM (2013) Models'!I239","v":14.78984008618996},"Specialty"]
["Not Yet Available","Chloromethane",null,"Commodity"]
["* Pound of  CO2 equivalent per pound of remanufactured solvent"]
[]
["Notes"]
["GEMM - Green Engineering Materials Management; see the background on this tool described in the 'GEMM Information' tab of this calculator. A 2013 version of GEMM updated  8 chemicals."]
["Greenhouse Gases (GHG)"]
["C02 - carbon dioxide (1 CO2 equivalent)"]
["CH4 - methane (21 CO2 equivalents)"]
["N2O - nitrous oxide (310 CO2 equivalents)"]

{"sheet":"GEMM (2011) Models","index":12,"n_rows":537,"n_cols":27,"rows_kept":537,"cut":false,"hidden":false,"merged":[[105,12,105,13],[106,12,107,12],[456,11,458,11],[456,12,456,13],[456,15,456,22],[402,1,404,1],[402,2,403,3],[402,7,403,9],[375,1,377,1],[375,2,376,3],[375,7,376,9],[375,4,376,5],[429,11,431,11],[429,12,429,13],[429,15,429,22],[402,4,403,5],[322,19,322,21],[321,2,322,3],[321,7,322,9],[348,1,350,1],[348,2,349,3],[375,11,377,11],[348,4,349,5],[348,11,350,11],[510,1,512,1],[510,2,511,3],[510,7,511,9],[429,1,431,1],[429,2,430,3],[429,7,430,9],[456,1,458,1],[456,2,457,3],[456,7,457,9],[456,4,457,5],[483,4,484,5],[483,1,485,1],[483,2,484,3],[483,7,484,9],[429,4,430,5],[402,12,402,13],[402,15,402,22],[348,15,348,22],[376,12,377,12],[376,13,377,13],[322,15,323,15],[322,16,322,17],[321,11,323,11],[429,23,431,23],[430,12,431,12],[430,13,431,13],[375,15,375,22],[376,19,376,21],[430,19,430,21],[430,15,431,15],[403,12,404,12],[403,13,404,13],[403,15,404,15],[403,16,403,17],[376,15,377,15],[376,16,376,17],[321,23,323,23],[348,7,349,9],[349,12,350,12],[349,13,350,13],[294,1,296,1],[294,2,295,3],[294,7,295,9],[321,1,323,1],[321,4,322,5],[322,12,323,12],[322,13,323,13],[348,12,348,13],[267,1,269,1],[294,11,296,11],[267,2,268,3],[267,7,268,9],[321,12,321,13],[133,15,134,15],[133,16,133,17],[133,19,133,21],[132,15,132,22],[160,12,161,12],[160,13,161,13],[186,1,188,1],[186,2,187,3],[186,7,187,9],[159,1,161,1],[159,2,160,3],[159,7,160,9],[132,23,134,23],[159,25,161,25],[240,1,242,1],[240,2,241,3],[240,7,241,9],[213,1,215,1],[213,2,214,3],[213,7,214,9],[186,24,188,24],[186,25,188,25],[132,1,134,1],[132,2,133,3],[133,12,134,12],[187,13,188,13],[186,15,186,22],[159,24,161,24],[132,25,134,25],[133,13,134,13],[159,15,159,22],[187,15,188,15],[187,16,187,17],[187,19,187,21],[159,11,161,11],[159,12,159,13],[78,23,80,23],[51,15,51,22],[51,23,53,23],[105,23,107,23],[106,15,107,15],[106,16,106,17],[106,19,106,21],[105,15,105,22],[79,15,80,15],[79,16,79,17],[52,15,53,15],[52,16,52,17],[52,19,52,21],[105,1,107,1],[105,2,106,3],[78,15,78,22],[106,13,107,13],[38,18,38,21],[79,19,79,21],[6,1,8,1],[6,2,7,3],[51,1,53,1],[51,2,52,3],[51,12,51,13],[52,12,53,12],[52,13,53,13],[78,11,80,11],[39,18,39,20],[40,18,40,20],[41,18,41,20],[42,18,42,20],[43,18,43,20],[44,18,44,20],[78,12,78,13],[79,12,80,12],[79,13,80,13],[105,11,107,11],[7,25,8,25],[6,15,6,22],[6,24,6,25],[51,24,53,24],[51,25,53,25],[186,26,187,26],[132,7,133,9],[213,11,215,11],[213,12,213,13],[213,15,213,22],[186,11,188,11],[186,12,186,13],[187,12,188,12],[159,23,161,23],[186,23,188,23],[105,26,106,26],[51,26,52,26],[78,26,79,26],[132,24,134,24],[132,26,133,26],[159,26,160,26],[105,24,107,24],[105,25,107,25],[7,16,7,17],[78,25,80,25],[6,26,7,26],[7,23,8,23],[213,4,214,5],[240,4,241,5],[267,4,268,5],[294,4,295,5],[132,4,133,5],[159,4,160,5],[186,4,187,5],[105,7,106,9],[214,12,215,12],[214,13,215,13],[214,15,215,15],[214,16,214,17],[213,23,215,23],[213,24,215,24],[214,19,214,21],[213,25,215,25],[213,26,214,26],[241,13,242,13],[241,15,242,15],[241,16,241,17],[7,24,8,24],[240,25,242,25],[240,26,241,26],[240,12,240,13],[240,24,242,24],[267,26,268,26],[268,12,269,12],[268,13,269,13],[268,15,269,15],[268,16,268,17],[268,19,268,21],[241,12,242,12],[240,15,240,22],[241,19,241,21],[321,24,323,24],[348,24,350,24],[375,25,377,25],[402,24,404,24],[402,25,404,25],[402,26,403,26],[429,25,431,25],[402,23,404,23],[348,23,350,23],[429,26,430,26],[510,26,511,26],[511,12,512,12],[511,13,512,13],[511,15,512,15],[511,16,511,17],[511,19,511,21],[510,15,510,22],[267,15,267,22],[267,23,269,23],[267,24,269,24],[267,25,269,25],[349,16,349,17],[348,25,350,25],[294,25,296,25],[321,15,321,22],[375,26,376,26],[457,19,457,21],[349,19,349,21],[349,15,350,15],[510,23,512,23],[510,24,512,24],[510,25,512,25],[375,23,377,23],[375,24,377,24],[4,4,4,13],[510,11,512,11],[510,12,510,13],[483,11,485,11],[483,12,483,13],[267,11,269,11],[267,12,267,13],[510,4,511,5],[6,11,8,11],[6,4,7,5],[6,7,7,9],[51,4,52,5],[105,4,106,5],[78,4,79,5],[78,7,79,9],[51,7,52,9],[295,12,296,12],[295,13,296,13],[294,12,294,13],[457,12,458,12],[457,13,458,13],[132,11,134,11],[132,12,132,13],[402,11,404,11],[456,25,458,25],[456,26,457,26],[51,11,53,11],[6,12,6,13],[7,12,8,12],[7,13,8,13],[348,26,349,26],[483,25,485,25],[483,26,484,26],[484,12,485,12],[484,13,485,13],[484,15,485,15],[160,15,161,15],[160,16,160,17],[160,19,160,21],[294,26,295,26],[295,15,296,15],[295,16,295,17],[295,19,295,21],[294,15,294,22],[294,23,296,23],[294,24,296,24],[321,26,322,26],[321,25,323,25],[5,0,5,1],[375,12,375,13],[240,23,242,23],[240,11,242,11],[483,23,485,23],[483,24,485,24],[5,4,5,6],[5,7,5,10],[5,12,5,13],[7,15,8,15],[484,16,484,17],[484,19,484,21],[483,15,483,22],[456,23,458,23],[456,24,458,24],[429,24,431,24],[457,15,458,15],[457,16,457,17],[403,19,403,21],[430,16,430,17],[78,24,80,24],[78,1,80,1],[78,2,79,3],[7,19,7,21]]}
["**This sheet was modified from GEMM (2011)**"]
[null,"Remanufacturing Exclusion - Benefits Summary"]
[null,"All 4 Sectors, 16 of the 18 Chemicals k (2008 TRI)"]
["Column:",null,"c","d","e","f","g","h","I","j","k","l","m","n",null,"p","q","r","s","t","u","v","w","x","y","z","aa"]
[null,null,null,null,"BASELINE:  2008 TRI Reported OFFSITE Energy Recovery (ER) and Incineration (I) and Offsite Remanufacturing (ME)",null,null,null,null,null,null,null,null,null,null,"Process Change:  New Remanufacturing (Assumes all other reported waste offsite and onsite are Recycled. Add THF"]
["Row",null,null,null,"End of Life (EOL) Energy Recovery ",null,null,"End of Life (EOL) Incineration",null,null,null,"ER&I","Beginning of Life (BOL) ME",null,null,"(Other reported waste: U, L, Offsite ER&I, Remanufacturing, & Total Other Management & Disposal; Onsite: ER & Treatment Go To Zero)"]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Mass to Energy Recovery (EOL/ER) Cement Kiln",null,"ER EOL","Offsite Reported Mass to Thermal Treatment (EOL/I) Incineration                            (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","Distillation @ 75% recovery\n(25% mass to EOL (ER&I)",null,null,"Distillation @ 92% recovery (worst case scenario, 8% mass to EOL (ER&I) and double steam required for primary / secondary distillation:  75%*75%=92%)",null,null,null,null,null,null,null,"NEW ER&I","NEW BOL",null,"New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"STEAM\nOffsite Primary Distillation Steamf","Baseline Beginning of Life (BOL) Manufacturing Emissions (ME) ",null,"STEAM\nNew Solvent Mass going to Steamf","75% x 8% Mass to Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","25% x 8% Mass to Thermal Treatment (I) Incineration  ",null,null,"NEW Incin EOL","New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) "]
[null,null,"Under ground Injection","Land -fill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Solvents Combusted c ","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"2008 Solvent Mass (tonne)"]
[11,"Mass",{"$f":"SUM(C56,C83,C110,C137,C164,C191,C218,C245,C272,C299,C326,C353,C380,C407,C434,C461,C488,C515)","v":0},0,5.3043527526466343E-3,5.3043527526466343E-3,5.3043527526466343E-3,2.4053978142467886E-3,2.4053978142467886E-3,1.189303673806381E-3,2.4053978142467886E-3,7.7097505668934216E-3,0,0,null,{"$f":"SUM(P56,P83,P110,P137,P164,P191,P218,P245,P272,P299,P326,P353,P380,P407,P434,P461,P488,P515)","v":7.7097505668934207E-3},4.625850340136053E-4,4.625850340136053E-4,4.625850340136053E-4,1.5419501133786845E-4,1.5419501133786845E-4,8.8491437975806613E-5,1.5419501133786845E-4,6.1678004535147381E-4,7.0929705215419473E-3,7.0929705215419473E-3,0]
[]
[null,"Air emission (tonne)"]
[14,"CO2 ","--","--",{"$f":"SUM(E58,E85,E112,E139,E166,E193,E220,E247,E274,E301,E328,E355,E382,E409,E436,E463,E490,E517)","v":1.3556841336970191E-2},2.1954766634692268E-2,3.5511607971662459E-2,4.9835748030903479E-3,1.2708102011651479E-2,4.0377541317856737E-3,2.1729430946527503E-2,5.7241038918189956E-2,0,0,null,{"$f":"SUM(P58,P85,P112,P139,P166,P193,P220,P247,P274,P301,P328,P355,P382,P409,P436,P463,P490,P517)","v":6.9910299085337651E-4},1.1124249684036317E-3,2.0797721187806239E-3,3.1921970871842554E-3,3.7080832280121054E-4,6.9325737292687457E-4,3.0043350338850331E-4,1.3644991991165886E-3,4.556696286300844E-3,"--",{"$f":"SUM(Z58,Z85,Z112,Z139,Z166,Z193,Z220,Z247,Z274,Z301,Z328,Z355,Z382,Z409,Z436,Z463,Z490,Z517)","v":{"$error":"#DIV/0!"}},{"$error":"#DIV/0!"}]
[15,"CH4 ","--","--",{"$f":"SUM(E59,E86,E113,E140,E167,E194,E221,E248,E275,E302,E329,E356,E383,E410,E437,E464,E491,E518)","v":0},9.9632501956967932E-5,9.9632501956967932E-5,0,4.49551315915562E-5,1.9909526672887419E-5,6.4864658264443613E-5,1.6449716022141149E-4,0,0,null,{"$f":"SUM(P59,P86,P113,P140,P167,P194,P221,P248,P275,P302,P329,P356,P383,P410,P437,P464,P491,P518)","v":1.2783020771972434E-6},0,8.6752580129114417E-6,8.6752580129114417E-6,0,2.8917526709704808E-6,1.4813900633660275E-6,4.3731427343365075E-6,1.304840074724795E-5,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[16,"N2O","--","--",{"$f":"SUM(E60,E87,E114,E141,E168,E195,E222,E249,E276,E303,E330,E357,E384,E411,E438,E465,E492,E519)","v":0},2.8897852206704273E-7,2.8897852206704273E-7,0,1.1744348432820651E-7,7.2695738775485722E-8,1.9013922310369221E-7,4.7911774517073505E-7,0,0,null,{"$f":"SUM(P60,P87,P114,P141,P168,P195,P222,P249,P276,P303,P330,P357,P384,P411,P438,P465,P492,P519)","v":0},0,2.4385320383714937E-8,2.4385320383714937E-8,0,8.1284401279049807E-9,5.4090057910673047E-9,1.3537445918972283E-8,3.7922766302687237E-8,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[17,"CO ","--","--",{"$f":"SUM(E61,E88,E115,E142,E169,E196,E223,E250,E277,E304,E331,E358,E385,E412,E439,E466,E493,E520)","v":5.9754672559648223E-6},8.4548677598352242E-5,9.0524144854317061E-5,2.1966169930976743E-6,1.4240865155778367E-4,2.5359381932589533E-6,1.4714120674414033E-4,2.376653515984574E-4,0,0,null,{"$f":"SUM(P61,P88,P115,P142,P169,P196,P223,P250,P277,P304,P331,P358,P385,P412,P439,P466,P493,P520)","v":4.8908732670587298E-7},4.9032505494374953E-7,1.3617439749368149E-5,1.4107764804311896E-5,1.6344168498124985E-7,4.539146583122716E-6,1.8868924924870577E-7,4.8912775173526712E-6,1.8999042321664564E-5,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[18,"NMVOC ","--","--",{"$f":"SUM(E62,E89,E116,E143,E170,E197,E224,E251,E278,E305,E332,E359,E386,E413,E440,E467,E494,E521)","v":5.9754672559648217E-7},3.4764351791325821E-5,3.5361898516922299E-5,2.1966169930976743E-7,2.5755069742037269E-5,1.2431081736526137E-9,2.5975974549520691E-5,6.1337873066442979E-5,0,0,null,{"$f":"SUM(P62,P89,P116,P143,P170,P197,P224,P251,P278,P305,P332,P359,P386,P413,P440,P467,P494,P521)","v":3.5530996934529394E-6},4.9032505494374959E-8,3.6311652920017838E-6,3.6801977974961583E-6,1.634416849812498E-8,1.2103884306672611E-6,9.2494820514535162E-11,1.2268250939859007E-6,4.9070228914820599E-6,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[19,"NOx ","--","--",{"$f":"SUM(E63,E90,E117,E144,E171,E198,E225,E252,E279,E306,E333,E360,E387,E414,E441,E468,E495,E522)","v":0},3.5881846788870154E-5,3.5881846788870154E-5,0,2.9806371058112519E-5,2.6552327234022151E-6,3.2461603781514728E-5,6.8343450570384882E-5,0,0,null,{"$f":"SUM(P63,P90,P117,P144,P171,P198,P225,P252,P279,P306,P333,P360,P387,P414,P441,P468,P495,P522)","v":2.3012282524419192E-6},0,3.9412930708189584E-6,3.9412930708189584E-6,0,1.3137643569396527E-6,1.9756548897412355E-7,1.511329845913776E-6,5.4526229167327358E-6,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[20,"SOx ","--","--",{"$f":"SUM(E64,E91,E118,E145,E172,E199,E226,E253,E280,E307,E334,E361,E388,E415,E442,E469,E496,E523)","v":0},1.6093907969820439E-4,1.6093907969820439E-4,0,8.2444692867187993E-5,3.4232360741682931E-5,1.1667705360887094E-4,2.7761613330707524E-4,0,0,null,{"$f":"SUM(P64,P91,P118,P145,P172,P199,P226,P253,P280,P307,P334,P361,P388,P415,P442,P469,P496,P523)","v":3.060908862496147E-6},0,1.4603026353923534E-5,1.4603026353923534E-5,0,4.8676754513078456E-6,2.5470961656435931E-6,7.4147716169514392E-6,2.2017797970874971E-5,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,"Water emission (tonne)"]
[22,"TOC","--","--",{"$f":"SUM(E66,E93,E120,E147,E174,E201,E228,E255,E282,E309,E336,E363,E390,E417,E444,E471,E498,E525)","v":0},2.7798001339168814E-5,2.7798001339168814E-5,0,1.5261195468597873E-5,6.24322486281417E-7,1.5885517954879288E-5,4.3683519294048099E-5,0,0,null,{"$f":"SUM(P66,P93,P120,P147,P174,P201,P228,P255,P282,P309,P336,P363,P390,P417,P444,P471,P498,P525)","v":1.9220960132320381E-8},0,2.5835518084659996E-6,2.5835518084659996E-6,0,8.6118393615533321E-7,4.6453396040436049E-8,9.0763733219576922E-7,3.4911891406617675E-6,"--",{"$f":"SUM(Z66,Z93,Z120,Z147,Z174,Z201,Z228,Z255,Z282,Z309,Z336,Z363,Z390,Z417,Z444,Z471,Z498,Z525)","v":{"$error":"#DIV/0!"}},{"$error":"#DIV/0!"}]
[23,"BOD","--","--",{"$f":"SUM(E67,E94,E121,E148,E175,E202,E229,E256,E283,E310,E337,E364,E391,E418,E445,E472,E499,E526)","v":0},4.8476541530886033E-6,4.8476541530886033E-6,0,2.1799718527501475E-6,1.0792503640681145E-6,3.2592222168182628E-6,8.1068763699068652E-6,0,0,null,{"$f":"SUM(P67,P94,P121,P148,P175,P202,P229,P256,P283,P310,P337,P364,P391,P418,P445,P472,P499,P526)","v":1.7101104154274265E-7},0,4.2165756035032475E-7,4.2165756035032475E-7,0,1.4055252011677493E-7,8.0302801341424589E-8,2.2085532145819951E-7,6.4251288180852431E-7,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[24,"COD","--","--",{"$f":"SUM(E68,E95,E122,E149,E176,E203,E230,E257,E284,E311,E338,E365,E392,E419,E446,E473,E500,E527)","v":0},1.0829735427125481E-4,1.0829735427125481E-4,0,5.9213127737279884E-5,1.7855623107648529E-6,6.0998690048044754E-5,1.6929604431929963E-4,0,0,null,{"$f":"SUM(P68,P95,P122,P149,P176,P203,P230,P257,P284,P311,P338,P365,P392,P419,P446,P473,P500,P527)","v":5.4971945978436288E-8},0,1.005062892051208E-5,1.005062892051208E-5,0,3.3502096401706932E-6,1.3285671267564708E-7,3.4830663528463406E-6,1.3533695273358415E-5,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[25,"TDS","--","--",{"$f":"SUM(E69,E96,E123,E150,E177,E204,E231,E258,E285,E312,E339,E366,E393,E420,E447,E474,E501,E528)","v":0},1.1157522322998502E-3,1.1157522322998502E-3,0,4.6609799309066689E-4,2.7610507383725842E-4,7.4220306692792542E-4,1.8579552992277757E-3,0,0,null,{"$f":"SUM(P69,P96,P123,P150,P177,P204,P231,P258,P285,P312,P339,P366,P393,P420,P447,P474,P501,P528)","v":3.1798014603316319E-6},0,9.4911013523430978E-5,9.4911013523430978E-5,0,3.1637004507810319E-5,2.0543899387847139E-5,5.2180903895657445E-5,1.4709191741908844E-4,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,"Solid waste (tonne)"]
[27,"Solid waste","--","--",{"$f":"SUM(E71,E98,E125,E152,E179,E206,E233,E260,E287,E314,E341,E368,E395,E422,E449,E476,E503,E530)","v":0},2.7654906865160487E-4,2.7654906865160487E-4,0,1.2879581000249058E-4,4.6538472679748174E-5,1.7533428268223875E-4,4.5188335133384346E-4,0,0,null,{"$f":"SUM(P71,P98,P125,P152,P179,P206,P233,P260,P287,P314,P341,P368,P395,P422,P449,P476,P503,P530)","v":1.5006012883856339E-6},0,2.4320692719245712E-5,2.4320692719245712E-5,0,8.1068975730819011E-6,3.4627458565297914E-6,1.1569643429611695E-5,3.589033614885741E-5,"--",{"$f":"SUM(Z71,Z98,Z125,Z152,Z179,Z206,Z233,Z260,Z287,Z314,Z341,Z368,Z395,Z422,Z449,Z476,Z503,Z530)","v":{"$error":"#DIV/0!"}},{"$f":"SUM(AA71,AA98,AA125,AA152,AA179,AA206,AA233,AA260,AA287,AA314,AA341,AA368,AA395,AA422,AA449,AA476,AA503,AA530)","v":{"$error":"#DIV/0!"}}]
[null,"Energy / Carbon"]
[29,"MMBTU","--","--",{"$f":"SUM(E73,E100,E127,E154,E181,E208,E235,E262,E289,E316,E343,E370,E397,E424,E451,E478,E505,E532)","v":0.14864255012155342},{"$f":"SUM(F73,F100,F127,F154,F181,F208,F235,F262,F289,F316,F343,F370,F397,F424,F451,F478,F505,F532)","v":0.2838593229062783},{"$f":"SUM(G73,G100,G127,G154,G181,G208,G235,G262,G289,G316,G343,G370,G397,G424,G451,G478,G505,G532)","v":0.43250187302783161},"--",{"$f":"SUM(I73,I100,I127,I154,I181,I208,I235,I262,I289,I316,I343,I370,I397,I424,I451,I478,I505,I532)","v":0.1527830100079301},5.6398922085813513E-2,0.20918193209374358,0.6416838051215753,0,0,null,{"$f":"SUM(P73,P100,P127,P154,P181,P208,P235,P262,P289,P316,P343,P370,P397,P424,P451,P478,P505,P532)","v":8.3808879001837713E-3},{"$f":"SUM(Q73,Q100,Q127,Q154,Q181,Q208,Q235,Q262,Q289,Q316,Q343,Q370,Q397,Q424,Q451,Q478,Q505,Q532)","v":1.2125109918327518E-2},{"$f":"SUM(R73,R100,R127,R154,R181,R208,R235,R262,R289,R316,R343,R370,R397,R424,R451,R478,R505,R532)","v":2.6198539974852476E-2},{"$f":"SUM(S73,S100,S127,S154,S181,S208,S235,S262,S289,S316,S343,S370,S397,S424,S451,S478,S505,S532)","v":3.832364989318001E-2},"--",{"$f":"SUM(U73,U100,U127,U154,U181,U208,U235,U262,U289,U316,U343,U370,U397,U424,U451,U478,U505,U532)","v":8.7328466582841623E-3},{"$f":"SUM(V73,V100,V127,V154,V181,V208,V235,V262,V289,V316,V343,V370,V397,V424,V451,V478,V505,V532)","v":4.1964233572792465E-3},{"$f":"SUM(W73,W100,W127,W154,W181,W208,W235,W262,W289,W316,W343,W370,W397,W424,W451,W478,W505,W532)","v":1.2929270015563408E-2},{"$f":"SUM(X73,X100,X127,X154,X181,X208,X235,X262,X289,X316,X343,X370,X397,X424,X451,X478,X505,X532)","v":5.1252919908743408E-2},"--",{"$f":"SUM(Z73,Z100,Z127,Z154,Z181,Z208,Z235,Z262,Z289,Z316,Z343,Z370,Z397,Z424,Z451,Z478,Z505,Z532)","v":{"$error":"#DIV/0!"}},{"$f":"SUM(AA73,AA100,AA127,AA154,AA181,AA208,AA235,AA262,AA289,AA316,AA343,AA370,AA397,AA424,AA451,AA478,AA505,AA532)","v":{"$error":"#DIV/0!"}}]
[30,"MTCO2e",{"$f":"IF(C14=\"--\",\"--\",(1*C14)+(21*C15)+(310*C16))","v":"--"},"--",1.3556841336970191E-2,2.4136632517629375E-2,3.769347385459957E-2,4.9835748030903479E-3,1.3688567255215904E-2,4.4783898709367101E-3,2.3150531929242962E-2,6.0844005783842525E-2,0,0,null,{"$f":"IF(P14=\"--\",\"--\",(1*P14)+(21*P15)+(310*P16))","v":7.2594733447451862E-4},1.1124249684036317E-3,2.2695119863707161E-3,3.3819369547743476E-3,3.7080832280121054E-4,7.5650399545690522E-4,3.3321948651442076E-4,1.4605318047725367E-3,4.8424687595468845E-3,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total:",null,"Price Range per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,451470,"X","$0.13 - $1.55","Total Costs:",{"$f":"SUM(AA76,AA103,AA130,AA157,AA184,AA211,AA238,AA265,AA292,AA319,AA346,AA373,AA400,AA427,AA454,AA481,AA508,AA535)","v":337261493.72600001}]
["a","CO2 equivalents are made up of CO2, CH4, and N2O air emissions in this formula:  (1 x CO2) + (21 x CH4) + (310 x N2O). "]
["b","\"N2O emissions\" data are limited to those from natural gas fuel."]
["c","\"Combustion of solvents\" -- emissions from combusting / burning solvents (not cradle-to-gate emissions of solvents). "]
["d","\"Natural gas fuel\"  -- cradle-to-gate emissions of natural gas burned as incinerator fuel.  Source - ERG inhouse LCI analysis (please expand)"]
["e","\"Solvent fuel\" -- emissions from burning a solvent as cement kiln fuel (calculations use the lower heating value of a solvent) plus the solvent manufacturing emissions."]
["f","\"Steam\" -- cradle-to-gate emissions of average fuel mix used in steam production for evaporation and recondensation activities.  (worst case assumption - 1/2 distillation).    ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Remanufacturing Parameters"]
["g","\"Bottoms incinerated\" -- emissions from incinerating the least-volatile residue (mass not recovered as condensed vapor), plus cradle-to-gate emissions of natural gas (incinerator fuel). ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"On-site Remanufacturing Recovery (fraction)",null,null,{"$f":"'GEMM Parameters'!B3","v":0.92}]
["h","\"Bottoms recovered for energy\"-- emissions from burning distillation bottoms as cement kiln fuel plus the solvent manufacturing emissions.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Off-site Remanufacturing Recovery (fraction)",null,null,{"$f":"'GEMM Parameters'!B2","v":0.75}]
["I","\"Avoided manufacturing\" -- avoided emissions from producing an amount of virgin solvent equal to that recovered from distillation.  ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"On-site Remanufacturing Steam Multiplier",null,null,{"$f":"1+(1-'GEMM Parameters'!B2)","v":1.25}]
["j","A 92% recovery rate is achieved by distilling twice  (1st yields 75%; 2nd yields 75% of first residue bottoms).  Due to lower payback, methanol/ethanol  are usually distilled once (75%).  No avoided manufacturing emissions for commodity chemicals are incl",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Off-site Remanufacturing Steam Multiplier",null,null,1]
["k","Tetrahydrofuran and ethanol are not on TRI.  Other sources and assumptions were used to obtain THF flows. Ethanol was not included in modeling.  Retaing ethanol due to miscilbility. ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"On-site Remanufacturing Bottoms Split to ER",null,null,{"$f":"'GEMM Parameters'!B4","v":0.75}]
["l","chloromethane was not modeled.  Though on TRI, (expand - not a liquid solvent, not used as others.  Recommend removing from chemical list.  ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Off-site Remanufacturing Bottoms Split to ER",null,null,{"$f":"'GEMM Parameters'!B4","v":0.75}]
["m","does not include releases and exposures from processing activities, such as distillation or fuel blending.  These are incorproated in the tranportation / mixing / storage (local impacts) of sector analysis."]
[]
[null,"Individual Chemicals"]
[]
[null,"Acetonitrile"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C6,'GEMM (2011) Before'!J6)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D6,'GEMM (2011) Before'!K6)/2.205/1000","v":0},{"$f":"(SUM('GEMM (2011) Before'!G6)/2.205/1000)+(M56*(1-$V$41)*$V$45)","v":2.5701692316168918E-4},{"$f":"E56","v":2.5701692316168918E-4},{"$f":"E56","v":2.5701692316168918E-4},{"$f":"SUM('GEMM (2011) Before'!H6)/2.205/1000+(M56*(1-$V$41)*(1-$V$45))","v":1.9649781606733579E-4},{"$f":"H56","v":1.9649781606733579E-4},{"$f":"J73*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":9.9642247997835449E-5},{"$f":"H56","v":1.9649781606733579E-4},{"$f":"G56+K56","v":4.5351473922902497E-4},{"$f":"SUM('GEMM (2011) Before'!F6)/2.205/1000","v":0},{"$f":"M56*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O6/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P56*$V$44","v":2.7210884353741481E-5},{"$f":"Q56","v":2.7210884353741481E-5},{"$f":"Q56","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P56*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T56","v":9.0702947845804936E-6},{"$f":"V73*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":4.5994636501656312E-6},{"$f":"T56","v":9.0702947845804936E-6},{"$f":"S56+W56","v":3.6281179138321975E-5},{"$f":"P56*$V$40","v":4.1723356009070291E-4},{"$f":"Y56","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E56*2*12/41)","v":5.4612961819137463E-4},{"$f":"F73*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.5435531834535031E-3},{"$f":"E58+F58","v":2.0896828016448779E-3},{"$f":"3.63*(H56*2*12/41)","v":4.1753389599478763E-4},{"$f":"I73*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.1800967259326665E-3},{"$f":"J73*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":3.3829114246827123E-4},{"$f":"SUM(H58:J58)","v":1.9359217643957253E-3},{"$f":"G58+K58","v":4.0256045660406036E-3},{"$f":"M73*79.0676204311955*1055/1000000","v":0},{"$f":"N73*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":0},null,{"$f":"P73*79.0676204311955*1055/1000000","v":4.4285039107721727E-5},{"$f":"3.63*(Q56*2*12/41)","v":5.7819810851169706E-5},{"$f":"R73*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.6341899456317002E-4},{"$f":"Q58+R58","v":2.2123880541433973E-4},{"$f":"3.63*(T56*2*12/41)","v":1.9273270283723232E-5},{"$f":"U73*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":5.4472998187723344E-5},{"$f":"V73*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.5615442688422858E-5},{"$f":"SUM(T58:V58)","v":8.9361711159869438E-5},{"$f":"S58+W58","v":3.1060051657420915E-4},"--",{"$f":"Z73*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.5057579166352754E-3},{"$f":"(Q58+T58+W58+P58-Z58)-(E58+H58+J58)","v":-3.5969727418872248E-3}]
[null,"CH4 ","--","--",0,{"$f":"F73*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":7.6110164893564243E-6},7.6110164893564243E-6,0,{"$f":"I73*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":5.818870212177313E-6},{"$f":"J73*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.6680600909186591E-6},7.486930303095972E-6,1.5097946792452396E-5,{"$f":"M73*0.144574268396226*1055/1000000","v":0},{"$f":"N73*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":0},null,{"$f":"P73*0.144574268396226*1055/1000000","v":8.0974703614212737E-8},0,{"$f":"R73*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":8.0579320209202366E-7},8.0579320209202366E-7,0,{"$f":"U73*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":2.6859773403067455E-7},{"$f":"V73*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":7.6997276844245977E-8},3.4559501087492053E-7,1.1513882129669441E-6,"--",{"$f":"Z73*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.2355495765411038E-5},-1.3596986141840563E-5]
[null,"N2O","--","--",0,{"$f":"F73*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.7790136632410832E-8},2.7790136632410832E-8,0,{"$f":"I73*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.1246465366197972E-8},{"$f":"J73*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":6.0905948505730977E-9},2.7337060216771072E-8,5.5127196849181907E-8,0,{"$f":"N73*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":0},null,0,0,{"$f":"R73*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.942196119916526E-9},2.942196119916526E-9,0,{"$f":"U73*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":9.8073203997217548E-10},{"$f":"V73*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":2.8114048193398326E-10},1.2618725219061587E-9,4.2040686418226847E-9,"--",{"$f":"Z73*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":4.5113673838720094E-8},-4.994239616738703E-8]
[null,"CO ","--","--",{"$f":"0.0016*(E56*2*12/41)","v":2.4071828900997232E-7},{"$f":"F73*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":9.6943878787267324E-7},1.2101570768826456E-6,{"$f":"0.0016*(H56*2*12/41)","v":1.8403697895087061E-7},{"$f":"I73*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":7.4116755536796608E-7},{"$f":"J73*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":2.124659899108567E-7},1.1376705242296935E-6,2.3478276011123389E-6,{"$f":"M73*0.0553151275443457*1055/1000000","v":0},{"$f":"N73*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":0},null,{"$f":"P73*0.0553151275443457*1055/1000000","v":3.0981488669962326E-8},{"$f":"0.0016*(Q56*2*12/41)","v":2.5485316077650559E-8},{"$f":"R73*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.0263638059443827E-7},1.2812169667208882E-7,{"$f":"0.0016*(T56*2*12/41)","v":8.4951053592168523E-9},{"$f":"U73*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":3.421212686481276E-8},{"$f":"V73*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":9.8073820806679478E-9},5.2514614304697564E-8,1.8063631097678639E-7,"--",{"$f":"Z73*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.573757835781388E-6},-2.0935025692415605E-6]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E56*2*12/41)","v":2.4071828900997231E-8},{"$f":"F73*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":4.7521555701312144E-10},2.4547044458010354E-8,{"$f":"0.00016*(H56*2*12/41)","v":1.8403697895087062E-8},{"$f":"I73*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":3.6331778454742576E-10},{"$f":"J73*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":1.0415009694773332E-10},1.887116577658222E-8,4.341821023459257E-8,{"$f":"M73*0.401850859732704*1055/1000000","v":0},{"$f":"N73*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":0},null,{"$f":"P73*0.401850859732704*1055/1000000","v":2.2507293050788633E-7},{"$f":"0.00016*(Q56*2*12/41)","v":2.548531607765056E-9},{"$f":"R73*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":5.031200049363279E-11},2.5988436082586887E-9,{"$f":"0.00016*(T56*2*12/41)","v":8.4951053592168527E-10},{"$f":"U73*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":1.6770666831210931E-11},{"$f":"V73*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":4.8075449389974836E-12},8.7108874769189369E-10,3.4699323559505824E-9,"--",{"$f":"Z73*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":7.7145067423570328E-10},1.8599093383199725E-7]
[null,"NOx ","--","--",0,{"$f":"F73*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.0150427166314031E-6},1.0150427166314031E-6,0,{"$f":"I73*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":7.7603324551376017E-7},{"$f":"J73*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":2.224607249975452E-7},9.9849397051130529E-7,2.0135366871427082E-6,{"$f":"M73*0.260265861210973*1055/1000000","v":0},{"$f":"N73*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":0},null,{"$f":"P73*0.260265861210973*1055/1000000","v":1.4577248915898035E-7},0,{"$f":"R73*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.0746455772870972E-7},1.0746455772870972E-7,0,{"$f":"U73*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":3.5821519242903238E-8},{"$f":"V73*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.026873679363325E-8},4.6090256036536488E-8,1.5355481376524621E-7,"--",{"$f":"Z73*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.6477898851735498E-6},-1.6783878649755782E-6]
[null,"SOx ","--","--",0,{"$f":"F73*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.308635139123378E-5},1.308635139123378E-5,0,{"$f":"I73*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.0004942231175527E-5},{"$f":"J73*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":2.8680558663854308E-6},1.2872998097560958E-5,2.5959349488794736E-5,{"$f":"M73*0.346184729976483*1055/1000000","v":0},{"$f":"N73*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":0},null,{"$f":"P73*0.346184729976483*1055/1000000","v":1.938948487623385E-7},0,{"$f":"R73*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.3854776173445575E-6},1.3854776173445575E-6,0,{"$f":"U73*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":4.6182587244818584E-7},{"$f":"V73*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.3238881066162467E-7},5.9421468310981048E-7,1.9796923004543678E-6,"--",{"$f":"Z73*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":2.1243990132616562E-5},-2.3323936467129845E-5]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"F68/2.86","v":2.3866608261635462E-7},{"$f":"E66+F66","v":2.3866608261635462E-7},0,{"$f":"I68/2.86","v":1.8246800026454648E-7},{"$f":"J68/2.86","v":5.2306990534703243E-8},{"$f":"SUM(H66:J66)","v":2.3477499079924973E-7},{"$f":"G66+K66","v":4.7344107341560435E-7},{"$f":"M68/2.86","v":0},{"$f":"N68/2.86","v":0},null,{"$f":"P68/2.86","v":1.217561621512633E-9},0,{"$f":"R68/2.86","v":2.5268044972854056E-8},{"$f":"Q66+R66","v":2.5268044972854056E-8},0,{"$f":"U68/2.86","v":8.4226816576180181E-9},{"$f":"V68/2.86","v":2.4144788626120875E-9},{"$f":"SUM(T66:V66)","v":1.0837160520230106E-8},{"$f":"S66+W66","v":3.6105205493084164E-8},"--",{"$f":"Z68/2.86","v":3.8744335625042903E-7},{"$f":"(Q66+T66+W66+P66-Z66)-(E66+H66+J66)","v":-4.2769562464338956E-7}]
[null,"BOD","--","--",0,{"$f":"F73*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":4.1257597189652651E-7},{"$f":"E67+F67","v":4.1257597189652651E-7},0,{"$f":"I73*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":3.1542777978290837E-7},{"$f":"J73*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":9.0421760898164531E-8},{"$f":"SUM(H67:J67)","v":4.0584954068107291E-7},{"$f":"G67+K67","v":8.1842551257759947E-7},{"$f":"M73*0.0193411218363402*1055/1000000","v":0},{"$f":"N73*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":0},null,{"$f":"P73*0.0193411218363402*1055/1000000","v":1.0832782525115712E-8},0,{"$f":"R73*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":4.3680225100766057E-8},{"$f":"Q67+R67","v":4.3680225100766057E-8},0,{"$f":"U73*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":1.4560075033588688E-8},{"$f":"V73*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":4.1738480493144867E-9},{"$f":"SUM(T67:V67)","v":1.8733923082903174E-8},{"$f":"S67+W67","v":6.2414148183669234E-8},"--",{"$f":"Z73*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":6.697634515450799E-7},{"$f":"(Q67+T67+W67+P67-Z67)-(E67+H67+J67)","v":-7.3061850683522557E-7}]
[null,"COD","--","--",0,{"$f":"F73*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":6.8258499628277425E-7},{"$f":"E68+F68","v":6.8258499628277425E-7},0,{"$f":"I73*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":5.2185848075660295E-7},{"$f":"J73*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.4959799292925127E-7},{"$f":"SUM(H68:J68)","v":6.7145647368585425E-7},{"$f":"G68+K68","v":1.3540414699686284E-6},{"$f":"M73*0.00621725413258714*1055/1000000","v":0},{"$f":"N73*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":0},null,{"$f":"P73*0.00621725413258714*1055/1000000","v":3.4822262375261299E-9},0,{"$f":"R73*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":7.2266608622362595E-8},{"$f":"Q68+R68","v":7.2266608622362595E-8},0,{"$f":"U73*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":2.4088869540787529E-8},{"$f":"V73*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":6.90540954707057E-9},{"$f":"SUM(T68:V68)","v":3.0994279087858101E-8},{"$f":"S68+W68","v":1.0326088771022069E-7},"--",{"$f":"Z73*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.1080879988762269E-6},{"$f":"(Q68+T68+W68+P68-Z68)-(E68+H68+J68)","v":-1.2232094864800939E-6}]
[null,"TDS","--","--",0,{"$f":"F73*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.0554948413876994E-4},{"$f":"E69+F69","v":1.0554948413876994E-4},0,{"$f":"I73*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":8.0696021355973211E-5},{"$f":"J73*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":2.3132637060391098E-5},{"$f":"SUM(H69:J69)","v":1.0382865841636431E-4},{"$f":"G69+K69","v":2.0937814255513426E-4},{"$f":"M73*0.359631325*1055/1000000","v":0},{"$f":"N73*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":0},null,{"$f":"P73*0.359631325*1055/1000000","v":2.0142616162131515E-7},0,{"$f":"R73*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.1174730329684581E-5},{"$f":"Q69+R69","v":1.1174730329684581E-5},0,{"$f":"U73*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":3.7249101098948601E-6},{"$f":"V73*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.0677972991341434E-6},{"$f":"SUM(T69:V69)","v":4.7927074090290032E-6},{"$f":"S69+W69","v":1.5967437738713585E-5},"--",{"$f":"Z73*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.7134586505516367E-4},{"$f":"(Q69+T69+W69+P69-Z69)-(E69+H69+J69)","v":-1.8948436854490446E-4}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"F73*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.7790733490283296E-5},{"$f":"E71+F71","v":1.7790733490283296E-5},0,{"$f":"I73*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.3601595700674731E-5},{"$f":"J73*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":3.8990866154096259E-6},{"$f":"SUM(H71:J71)","v":1.7500682316084355E-5},{"$f":"G71+K71","v":3.5291415806367648E-5},{"$f":"M73*0.169716014150943*1055/1000000","v":0},{"$f":"N73*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":0},null,{"$f":"P73*0.169716014150943*1055/1000000","v":9.5056361667308186E-8},0,{"$f":"R73*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.8835397514574803E-6},{"$f":"Q71+R71","v":1.8835397514574803E-6},0,{"$f":"U73*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":6.2784658381916021E-7},{"$f":"V73*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":1.7998095704157026E-7},{"$f":"SUM(T71:V71)","v":8.078275408607305E-7},{"$f":"S71+W71","v":2.6913672923182109E-6},"--",{"$f":"Z73*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.8880942855681382E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$4*'GEMM (2011) Models'!E56*1000)","v":6.2631472950791011E-3},{"$f":"88.5*1000/1055*F56","v":2.1560187393184351E-2},{"$f":"E73+F73","v":2.7823334688263451E-2},"--",{"$f":"88.5*1000/1055*I56","v":1.6483466087165135E-2},{"$f":"43.34*(H56*1000*2*12/41)/1055","v":4.7252148505513812E-3},{"$f":"SUM(H73:J73)","v":2.1208680937716516E-2},{"$f":"G73+K73","v":4.9032015625979967E-2},{"$f":"(($V$43*VLOOKUP($B50,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B50,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B50,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M56*1000/1055","v":0},{"$f":"88.5*1000/1055*N56","v":0},null,{"$f":"(($V$42*VLOOKUP($B50,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B50,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B50,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P56*1000/1055","v":5.3089166156193904E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$4*'GEMM (2011) Models'!Q56*1000)","v":6.6309165420065132E-4},{"$f":"88.5*1000/1055*R56","v":2.2826192088209675E-3},{"$f":"Q73+R73","v":2.9457108630216188E-3},"--",{"$f":"88.5*1000/1055*U56","v":7.6087306960698924E-4},{"$f":"43.34*(T56*1000*2*12/41)/1055","v":2.1811484968510571E-4},{"$f":"SUM(T73:V73)","v":9.7898791929209488E-4},{"$f":"S73+W73","v":3.9246987823137137E-3},"--",{"$f":"88.5*1000/1055*Z56","v":3.5000161201921523E-2}]
[null,"MTCO2e",{"$f":"IF(C58=\"--\",\"--\",(1*C58)+(21*C59)+(310*C60))","v":"--"},"--",5.4612961819137463E-4,1.7119994720860353E-3,2.2581290902774103E-3,4.1753389599478763E-4,1.3088794046519114E-3,3.7520848878124072E-4,2.1016217894279398E-3,4.3597508797053501E-3,0,0,null,{"$f":"IF(P58=\"--\",\"--\",(1*P58)+(21*P59)+(310*P60))","v":4.5985507883620198E-5},5.7819810851169706E-5,1.8125273260427663E-4,2.3907254345544634E-4,1.9273270283723232E-5,6.0417577534758882E-5,1.7319539051551559E-5,9.701038687003367E-5,3.3608293032547998E-4,"--",2.7792085665989102E-3,{"$f":"(Q74+T74+W74+P74-Z74)-(E74+H74+J74)","v":-3.8979915936777662E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,16295,"X",0.65,null,{"$f":"W76*2204.6*Y76","v":23350572.050000001}]
[null,"n-Butanol"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C18,'GEMM (2011) Before'!J18)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D18,'GEMM (2011) Before'!K18)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G18)/2.205/1000+(M83*(1-$V$41)*$V$45)","v":4.1517309673698097E-4},{"$f":"E83","v":4.1517309673698097E-4},{"$f":"E83","v":4.1517309673698097E-4},{"$f":"SUM('GEMM (2011) Before'!H18)/2.205/1000+(M83*(1-$V$41)*(1-$V$45))","v":3.8341642492044021E-5},{"$f":"H83","v":3.8341642492044021E-5},{"$f":"J100*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":2.1509729270114403E-5},{"$f":"H83","v":3.8341642492044021E-5},{"$f":"G83+K83","v":4.5351473922902497E-4},{"$f":"SUM('GEMM (2011) Before'!F18)/2.205/1000","v":0},{"$f":"M83*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O18/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P83*$V$44","v":2.7210884353741481E-5},{"$f":"Q83","v":2.7210884353741481E-5},{"$f":"Q83","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P83*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T83","v":9.0702947845804936E-6},{"$f":"V100*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":5.0884514208524243E-6},{"$f":"T83","v":9.0702947845804936E-6},{"$f":"S83+W83","v":3.6281179138321975E-5},{"$f":"P83*$V$40","v":4.1723356009070291E-4},{"$f":"Y83","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E83*4*12/74.12)","v":9.7598165644160225E-4},{"$f":"F100*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.7413131575614196E-3},{"$f":"E85+F85","v":3.717294814003022E-3},{"$f":"3.63*(H83*4*12/74.12)","v":9.0132862760574067E-5},{"$f":"I100*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.5316295750382636E-4},{"$f":"J100*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":7.3026763598592101E-5},{"$f":"SUM(H85:J85)","v":4.1632258386299252E-4},{"$f":"G85+K85","v":4.1336173978660145E-3},{"$f":"M100*79.0676204311955*1055/1000000","v":0},{"$f":"N100*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":0},null,{"$f":"P100*79.0676204311955*1055/1000000","v":6.2303850566531585E-5},{"$f":"3.63*(Q83*4*12/74.12)","v":6.3966871152130539E-5},{"$f":"R100*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.7966856690391464E-4},{"$f":"Q85+R85","v":2.4363543805604518E-4},{"$f":"3.63*(T83*4*12/74.12)","v":2.1322290384043512E-5},{"$f":"U100*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":5.9889522301304876E-5},{"$f":"V100*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.7275584193883891E-5},{"$f":"SUM(T85:V85)","v":9.8487396879232272E-5},{"$f":"S85+W85","v":3.4212283493527743E-4},"--",{"$f":"Z100*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.7549180258600258E-3},{"$f":"(Q85+T85+W85+P85)-(E85+H85+J85)","v":-8.9306087381883054E-4}]
[null,"CH4 ","--","--",0,{"$f":"F100*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.3516981383180303E-5},1.3516981383180303E-5,0,{"$f":"I100*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.2483064818957722E-6},{"$f":"J100*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":3.6008341524693613E-7},1.6083898971427083E-6,1.5125371280323011E-5,{"$f":"M100*0.144574268396226*1055/1000000","v":0},{"$f":"N100*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":0},null,{"$f":"P100*0.144574268396226*1055/1000000","v":1.1392190083376083E-7},0,{"$f":"R100*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":8.8591727190456378E-7},8.8591727190456378E-7,0,{"$f":"U100*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":2.9530575730152131E-7},{"$f":"V100*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":8.5183171900002272E-8},3.8048892920152361E-7,1.2664062011060873E-6,"--",{"$f":"Z100*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.3584064835869987E-5},1.3432741478834828E-7]
[null,"N2O","--","--",0,{"$f":"F100*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":4.9354611177316957E-8},4.9354611177316957E-8,0,{"$f":"I100*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":4.557946726238268E-9},{"$f":"J100*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":1.3147740939428234E-9},5.8727208201810912E-9,5.5227331997498045E-8,0,{"$f":"N100*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":0},null,0,0,{"$f":"R100*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":3.2347534742133108E-9},3.2347534742133108E-9,0,{"$f":"U100*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":1.0782511580711038E-9},{"$f":"V100*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":3.1102967510235596E-10},1.3892808331734598E-9,4.6240343073867708E-9,"--",{"$f":"Z100*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":4.9599553271270799E-8},7.4506739230636354E-11]
[null,"CO ","--","--",{"$f":"0.0016*(E83*4*12/74.12)","v":4.3018475215056851E-7},{"$f":"F100*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.7216998631040737E-6},2.1518846152546421E-6,{"$f":"0.0016*(H83*4*12/74.12)","v":3.9727983585927969E-8},{"$f":"I100*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.5900067019891161E-7},{"$f":"J100*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":4.5864941969079852E-8},2.4459359575391942E-7,2.3964782110085615E-6,{"$f":"M100*0.0553151275443457*1055/1000000","v":0},{"$f":"N100*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":0},null,{"$f":"P100*0.0553151275443457*1055/1000000","v":4.3587317055918657E-8},{"$f":"0.0016*(Q83*4*12/74.12)","v":2.8194764144189773E-8},{"$f":"R100*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.1284203199817903E-7},1.4103679614236882E-7,{"$f":"0.0016*(T83*4*12/74.12)","v":9.3982547147299221E-9},{"$f":"U100*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":3.7614010666059685E-8},{"$f":"V100*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.0850044935439444E-8},5.7862310316229056E-8,1.9889910645859788E-7,"--",{"$f":"Z100*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.7302444906387463E-6},-3.7673503147450897E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E83*4*12/74.12)","v":4.3018475215056852E-8},{"$f":"F100*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":8.4397134681377891E-10},4.3862446561870633E-8,{"$f":"0.00016*(H83*4*12/74.12)","v":3.9727983585927965E-9},{"$f":"I100*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":7.7941581252223866E-11},{"$f":"J100*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":2.2482836686408139E-11},4.0732227765314287E-9,4.793566933840206E-8,{"$f":"M100*0.401850859732704*1055/1000000","v":0},{"$f":"N100*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":0},null,{"$f":"P100*0.401850859732704*1055/1000000","v":3.1665118765785628E-7},{"$f":"0.00016*(Q83*4*12/74.12)","v":2.8194764144189773E-9},{"$f":"R100*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":5.5314775683960129E-11},2.8747911901029375E-9,{"$f":"0.00016*(T83*4*12/74.12)","v":9.3982547147299229E-10},{"$f":"U100*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":1.8438258561320042E-11},{"$f":"V100*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":5.3186546815676408E-12},9.6358238471587987E-10,3.8383735748188174E-9,"--",{"$f":"Z100*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":8.4815989382072235E-10},2.7436031551812805E-7]
[null,"NOx ","--","--",0,{"$f":"F100*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.8026913386702708E-6},1.8026913386702708E-6,0,{"$f":"I100*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.6648031236616296E-7},{"$f":"J100*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":4.8022501138618592E-8},2.1450281350478156E-7,2.0171941521750524E-6,{"$f":"M100*0.260265861210973*1055/1000000","v":0},{"$f":"N100*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":0},null,{"$f":"P100*0.260265861210973*1055/1000000","v":2.0508477725807958E-7},0,{"$f":"R100*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.1815029906218594E-7},1.1815029906218594E-7,0,{"$f":"U100*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":3.9383433020728648E-8},{"$f":"V100*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.1360448152697332E-8},5.0743881173425979E-8,1.6889418023561192E-7,"--",{"$f":"Z100*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.811637918953519E-6},2.0780615729288699E-7]
[null,"SOx ","--","--",0,{"$f":"F100*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":2.3241043870609199E-5},2.3241043870609199E-5,0,{"$f":"I100*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":2.1463331854408075E-6},{"$f":"J100*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":6.1912598779238859E-7},2.7654591732331959E-6,2.6006503043842396E-5,{"$f":"M100*0.346184729976483*1055/1000000","v":0},{"$f":"N100*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":0},null,{"$f":"P100*0.346184729976483*1055/1000000","v":2.7278728722636696E-7},0,{"$f":"R100*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.5232426233629992E-6},1.5232426233629992E-6,0,{"$f":"U100*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":5.0774754112099972E-7},{"$f":"V100*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.464636059667191E-7},6.5421114708771885E-7,2.1774537704507178E-6,"--",{"$f":"Z100*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":2.3356386891566003E-5},3.0787244652169717E-7]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"F95/2.86","v":4.2386519593450888E-7},{"$f":"E93+F93","v":4.2386519593450888E-7},0,{"$f":"I95/2.86","v":3.9144366374097793E-8},{"$f":"J95/2.86","v":1.1291487576237184E-8},{"$f":"SUM(H93:J93)","v":5.043585395033498E-8},{"$f":"G93+K93","v":4.7430104988484386E-7},{"$f":"M95/2.86","v":0},{"$f":"N95/2.86","v":0},null,{"$f":"P95/2.86","v":1.7129662488892308E-9},0,{"$f":"R95/2.86","v":2.7780573738516379E-8},{"$f":"Q93+R93","v":2.7780573738516379E-8},0,{"$f":"U95/2.86","v":9.2601912461721262E-9},{"$f":"V95/2.86","v":2.6711719742875222E-9},{"$f":"SUM(T93:V93)","v":1.1931363220459648E-8},{"$f":"S93+W93","v":3.9711936958976025E-8},"--",{"$f":"Z95/2.86","v":4.2596879732391808E-7},{"$f":"(Q93+T93+W93+P93)-(E93+H93+J93)","v":2.3528418931116953E-9}]
[null,"BOD","--","--",0,{"$f":"F100*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":7.3272495718169608E-7},{"$f":"E94+F94","v":7.3272495718169608E-7},0,{"$f":"I100*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":6.7667868111061139E-8},{"$f":"J100*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":1.9519306680925004E-8},{"$f":"SUM(H94:J94)","v":8.718717479198615E-8},{"$f":"G94+K94","v":8.199121319736822E-7},{"$f":"M100*0.0193411218363402*1055/1000000","v":0},{"$f":"N100*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":0},null,{"$f":"P100*0.0193411218363402*1055/1000000","v":1.5240453147683038E-8},0,{"$f":"R100*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":4.8023569517565399E-8},{"$f":"Q94+R94","v":4.8023569517565399E-8},0,{"$f":"U100*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":1.6007856505855134E-8},{"$f":"V100*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":4.6175868867213683E-9},{"$f":"SUM(T94:V94)","v":2.0625443392576504E-8},{"$f":"S94+W94","v":6.8649012910141903E-8},"--",{"$f":"Z100*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":7.3636139926933658E-7},{"$f":"(Q94+T94+W94+P94)-(E94+H94+J94)","v":1.6346589859334538E-8}]
[null,"COD","--","--",0,{"$f":"F100*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.2122544603726953E-6},{"$f":"E95+F95","v":1.2122544603726953E-6},0,{"$f":"I100*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.1195288782991969E-7},{"$f":"J100*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":3.2293654468038345E-8},{"$f":"SUM(H95:J95)","v":1.4424654229795804E-7},{"$f":"G95+K95","v":1.3565010026706535E-6},{"$f":"M100*0.00621725413258714*1055/1000000","v":0},{"$f":"N100*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":0},null,{"$f":"P100*0.00621725413258714*1055/1000000","v":4.8990834718231999E-9},0,{"$f":"R100*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":7.9452440892156838E-8},{"$f":"Q95+R95","v":7.9452440892156838E-8},0,{"$f":"U100*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":2.648414696405228E-8},{"$f":"V100*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":7.6395518464623135E-9},{"$f":"SUM(T95:V95)","v":3.4123698810514595E-8},{"$f":"S95+W95","v":1.1357613970267144E-7},"--",{"$f":"Z100*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.2182707603464056E-6},{"$f":"(Q95+T95+W95+P95)-(E95+H95+J95)","v":6.7291278142994494E-9}]
[null,"TDS","--","--",0,{"$f":"F100*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.8745333348091042E-4},{"$f":"E96+F96","v":1.8745333348091042E-4},0,{"$f":"I100*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.7311499113874973E-5},{"$f":"J100*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":4.993632424708409E-6},{"$f":"SUM(H96:J96)","v":2.2305131538583381E-5},{"$f":"G96+K96","v":2.097584650194938E-4},{"$f":"M100*0.359631325*1055/1000000","v":0},{"$f":"N100*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":0},null,{"$f":"P100*0.359631325*1055/1000000","v":2.8338296017573687E-7},0,{"$f":"R100*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.2285889955687115E-5},{"$f":"Q96+R96","v":1.2285889955687115E-5},0,{"$f":"U100*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":4.0952966518957062E-6},{"$f":"V100*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.181319192242306E-6},{"$f":"SUM(T96:V96)","v":5.276615844138012E-6},{"$f":"S96+W96","v":1.7562505799825128E-5},"--",{"$f":"Z100*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.8838364598720256E-4},{"$f":"(Q96+T96+W96+P96)-(E96+H96+J96)","v":5.6636637960534004E-7}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"F100*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":3.1595912808436983E-5},{"$f":"E98+F98","v":3.1595912808436983E-5},0,{"$f":"I100*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.9179135224129228E-6},{"$f":"J100*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":8.4169415266513886E-7},{"$f":"SUM(H98:J98)","v":3.7596076750780617E-6},{"$f":"G98+K98","v":3.5355520483515041E-5},{"$f":"M100*0.169716014150943*1055/1000000","v":0},{"$f":"N100*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":0},null,{"$f":"P100*0.169716014150943*1055/1000000","v":1.3373314040238705E-7},0,{"$f":"R100*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.0708295798509924E-6},{"$f":"Q98+R98","v":2.0708295798509924E-6},0,{"$f":"U100*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":6.902765266169976E-7},{"$f":"V100*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":1.991154678549482E-7},{"$f":"SUM(T98:V98)","v":8.8939199447194577E-7},{"$f":"S98+W98","v":2.9602215743229383E-6},"--",{"$f":"Z100*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":3.1752720224381907E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$5*'GEMM (2011) Models'!E83*1000)","v":1.1211702250939126E-2},{"$f":"97.3*1000/1055*F83","v":3.8290371860197389E-2},{"$f":"E100+F100","v":4.9502074111136517E-2},"--",{"$f":"97.3*1000/1055*I83","v":3.5361533786501262E-3},{"$f":"43.34*(H83*1000*4*12/74.12)/1055","v":1.0200300998898803E-3},{"$f":"SUM(H100:J100)","v":4.5561834785400063E-3},{"$f":"G100+K100","v":5.4058257589676521E-2},{"$f":"(($V$43*VLOOKUP($B77,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B77,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B77,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M83*1000/1055","v":0},{"$f":"97.3*1000/1055*N83","v":0},null,{"$f":"(($V$42*VLOOKUP($B77,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B77,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B77,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P83*1000/1055","v":7.4690223640799119E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$5*'GEMM (2011) Models'!Q83*1000)","v":7.3482683670170732E-4},{"$f":"97.3*1000/1055*R83","v":2.509591514330849E-3},{"$f":"Q100+R100","v":3.2444183510325561E-3},"--",{"$f":"97.3*1000/1055*U83","v":8.3653050477694977E-4},{"$f":"43.34*(T83*1000*4*12/74.12)/1055","v":2.4130353041255619E-4},{"$f":"SUM(T100:V100)","v":1.077834035189506E-3},{"$f":"S100+W100","v":4.3222523862220617E-3},"--",{"$f":"97.3*1000/1055*Z83","v":3.8480403219739709E-2}]
[null,"MTCO2e",{"$f":"IF(C85=\"--\",\"--\",(1*C85)+(21*C86)+(310*C87))","v":"--"},"--",9.7598165644160225E-4,3.0404696960731744E-3,4.0164513525147768E-3,9.0132862760574067E-5,2.8079035710877143E-4,8.0996095287900029E-5,4.5191931515724552E-4,4.468370667672022E-3,0,0,null,{"$f":"IF(P85=\"--\",\"--\",(1*P85)+(21*P86)+(310*P87))","v":6.4696210484040562E-5},6.3966871152130539E-5,1.9927560319091663E-4,2.6324247434304711E-4,2.1322290384043512E-5,6.6425201063638871E-5,1.9160850003065668E-5,1.0690834145074803E-4,3.7015081579379517E-4,"--",3.0555592489273893E-3,{"$f":"(Q101+T101+W101+P101)-(E101+H101+J101)","v":-8.902169010191138E-4}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,13028,"X",0.54,null,{"$f":"W103*2204.6*Y103","v":15509625.551999999}]
[null,"Chlorobenzene"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C7,'GEMM (2011) Before'!J7)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D7,'GEMM (2011) Before'!K7)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G7)/2.205/1000+(M110*(1-$V$41)*$V$45)","v":2.833912067402749E-5},{"$f":"E110","v":2.833912067402749E-5},{"$f":"E110","v":2.833912067402749E-5},{"$f":"SUM('GEMM (2011) Before'!H7)/2.205/1000+(M110*(1-$V$41)*(1-$V$45))","v":4.2517561855499739E-4},{"$f":"H110","v":4.2517561855499739E-4},{"$f":"J127*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":2.3559993609173843E-4},{"$f":"H110","v":4.2517561855499739E-4},{"$f":"G110+K110","v":4.5351473922902486E-4},{"$f":"SUM('GEMM (2011) Before'!F7)/2.205/1000","v":0},{"$f":"M110*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O7/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P110*$V$44","v":2.7210884353741481E-5},{"$f":"Q110","v":2.7210884353741481E-5},{"$f":"Q110","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P110*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T110","v":9.0702947845804936E-6},{"$f":"V127*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":5.0260663554581788E-6},{"$f":"T110","v":9.0702947845804936E-6},{"$f":"S110+W110","v":3.6281179138321975E-5},{"$f":"P110*$V$40","v":4.1723356009070291E-4},{"$f":"Y110","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E110*6*12/112.56)","v":6.5802350562933762E-5},{"$f":"F127*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.6365622811529763E-4},{"$f":"E112+F112","v":2.294585786782314E-4},{"$f":"3.63*(H110*6*12/112.56)","v":9.8724146824390657E-4},{"$f":"I127*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.4553562836221372E-3},{"$f":"J127*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":7.9987528530726503E-4},{"$f":"SUM(H112:J112)","v":4.2424730371733088E-3},{"$f":"G112+K112","v":4.4719316158515401E-3},{"$f":"M127*79.0676204311955*1055/1000000","v":0},{"$f":"N127*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":0},null,{"$f":"P127*79.0676204311955*1055/1000000","v":3.760642491030216E-5},{"$f":"3.63*(Q110*6*12/112.56)","v":6.3182629128410398E-5},{"$f":"R127*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.5714075070424603E-4},{"$f":"Q112+R112","v":2.2032337983265643E-4},{"$f":"3.63*(T110*6*12/112.56)","v":2.1060876376136799E-5},{"$f":"U127*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":5.238025023474867E-5},{"$f":"V127*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.7063783321570818E-5},{"$f":"SUM(T112:V112)","v":9.0504909932456301E-5},{"$f":"S112+W112","v":3.108282897651127E-4},"--",{"$f":"Z127*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.4094915107984397E-3},{"$f":"(Q112+T112+W112+P112)-(E112+H112+J112)","v":-1.6405642637667996E-3}]
[null,"CH4 ","--","--",0,{"$f":"F127*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":8.0696296319674434E-7},8.0696296319674434E-7,0,{"$f":"I127*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.2106973288786543E-5},{"$f":"J127*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":3.9440584562700012E-6},1.6051031745056544E-5,1.6857994708253287E-5,{"$f":"M127*0.144574268396226*1055/1000000","v":0},{"$f":"N127*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":0},null,{"$f":"P127*0.144574268396226*1055/1000000","v":6.8762931510449893E-8},0,{"$f":"R127*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":7.7483617511899703E-7},7.7483617511899703E-7,0,{"$f":"U127*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":2.5827872503966559E-7},{"$f":"V127*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":8.4138815314874321E-8},3.4241754035453992E-7,1.117253715473537E-6,"--",{"$f":"Z127*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.1880821351824624E-5},-3.5328779844050116E-6]
[null,"N2O","--","--",0,{"$f":"F127*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.9464672735755578E-9},2.9464672735755578E-9,0,{"$f":"I127*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":4.4206242670849403E-8},{"$f":"J127*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":1.4400957288587716E-8},5.8607199959437115E-8,6.1553667233012669E-8,0,{"$f":"N127*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":0},null,0,0,{"$f":"R127*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.8291625966654962E-9},2.8291625966654962E-9,0,{"$f":"U127*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":9.4305419888849865E-10},{"$f":"V127*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":3.0721641149502435E-10},1.250270610383523E-9,4.0794332070490194E-9,"--",{"$f":"Z127*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":4.3380493148870961E-8},-1.3150686678204192E-8]
[null,"CO ","--","--",{"$f":"0.0016*(E110*6*12/112.56)","v":2.9003790881733894E-8},{"$f":"F127*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.0278537669621348E-7},1.3178916757794738E-7,{"$f":"0.0016*(H110*6*12/112.56)","v":4.3514775459786516E-7},{"$f":"I127*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.54210275674761E-6},{"$f":"J127*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":5.0236696431972494E-7},2.4796174756652003E-6,2.6114066432431478E-6,{"$f":"M127*0.0553151275443457*1055/1000000","v":0},{"$f":"N127*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":0},null,{"$f":"P127*0.0553151275443457*1055/1000000","v":2.6309179143824284E-8},{"$f":"0.0016*(Q110*6*12/112.56)","v":2.7849092728775934E-8},{"$f":"R127*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":9.8693288006629364E-8},1.2654238073540531E-7,{"$f":"0.0016*(T110*6*12/112.56)","v":9.2830309095919775E-9},{"$f":"U127*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":3.2897762668876453E-8},{"$f":"V127*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.0717021996465508E-8},5.2897815574933935E-8,1.7944019631033923E-7,"--",{"$f":"Z127*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.5132970827683175E-6},-8.5017939144219781E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E110*6*12/112.56)","v":2.9003790881733893E-9},{"$f":"F127*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":5.0385037869879376E-11},2.9507641260432686E-9,{"$f":"0.00016*(H110*6*12/112.56)","v":4.3514775459786518E-8},{"$f":"I127*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":7.5593346344992342E-10},{"$f":"J127*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":2.4625855676567405E-10},4.451696748000211E-8,4.7467731606045379E-8,{"$f":"M127*0.401850859732704*1055/1000000","v":0},{"$f":"N127*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":0},null,{"$f":"P127*0.401850859732704*1055/1000000","v":1.9112974564384279E-7},{"$f":"0.00016*(Q110*6*12/112.56)","v":2.7849092728775933E-9},{"$f":"R127*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":4.8379110079188154E-11},2.8332883829567816E-9,{"$f":"0.00016*(T110*6*12/112.56)","v":9.2830309095919781E-10},{"$f":"U127*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":1.6126370026396052E-11},{"$f":"V127*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":5.2534472947467165E-12},9.4968290828034063E-10,3.7829712912371222E-9,"--",{"$f":"Z127*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":7.4181302121421869E-10},1.4913122781123433E-7]
[null,"NOx ","--","--",0,{"$f":"F127*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.0762056284198281E-7},1.0762056284198281E-7,0,{"$f":"I127*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.6146457013224621E-6},{"$f":"J127*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":5.2599909822871513E-7},2.1406447995511773E-6,2.2482653623931601E-6,{"$f":"M127*0.260265861210973*1055/1000000","v":0},{"$f":"N127*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":0},null,{"$f":"P127*0.260265861210973*1055/1000000","v":1.2378858138095597E-7},0,{"$f":"R127*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.0333597584986665E-7},1.0333597584986665E-7,0,{"$f":"U127*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":3.4445325283288875E-8},{"$f":"V127*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.1221167604983028E-8},4.5666492888271902E-8,1.4900246873813855E-7,"--",{"$f":"Z127*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.5844849630312894E-6},-3.5654402395948729E-7]
[null,"SOx ","--","--",0,{"$f":"F127*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.3874888999218032E-6},1.3874888999218032E-6,0,{"$f":"I127*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":2.0816681577671776E-5},{"$f":"J127*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":6.7813983767469975E-6},2.7598079954418773E-5,2.8985568854340577E-5,{"$f":"M127*0.346184729976483*1055/1000000","v":0},{"$f":"N127*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":0},null,{"$f":"P127*0.346184729976483*1055/1000000","v":1.6465362157044738E-7},0,{"$f":"R127*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.3322502286556141E-6},1.3322502286556141E-6,0,{"$f":"U127*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":4.4408340955187137E-7},{"$f":"V127*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.4466794342021883E-7},5.8875135297209017E-7,1.9210015816277044E-6,"--",{"$f":"Z127*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":2.0427836839386093E-5},-6.0279934022044603E-6]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"F122/2.86","v":2.5304726315070441E-8},{"$f":"E120+F120","v":2.5304726315070441E-8},0,{"$f":"I122/2.86","v":3.7965019405967178E-7},{"$f":"J122/2.86","v":1.2367769570388415E-7},{"$f":"SUM(H120:J120)","v":5.033278897635559E-7},{"$f":"G120+K120","v":5.2863261607862631E-7},{"$f":"M122/2.86","v":0},{"$f":"N122/2.86","v":0},null,{"$f":"P122/2.86","v":1.0339414984302624E-9},0,{"$f":"R122/2.86","v":2.4297295222484523E-8},{"$f":"Q120+R120","v":2.4297295222484523E-8},0,{"$f":"U122/2.86","v":8.0990984074948389E-9},{"$f":"V122/2.86","v":2.6384230641549994E-9},{"$f":"SUM(T120:V120)","v":1.0737521471649838E-8},{"$f":"S120+W120","v":3.5034816694134358E-8},"--",{"$f":"Z122/2.86","v":3.7255852674476282E-7},{"$f":"(Q120+T120+W120+P120)-(E120+H120+J120)","v":-1.1190623273380405E-7}]
[null,"BOD","--","--",0,{"$f":"F127*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":4.3743635201813902E-8},{"$f":"E121+F121","v":4.3743635201813902E-8},0,{"$f":"I127*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":6.5629161076338275E-7},{"$f":"J127*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":2.1379847922913979E-7},{"$f":"SUM(H121:J121)","v":8.7009008999252259E-7},{"$f":"G121+K121","v":9.1383372519433645E-7},{"$f":"M127*0.0193411218363402*1055/1000000","v":0},{"$f":"N127*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":0},null,{"$f":"P127*0.0193411218363402*1055/1000000","v":9.1990936625223509E-9},0,{"$f":"R127*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":4.2002114757911778E-8},{"$f":"Q121+R121","v":4.2002114757911778E-8},0,{"$f":"U127*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":1.4000704919303925E-8},{"$f":"V127*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":4.5609746807541033E-9},{"$f":"SUM(T121:V121)","v":1.856167960005803E-8},{"$f":"S121+W121","v":6.0563794357969814E-8},"--",{"$f":"Z127*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":6.4403242628798082E-7},{"$f":"(Q121+T121+W121+P121)-(E121+H121+J121)","v":-1.8603770596655941E-7}]
[null,"COD","--","--",0,{"$f":"F127*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":7.2371517261101456E-8},{"$f":"E122+F122","v":7.2371517261101456E-8},0,{"$f":"I127*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.0857995550106612E-6},{"$f":"J127*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":3.5371820971310866E-7},{"$f":"SUM(H122:J122)","v":1.4395177647237698E-6},{"$f":"G122+K122","v":1.5118892819848713E-6},{"$f":"M127*0.00621725413258714*1055/1000000","v":0},{"$f":"N127*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":0},null,{"$f":"P127*0.00621725413258714*1055/1000000","v":2.9570726855105502E-9},0,{"$f":"R127*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":6.9490264336305737E-8},{"$f":"Q122+R122","v":6.9490264336305737E-8},0,{"$f":"U127*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":2.316342144543524E-8},{"$f":"V127*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":7.5458899634832978E-9},{"$f":"SUM(T122:V122)","v":3.070931140891854E-8},{"$f":"S122+W122","v":1.0019957574522428E-7},"--",{"$f":"Z127*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.0655173864900217E-6},{"$f":"(Q122+T122+W122+P122)-(E122+H122+J122)","v":-3.2005182561867955E-7}]
[null,"TDS","--","--",0,{"$f":"F127*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.1190952562462754E-5},{"$f":"E123+F123","v":1.1190952562462754E-5},0,{"$f":"I127*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.6789935837090042E-4},{"$f":"J127*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":5.4696154719230293E-5},{"$f":"SUM(H123:J123)","v":2.225955130901307E-4},{"$f":"G123+K123","v":2.3378646565259346E-4},{"$f":"M127*0.359631325*1055/1000000","v":0},{"$f":"N127*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":0},null,{"$f":"P127*0.359631325*1055/1000000","v":1.7104913927154194E-7},0,{"$f":"R127*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.0745418656001786E-5},{"$f":"Q123+R123","v":1.0745418656001786E-5},0,{"$f":"U127*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":3.5818062186672613E-6},{"$f":"V127*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.1668360678171607E-6},{"$f":"SUM(T123:V123)","v":4.7486422864844224E-6},{"$f":"S123+W123","v":1.549406094248621E-5},"--",{"$f":"Z127*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.6476308605869411E-4},{"$f":"(Q123+T123+W123+P123)-(E123+H123+J123)","v":-4.977646329347433E-5}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"F127*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.8862740653418988E-6},{"$f":"E125+F125","v":1.8862740653418988E-6},0,{"$f":"I127*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.8300022139748812E-5},{"$f":"J127*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":9.2192275451936411E-6},{"$f":"SUM(H125:J125)","v":3.7519249684942451E-5},{"$f":"G125+K125","v":3.9405523750284353E-5},{"$f":"M127*0.169716014150943*1055/1000000","v":0},{"$f":"N127*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":0},null,{"$f":"P127*0.169716014150943*1055/1000000","v":8.072093870331132E-8},0,{"$f":"R127*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.8111777723054417E-6},{"$f":"Q125+R125","v":1.8111777723054417E-6},0,{"$f":"U127*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":6.0372592410181384E-7},{"$f":"V127*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":1.9667428674585238E-7},{"$f":"SUM(T125:V125)","v":8.0040021084766622E-7},{"$f":"S125+W125","v":2.611577983153108E-6},"--",{"$f":"Z127*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.7771392508683452E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$6*'GEMM (2011) Models'!E110*1000)","v":6.347162890030189E-4},{"$f":"85.1*1000/1055*F110","v":2.2859328619523598E-3},{"$f":"E127+F127","v":2.9206491509553788E-3},"--",{"$f":"85.1*1000/1055*I110","v":3.4296156529886518E-2},{"$f":"43.34*(H110*1000*6*12/112.56)/1055","v":1.1172573272672676E-2},{"$f":"SUM(H127:J127)","v":4.5468729802559192E-2},{"$f":"G127+K127","v":4.838937895351457E-2},{"$f":"(($V$43*VLOOKUP($B104,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B104,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B104,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M110*1000/1055","v":0},{"$f":"85.1*1000/1055*N110","v":0},null,{"$f":"(($V$42*VLOOKUP($B104,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B104,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B104,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P110*1000/1055","v":4.5082804053690983E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$6*'GEMM (2011) Models'!Q110*1000)","v":6.0944698094764704E-4},{"$f":"85.1*1000/1055*R110","v":2.194925363510332E-3},{"$f":"Q127+R127","v":2.8043723444579789E-3},"--",{"$f":"85.1*1000/1055*U110","v":7.3164178783677726E-4},{"$f":"43.34*(T110*1000*6*12/112.56)/1055","v":2.383451182593106E-4},{"$f":"SUM(T127:V127)","v":9.6998690609608786E-4},{"$f":"S127+W127","v":3.7743592505540668E-3},"--",{"$f":"85.1*1000/1055*Z110","v":3.3655522240491773E-2}]
[null,"MTCO2e",{"$f":"IF(C112=\"--\",\"--\",(1*C112)+(21*C113)+(310*C114))","v":"--"},"--",6.5802350562933762E-5,1.8151585519723769E-4,2.4731820576017149E-4,9.8724146824390657E-4,2.7233066579146177E-3,8.8716480964839723E-4,4.5977129358069219E-3,4.8450311415670936E-3,0,0,null,{"$f":"IF(P112=\"--\",\"--\",(1*P112)+(21*P113)+(310*P114))","v":3.9050446472021606E-5},6.3182629128410398E-5,1.7428935078671128E-4,2.3747197991512168E-4,2.1060876376136799E-5,5.8096450262237082E-5,1.8925935530746637E-5,9.8083262169120536E-5,3.3555524208424216E-4,"--",2.6724367120629072E-3,{"$f":"(Q128+T128+W128+P128)-(E128+H128+J128)","v":-1.7188314143095483E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,5702,"X",0.67,null,{"$f":"W130*2204.6*Y130","v":8422321.5639999993}]
[null,"Chloroform"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C8,'GEMM (2011) Before'!J8)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D8,'GEMM (2011) Before'!K8)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G8)/2.205/1000+(M137*(1-$V$41)*$V$45)","v":2.1035942010985275E-4},{"$f":"E137","v":2.1035942010985275E-4},{"$f":"E137","v":2.1035942010985275E-4},{"$f":"SUM('GEMM (2011) Before'!H8)/2.205/1000+(M137*(1-$V$41)*(1-$V$45))","v":2.4315531911917214E-4},{"$f":"H137","v":2.4315531911917214E-4},{"$f":"J154*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":2.1173460836799821E-5},{"$f":"H137","v":2.4315531911917214E-4},{"$f":"G137+K137","v":4.5351473922902491E-4},{"$f":"SUM('GEMM (2011) Before'!F8)/2.205/1000","v":0},{"$f":"M137*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O$8/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P137*$V$44","v":2.7210884353741481E-5},{"$f":"Q137","v":2.7210884353741481E-5},{"$f":"Q137","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P137*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T137","v":9.0702947845804936E-6},{"$f":"V154*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":7.8982245626064207E-7},{"$f":"T137","v":9.0702947845804936E-6},{"$f":"S137+W137","v":3.6281179138321975E-5},{"$f":"P137*$V$40","v":4.1723356009070291E-4},{"$f":"Y137","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E137*1*12/119.38)","v":7.6757047579034893E-5},{"$f":"'GEMM (2011) LCA Data'!$G32*F$137","v":4.5437634743728195E-4},{"$f":"E139+F139","v":5.3113339501631679E-4},{"$f":"3.63*(H137*1*12/119.38)","v":8.8723787073472421E-5},{"$f":"'GEMM (2011) LCA Data'!$G32*I$137","v":5.2521548929741182E-4},{"$f":"J154*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":7.1885112995883125E-5},{"$f":"SUM(H139:J139)","v":6.8582438936676737E-4},{"$f":"G139+K139","v":1.2169577843830842E-3},{"$f":"M154*79.0676204311955*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$G32*N$137","v":0},null,{"$f":"P154*79.0676204311955*1055/1000000","v":2.205287372570759E-5},{"$f":"3.63*(Q137*1*12/119.38)","v":9.9288500791504354E-6},{"$f":"'GEMM (2011) LCA Data'!$G32*R$137","v":5.8775510204081605E-5},{"$f":"Q139+R139","v":6.8704360283232039E-5},{"$f":"3.63*(T137*1*12/119.38)","v":3.3096166930501451E-6},{"$f":"'GEMM (2011) LCA Data'!$G32*U$137","v":1.9591836734693867E-5},{"$f":"V154*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":2.6814925038755954E-6},{"$f":"SUM(T139:V139)","v":2.5582945931619607E-5},{"$f":"S139+W139","v":9.4287306214851653E-5},"--",{"$f":"'GEMM (2011) LCA Data'!$G32*Z$137","v":9.012244897959184E-4},{"$f":"(Q139+T139+W139+P139)-(E139+H139+J139)","v":-1.7649166121886268E-4}]
[null,"CH4 ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$G33*F$137","v":1.4388584335513928E-6},1.4388584335513928E-6,0,{"$f":"'GEMM (2011) LCA Data'!$G33*I$137","v":1.6631823827751373E-6},{"$f":"J154*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":3.5445411678450101E-7},2.0176364995596384E-6,3.4564949331110312E-6,{"$f":"M154*0.144574268396226*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$G33*N$137","v":0},null,{"$f":"P154*0.144574268396226*1055/1000000","v":4.0323435403029016E-8},0,{"$f":"'GEMM (2011) LCA Data'!$G33*R$137","v":1.8612244897959171E-7},1.8612244897959171E-7,0,{"$f":"'GEMM (2011) LCA Data'!$G33*U$137","v":6.204081632653058E-8},{"$f":"V154*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.3222015206123662E-8},7.5262831532654246E-8,2.6138528051224595E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$G33*Z$137","v":2.8538775510204079E-6},-2.3886784984881775E-7]
[null,"N2O","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$G34*F$137","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$G34*I$137","v":0},{"$f":"J154*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":1.2942198127066095E-9},1.2942198127066095E-9,1.2942198127066095E-9,0,{"$f":"'GEMM (2011) LCA Data'!$G34*N$137","v":0},null,0,0,{"$f":"'GEMM (2011) LCA Data'!$G34*R$137","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$G34*U$137","v":0},{"$f":"V154*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":4.8277599930027284E-11},4.8277599930027284E-11,4.8277599930027284E-11,"--",{"$f":"'GEMM (2011) LCA Data'!$G34*Z$137","v":0},-1.2459422127765821E-9]
[null,"CO ","--","--",{"$f":"0.0016*(E137*1*12/119.38)","v":3.3832307472852844E-8},{"$f":"'GEMM (2011) LCA Data'!$G35*F$137","v":8.4143768043941104E-7},8.7526998791226389E-7,{"$f":"0.0016*(H137*1*12/119.38)","v":3.9106903393266088E-8},{"$f":"'GEMM (2011) LCA Data'!$G35*I$137","v":9.7262127647668866E-7},{"$f":"J154*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":4.5147920755733604E-8},1.0568761006256883E-6,1.9321460885379523E-6,{"$f":"M154*0.0553151275443457*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$G35*N$137","v":0},null,{"$f":"P154*0.0553151275443457*1055/1000000","v":1.542802877087193E-8},{"$f":"0.0016*(Q137*1*12/119.38)","v":4.3763526519671345E-9},{"$f":"'GEMM (2011) LCA Data'!$G35*R$137","v":1.0884353741496592E-7},1.1321989006693305E-7,{"$f":"0.0016*(T137*1*12/119.38)","v":1.4587842173223781E-9},{"$f":"'GEMM (2011) LCA Data'!$G35*U$137","v":3.6281179138321976E-8},{"$f":"V154*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.6841291058275503E-9},3.9424092461471907E-8,1.5264398252840495E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$G35*Z$137","v":1.6689342403628117E-6},-5.7399873520219182E-8]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E137*1*12/119.38)","v":3.383230747285285E-9},{"$f":"'GEMM (2011) LCA Data'!$G36*F$137","v":2.2718817371864099E-6},2.2752649679336951E-6,{"$f":"0.00016*(H137*1*12/119.38)","v":3.9106903393266089E-9},{"$f":"'GEMM (2011) LCA Data'!$G36*I$137","v":2.6260774464870591E-6},{"$f":"J154*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":2.2131355355608201E-11},2.6300102681817413E-6,4.9052752361154369E-6,{"$f":"M154*0.401850859732704*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$G36*N$137","v":0},null,{"$f":"P154*0.401850859732704*1055/1000000","v":1.1208085203429159E-7},{"$f":"0.00016*(Q137*1*12/119.38)","v":4.3763526519671348E-10},{"$f":"'GEMM (2011) LCA Data'!$G36*R$137","v":2.9387755102040803E-7},2.9431518628560475E-7,{"$f":"0.00016*(T137*1*12/119.38)","v":1.4587842173223781E-10},{"$f":"'GEMM (2011) LCA Data'!$G36*U$137","v":9.7959183673469331E-8},{"$f":"V154*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":8.2555429091513158E-13},9.8105887649492482E-8,3.9242107393509721E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$G36*Z$137","v":4.506122448979592E-6},2.034542009287455E-7]
[null,"NOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$G37*F$137","v":1.7165328680963985E-6},1.7165328680963985E-6,0,{"$f":"'GEMM (2011) LCA Data'!$G37*I$137","v":1.9841474040124448E-6},{"$f":"J154*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":4.7271750117118393E-8},2.0314191541295634E-6,3.7479520222259619E-6,{"$f":"M154*0.260265861210973*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$G37*N$137","v":0},null,{"$f":"P154*0.260265861210973*1055/1000000","v":7.2591158569046894E-8},0,{"$f":"'GEMM (2011) LCA Data'!$G37*R$137","v":2.220408163265305E-7},2.220408163265305E-7,0,{"$f":"'GEMM (2011) LCA Data'!$G37*U$137","v":7.4013605442176834E-8},{"$f":"V154*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.7633531937467049E-9},7.5776958635923535E-8,2.9781777496245403E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$G37*Z$137","v":3.4046258503401362E-6},1.0109636708785204E-7]
[null,"SOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$G38*F$137","v":1.7207400564985955E-6},1.7207400564985955E-6,0,{"$f":"'GEMM (2011) LCA Data'!$G38*I$137","v":1.989010510394828E-6},{"$f":"J154*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":6.0944699447151248E-7},2.5984575048663404E-6,4.3191975613649357E-6,{"$f":"M154*0.346184729976483*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$G38*N$137","v":0},null,{"$f":"P154*0.346184729976483*1055/1000000","v":9.6554924687318369E-8},0,{"$f":"'GEMM (2011) LCA Data'!$G38*R$137","v":2.225850340136053E-7},2.225850340136053E-7,0,{"$f":"'GEMM (2011) LCA Data'!$G38*U$137","v":7.419501133786843E-8},{"$f":"V154*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":2.2733880202406647E-8},9.6928891540275077E-8,3.1951392555388038E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$G38*Z$137","v":3.4129705215419498E-6},-4.1596317824391903E-7]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$G40*F$137","v":3.8706133300212907E-6},{"$f":"E147+F147","v":3.8706133300212907E-6},0,{"$f":"'GEMM (2011) LCA Data'!$G40*I$137","v":4.4740578717927672E-6},{"$f":"J149/2.86","v":1.1114964162605572E-8},{"$f":"SUM(H147:J147)","v":4.4851728359553724E-6},{"$f":"G147+K147","v":8.3557861659766622E-6},{"$f":"M149/2.86","v":0},{"$f":"'GEMM (2011) LCA Data'!$G40*N$137","v":0},null,{"$f":"P149/2.86","v":6.0631611111762706E-10},0,{"$f":"'GEMM (2011) LCA Data'!$G40*R$137","v":5.0068027210884325E-7},{"$f":"Q147+R147","v":5.0068027210884325E-7},0,{"$f":"'GEMM (2011) LCA Data'!$G40*U$137","v":1.6689342403628108E-7},{"$f":"V149/2.86","v":4.146156532379611E-10},{"$f":"SUM(T147:V147)","v":1.6730803968951903E-7},{"$f":"S147+W147","v":6.6798831179836228E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$G40*Z$137","v":7.6770975056689336E-6},{"$f":"(Q147+T147+W147+P147)-(E147+H147+J147)","v":1.5679939163803108E-7}]
[null,"BOD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$G41*F$137","v":3.8075055039883343E-8},{"$f":"E148+F148","v":3.8075055039883343E-8},0,{"$f":"'GEMM (2011) LCA Data'!$G41*I$137","v":4.4011112760570152E-8},{"$f":"J154*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":1.9214155156488985E-8},{"$f":"SUM(H148:J148)","v":6.3225267917059134E-8},{"$f":"G148+K148","v":1.0130032295694248E-7},{"$f":"M154*0.0193411218363402*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$G41*N$137","v":0},null,{"$f":"P154*0.0193411218363402*1055/1000000","v":5.3944625529928449E-9},0,{"$f":"'GEMM (2011) LCA Data'!$G41*R$137","v":4.9251700680272077E-9},{"$f":"Q148+R148","v":4.9251700680272077E-9},0,{"$f":"'GEMM (2011) LCA Data'!$G41*U$137","v":1.6417233560090691E-9},{"$f":"V154*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":7.1673550855207721E-10},{"$f":"SUM(T148:V148)","v":2.3584588645611463E-9},{"$f":"S148+W148","v":7.2836289325883536E-9},"--",{"$f":"'GEMM (2011) LCA Data'!$G41*Z$137","v":7.5519274376417224E-8},{"$f":"(Q148+T148+W148+P148)-(E148+H148+J148)","v":-1.1461233738934994E-8}]
[null,"COD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$G42*F$137","v":1.5882136218293882E-5},{"$f":"E149+F149","v":1.5882136218293882E-5},0,{"$f":"'GEMM (2011) LCA Data'!$G42*I$137","v":1.8358226593497495E-5},{"$f":"J154*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":3.1788797505051937E-8},{"$f":"SUM(H149:J149)","v":1.8390015391002548E-5},{"$f":"G149+K149","v":3.4272151609296433E-5},{"$f":"M154*0.00621725413258714*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$G42*N$137","v":0},null,{"$f":"P154*0.00621725413258714*1055/1000000","v":1.7340640777964133E-9},0,{"$f":"'GEMM (2011) LCA Data'!$G42*R$137","v":2.0544217687074817E-6},{"$f":"Q149+R149","v":2.0544217687074817E-6},0,{"$f":"'GEMM (2011) LCA Data'!$G42*U$137","v":6.8480725623582726E-7},{"$f":"V154*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.1858007682605687E-9},{"$f":"SUM(T149:V149)","v":6.8599305700408788E-7},{"$f":"S149+W149","v":2.7404148257115694E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$G42*Z$137","v":3.1501133786848071E-5},{"$f":"(Q149+T149+W149+P149)-(E149+H149+J149)","v":6.5593832357683234E-7}]
[null,"TDS","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$G43*F$137","v":1.6471142594601471E-6},{"$f":"E150+F150","v":1.6471142594601471E-6},0,{"$f":"'GEMM (2011) LCA Data'!$G43*I$137","v":1.903906148703118E-6},{"$f":"J154*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":4.9155653820730236E-6},{"$f":"SUM(H150:J150)","v":6.8194715307761417E-6},{"$f":"G150+K150","v":8.4665857902362882E-6},{"$f":"M154*0.359631325*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$G43*N$137","v":0},null,{"$f":"P154*0.359631325*1055/1000000","v":1.003053355442177E-7},0,{"$f":"'GEMM (2011) LCA Data'!$G43*R$137","v":2.1306122448979579E-7},{"$f":"Q150+R150","v":2.1306122448979579E-7},0,{"$f":"'GEMM (2011) LCA Data'!$G43*U$137","v":7.1020408163265264E-8},{"$f":"V154*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.8336274612372206E-7},{"$f":"SUM(T150:V150)","v":2.5438315428698729E-7},{"$f":"S150+W150","v":4.6744437877678311E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$G43*Z$137","v":3.2669387755102037E-6},{"$f":"(Q150+T150+W150+P150)-(E150+H150+J150)","v":-4.5608768922418189E-6}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$G45*F$137","v":7.783298544064551E-6},{"$f":"E152+F152","v":7.783298544064551E-6},0,{"$f":"'GEMM (2011) LCA Data'!$G45*I$137","v":8.9967468074093683E-6},{"$f":"J154*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":8.2853568049226953E-7},{"$f":"SUM(H152:J152)","v":9.8252824879016381E-6},{"$f":"G152+K152","v":1.7608581031966191E-5},{"$f":"M154*0.169716014150943*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$G45*N$137","v":0},null,{"$f":"P154*0.169716014150943*1055/1000000","v":4.7335759048902468E-8},0,{"$f":"'GEMM (2011) LCA Data'!$G45*R$137","v":1.0068027210884348E-6},{"$f":"Q152+R152","v":1.0068027210884348E-6},0,{"$f":"'GEMM (2011) LCA Data'!$G45*U$137","v":3.3560090702947825E-7},{"$f":"V154*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":3.0906430049859202E-8},{"$f":"SUM(T152:V152)","v":3.6650733707933744E-7},{"$f":"S152+W152","v":1.3733100581677721E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$G45*Z$137","v":1.5437641723356008E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$7*'GEMM (2011) Models'!E137*1000)","v":6.5356290214072573E-4},{"$f":"'GEMM (2011) LCA Data'!$G47*1000/1055*F137","v":4.6321886049462378E-3},{"$f":"E154+F154","v":5.2857515070869636E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$G47*1000/1055*I137","v":5.3543658651830448E-3},{"$f":"43.34*(H137*1000*1*12/119.38)/1055","v":1.0040836451801849E-3},{"$f":"SUM(H154:J154)","v":6.3584495103632295E-3},{"$f":"G154+K154","v":1.1644201017450194E-2},{"$f":"(($V$43*VLOOKUP($B131,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B131,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B131,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M137*1000/1055","v":0},{"$f":"'GEMM (2011) LCA Data'!$G47*1000/1055*N137","v":0},null,{"$f":"(($V$42*VLOOKUP($B131,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B131,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B131,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P137*1000/1055","v":2.6437115130412353E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$7*'GEMM (2011) Models'!Q137*1000)","v":8.4541136968146585E-5},{"$f":"'GEMM (2011) LCA Data'!$G47*1000/1055*R137","v":5.9919326820775671E-4},{"$f":"Q154+R154","v":6.8373440517590332E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$G47*1000/1055*U137","v":1.9973108940258557E-4},{"$f":"43.34*(T137*1000*1*12/119.38)/1055","v":3.7454803304947793E-5},{"$f":"SUM(T154:V154)","v":2.3718589270753336E-4},{"$f":"S154+W154","v":9.2092029788343665E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$G47*1000/1055*Z137","v":9.1876301125189408E-3}]
[null,"MTCO2e",{"$f":"IF(C139=\"--\",\"--\",(1*C139)+(21*C140)+(310*C141))","v":"--"},"--",7.6757047579034893E-5,4.8459237454186117E-4,5.6134942212089601E-4,8.8723787073472421E-5,5.6014231933568975E-4,7.9729857590296705E-5,7.2859596399945878E-4,1.2899453861203549E-3,0,0,null,{"$f":"IF(P139=\"--\",\"--\",(1*P139)+(21*P140)+(310*P141))","v":2.2899665869171198E-5},9.9288500791504354E-6,6.2684081632653028E-5,7.2612931711803469E-5,3.3096166930501451E-6,2.0894693877551008E-5,2.9741208791825005E-6,2.7178431449783655E-5,9.9791363161587127E-5,"--",9.6115591836734701E-4,{"$f":"(Q155+T155+W155+P155)-(E155+H155+J155)","v":-1.818941281516486E-4}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,6043,"X",0.34,null,{"$f":"W157*2204.6*Y157","v":4529615.2520000003}]
[null,"Chloromethane"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",0,0,0,{"$f":"D164+E164","v":0},{"$f":"E164+F164","v":0},0,0,{"$f":"J181*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":0},{"$f":"H164+I164","v":0},{"$f":"G164+K164","v":0},0,0,null,{"$f":"Y164*0.92","v":0},{"$f":"'GEMM (2011) After'!H113/2.205/1000","v":0},{"$f":"Q164","v":0},{"$f":"Q164+R164","v":0},{"$f":"'GEMM (2011) After'!I113/2.205/1000","v":0},{"$f":"T164","v":0},{"$f":"V181*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":0},{"$f":"T164+U164","v":0},{"$f":"S164+W164","v":0},0,0,{"$f":"SUM(X164,Z164)-SUM(L164,N164,C164,D164)","v":0}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",0,0,{"$f":"E166+F166","v":0},0,0,0,{"$f":"SUM(H166:J166)","v":0},{"$f":"G166+K166","v":0},0,0,null,0,{"$f":"E166*(Q$56/E$56)","v":0},0,{"$f":"Q166+R166","v":0},{"$f":"H166*(T$56/H$56)","v":0},0,0,{"$f":"SUM(T166:V166)","v":0},{"$f":"S166+W166","v":0},"--",{"$f":"N166*(Z$56/N$56)","v":{"$error":"#DIV/0!"}},{"$f":"(X166+P166+Z166-Z166)-(L166+M166+N166-N166)","v":{"$error":"#DIV/0!"}}]
[null,"CH4 ","--","--",0,0,0,0,0,0,0,0,0,0,null,0,0,0,0,0,0,0,0,0,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,"N2O","--","--",0,0,0,0,0,0,0,0,0,0,null,0,0,0,0,0,0,0,0,0,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,"CO ","--","--",0,0,0,0,0,0,0,0,0,0,null,0,0,0,0,0,0,0,0,0,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,"NMVOC ","--","--",0,0,0,0,0,0,0,0,0,0,null,0,0,0,0,0,0,0,0,0,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,"NOx ","--","--",0,0,0,0,0,0,0,0,0,0,null,0,0,0,0,0,0,0,0,0,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,"SOx ","--","--",0,0,0,0,0,0,0,0,0,0,null,0,0,0,0,0,0,0,0,0,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,0,{"$f":"E174+F174","v":0},0,0,0,{"$f":"SUM(H174:J174)","v":0},{"$f":"G174+K174","v":0},0,0,null,0,{"$f":"E174*(Q$56/E$56)","v":0},0,{"$f":"Q174+R174","v":0},{"$f":"H174*(T$56/H$56)","v":0},0,0,{"$f":"SUM(T174:V174)","v":0},{"$f":"S174+W174","v":0},"--",{"$f":"N174*(Z$56/N$56)","v":{"$error":"#DIV/0!"}},{"$f":"(X174+P174+Z174-Z174)-(L174+M174+N174-N174)","v":{"$error":"#DIV/0!"}}]
[null,"BOD","--","--",0,0,{"$f":"E175+F175","v":0},0,0,0,{"$f":"SUM(H175:J175)","v":0},{"$f":"G175+K175","v":0},0,0,null,0,0,0,{"$f":"Q175+R175","v":0},0,0,0,{"$f":"SUM(T175:V175)","v":0},{"$f":"S175+W175","v":0},"--",{"$f":"N175*(Z$56/N$56)","v":{"$error":"#DIV/0!"}},{"$f":"(X175+P175+Z175-Z175)-(L175+M175+N175-N175)","v":{"$error":"#DIV/0!"}}]
[null,"COD","--","--",0,0,{"$f":"E176+F176","v":0},0,0,0,{"$f":"SUM(H176:J176)","v":0},{"$f":"G176+K176","v":0},0,0,null,0,0,0,{"$f":"Q176+R176","v":0},0,0,0,{"$f":"SUM(T176:V176)","v":0},{"$f":"S176+W176","v":0},"--",{"$f":"N176*(Z$56/N$56)","v":{"$error":"#DIV/0!"}},{"$f":"(X176+P176+Z176-Z176)-(L176+M176+N176-N176)","v":{"$error":"#DIV/0!"}}]
[null,"TDS","--","--",0,0,{"$f":"E177+F177","v":0},0,0,0,{"$f":"SUM(H177:J177)","v":0},{"$f":"G177+K177","v":0},0,0,null,0,0,0,{"$f":"Q177+R177","v":0},0,0,0,{"$f":"SUM(T177:V177)","v":0},{"$f":"S177+W177","v":0},"--",{"$f":"N177*(Z$56/N$56)","v":{"$error":"#DIV/0!"}},{"$f":"(X177+P177+Z177-Z177)-(L177+M177+N177-N177)","v":{"$error":"#DIV/0!"}}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,0,{"$f":"E179+F179","v":0},0,0,0,{"$f":"SUM(H179:J179)","v":0},{"$f":"G179+K179","v":0},0,0,null,0,{"$f":"E179*(Q$56/E$56)","v":0},{"$f":"F179*(R$56/F$56)","v":0},{"$f":"Q179+R179","v":0},{"$f":"H179*(T$56/H$56)","v":0},{"$f":"I179*(U$56/I$56)","v":0},{"$f":"J179*(V$56/J$56)","v":0},{"$f":"SUM(T179:V179)","v":0},{"$f":"S179+W179","v":0},"--",{"$f":"N179*(Z$56/N$56)","v":{"$error":"#DIV/0!"}},{"$f":"(X179+P179+Z179-Z179)-(L179+M179+N179-N179)","v":{"$error":"#DIV/0!"}}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",0,0,{"$f":"E181+F181","v":0},"--",0,0,{"$f":"SUM(H181:J181)","v":0},{"$f":"G181+K181","v":0},0,0,null,0,{"$f":"E181*(Q$56/E$56)","v":0},{"$f":"F181*(R$56/F$56)","v":0},{"$f":"Q181+R181","v":0},"--",{"$f":"I181*(U$56/I$56)","v":0},{"$f":"J181*(V$56/J$56)","v":0},{"$f":"SUM(T181:V181)","v":0},{"$f":"S181+W181","v":0},"--",{"$f":"N181*(Z$56/N$56)","v":{"$error":"#DIV/0!"}},{"$f":"(X181+P181+Z181-Z181)-(L181+M181+N181-N181)","v":{"$error":"#DIV/0!"}}]
[null,"MTCO2e",{"$f":"IF(C166=\"--\",\"--\",(1*C166)+(21*C167)+(310*C168))","v":"--"},{"$f":"IF(D166=\"--\",\"--\",(1*D166)+(21*D167)+(310*D168))","v":"--"},{"$f":"IF(E166=\"--\",\"--\",(1*E166)+(21*E167)+(310*E168))","v":0},0,{"$f":"IF(G166=\"--\",\"--\",(1*G166)+(21*G167)+(310*G168))","v":0},0,0,0,0,0,0,0,null,{"$f":"IF(P166=\"--\",\"--\",(1*P166)+(21*P167)+(310*P168))","v":0},0,0,0,0,0,0,0,0,"--",{"$error":"#DIV/0!"},{"$error":"#DIV/0!"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,0,"X",0.42,null,{"$f":"W184*2204.6*Y184","v":0}]
[null,"Cyclohexane"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C10,'GEMM (2011) Before'!J10)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D10,'GEMM (2011) Before'!K10)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G10)/2.205/1000+(M191*(1-$V$41)*$V$45)","v":3.1738073058389094E-4},{"$f":"E191","v":3.1738073058389094E-4},{"$f":"E191","v":3.1738073058389094E-4},{"$f":"SUM('GEMM (2011) Before'!H10)/2.205/1000+(M191*(1-$V$41)*(1-$V$45))","v":1.3613400864513397E-4},{"$f":"H191","v":1.3613400864513397E-4},{"$f":"J208*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":1.0089085600373799E-4},{"$f":"H191","v":1.3613400864513397E-4},{"$f":"G191+K191","v":4.5351473922902491E-4},{"$f":"'GEMM (2011) Before'!F10/2.205/1000","v":0},{"$f":"M191*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O10/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P191*$V$44","v":2.7210884353741481E-5},{"$f":"Q191","v":2.7210884353741481E-5},{"$f":"Q191","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P191*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T191","v":9.0702947845804936E-6},{"$f":"V208*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":6.7221248689445404E-6},{"$f":"T191","v":9.0702947845804936E-6},{"$f":"S191+W191","v":3.6281179138321975E-5},{"$f":"P191*$V$40","v":4.1723356009070291E-4},{"$f":"Y191","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E191*6*12/84.16)","v":9.8563008252620888E-4},{"$f":"F208*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.7919277237813602E-3},{"$f":"E193+F193","v":2.7775578063075693E-3},{"$f":"3.63*(H191*6*12/84.16)","v":4.2276597551678017E-4},{"$f":"I208*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":7.6861094809354679E-4},{"$f":"J208*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":3.425302382062656E-4},{"$f":"SUM(H193:J193)","v":1.5339071618165926E-3},{"$f":"G193+K193","v":4.3114649681241617E-3},{"$f":"M208*79.0676204311955*1055/1000000","v":0},{"$f":"N208*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":0},null,{"$f":"P208*79.0676204311955*1055/1000000","v":3.2406966877411754E-5},{"$f":"3.63*(Q191*6*12/84.16)","v":8.450376348257931E-5},{"$f":"R208*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.5363232031249437E-4},{"$f":"Q193+R193","v":2.3813608379507367E-4},{"$f":"3.63*(T191*6*12/84.16)","v":2.8167921160859765E-5},{"$f":"U208*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":5.1210773437498115E-5},{"$f":"V208*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":2.2821999176283403E-5},{"$f":"SUM(T193:V193)","v":1.0220069377464127E-4},{"$f":"S193+W193","v":3.4033677756971494E-4},"--",{"$f":"Z208*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.3556955781249148E-3},{"$f":"(Q193+T193+W193+P193)-(E193+H193+J193)","v":-1.5036469509537625E-3}]
[null,"CH4 ","--","--",0,{"$f":"F208*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":8.8357120438964731E-6},8.8357120438964731E-6,0,{"$f":"I208*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":3.7898989568674481E-6},{"$f":"J208*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.6889624011906313E-6},5.4788613580580793E-6,1.4314573401954552E-5,{"$f":"M208*0.144574268396226*1055/1000000","v":0},{"$f":"N208*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":0},null,{"$f":"P208*0.144574268396226*1055/1000000","v":5.9255780073963374E-8},0,{"$f":"R208*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":7.5753666004583491E-7},7.5753666004583491E-7,0,{"$f":"U208*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":2.5251222001527829E-7},{"$f":"V208*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.1253166649052108E-7},3.6504388650579938E-7,1.1225805465516342E-6,"--",{"$f":"Z208*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.1615562120702807E-5},-1.2646627346108684E-6]
[null,"N2O","--","--",0,{"$f":"F208*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":3.2261872679937382E-8},3.2261872679937382E-8,0,{"$f":"I208*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":1.3838074057737787E-8},{"$f":"J208*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":6.1669155442942945E-9},2.0004989602032081E-8,5.2266862281969463E-8,0,{"$f":"N208*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":0},null,0,0,{"$f":"R208*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.7659968042605091E-9},2.7659968042605091E-9,0,{"$f":"U208*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":9.219989347535029E-10},{"$f":"V208*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":4.1088734883412475E-10},1.3328862835876276E-9,4.0988830878481369E-9,"--",{"$f":"Z208*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":4.2411950998661156E-8},-4.8340292607066667E-9]
[null,"CO ","--","--",{"$f":"0.0016*(E191*6*12/84.16)","v":4.3443750193992679E-7},{"$f":"F208*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.1254320609875958E-6},1.5598695629275227E-6,{"$f":"0.0016*(H191*6*12/84.16)","v":1.8634312970436593E-7},{"$f":"I208*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":4.8273119051094871E-7},{"$f":"J208*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":2.1512838203182197E-7},8.8420270224713658E-7,2.4440722651746592E-6,{"$f":"M208*0.0553151275443457*1055/1000000","v":0},{"$f":"N208*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":0},null,{"$f":"P208*0.0553151275443457*1055/1000000","v":2.267167642548863E-8},{"$f":"0.0016*(Q191*6*12/84.16)","v":3.7246837898657548E-8},{"$f":"R208*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":9.6489795089912623E-8},1.3373663298857018E-7,{"$f":"0.0016*(T191*6*12/84.16)","v":1.2415612632885848E-8},{"$f":"U208*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":3.2163265029970868E-8},{"$f":"V208*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.4333507556109285E-8},5.8912385218966003E-8,1.9264901820753618E-7,"--",{"$f":"Z208*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.479510191378661E-6},-7.0466250150011666E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E191*6*12/84.16)","v":4.3443750193992682E-8},{"$f":"F208*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":5.5168292256621523E-10},4.3995433116558894E-8,{"$f":"0.00016*(H191*6*12/84.16)","v":1.8634312970436595E-8},{"$f":"I208*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":2.366331680308189E-10},{"$f":"J208*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":1.0545519240149397E-10},1.8976401330868909E-8,6.29718344474278E-8,{"$f":"M208*0.401850859732704*1055/1000000","v":0},{"$f":"N208*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":0},null,{"$f":"P208*0.401850859732704*1055/1000000","v":1.6470417890405044E-7},{"$f":"0.00016*(Q191*6*12/84.16)","v":3.7246837898657549E-9},{"$f":"R208*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":4.7298965435822024E-11},3.7719827553015768E-9,{"$f":"0.00016*(T191*6*12/84.16)","v":1.2415612632885848E-9},{"$f":"U208*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":1.5766321811940672E-11},{"$f":"V208*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":7.0262360681640961E-12},1.2643538211686897E-9,5.0363365764702661E-9,"--",{"$f":"Z208*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":7.2525080334927146E-10},1.0875125942154269E-7]
[null,"NOx ","--","--",0,{"$f":"F208*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.1783741592140287E-6},1.1783741592140287E-6,0,{"$f":"I208*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":5.0543962666707415E-7},{"$f":"J208*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":2.2524836024074896E-7},7.3068798690782311E-7,1.9090621461218518E-6,{"$f":"M208*0.260265861210973*1055/1000000","v":0},{"$f":"N208*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":0},null,{"$f":"P208*0.260265861210973*1055/1000000","v":1.0667359277524572E-7},0,{"$f":"R208*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.0102882715286611E-7},1.0102882715286611E-7,0,{"$f":"U208*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":3.3676275717622031E-8},{"$f":"V208*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.5007778346208289E-8},4.8684054063830323E-8,1.4971288121669644E-7,"--",{"$f":"Z208*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.5491086830106143E-6},-6.9890713401672915E-8]
[null,"SOx ","--","--",0,{"$f":"F208*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.5192088042363831E-5},1.5192088042363831E-5,0,{"$f":"I208*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":6.5163371484209646E-6},{"$f":"J208*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":2.9039952152871376E-6},9.4203323637081018E-6,2.4612420406071935E-5,{"$f":"M208*0.346184729976483*1055/1000000","v":0},{"$f":"N208*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":0},null,{"$f":"P208*0.346184729976483*1055/1000000","v":1.4188863932709593E-7},0,{"$f":"R208*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.3025055114470869E-6},1.3025055114470869E-6,0,{"$f":"U208*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":4.3416850381569569E-7},{"$f":"V208*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.9348649847171852E-7},6.2765500228741424E-7,1.9301605137345012E-6,"--",{"$f":"Z208*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.9971751175522012E-5},-2.1344515736726272E-6]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"F203/2.86","v":2.7707005806542814E-7},{"$f":"E201+F201","v":2.7707005806542814E-7},0,{"$f":"I203/2.86","v":1.188435656146959E-7},{"$f":"J203/2.86","v":5.2962444706589423E-8},{"$f":"SUM(H201:J201)","v":1.7180601032128532E-7},{"$f":"G201+K201","v":4.4887606838671348E-7},{"$f":"M203/2.86","v":0},{"$f":"N203/2.86","v":0},null,{"$f":"P203/2.86","v":8.9098891938626909E-10},0,{"$f":"R203/2.86","v":2.3754817420807432E-8},{"$f":"Q201+R201","v":2.3754817420807432E-8},0,{"$f":"U203/2.86","v":7.9182724736024773E-9},{"$f":"V203/2.86","v":3.5287654479715631E-9},{"$f":"SUM(T201:V201)","v":1.144703792157404E-8},{"$f":"S201+W201","v":3.5201855342381474E-8},"--",{"$f":"Z203/2.86","v":3.6424053378571418E-7},{"$f":"(Q201+T201+W201+P201)-(E201+H201+J201)","v":-4.0624417865629116E-8}]
[null,"BOD","--","--",0,{"$f":"F208*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":4.789639450927903E-7},{"$f":"E202+F202","v":4.789639450927903E-7},0,{"$f":"I208*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":2.0544184179680273E-7},{"$f":"J208*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":9.1554827813392156E-8},{"$f":"SUM(H202:J202)","v":2.9699666961019487E-7},{"$f":"G202+K202","v":7.7596061470298517E-7},{"$f":"M208*0.0193411218363402*1055/1000000","v":0},{"$f":"N208*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":0},null,{"$f":"P208*0.0193411218363402*1055/1000000","v":7.9272285077516804E-9},0,{"$f":"R208*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":4.1064347213375565E-8},{"$f":"Q202+R202","v":4.1064347213375565E-8},0,{"$f":"U208*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":1.3688115737791853E-8},{"$f":"V208*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":6.1000868591454582E-9},{"$f":"SUM(T202:V202)","v":1.9788202596937311E-8},{"$f":"S202+W202","v":6.0852549810312879E-8},"--",{"$f":"Z208*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":6.2965332393842565E-7},{"$f":"(Q202+T202+W202+P202)-(E202+H202+J202)","v":-6.3839396708703163E-8}]
[null,"COD","--","--",0,{"$f":"F208*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":7.924203660671244E-7},{"$f":"E203+F203","v":7.924203660671244E-7},0,{"$f":"I208*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":3.3989259765803026E-7},{"$f":"J208*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.5147259186084575E-7},{"$f":"SUM(H203:J203)","v":4.9136518951887598E-7},{"$f":"G203+K203","v":1.2837855555860004E-6},{"$f":"M208*0.00621725413258714*1055/1000000","v":0},{"$f":"N208*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":0},null,{"$f":"P208*0.00621725413258714*1055/1000000","v":2.5482283094447295E-9},0,{"$f":"R208*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":6.793877782350925E-8},{"$f":"Q203+R203","v":6.793877782350925E-8},0,{"$f":"U208*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":2.2646259274503082E-8},{"$f":"V208*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.0092269181198669E-8},{"$f":"SUM(T203:V203)","v":3.2738528455701748E-8},{"$f":"S203+W203","v":1.00677306279211E-7},"--",{"$f":"Z208*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.0417279266271426E-6},{"$f":"(Q203+T203+W203+P203)-(E203+H203+J203)","v":-1.1618583509569927E-7}]
[null,"TDS","--","--",0,{"$f":"F208*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.2253354719914014E-4},{"$f":"E204+F204","v":1.2253354719914014E-4},0,{"$f":"I208*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":5.2558272655804835E-5},{"$f":"J208*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":2.3422510045110083E-5},{"$f":"SUM(H204:J204)","v":7.5980782700914919E-5},{"$f":"G204+K204","v":1.9851432990005506E-4},{"$f":"M208*0.359631325*1055/1000000","v":0},{"$f":"N208*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":0},null,{"$f":"P208*0.359631325*1055/1000000","v":1.4739991381802719E-7},0,{"$f":"R208*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.0505509191296692E-5},{"$f":"Q204+R204","v":1.0505509191296692E-5},0,{"$f":"U208*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":3.5018363970988969E-6},{"$f":"V208*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.5605877827174385E-6},{"$f":"SUM(T204:V204)","v":5.0624241798163354E-6},{"$f":"S204+W204","v":1.5567933371113026E-5},"--",{"$f":"Z208*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.610844742665494E-4},{"$f":"(Q204+T204+W204+P204)-(E204+H204+J204)","v":-1.8212685951475723E-5}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"F208*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.0653456524457028E-5},{"$f":"E206+F206","v":2.0653456524457028E-5},0,{"$f":"I208*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":8.858880070884304E-6},{"$f":"J208*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":3.9479457174625389E-6},{"$f":"SUM(H206:J206)","v":1.2806825788346843E-5},{"$f":"G206+K206","v":3.3460282312803873E-5},{"$f":"M208*0.169716014150943*1055/1000000","v":0},{"$f":"N208*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":0},null,{"$f":"P208*0.169716014150943*1055/1000000","v":6.9560475187716422E-8},0,{"$f":"R208*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.7707401957204791E-6},{"$f":"Q206+R206","v":1.7707401957204791E-6},0,{"$f":"U208*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":5.9024673190682626E-7},{"$f":"V208*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":2.630425108853748E-7},{"$f":"SUM(T206:V206)","v":8.53289242792201E-7},{"$f":"S206+W206","v":2.6240294385126803E-6},"--",{"$f":"Z208*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.7151349667714025E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$9*'GEMM (2011) Models'!E191*1000)","v":1.146671646467972E-2},{"$f":"83.2*1000/1055*F191","v":2.5029456667848084E-2},{"$f":"E208+F208","v":3.6496173132527801E-2},"--",{"$f":"83.2*1000/1055*I191","v":1.0735876321587817E-2},{"$f":"43.34*(H191*1000*6*12/84.16)/1055","v":4.784426090869205E-3},{"$f":"SUM(H208:J208)","v":1.5520302412457023E-2},{"$f":"G208+K208","v":5.2016475544984828E-2},{"$f":"(($V$43*VLOOKUP($B185,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B185,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B185,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M191*1000/1055","v":0},{"$f":"83.2*1000/1055*N191","v":0},null,{"$f":"(($V$42*VLOOKUP($B185,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B185,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B185,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P191*1000/1055","v":3.8849663087984007E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$9*'GEMM (2011) Models'!Q191*1000)","v":9.8310787508591171E-4},{"$f":"83.2*1000/1055*R191","v":2.1459199793661529E-3},{"$f":"Q208+R208","v":3.1290278544520646E-3},"--",{"$f":"83.2*1000/1055*U191","v":7.1530665978871766E-4},{"$f":"43.34*(T191*1000*6*12/84.16)/1055","v":3.1877526748179657E-4},{"$f":"SUM(T208:V208)","v":1.0340819272705143E-3},{"$f":"S208+W208","v":4.1631097817225789E-3},"--",{"$f":"83.2*1000/1055*Z191","v":3.2904106350281029E-2}]
[null,"MTCO2e",{"$f":"IF(C193=\"--\",\"--\",(1*C193)+(21*C194)+(310*C195))","v":"--"},"--",9.8563008252620888E-4,1.987478857233967E-3,2.9731089397601758E-3,4.2276597551678017E-4,8.5248862914566188E-4,3.7991019245000007E-4,1.6551647971124422E-3,4.6282737368726172E-3,0,0,null,{"$f":"IF(P193=\"--\",\"--\",(1*P193)+(21*P194)+(310*P195))","v":3.3651338258964987E-5},8.450376348257931E-5,1.7039804918277766E-4,2.5490181266535697E-4,2.8167921160859765E-5,5.6799349727592544E-5,2.5312539250722923E-5,1.1027981013917523E-4,3.6518162280453219E-4,"--",2.6127700874692588E-3,{"$f":"(Q209+T209+W209+P209)-(E209+H209+J209)","v":-1.53170341745141E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,19460,"X",0.59,null,{"$f":"W211*2204.6*Y211","v":25311894.439999998}]
[null,"Dichloromethane"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C11,'GEMM (2011) Before'!J11)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D11,'GEMM (2011) Before'!K11)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G11)/2.205/1000+(M218*(1-$V$41)*$V$45)","v":1.3111326472137205E-4},{"$f":"E218","v":1.3111326472137205E-4},{"$f":"E218","v":1.3111326472137205E-4},{"$f":"SUM('GEMM (2011) Before'!H11)/2.205/1000+(M218*(1-$V$41)*(1-$V$45))","v":3.2240147450765294E-4},{"$f":"H218","v":3.2240147450765294E-4},{"$f":"J235*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":3.9475621779332907E-5},{"$f":"H218","v":3.2240147450765294E-4},{"$f":"G218+K218","v":4.5351473922902502E-4},{"$f":"SUM('GEMM (2011) Before'!F11)/2.205/1000","v":0},{"$f":"M218*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O11/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P218*$V$44","v":2.7210884353741481E-5},{"$f":"Q218","v":2.7210884353741481E-5},{"$f":"Q218","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P218*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T218","v":9.0702947845804936E-6},{"$f":"V235*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":1.1105889850223254E-6},{"$f":"T218","v":9.0702947845804936E-6},{"$f":"S218+W218","v":3.6281179138321975E-5},{"$f":"P218*$V$40","v":4.1723356009070291E-4},{"$f":"Y218","v":4.1723356009070291E-4},{"$f":"SUM(X218,Z218)-SUM(L218,N218,C218,D218)","v":0}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E218*1*12/84.9)","v":6.7270834054923039E-5},{"$f":"'GEMM (2011) LCA Data'!$J32*F$218","v":2.8320465179816363E-4},{"$f":"E220+F220","v":3.5047548585308665E-4},{"$f":"3.63*(H218*1*12/84.9)","v":1.6541588020675335E-4},{"$f":"'GEMM (2011) LCA Data'!$J32*I$218","v":6.9638718493653042E-4},{"$f":"J235*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.340219982960039E-4},{"$f":"SUM(H220:J220)","v":9.9582506343928756E-4},{"$f":"G220+K220","v":1.3463005492923741E-3},{"$f":"M235*79.0676204311955*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$J32*N$218","v":0},null,{"$f":"P235*79.0676204311955*1055/1000000","v":2.205287372570759E-5},{"$f":"3.63*(Q218*1*12/84.9)","v":1.3961202855700578E-5},{"$f":"'GEMM (2011) LCA Data'!$J32*R$218","v":5.8775510204081605E-5},{"$f":"Q220+R220","v":7.2736713059782176E-5},{"$f":"3.63*(T218*1*12/84.9)","v":4.6537342852335242E-6},{"$f":"'GEMM (2011) LCA Data'!$J32*U$218","v":1.9591836734693867E-5},{"$f":"V235*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":3.7705132522104656E-6},{"$f":"SUM(T220:V220)","v":2.8016084272137856E-5},{"$f":"S220+W220","v":1.0075279733192004E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$J32*Z$218","v":9.012244897959184E-4},{"$f":"(Q220+T220+W220+P220-Z220)-(E220+H220+J220)","v":-1.199249307214819E-3}]
[null,"CH4 ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$J33*F$218","v":8.9681473069418479E-7},8.9681473069418479E-7,0,{"$f":"'GEMM (2011) LCA Data'!$J33*I$218","v":2.2052260856323462E-6},{"$f":"J235*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":6.6084126540114863E-7},2.8660673510334949E-6,3.7628820817276798E-6,{"$f":"M235*0.144574268396226*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$J33*N$218","v":0},null,{"$f":"P235*0.144574268396226*1055/1000000","v":4.0323435403029016E-8},0,{"$f":"'GEMM (2011) LCA Data'!$J33*R$218","v":1.8612244897959171E-7},1.8612244897959171E-7,0,{"$f":"'GEMM (2011) LCA Data'!$J33*U$218","v":6.204081632653058E-8},{"$f":"V235*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.8591804185006388E-8},8.0632620511536964E-8,2.6675506949112865E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$J33*Z$218","v":2.8538775510204079E-6},-3.3937627605069903E-6]
[null,"N2O","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$J34*F$218","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$J34*I$218","v":0},{"$f":"J235*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":2.4129325016593274E-9},2.4129325016593274E-9,2.4129325016593274E-9,0,{"$f":"'GEMM (2011) LCA Data'!$J34*N$218","v":0},null,0,0,{"$f":"'GEMM (2011) LCA Data'!$J34*R$218","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$J34*U$218","v":0},{"$f":"V235*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":6.7884333093600194E-11},6.7884333093600194E-11,6.7884333093600194E-11,"--",{"$f":"'GEMM (2011) LCA Data'!$J34*Z$218","v":0},-2.3450481685657273E-9]
[null,"CO ","--","--",{"$f":"0.0016*(E218*1*12/84.9)","v":2.9651056332748449E-8},{"$f":"'GEMM (2011) LCA Data'!$J35*F$218","v":5.2445305888548823E-7},5.5410411521823668E-7,{"$f":"0.0016*(H218*1*12/84.9)","v":7.2910580807384402E-8},{"$f":"'GEMM (2011) LCA Data'!$J35*I$218","v":1.2896058980306119E-6},{"$f":"J235*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":8.4173402620088797E-8},1.446689881458085E-6,2.0007939966763217E-6,{"$f":"M235*0.0553151275443457*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$J35*N$218","v":0},null,{"$f":"P235*0.0553151275443457*1055/1000000","v":1.542802877087193E-8},{"$f":"0.0016*(Q218*1*12/84.9)","v":6.1536982284079686E-9},{"$f":"'GEMM (2011) LCA Data'!$J35*R$218","v":1.0884353741496592E-7},1.1499723564337389E-7,{"$f":"0.0016*(T218*1*12/84.9)","v":2.0512327428026558E-9},{"$f":"'GEMM (2011) LCA Data'!$J35*U$218","v":3.6281179138321976E-8},{"$f":"V235*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":2.3680957909740041E-9},4.0700507672098634E-8,1.5569774331547251E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$J35*Z$218","v":1.6689342403628117E-6},-1.791335812708852E-6]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E218*1*12/84.9)","v":2.9651056332748449E-9},{"$f":"'GEMM (2011) LCA Data'!$J36*F$218","v":1.4160232589908182E-6},1.4189883646240931E-6,{"$f":"0.00016*(H218*1*12/84.9)","v":7.2910580807384411E-9},{"$f":"'GEMM (2011) LCA Data'!$J36*I$218","v":3.4819359246826522E-6},{"$f":"J235*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":4.1261512240057929E-11},3.4892682442756307E-6,4.9082566088997237E-6,{"$f":"M235*0.401850859732704*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$J36*N$218","v":0},null,{"$f":"P235*0.401850859732704*1055/1000000","v":1.1208085203429159E-7},{"$f":"0.00016*(Q218*1*12/84.9)","v":6.1536982284079686E-10},{"$f":"'GEMM (2011) LCA Data'!$J36*R$218","v":2.9387755102040803E-7},2.9449292084324882E-7,{"$f":"0.00016*(T218*1*12/84.9)","v":2.0512327428026557E-10},{"$f":"'GEMM (2011) LCA Data'!$J36*U$218","v":9.7959183673469331E-8},{"$f":"V235*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":1.1608324057649987E-12},9.8165467780155361E-8,3.9265838862340418E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$J36*Z$218","v":4.506122448979592E-6},-4.3053530612942772E-6]
[null,"NOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$J37*F$218","v":1.0698842401263961E-6},1.0698842401263961E-6,0,{"$f":"'GEMM (2011) LCA Data'!$J37*I$218","v":2.6307960319824481E-6},{"$f":"J235*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":8.813305216628644E-8},2.7189290841487347E-6,3.7888133242751308E-6,{"$f":"M235*0.260265861210973*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$J37*N$218","v":0},null,{"$f":"P235*0.260265861210973*1055/1000000","v":7.2591158569046894E-8},0,{"$f":"'GEMM (2011) LCA Data'!$J37*R$218","v":2.220408163265305E-7},2.220408163265305E-7,0,{"$f":"'GEMM (2011) LCA Data'!$J37*U$218","v":7.4013605442176834E-8},{"$f":"V235*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":2.4794947499350013E-9},7.6493100192111838E-8,2.9853391651864233E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$J37*Z$218","v":3.4046258503401362E-6},-3.3436746437452639E-6]
[null,"SOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$J38*F$218","v":1.0725065054208234E-6},1.0725065054208234E-6,0,{"$f":"'GEMM (2011) LCA Data'!$J38*I$218","v":2.6372440614726012E-6},{"$f":"J235*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.1362478356157489E-6},3.7734918970883499E-6,4.8459984025091733E-6,{"$f":"M235*0.346184729976483*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$J38*N$218","v":0},null,{"$f":"P235*0.346184729976483*1055/1000000","v":9.6554924687318369E-8},0,{"$f":"'GEMM (2011) LCA Data'!$J38*R$218","v":2.225850340136053E-7},2.225850340136053E-7,0,{"$f":"'GEMM (2011) LCA Data'!$J38*U$218","v":7.419501133786843E-8},{"$f":"V235*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":3.1966673952453539E-8},1.0616168529032196E-7,3.2874671930392727E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$J38*Z$218","v":3.4129705215419498E-6},-4.3465017471800583E-6]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$J40*F$218","v":2.4124840708732459E-6},{"$f":"E228+F228","v":2.4124840708732459E-6},0,{"$f":"'GEMM (2011) LCA Data'!$J40*I$218","v":5.9321871309408141E-6},{"$f":"J230/2.86","v":2.0722645426545843E-8},{"$f":"SUM(H228:J228)","v":5.95290977636736E-6},{"$f":"G228+K228","v":8.3653938472406063E-6},{"$f":"M230/2.86","v":0},{"$f":"'GEMM (2011) LCA Data'!$J40*N$218","v":0},null,{"$f":"P230/2.86","v":6.0631611111762706E-10},0,{"$f":"'GEMM (2011) LCA Data'!$J40*R$218","v":5.0068027210884325E-7},{"$f":"Q228+R228","v":5.0068027210884325E-7},0,{"$f":"'GEMM (2011) LCA Data'!$J40*U$218","v":1.6689342403628108E-7},{"$f":"V230/2.86","v":5.8300137436452054E-10},{"$f":"SUM(T228:V228)","v":1.6747642541064561E-7},{"$f":"S228+W228","v":6.6815669751948886E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$J40*Z$218","v":7.6770975056689336E-6},{"$f":"(Q228+T228+W228+P228-Z228)-(E228+H228+J228)","v":-7.5297374095737163E-6}]
[null,"BOD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$J41*F$218","v":2.373150091456834E-8},{"$f":"E229+F229","v":2.373150091456834E-8},0,{"$f":"'GEMM (2011) LCA Data'!$J41*I$218","v":5.8354666885885179E-8},{"$f":"J235*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":3.5822708796320571E-8},{"$f":"SUM(H229:J229)","v":9.4177375682205756E-8},{"$f":"G229+K229","v":1.179088765967741E-7},{"$f":"M235*0.0193411218363402*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$J41*N$218","v":0},null,{"$f":"P235*0.0193411218363402*1055/1000000","v":5.3944625529928449E-9},0,{"$f":"'GEMM (2011) LCA Data'!$J41*R$218","v":4.9251700680272077E-9},{"$f":"Q229+R229","v":4.9251700680272077E-9},0,{"$f":"'GEMM (2011) LCA Data'!$J41*U$218","v":1.6417233560090691E-9},{"$f":"V235*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":1.0078196114363599E-9},{"$f":"SUM(T229:V229)","v":2.649542967445429E-9},{"$f":"S229+W229","v":7.5747130354726359E-9},"--",{"$f":"'GEMM (2011) LCA Data'!$J41*Z$218","v":7.5519274376417224E-8},{"$f":"(Q229+T229+W229+P229-Z229)-(E229+H229+J229)","v":-1.0329797765229952E-7}]
[null,"COD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$J42*F$218","v":9.899051486463589E-6},{"$f":"E230+F230","v":9.899051486463589E-6},0,{"$f":"'GEMM (2011) LCA Data'!$J42*I$218","v":2.4341311325327798E-5},{"$f":"J235*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":5.9266765919921104E-8},{"$f":"SUM(H230:J230)","v":2.440057809124772E-5},{"$f":"G230+K230","v":3.4299629577711312E-5},{"$f":"M235*0.00621725413258714*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$J42*N$218","v":0},null,{"$f":"P235*0.00621725413258714*1055/1000000","v":1.7340640777964133E-9},0,{"$f":"'GEMM (2011) LCA Data'!$J42*R$218","v":2.0544217687074817E-6},{"$f":"Q230+R230","v":2.0544217687074817E-6},0,{"$f":"'GEMM (2011) LCA Data'!$J42*U$218","v":6.8480725623582726E-7},{"$f":"V235*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.6673839306825287E-9},{"$f":"SUM(T230:V230)","v":6.8647464016650977E-7},{"$f":"S230+W230","v":2.7408964088739914E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$J42*Z$218","v":3.1501133786848071E-5},{"$f":"(Q230+T230+W230+P230-Z230)-(E230+H230+J230)","v":-3.0872191848523686E-5}]
[null,"TDS","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$J43*F$218","v":1.0266168627683432E-6},{"$f":"E231+F231","v":1.0266168627683432E-6},0,{"$f":"'GEMM (2011) LCA Data'!$J43*I$218","v":2.5244035453949227E-6},{"$f":"J235*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":9.1645386339980546E-6},{"$f":"SUM(H231:J231)","v":1.1688942179392977E-5},{"$f":"G231+K231","v":1.2715559042161319E-5},{"$f":"M235*0.359631325*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$J43*N$218","v":0},null,{"$f":"P235*0.359631325*1055/1000000","v":1.003053355442177E-7},0,{"$f":"'GEMM (2011) LCA Data'!$J43*R$218","v":2.1306122448979579E-7},{"$f":"Q231+R231","v":2.1306122448979579E-7},0,{"$f":"'GEMM (2011) LCA Data'!$J43*U$218","v":7.1020408163265264E-8},{"$f":"V235*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":2.578309143963479E-7},{"$f":"SUM(T231:V231)","v":3.2885132255961314E-7},{"$f":"S231+W231","v":5.4191254704940896E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$J43*Z$218","v":3.2669387755102037E-6},{"$f":"(Q231+T231+W231+P231-Z231)-(E231+H231+J231)","v":-1.2002320751404428E-5}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$J45*F$218","v":4.851190794690766E-6},{"$f":"E233+F233","v":4.851190794690766E-6},0,{"$f":"'GEMM (2011) LCA Data'!$J45*I$218","v":1.1928854556783158E-5},{"$f":"J235*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":1.5447149337509251E-6},{"$f":"SUM(H233:J233)","v":1.3473569490534084E-5},{"$f":"G233+K233","v":1.8324760285224848E-5},{"$f":"M235*0.169716014150943*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$J45*N$218","v":0},null,{"$f":"P235*0.169716014150943*1055/1000000","v":4.7335759048902468E-8},0,{"$f":"'GEMM (2011) LCA Data'!$J45*R$218","v":1.0068027210884348E-6},{"$f":"Q233+R233","v":1.0068027210884348E-6},0,{"$f":"'GEMM (2011) LCA Data'!$J45*U$218","v":3.3560090702947825E-7},{"$f":"V235*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":4.3458299403441585E-8},{"$f":"SUM(T233:V233)","v":3.7905920643291985E-7},{"$f":"S233+W233","v":1.3858619275213545E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$J45*Z$218","v":1.5437641723356008E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$10*'GEMM (2011) Models'!E218*1000)","v":7.0577145246003559E-4},{"$f":"'GEMM (2011) LCA Data'!$J47*1000/1055*F218","v":2.8871603205716991E-3},{"$f":"E235+F235","v":3.5929317730317347E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$J47*1000/1055*I218","v":7.0993941495575861E-3},{"$f":"43.34*(H218*1000*1*12/84.9)/1055","v":1.8720050783128201E-3},{"$f":"SUM(H235:J235)","v":8.9713992278704063E-3},{"$f":"G235+K235","v":1.2564331000902141E-2},{"$f":"(($V$43*VLOOKUP($B212,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B212,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B212,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M218*1000/1055","v":0},{"$f":"'GEMM (2011) LCA Data'!$J47*1000/1055*N218","v":0},null,{"$f":"(($V$42*VLOOKUP($B212,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B212,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B212,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P218*1000/1055","v":2.6437115130412353E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$10*'GEMM (2011) Models'!Q218*1000)","v":1.4647385536371087E-4},{"$f":"'GEMM (2011) LCA Data'!$J47*1000/1055*R218","v":5.9919326820775671E-4},{"$f":"Q235+R235","v":7.4566712357146761E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$J47*1000/1055*U218","v":1.9973108940258557E-4},{"$f":"43.34*(T218*1000*1*12/84.9)/1055","v":5.2666129782622698E-5},{"$f":"SUM(T235:V235)","v":2.5239721918520825E-4},{"$f":"S235+W235","v":9.980643427566758E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$J47*1000/1055*Z218","v":9.1876301125189408E-3}]
[null,"MTCO2e",{"$f":"IF(C220=\"--\",\"--\",(1*C220)+(21*C221)+(310*C222))","v":"--"},"--",6.7270834054923039E-5,3.0203776114274151E-4,3.6930859519766453E-4,1.6541588020675335E-4,7.4269693273480968E-4,1.486476739449424E-4,1.0567604868865054E-3,1.4260690820841698E-3,0,0,null,{"$f":"IF(P220=\"--\",\"--\",(1*P220)+(21*P221)+(310*P222))","v":2.2899665869171198E-5},1.3961202855700578E-5,6.2684081632653028E-5,7.6645284488353606E-5,4.6537342852335242E-6,2.0894693877551008E-5,4.1819852833546154E-6,2.973041344613915E-5,1.0637569793449275E-4,"--",9.6115591836734701E-4,{"$f":"(Q236+T236+W236+P236-Z236)-(E236+H236+J236)","v":-1.2712452901177214E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,11280,"X",0.39,null,{"$f":"W238*2204.6*Y238","v":9698476.3200000003}]
[null,"N,N-Dimethylformamide"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C17,'GEMM (2011) Before'!J17)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D17,'GEMM (2011) Before'!K17)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G17)/2.205/1000+(M245*(1-$V$41)*$V$45)","v":4.4346573565007762E-4},{"$f":"E245","v":4.4346573565007762E-4},{"$f":"E245","v":4.4346573565007762E-4},{"$f":"SUM('GEMM (2011) Before'!H17)/2.205/1000+(M245*(1-$V$41)*(1-$V$45))","v":1.0049003578947314E-5},{"$f":"H245","v":1.0049003578947314E-5},{"$f":"J262*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":4.2930015535929835E-6},{"$f":"H245","v":1.0049003578947314E-5},{"$f":"G245+K245","v":4.5351473922902491E-4},{"$f":"SUM('GEMM (2011) Before'!F17)/2.205/1000","v":0},{"$f":"M245*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O17/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P245*$V$44","v":2.7210884353741481E-5},{"$f":"Q245","v":2.7210884353741481E-5},{"$f":"Q245","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P245*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T245","v":9.0702947845804936E-6},{"$f":"V262*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":3.8748906093861133E-6},{"$f":"T245","v":9.0702947845804936E-6},{"$f":"S245+W245","v":3.6281179138321975E-5},{"$f":"P245*$V$40","v":4.1723356009070291E-4},{"$f":"Y245","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E245*3*12/73)","v":7.9386441554454997E-4},{"$f":"'GEMM (2011) LCA Data'!$K32*F$245","v":8.8249681394365442E-4},{"$f":"E247+F247","v":1.6763612294882044E-3},{"$f":"3.63*(H245*3*12/73)","v":1.7989092982148426E-5},{"$f":"'GEMM (2011) LCA Data'!$K32*I$245","v":1.9997517122105155E-5},{"$f":"J262*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.4574986307159411E-5},{"$f":"SUM(H247:J247)","v":5.2561596411412994E-5},{"$f":"G247+K247","v":1.7289228258996173E-3},{"$f":"M262*79.0676204311955*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$K32*N$245","v":0},null,{"$f":"P262*79.0676204311955*1055/1000000","v":4.5271143217407843E-5},{"$f":"3.63*(Q245*3*12/73)","v":4.8711210511601872E-5},{"$f":"'GEMM (2011) LCA Data'!$K32*R$245","v":5.4149659863945548E-5},{"$f":"Q247+R247","v":1.0286087037554742E-4},{"$f":"3.63*(T245*3*12/73)","v":1.6237070170533958E-5},{"$f":"'GEMM (2011) LCA Data'!$K32*U$245","v":1.8049886621315184E-5},{"$f":"V262*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.3155475689561719E-5},{"$f":"SUM(T247:V247)","v":4.7442432481410863E-5},{"$f":"S247+W247","v":1.5030330285695828E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$K32*Z$245","v":8.3029478458049874E-4},{"$f":"(Q247+T247+W247+P247)-(E247+H247+J247)","v":-6.6876663845290318E-4}]
[null,"CH4 ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$K33*F$245","v":5.4989751220609622E-6},5.4989751220609622E-6,0,{"$f":"'GEMM (2011) LCA Data'!$K33*I$245","v":1.2460764437894669E-7},{"$f":"J262*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":7.1866951074365719E-8},1.964745954533124E-7,5.6954497175142747E-6,{"$f":"M262*0.144574268396226*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$K33*N$245","v":0},null,{"$f":"P262*0.144574268396226*1055/1000000","v":8.2777784059063633E-8},0,{"$f":"'GEMM (2011) LCA Data'!$K33*R$245","v":3.3741496598639434E-7},3.3741496598639434E-7,0,{"$f":"'GEMM (2011) LCA Data'!$K33*U$245","v":1.1247165532879812E-7},{"$f":"V262*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":6.4867568848234626E-8},1.7733922417703276E-7,5.1475419016342715E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$K33*Z$245","v":5.1736961451247163E-6},1.8825005716173067E-7]
[null,"N2O","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$K34*F$245","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$K34*I$245","v":0},{"$f":"J262*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":2.6240810179617513E-10},2.6240810179617513E-10,2.6240810179617513E-10,0,{"$f":"'GEMM (2011) LCA Data'!$K34*N$245","v":0},null,0,0,{"$f":"'GEMM (2011) LCA Data'!$K34*R$245","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$K34*U$245","v":0},{"$f":"V262*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":2.3685122793068451E-10},2.3685122793068451E-10,2.3685122793068451E-10,"--",{"$f":"'GEMM (2011) LCA Data'!$K34*Z$245","v":0},-2.5556873865490615E-11]
[null,"CO ","--","--",{"$f":"0.0016*(E245*3*12/73)","v":3.4991269004718456E-7},{"$f":"'GEMM (2011) LCA Data'!$K35*F$245","v":2.2661099091718967E-5},2.3011011781766152E-5,{"$f":"0.0016*(H245*3*12/73)","v":7.9290767965392524E-9},{"$f":"'GEMM (2011) LCA Data'!$K35*I$245","v":5.1350408288420776E-7},{"$f":"J262*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":9.1539165675265885E-9},5.3058707624827359E-7,2.3541598858014424E-5,{"$f":"M262*0.0553151275443457*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$K35*N$245","v":0},null,{"$f":"P262*0.0553151275443457*1055/1000000","v":3.1671359875163915E-8},{"$f":"0.0016*(Q245*3*12/73)","v":2.1470506010623417E-8},{"$f":"'GEMM (2011) LCA Data'!$K35*R$245","v":1.3904761904761897E-6},1.4119466964868131E-6,{"$f":"0.0016*(T245*3*12/73)","v":7.156835336874473E-9},{"$f":"'GEMM (2011) LCA Data'!$K35*U$245","v":4.6349206349206325E-7},{"$f":"V262*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":8.2623835337134081E-9},4.7891128236265116E-7,1.8908579788494641E-6,"--",{"$f":"'GEMM (2011) LCA Data'!$K35*Z$245","v":2.132063492063492E-5},1.7221430017406253E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E245*3*12/73)","v":3.4991269004718458E-8},{"$f":"'GEMM (2011) LCA Data'!$K36*F$245","v":8.5145421244814894E-6},8.5495333934862083E-6,{"$f":"0.00016*(H245*3*12/73)","v":7.9290767965392522E-10},{"$f":"'GEMM (2011) LCA Data'!$K36*I$245","v":1.929408687157884E-7},{"$f":"J262*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":4.4872183936796751E-12},1.93738263613836E-7,8.7432716571000445E-6,{"$f":"M262*0.401850859732704*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$K36*N$245","v":0},null,{"$f":"P262*0.401850859732704*1055/1000000","v":2.3008467592405389E-7},{"$f":"0.00016*(Q245*3*12/73)","v":2.1470506010623416E-9},{"$f":"'GEMM (2011) LCA Data'!$K36*R$245","v":5.224489795918364E-7},5.2459603019289875E-7,{"$f":"0.00016*(T245*3*12/73)","v":7.1568353368744726E-10},{"$f":"'GEMM (2011) LCA Data'!$K36*U$245","v":1.7414965986394546E-7},{"$f":"V262*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":4.0501919691554133E-12},1.7486939358960206E-7,6.9946542378250076E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$K36*Z$245","v":8.0108843537414953E-6},3.7202813974563966E-7]
[null,"NOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$K37*F$245","v":4.1863165445367325E-6},4.1863165445367325E-6,0,{"$f":"'GEMM (2011) LCA Data'!$K37*I$245","v":9.4862593785262633E-8},{"$f":"J262*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":9.5845312326617631E-9},1.0444712501792439E-7,4.2907636695546565E-6,{"$f":"M262*0.260265861210973*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$K37*N$245","v":0},null,{"$f":"P262*0.260265861210973*1055/1000000","v":1.4901843527385643E-7},0,{"$f":"'GEMM (2011) LCA Data'!$K37*R$245","v":2.5687074829931954E-7},2.5687074829931954E-7,0,{"$f":"'GEMM (2011) LCA Data'!$K37*U$245","v":8.5623582766439846E-8},{"$f":"V262*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":8.6510590795677371E-9},9.4274641846007584E-8,3.5114539014532711E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$K37*Z$245","v":3.9386848072562348E-6},2.3370854588720222E-7]
[null,"SOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$K38*F$245","v":3.02887097449003E-6},3.02887097449003E-6,0,{"$f":"'GEMM (2011) LCA Data'!$K38*I$245","v":6.8634694444210157E-8},{"$f":"J262*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.2356774899791093E-7},1.9220244344212108E-7,3.2210734179321513E-6,{"$f":"M262*0.346184729976483*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$K38*N$245","v":0},null,{"$f":"P262*0.346184729976483*1055/1000000","v":1.9821234539469828E-7},0,{"$f":"'GEMM (2011) LCA Data'!$K38*R$245","v":1.8585034013605433E-7},1.8585034013605433E-7,0,{"$f":"'GEMM (2011) LCA Data'!$K38*U$245","v":6.1950113378684775E-8},{"$f":"V262*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.1153303911903994E-7},1.734831524977247E-7,3.59333492633779E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$K38*Z$245","v":2.8497052154195011E-6},2.4812774889451203E-7]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$K40*F$245","v":1.0377098214211816E-5},{"$f":"E255+F255","v":1.0377098214211816E-5},0,{"$f":"'GEMM (2011) LCA Data'!$K40*I$245","v":2.3514668374736713E-7},{"$f":"J257/2.86","v":2.2536022233674665E-9},{"$f":"SUM(H255:J255)","v":2.3740028597073459E-7},{"$f":"G255+K255","v":1.061449850018255E-5},{"$f":"M257/2.86","v":0},{"$f":"'GEMM (2011) LCA Data'!$K40*N$245","v":0},null,{"$f":"P257/2.86","v":1.244673317538218E-9},0,{"$f":"'GEMM (2011) LCA Data'!$K40*R$245","v":6.3673469387755053E-7},{"$f":"Q255+R255","v":6.3673469387755053E-7},0,{"$f":"'GEMM (2011) LCA Data'!$K40*U$245","v":2.1224489795918353E-7},{"$f":"V257/2.86","v":2.0341157541184023E-9},{"$f":"SUM(T255:V255)","v":2.1427901371330193E-7},{"$f":"S255+W255","v":8.5101370759085243E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$K40*Z$245","v":9.7632653061224466E-6},{"$f":"(Q255+T255+W255+P255)-(E255+H255+J255)","v":2.1327008480747269E-7}]
[null,"BOD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$K41*F$245","v":5.5876682691909778E-8},{"$f":"E256+F256","v":5.5876682691909778E-8},0,{"$f":"'GEMM (2011) LCA Data'!$K41*I$245","v":1.2661744509473616E-9},{"$f":"J262*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":3.8957447048250672E-9},{"$f":"SUM(H256:J256)","v":5.1619191557724287E-9},{"$f":"G256+K256","v":6.1038601847682201E-8},{"$f":"M262*0.0193411218363402*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$K41*N$245","v":0},null,{"$f":"P262*0.0193411218363402*1055/1000000","v":1.1073998330330839E-8},0,{"$f":"'GEMM (2011) LCA Data'!$K41*R$245","v":3.4285714285714267E-9},{"$f":"Q256+R256","v":3.4285714285714267E-9},0,{"$f":"'GEMM (2011) LCA Data'!$K41*U$245","v":1.1428571428571422E-9},{"$f":"V262*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":3.5163240415457656E-9},{"$f":"SUM(T256:V256)","v":4.6591811844029078E-9},{"$f":"S256+W256","v":8.0877526129743344E-9},"--",{"$f":"'GEMM (2011) LCA Data'!$K41*Z$245","v":5.2571428571428569E-8},{"$f":"(Q256+T256+W256+P256)-(E256+H256+J256)","v":1.1837434809908679E-8}]
[null,"COD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$K42*F$245","v":4.2217938033887395E-5},{"$f":"E257+F257","v":4.2217938033887395E-5},0,{"$f":"'GEMM (2011) LCA Data'!$K42*I$245","v":9.566651407157844E-7},{"$f":"J262*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":6.4453023588309542E-9},{"$f":"SUM(H257:J257)","v":9.6311044307461536E-7},{"$f":"G257+K257","v":4.3181048476962013E-5},{"$f":"M262*0.00621725413258714*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$K42*N$245","v":0},null,{"$f":"P262*0.00621725413258714*1055/1000000","v":3.5597656881593031E-9},0,{"$f":"'GEMM (2011) LCA Data'!$K42*R$245","v":2.590476190476189E-6},{"$f":"Q257+R257","v":2.590476190476189E-6},0,{"$f":"'GEMM (2011) LCA Data'!$K42*U$245","v":8.6349206349206302E-7},{"$f":"V262*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":5.8175710567786303E-9},{"$f":"SUM(T257:V257)","v":8.6930963454884166E-7},{"$f":"S257+W257","v":3.4597858250250307E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$K42*Z$245","v":3.972063492063492E-5},{"$f":"(Q257+T257+W257+P257)-(E257+H257+J257)","v":8.6642409787817002E-7}]
[null,"TDS","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$K43*F$245","v":2.2306326503198908E-6},{"$f":"E258+F258","v":2.2306326503198908E-6},0,{"$f":"'GEMM (2011) LCA Data'!$K43*I$245","v":5.0546488002104994E-8},{"$f":"J262*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":9.9665000373254218E-7},{"$f":"SUM(H258:J258)","v":1.0471964917346471E-6},{"$f":"G258+K258","v":3.2778291420545381E-6},{"$f":"M262*0.359631325*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$K43*N$245","v":0},null,{"$f":"P262*0.359631325*1055/1000000","v":2.0591135955215418E-7},0,{"$f":"'GEMM (2011) LCA Data'!$K43*R$245","v":1.3687074829931965E-7},{"$f":"Q258+R258","v":1.3687074829931965E-7},0,{"$f":"'GEMM (2011) LCA Data'!$K43*U$245","v":4.5623582766439891E-8},{"$f":"V262*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":8.9958265611986036E-7},{"$f":"SUM(T258:V258)","v":9.4520623888630027E-7},{"$f":"S258+W258","v":1.0820769871856199E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$K43*Z$245","v":2.0986848072562359E-6},{"$f":"(Q258+T258+W258+P258)-(E258+H258+J258)","v":1.5446759470591232E-7}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$K45*F$245","v":1.0554484508471849E-5},{"$f":"E260+F260","v":1.0554484508471849E-5},0,{"$f":"'GEMM (2011) LCA Data'!$K45*I$245","v":2.391662851789461E-7},{"$f":"J262*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":1.6798883238674776E-7},{"$f":"SUM(H260:J260)","v":4.0715511756569384E-7},{"$f":"G260+K260","v":1.0961639626037542E-5},{"$f":"M262*0.169716014150943*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$K45*N$245","v":0},null,{"$f":"P262*0.169716014150943*1055/1000000","v":9.71730012995762E-8},0,{"$f":"'GEMM (2011) LCA Data'!$K45*R$245","v":6.4761904761904726E-7},{"$f":"Q260+R260","v":6.4761904761904726E-7},0,{"$f":"'GEMM (2011) LCA Data'!$K45*U$245","v":2.1587301587301575E-7},{"$f":"V262*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":1.5162779257611743E-7},{"$f":"SUM(T260:V260)","v":3.6750080844913318E-7},{"$f":"S260+W260","v":1.0151198560681805E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$K45*Z$245","v":9.93015873015873E-6}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$11*'GEMM (2011) Models'!E245*1000)","v":8.8796222817307067E-3},{"$f":"'GEMM (2011) LCA Data'!$K47*1000/1055*F245","v":9.4581783614112163E-3},{"$f":"E262+F262","v":1.8337800643141923E-2},"--",{"$f":"'GEMM (2011) LCA Data'!$K47*1000/1055*I245","v":2.1432381481472572E-4},{"$f":"43.34*(H245*1000*3*12/73)/1055","v":2.0358186514337154E-4},{"$f":"SUM(H262:J262)","v":4.1790567995809725E-4},{"$f":"G262+K262","v":1.8755706323100019E-2},{"$f":"(($V$43*VLOOKUP($B239,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B239,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B239,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M245*1000/1055","v":0},{"$f":"'GEMM (2011) LCA Data'!$K47*1000/1055*N245","v":0},null,{"$f":"(($V$42*VLOOKUP($B239,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B239,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B239,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P245*1000/1055","v":5.4271313580724545E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$11*'GEMM (2011) Models'!Q245*1000)","v":5.4485015546665717E-4},{"$f":"'GEMM (2011) LCA Data'!$K47*1000/1055*R245","v":5.8035013057355618E-4},{"$f":"Q262+R262","v":1.1252002860402135E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$K47*1000/1055*U245","v":1.9345004352451872E-4},{"$f":"43.34*(T245*1000*3*12/73)/1055","v":1.8375429117306849E-4},{"$f":"SUM(T262:V262)","v":3.7720433469758721E-4},{"$f":"S262+W262","v":1.5024046207378007E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$K47*1000/1055*Z245","v":8.8987020021278652E-3}]
[null,"MTCO2e",{"$f":"IF(C247=\"--\",\"--\",(1*C247)+(21*C248)+(310*C249))","v":"--"},"--",7.9386441554454997E-4,9.979752915069346E-4,1.7918397070514846E-3,1.7989092982148426E-5,2.2614277654063035E-5,1.6165538791277905E-5,5.6768909427489372E-5,1.8486086164789738E-3,0,0,null,{"$f":"IF(P247=\"--\",\"--\",(1*P247)+(21*P248)+(310*P249))","v":4.7009476682648178E-5},4.8711210511601872E-5,6.1235374149659828E-5,1.099465846612617E-4,1.6237070170533958E-5,2.0411791383219944E-5,1.4591118516033159E-5,5.1239980069787061E-5,1.6118656473104875E-4,"--",9.3894240362811781E-4,{"$f":"(Q263+T263+W263+P263)-(E263+H263+J263)","v":-6.6482130988340519E-4}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,4861,"X",0.48,null,{"$f":"W265*2204.6*Y265","v":5143949.0879999995}]
[null,"Ethanol"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",0,0,{"$f":"SUM('GEMM (2011) Before'!G12)/2.205/1000+(M272*(1-$V$41)*$V$45)","v":3.4013605442176868E-4},{"$f":"E272","v":3.4013605442176868E-4},{"$f":"E272","v":3.4013605442176868E-4},{"$f":"SUM('GEMM (2011) Before'!H12)/2.205/1000+(M272*(1-$V$41)*(1-$V$45))","v":1.1337868480725623E-4},{"$f":"H272","v":1.1337868480725623E-4},{"$f":"J289*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":8.8817826703462211E-5},{"$f":"H272","v":1.1337868480725623E-4},{"$f":"G272+K272","v":4.5351473922902491E-4},{"$f":"'GEMM (2011) Before'!F13/2.205/1000","v":0},{"$f":"M272*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!O12/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P272*$V$44","v":2.7210884353741481E-5},{"$f":"Q272","v":2.7210884353741481E-5},{"$f":"Q272","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P272*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T272","v":9.0702947845804936E-6},{"$f":"V289*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":7.1054261362769727E-6},{"$f":"T272","v":9.0702947845804936E-6},{"$f":"S272+W272","v":3.6281179138321975E-5},{"$f":"P272*$V$40","v":4.1723356009070291E-4},{"$f":"Y272","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E272*8*12/106.16)","v":1.116527997785399E-3},{"$f":"F289*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.964259383803076E-3},{"$f":"E274+F274","v":3.080787381588475E-3},{"$f":"3.63*(H272*8*12/106.16)","v":3.7217599926179964E-4},{"$f":"I289*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":6.5475312793435874E-4},{"$f":"J289*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":3.0154161182429224E-4},{"$f":"SUM(H274:J274)","v":1.3284707390204505E-3},{"$f":"G274+K274","v":4.4092581206089257E-3},{"$f":"M289*79.0676204311955*1055/1000000","v":0},{"$f":"N289*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":0},null,{"$f":"P289*79.0676204311955*1055/1000000","v":7.4674974851684643E-5},{"$f":"3.63*(Q272*8*12/106.16)","v":8.9322239822831878E-5},{"$f":"R289*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.5714075070424603E-4},{"$f":"Q274+R274","v":2.4646299052707792E-4},{"$f":"3.63*(T272*8*12/106.16)","v":2.9774079940943957E-5},{"$f":"U289*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":5.238025023474867E-5},{"$f":"V289*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":2.4123328945943366E-5},{"$f":"SUM(T274:V274)","v":1.0627765912163599E-4},{"$f":"S274+W274","v":3.5274064964871388E-4},"--",{"$f":"Z289*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.4094915107984397E-3},{"$f":"(Q274+T274+W274+P274)-(E274+H274+J274)","v":-1.4901966551343943E-3}]
[null,"CH4 ","--","--",0,{"$f":"F289*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":9.6854521889874647E-6},9.6854521889874647E-6,0,{"$f":"I289*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":3.2284840629958216E-6},{"$f":"J289*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.4868539707112313E-6},4.7153380337070529E-6,1.4400790222694518E-5,{"$f":"M289*0.144574268396226*1055/1000000","v":0},{"$f":"N289*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":0},null,{"$f":"P289*0.144574268396226*1055/1000000","v":1.3654236459643569E-7},0,{"$f":"R289*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":7.7483617511899703E-7},7.7483617511899703E-7,0,{"$f":"U289*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":2.5827872503966559E-7},{"$f":"V289*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.1894831765689844E-7},3.7722704269656402E-7,1.152063217815561E-6,"--",{"$f":"Z289*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.1880821351824624E-5},-9.7308456341823169E-7]
[null,"N2O","--","--",0,{"$f":"F289*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":3.5364532458318717E-8},3.5364532458318717E-8,0,{"$f":"I289*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":1.1788177486106239E-8},{"$f":"J289*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":5.4289561790190835E-9},1.7217133665125323E-8,5.2581666123444041E-8,0,{"$f":"N289*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":0},null,0,0,{"$f":"R289*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.8291625966654962E-9},2.8291625966654962E-9,0,{"$f":"U289*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":9.4305419888849865E-10},{"$f":"V289*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":4.3431649432152646E-10},1.3773706932100251E-9,4.2065332898755212E-9,"--",{"$f":"Z289*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":4.3380493148870961E-8},-4.0515854858090589E-9]
[null,"CO ","--","--",{"$f":"0.0016*(E272*8*12/106.16)","v":4.921335527428756E-7},{"$f":"F289*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.2336661000828678E-6},1.7257996528257433E-6,{"$f":"0.0016*(H272*8*12/106.16)","v":1.6404451758095854E-7},{"$f":"I289*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":4.1122203336095585E-7},{"$f":"J289*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.8938520408222778E-7},7.6465175502414221E-7,2.4904514078498855E-6,{"$f":"M289*0.0553151275443457*1055/1000000","v":0},{"$f":"N289*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":0},null,{"$f":"P289*0.0553151275443457*1055/1000000","v":5.2242064902993158E-8},{"$f":"0.0016*(Q272*8*12/106.16)","v":3.9370684219430033E-8},{"$f":"R289*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":9.8693288006629364E-8},1.380639722260594E-7,{"$f":"0.0016*(T272*8*12/106.16)","v":1.3123561406476677E-8},{"$f":"U289*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":3.2897762668876453E-8},{"$f":"V289*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.5150816326578214E-8},6.117214040193134E-8,1.9923611262799074E-7,"--",{"$f":"Z289*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.5132970827683175E-6},-6.7965482347523075E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E272*8*12/106.16)","v":4.9213355274287562E-8},{"$f":"F289*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":6.0473887598985227E-10},4.9818094150277416E-8,{"$f":"0.00016*(H272*8*12/106.16)","v":1.6404451758095855E-8},{"$f":"I289*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":2.0157962532995069E-10},{"$f":"J289*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":9.2835975178455579E-11},1.6698867358604259E-8,6.6516961508881675E-8,{"$f":"M289*0.401850859732704*1055/1000000","v":0},{"$f":"N289*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":0},null,{"$f":"P289*0.401850859732704*1055/1000000","v":3.7952581196977597E-7},{"$f":"0.00016*(Q272*8*12/106.16)","v":3.9370684219430033E-9},{"$f":"R289*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":4.8379110079188154E-11},3.9854475320221916E-9,{"$f":"0.00016*(T272*8*12/106.16)","v":1.3123561406476677E-9},{"$f":"U289*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":1.6126370026396052E-11},{"$f":"V289*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":7.4268780142764423E-12},1.3359093886883403E-9,5.3213569207105319E-9,"--",{"$f":"Z289*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":7.4181302121421869E-10},3.2040050291349312E-7]
[null,"NOx ","--","--",0,{"$f":"F289*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.2916996981233337E-6},1.2916996981233337E-6,0,{"$f":"I289*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":4.3056656604111117E-7},{"$f":"J289*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.9829418262008449E-7},6.2886074866119566E-7,1.9205604467845293E-6,{"$f":"M289*0.260265861210973*1055/1000000","v":0},{"$f":"N289*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":0},null,{"$f":"P289*0.260265861210973*1055/1000000","v":2.4580664669925229E-7},0,{"$f":"R289*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.0333597584986665E-7},1.0333597584986665E-7,0,{"$f":"U289*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":3.4445325283288875E-8},{"$f":"V289*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.5863534609606749E-8},5.0308859892895621E-8,1.5364483574276227E-7,"--",{"$f":"Z289*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.5844849630312894E-6},9.7821323972063421E-8]
[null,"SOx ","--","--",0,{"$f":"F289*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.6653127858195187E-5},1.6653127858195187E-5,0,{"$f":"I289*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":5.5510426193983947E-6},{"$f":"J289*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":2.5564907861372518E-6},8.1075334055356465E-6,2.4760661263730832E-5,{"$f":"M289*0.346184729976483*1055/1000000","v":0},{"$f":"N289*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":0},null,{"$f":"P289*0.346184729976483*1055/1000000","v":3.2695224497778952E-7},0,{"$f":"R289*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.3322502286556141E-6},1.3322502286556141E-6,0,{"$f":"U289*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":4.4408340955187137E-7},{"$f":"V289*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":2.0451926289098004E-7},6.4860267244285146E-7,1.9808529010984656E-6,"--",{"$f":"Z289*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":2.0427836839386093E-5},-1.5809358687166107E-6]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"F284/2.86","v":3.0371619028105667E-7},{"$f":"E282+F282","v":3.0371619028105667E-7},0,{"$f":"I284/2.86","v":1.0123873009368556E-7},{"$f":"J284/2.86","v":4.6624733123161098E-8},{"$f":"SUM(H282:J282)","v":1.4786346321684665E-7},{"$f":"G282+K282","v":4.5157965349790331E-7},{"$f":"M284/2.86","v":0},{"$f":"N284/2.86","v":0},null,{"$f":"P284/2.86","v":2.0530947990283873E-9},0,{"$f":"R284/2.86","v":2.4297295222484523E-8},{"$f":"Q282+R282","v":2.4297295222484523E-8},0,{"$f":"U284/2.86","v":8.0990984074948389E-9},{"$f":"V284/2.86","v":3.7299786498528851E-9},{"$f":"SUM(T282:V282)","v":1.1829077057347725E-8},{"$f":"S282+W282","v":3.6126372279832251E-8},"--",{"$f":"Z284/2.86","v":3.7255852674476282E-7},{"$f":"(Q282+T282+W282+P282)-(E282+H282+J282)","v":-3.2742561266784984E-8}]
[null,"BOD","--","--",0,{"$f":"F289*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":5.2502643447389759E-7},{"$f":"E283+F283","v":5.2502643447389759E-7},0,{"$f":"I289*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":1.7500881149129918E-7},{"$f":"J289*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":8.0598987387855128E-8},{"$f":"SUM(H283:J283)","v":2.5560779887915429E-7},{"$f":"G283+K283","v":7.8063423335305188E-7},{"$f":"M289*0.0193411218363402*1055/1000000","v":0},{"$f":"N289*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":0},null,{"$f":"P289*0.0193411218363402*1055/1000000","v":1.8266615067654633E-8},0,{"$f":"R289*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":4.2002114757911778E-8},{"$f":"Q283+R283","v":4.2002114757911778E-8},0,{"$f":"U289*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":1.4000704919303925E-8},{"$f":"V289*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":6.4479189910284064E-9},{"$f":"SUM(T283:V283)","v":2.044862391033233E-8},{"$f":"S283+W283","v":6.2450738668244102E-8},"--",{"$f":"Z289*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":6.4403242628798082E-7},{"$f":"(Q283+T283+W283+P283)-(E283+H283+J283)","v":-4.1883748409868164E-8}]
[null,"COD","--","--",0,{"$f":"F289*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":8.6862830420382207E-7},{"$f":"E284+F284","v":8.6862830420382207E-7},0,{"$f":"I289*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":2.8954276806794069E-7},{"$f":"J289*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.3334673673224074E-7},{"$f":"SUM(H284:J284)","v":4.2288950480018144E-7},{"$f":"G284+K284","v":1.2915178090040035E-6},{"$f":"M289*0.00621725413258714*1055/1000000","v":0},{"$f":"N289*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":0},null,{"$f":"P289*0.00621725413258714*1055/1000000","v":5.8718511252211878E-9},0,{"$f":"R289*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":6.9490264336305737E-8},{"$f":"Q284+R284","v":6.9490264336305737E-8},0,{"$f":"U289*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":2.316342144543524E-8},{"$f":"V289*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.0667738938579252E-8},{"$f":"SUM(T284:V284)","v":3.3831160384014488E-8},{"$f":"S284+W284","v":1.0332142472032023E-7},"--",{"$f":"Z289*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.0655173864900217E-6},{"$f":"(Q284+T284+W284+P284)-(E284+H284+J284)","v":-9.364372522300507E-8}]
[null,"TDS","--","--",0,{"$f":"F289*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.3431773320002238E-4},{"$f":"E285+F285","v":1.3431773320002238E-4},0,{"$f":"I289*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":4.4772577733340793E-5},{"$f":"J289*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":2.0619672788479605E-5},{"$f":"SUM(H285:J285)","v":6.5392250521820397E-5},{"$f":"G285+K285","v":1.9970998372184276E-4},{"$f":"M289*0.359631325*1055/1000000","v":0},{"$f":"N289*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":0},null,{"$f":"P289*0.359631325*1055/1000000","v":3.3965180694444448E-7},0,{"$f":"R289*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.0745418656001786E-5},{"$f":"Q285+R285","v":1.0745418656001786E-5},0,{"$f":"U289*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":3.5818062186672613E-6},{"$f":"V289*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.6495738230783673E-6},{"$f":"SUM(T285:V285)","v":5.2313800417456282E-6},{"$f":"S285+W285","v":1.5976798697747416E-5},"--",{"$f":"Z289*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.6476308605869411E-4},{"$f":"(Q285+T285+W285+P285)-(E285+H285+J285)","v":-1.5048640939789533E-5}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"F289*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.2639722153818035E-5},{"$f":"E287+F287","v":2.2639722153818035E-5},0,{"$f":"I289*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":7.5465740512726776E-6},{"$f":"J289*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":3.4755177273475813E-6},{"$f":"SUM(H287:J287)","v":1.1022091778620259E-5},{"$f":"G287+K287","v":3.3661813932438296E-5},{"$f":"M289*0.169716014150943*1055/1000000","v":0},{"$f":"N289*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":0},null,{"$f":"P289*0.169716014150943*1055/1000000","v":1.6028734669811282E-7},0,{"$f":"R289*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.8111777723054417E-6},{"$f":"Q287+R287","v":1.8111777723054417E-6},0,{"$f":"U289*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":6.0372592410181384E-7},{"$f":"V289*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":2.7804141818780634E-7},{"$f":"SUM(T287:V287)","v":8.8176734228962013E-7},{"$f":"S287+W287","v":2.6929451145950619E-6},"--",{"$f":"Z289*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.7771392508683452E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$13*'GEMM (2011) Models'!E272*1000)","v":1.1646224686998167E-2},{"$f":"85.1*1000/1055*F272","v":2.7436567043879163E-2},{"$f":"E289+F289","v":3.908279173087733E-2},"--",{"$f":"85.1*1000/1055*I272","v":9.1455223479597197E-3},{"$f":"43.34*(H272*1000*8*12/106.16)/1055","v":4.2119012985537578E-3},{"$f":"SUM(H289:J289)","v":1.3357423646513478E-2},{"$f":"G289+K289","v":5.2440215377390811E-2},{"$f":"(($V$43*VLOOKUP($B266,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B266,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B266,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M272*1000/1055","v":0},{"$f":"85.1*1000/1055*N272","v":0},null,{"$f":"(($V$42*VLOOKUP($B266,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B266,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B266,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P272*1000/1055","v":8.9520800421274353E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$13*'GEMM (2011) Models'!Q272*1000)","v":9.3169797495985297E-4},{"$f":"85.1*1000/1055*R272","v":2.194925363510332E-3},{"$f":"Q289+R289","v":3.1266233384701849E-3},"--",{"$f":"85.1*1000/1055*U272","v":7.3164178783677726E-4},{"$f":"43.34*(T272*1000*8*12/106.16)/1055","v":3.3695210388430042E-4},{"$f":"SUM(T289:V289)","v":1.0685938917210777E-3},{"$f":"S289+W289","v":4.195217230191263E-3},"--",{"$f":"85.1*1000/1055*Z272","v":3.3655522240491773E-2}]
[null,"MTCO2e",{"$f":"IF(C274=\"--\",\"--\",(1*C274)+(21*C275)+(310*C276))","v":"--"},"--",1.116527997785399E-3,2.1786168848338919E-3,3.2951448826192904E-3,3.7217599926179964E-4,7.2620562827796389E-4,3.3444852162472399E-4,1.4328301491644876E-3,4.7279750317837784E-3,0,0,null,{"$f":"IF(P274=\"--\",\"--\",(1*P274)+(21*P275)+(310*P276))","v":7.7542364508209787E-5},8.9322239822831878E-5,1.7428935078671128E-4,2.6361159060954317E-4,2.9774079940943957E-5,5.8096450262237082E-5,2.6755881729977907E-5,1.1462641193315894E-4,3.7823800254270208E-4,"--",2.6724367120629072E-3,{"$f":"(Q290+T290+W290+P290)-(E290+H290+J290)","v":-1.5118874224667779E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,9023,"X",0.52,null,{"$f":"W292*2204.6*Y292","v":10343895.016000001}]
[null,"Ethylbenzene"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C13,'GEMM (2011) Before'!J13)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D13,'GEMM (2011) Before'!K13)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G13)/2.205/1000+(M299*(1-$V$41)*$V$45)","v":4.0782901329955787E-4},{"$f":"E299","v":4.0782901329955787E-4},{"$f":"E299","v":4.0782901329955787E-4},{"$f":"SUM('GEMM (2011) Before'!H13)/2.205/1000+(M299*(1-$V$41)*(1-$V$45))","v":4.5685725929467126E-5},{"$f":"H299","v":4.5685725929467126E-5},{"$f":"J316*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":3.5788974755910987E-5},{"$f":"H299","v":4.5685725929467126E-5},{"$f":"G299+K299","v":4.5351473922902502E-4},{"$f":"'GEMM (2011) Before'!F13/2.205/1000","v":0},{"$f":"M299*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O13/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P299*$V$44","v":2.7210884353741481E-5},{"$f":"Q299","v":2.7210884353741481E-5},{"$f":"Q299","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P299*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T299","v":9.0702947845804936E-6},{"$f":"V316*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":7.1054261362769727E-6},{"$f":"T299","v":9.0702947845804936E-6},{"$f":"S299+W299","v":3.6281179138321975E-5},{"$f":"P299*$V$40","v":4.1723356009070291E-4},{"$f":"Y299","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E299*8*12/106.16)","v":1.3387363842749618E-3},{"$f":"F316*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.3551809811007706E-3},{"$f":"E301+F301","v":3.6939173653757324E-3},{"$f":"3.63*(H299*8*12/106.16)","v":1.4996761277223723E-4},{"$f":"I316*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.6383153063666527E-4},{"$f":"J316*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.2150562036906525E-4},{"$f":"SUM(H301:J301)","v":5.3530476377796775E-4},{"$f":"G301+K301","v":4.2292221291537003E-3},{"$f":"M316*79.0676204311955*1055/1000000","v":0},{"$f":"N316*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":0},null,{"$f":"P316*79.0676204311955*1055/1000000","v":3.0076175345426406E-5},{"$f":"3.63*(Q299*8*12/106.16)","v":8.9322239822831878E-5},{"$f":"R316*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.5714075070424603E-4},{"$f":"Q301+R301","v":2.4646299052707792E-4},{"$f":"3.63*(T299*8*12/106.16)","v":2.9774079940943957E-5},{"$f":"U316*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":5.238025023474867E-5},{"$f":"V316*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":2.4123328945943366E-5},{"$f":"SUM(T301:V301)","v":1.0627765912163599E-4},{"$f":"S301+W301","v":3.5274064964871388E-4},"--",{"$f":"Z316*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.4094915107984397E-3},{"$f":"(Q301+T301+W301+P301)-(E301+H301+J301)","v":-1.3547594631854259E-3}]
[null,"CH4 ","--","--",0,{"$f":"F316*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.1613024724208717E-5},1.1613024724208717E-5,0,{"$f":"I316*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.300911527774574E-6},{"$f":"J316*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":5.9912498648692982E-7},1.9000365142615038E-6,1.3513061238470222E-5,{"$f":"M316*0.144574268396226*1055/1000000","v":0},{"$f":"N316*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":0},null,{"$f":"P316*0.144574268396226*1055/1000000","v":5.4993953567952185E-8},0,{"$f":"R316*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":7.7483617511899703E-7},7.7483617511899703E-7,0,{"$f":"U316*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":2.5827872503966559E-7},{"$f":"V316*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.1894831765689844E-7},3.7722704269656402E-7,1.152063217815561E-6,"--",{"$f":"Z316*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.1880821351824624E-5},-1.6690399022241361E-7]
[null,"N2O","--","--",0,{"$f":"F316*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":4.2402686192132369E-8},4.2402686192132369E-8,0,{"$f":"I316*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":4.750023752292611E-9},{"$f":"J316*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":2.1875875919657812E-9},6.9376113442583921E-9,4.9340297536390763E-8,0,{"$f":"N316*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":0},null,0,0,{"$f":"R316*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.8291625966654962E-9},2.8291625966654962E-9,0,{"$f":"U316*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":9.4305419888849865E-10},{"$f":"V316*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":4.3431649432152646E-10},1.3773706932100251E-9,4.2065332898755212E-9,"--",{"$f":"Z316*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":4.3380493148870961E-8},-8.1021689875575613E-10]
[null,"CO ","--","--",{"$f":"0.0016*(E299*8*12/106.16)","v":5.9007664320659478E-7},{"$f":"F316*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.4791869953134544E-6},2.0692636385200493E-6,{"$f":"0.0016*(H299*8*12/106.16)","v":6.6101427117239555E-8},{"$f":"I316*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.6570113813036976E-7},{"$f":"J316*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":7.6312408663988293E-8},3.0811497391159762E-7,2.3773786124316469E-6,{"$f":"M316*0.0553151275443457*1055/1000000","v":0},{"$f":"N316*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":0},null,{"$f":"P316*0.0553151275443457*1055/1000000","v":2.1041071758648506E-8},{"$f":"0.0016*(Q299*8*12/106.16)","v":3.9370684219430033E-8},{"$f":"R316*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":9.8693288006629364E-8},1.380639722260594E-7,{"$f":"0.0016*(T299*8*12/106.16)","v":1.3123561406476677E-8},{"$f":"U316*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":3.2897762668876453E-8},{"$f":"V316*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.5150816326578214E-8},6.117214040193134E-8,1.9923611262799074E-7,"--",{"$f":"Z316*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.5132970827683175E-6},-5.9778302120133608E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E299*8*12/106.16)","v":5.9007664320659476E-8},{"$f":"F316*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":7.2509237375054602E-10},5.9732756694410022E-8,{"$f":"0.00016*(H299*8*12/106.16)","v":6.610142711723956E-9},{"$f":"I316*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":8.1226127569257213E-11},{"$f":"J316*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":3.7408080060268024E-11},6.7287769193534814E-9,6.6461533613763505E-8,{"$f":"M316*0.401850859732704*1055/1000000","v":0},{"$f":"N316*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":0},null,{"$f":"P316*0.401850859732704*1055/1000000","v":1.528582351931091E-7},{"$f":"0.00016*(Q299*8*12/106.16)","v":3.9370684219430033E-9},{"$f":"R316*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":4.8379110079188154E-11},3.9854475320221916E-9,{"$f":"0.00016*(T299*8*12/106.16)","v":1.3123561406476677E-9},{"$f":"U316*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":1.6126370026396052E-11},{"$f":"V316*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":7.4268780142764423E-12},1.3359093886883403E-9,5.3213569207105319E-9,"--",{"$f":"Z316*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":7.4181302121421869E-10},9.3788354031944398E-8]
[null,"NOx ","--","--",0,{"$f":"F316*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.5487702832930298E-6},1.5487702832930298E-6,0,{"$f":"I316*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.7349598087141586E-7},{"$f":"J316*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":7.9902264662793978E-8},2.5339824553420983E-7,1.8021685288272395E-6,{"$f":"M316*0.260265861210973*1055/1000000","v":0},{"$f":"N316*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":0},null,{"$f":"P316*0.260265861210973*1055/1000000","v":9.9001356503720457E-8},0,{"$f":"R316*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.0333597584986665E-7},1.0333597584986665E-7,0,{"$f":"U316*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":3.4445325283288875E-8},{"$f":"V316*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.5863534609606749E-8},5.0308859892895621E-8,1.5364483574276227E-7,"--",{"$f":"Z316*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.5844849630312894E-6},6.94079517338221E-8]
[null,"SOx ","--","--",0,{"$f":"F316*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.9967388386111826E-5},1.9967388386111826E-5,0,{"$f":"I316*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":2.2367820914817647E-6},{"$f":"J316*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.0301331118386687E-6},3.2669152033204336E-6,2.3234303589432261E-5,{"$f":"M316*0.346184729976483*1055/1000000","v":0},{"$f":"N316*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":0},null,{"$f":"P316*0.346184729976483*1055/1000000","v":1.3168364728697285E-7},0,{"$f":"R316*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.3322502286556141E-6},1.3322502286556141E-6,0,{"$f":"U316*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":4.4408340955187137E-7},{"$f":"V316*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":2.0451926289098004E-7},6.4860267244285146E-7,1.9808529010984656E-6,"--",{"$f":"Z316*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":2.0427836839386093E-5},-2.4984679210884441E-7]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"F311/2.86","v":3.6416096616394705E-7},{"$f":"E309+F309","v":3.6416096616394705E-7},0,{"$f":"I311/2.86","v":4.0793954210795398E-8},{"$f":"J311/2.86","v":1.8787347750773704E-8},{"$f":"SUM(H309:J309)","v":5.9581301961569102E-8},{"$f":"G309+K309","v":4.2374226812551618E-7},{"$f":"M311/2.86","v":0},{"$f":"N311/2.86","v":0},null,{"$f":"P311/2.86","v":8.269067287803408E-10},0,{"$f":"R311/2.86","v":2.4297295222484523E-8},{"$f":"Q309+R309","v":2.4297295222484523E-8},0,{"$f":"U311/2.86","v":8.0990984074948389E-9},{"$f":"V311/2.86","v":3.7299786498528851E-9},{"$f":"SUM(T309:V309)","v":1.1829077057347725E-8},{"$f":"S309+W309","v":3.6126372279832251E-8},"--",{"$f":"Z311/2.86","v":3.7255852674476282E-7},{"$f":"(Q309+T309+W309+P309)-(E309+H309+J309)","v":-6.1313639646456379E-9}]
[null,"BOD","--","--",0,{"$f":"F316*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":6.2951577741936349E-7},{"$f":"E310+F310","v":6.2951577741936349E-7},0,{"$f":"I316*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":7.0519468545833446E-8},{"$f":"J316*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":3.2477209047308204E-8},{"$f":"SUM(H310:J310)","v":1.0299667759314165E-7},{"$f":"G310+K310","v":7.3251245501250512E-7},{"$f":"M316*0.0193411218363402*1055/1000000","v":0},{"$f":"N316*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":0},null,{"$f":"P316*0.0193411218363402*1055/1000000","v":7.3570820590613804E-9},0,{"$f":"R316*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":4.2002114757911778E-8},{"$f":"Q310+R310","v":4.2002114757911778E-8},0,{"$f":"U316*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":1.4000704919303925E-8},{"$f":"V316*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":6.4479189910284064E-9},{"$f":"SUM(T310:V310)","v":2.044862391033233E-8},{"$f":"S310+W310","v":6.2450738668244102E-8},"--",{"$f":"Z316*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":6.4403242628798082E-7},{"$f":"(Q310+T310+W310+P310)-(E310+H310+J310)","v":-4.6715030779144919E-9}]
[null,"COD","--","--",0,{"$f":"F316*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.0415003632288885E-6},{"$f":"E311+F311","v":1.0415003632288885E-6},0,{"$f":"I316*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.1667070904287483E-7},{"$f":"J316*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":5.3731814567212789E-8},{"$f":"SUM(H311:J311)","v":1.7040252361008761E-7},{"$f":"G311+K311","v":1.2119028868389761E-6},{"$f":"M316*0.00621725413258714*1055/1000000","v":0},{"$f":"N316*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":0},null,{"$f":"P316*0.00621725413258714*1055/1000000","v":2.3649532443117746E-9},0,{"$f":"R316*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":6.9490264336305737E-8},{"$f":"Q311+R311","v":6.9490264336305737E-8},0,{"$f":"U316*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":2.316342144543524E-8},{"$f":"V316*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.0667738938579252E-8},{"$f":"SUM(T311:V311)","v":3.3831160384014488E-8},{"$f":"S311+W311","v":1.0332142472032023E-7},"--",{"$f":"Z316*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.0655173864900217E-6},{"$f":"(Q311+T311+W311+P311)-(E311+H311+J311)","v":-1.7535700938886526E-8}]
[null,"TDS","--","--",0,{"$f":"F316*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.610492856828193E-4},{"$f":"E312+F312","v":1.610492856828193E-4},0,{"$f":"I316*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.804102525054392E-5},{"$f":"J316*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":8.3086580283693754E-6},{"$f":"SUM(H312:J312)","v":2.6349683278913296E-5},{"$f":"G312+K312","v":1.873989689617326E-4},{"$f":"M316*0.359631325*1055/1000000","v":0},{"$f":"N316*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":0},null,{"$f":"P316*0.359631325*1055/1000000","v":1.3679853689058957E-7},0,{"$f":"R316*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.0745418656001786E-5},{"$f":"Q312+R312","v":1.0745418656001786E-5},0,{"$f":"U316*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":3.5818062186672613E-6},{"$f":"V316*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.6495738230783673E-6},{"$f":"SUM(T312:V312)","v":5.2313800417456282E-6},{"$f":"S312+W312","v":1.5976798697747416E-5},"--",{"$f":"Z316*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.6476308605869411E-4},{"$f":"(Q312+T312+W312+P312)-(E312+H312+J312)","v":-2.9404794497331574E-6}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"F316*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.7145418509261191E-5},{"$f":"E314+F314","v":2.7145418509261191E-5},0,{"$f":"I316*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":3.0408776958295312E-6},{"$f":"J316*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":1.4004532741276257E-6},{"$f":"SUM(H314:J314)","v":4.4413309699571567E-6},{"$f":"G314+K314","v":3.1586749479218344E-5},{"$f":"M316*0.169716014150943*1055/1000000","v":0},{"$f":"N316*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":0},null,{"$f":"P316*0.169716014150943*1055/1000000","v":6.4557508784173895E-8},0,{"$f":"R316*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.8111777723054417E-6},{"$f":"Q314+R314","v":1.8111777723054417E-6},0,{"$f":"U316*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":6.0372592410181384E-7},{"$f":"V316*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":2.7804141818780634E-7},{"$f":"SUM(T314:V314)","v":8.8176734228962013E-7},{"$f":"S314+W314","v":2.6929451145950619E-6},"--",{"$f":"Z316*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.7771392508683452E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$13*'GEMM (2011) Models'!E299*1000)","v":1.396402486892444E-2},{"$f":"85.1*1000/1055*F299","v":3.2896918513547278E-2},{"$f":"E316+F316","v":4.6860943382471716E-2},"--",{"$f":"85.1*1000/1055*I299","v":3.6851708782916137E-3},{"$f":"43.34*(H299*1000*8*12/106.16)/1055","v":1.6971776370030584E-3},{"$f":"SUM(H316:J316)","v":5.3823485152946719E-3},{"$f":"G316+K316","v":5.2243291897766386E-2},{"$f":"(($V$43*VLOOKUP($B293,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B293,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B293,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M299*1000/1055","v":0},{"$f":"85.1*1000/1055*N299","v":0},null,{"$f":"(($V$42*VLOOKUP($B293,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B293,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B293,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P299*1000/1055","v":3.6055496448184331E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$13*'GEMM (2011) Models'!Q299*1000)","v":9.3169797495985297E-4},{"$f":"85.1*1000/1055*R299","v":2.194925363510332E-3},{"$f":"Q316+R316","v":3.1266233384701849E-3},"--",{"$f":"85.1*1000/1055*U299","v":7.3164178783677726E-4},{"$f":"43.34*(T299*1000*8*12/106.16)/1055","v":3.3695210388430042E-4},{"$f":"SUM(T316:V316)","v":1.0685938917210777E-3},{"$f":"S316+W316","v":4.195217230191263E-3},"--",{"$f":"85.1*1000/1055*Z299","v":3.3655522240491773E-2}]
[null,"MTCO2e",{"$f":"IF(C301=\"--\",\"--\",(1*C301)+(21*C302)+(310*C303))","v":"--"},"--",1.3387363842749618E-3,2.6121993330287148E-3,3.9509357173036766E-3,1.4996761277223723E-4,2.9262318008314202E-4,1.3476539723880019E-4,5.7735619009417944E-4,4.5282919073978568E-3,0,0,null,{"$f":"IF(P301=\"--\",\"--\",(1*P301)+(21*P302)+(310*P303))","v":3.1231048370353404E-5},8.9322239822831878E-5,1.7428935078671128E-4,2.6361159060954317E-4,2.9774079940943957E-5,5.8096450262237082E-5,2.6755881729977907E-5,1.1462641193315894E-4,3.7823800254270208E-4,"--",2.6724367120629072E-3,{"$f":"(Q317+T317+W317+P317)-(E317+H317+J317)","v":-1.3585156142187111E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,9023,"X",0.52,null,{"$f":"W319*2204.6*Y319","v":10343895.016000001}]
[null,"n-Hexane"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C19,'GEMM (2011) Before'!J19)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D19,'GEMM (2011) Before'!K19)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G19)/2.205/1000+(M326*(1-$V$41)*$V$45)","v":3.7482768340936864E-4},{"$f":"E326","v":3.7482768340936864E-4},{"$f":"E326","v":3.7482768340936864E-4},{"$f":"SUM('GEMM (2011) Before'!H19)/2.205/1000+(M326*(1-$V$41)*(1-$V$45))","v":7.8687055819656352E-5},{"$f":"H326","v":7.8687055819656352E-5},{"$f":"J343*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":5.6955819300370859E-5},{"$f":"H326","v":7.8687055819656352E-5},{"$f":"G326+K326","v":4.5351473922902502E-4},{"$f":"SUM('GEMM (2011) Before'!F19)/2.205/1000","v":0},{"$f":"M326*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O19/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P326*$V$44","v":2.7210884353741481E-5},{"$f":"Q326","v":2.7210884353741481E-5},{"$f":"Q326","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P326*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T326","v":9.0702947845804936E-6},{"$f":"V343*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":6.5653246950257938E-6},{"$f":"T326","v":9.0702947845804936E-6},{"$f":"S326+W326","v":3.6281179138321975E-5},{"$f":"P326*$V$40","v":4.1723356009070291E-4},{"$f":"Y326","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E326*6*12/86.17)","v":1.136880159404347E-3},{"$f":"'GEMM (2011) LCA Data'!$P32*F$326","v":2.3201833603039919E-4},{"$f":"E328+F328","v":1.3688984954347461E-3},{"$f":"3.63*(H326*6*12/86.17)","v":2.3866367539776469E-4},{"$f":"'GEMM (2011) LCA Data'!$P32*I$326","v":4.870728755236728E-5},{"$f":"J343*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.9336827067327334E-4},{"$f":"SUM(H328:J328)","v":4.8073923362340534E-4},{"$f":"G328+K328","v":1.8496377290581514E-3},{"$f":"M343*79.0676204311955*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$P32*N$326","v":0},null,{"$f":"P343*79.0676204311955*1055/1000000","v":3.2406966877411754E-5},{"$f":"3.63*(Q326*6*12/86.17)","v":8.2532630088126655E-5},{"$f":"'GEMM (2011) LCA Data'!$P32*R$326","v":1.6843537414965978E-5},{"$f":"Q328+R328","v":9.9376167503092633E-5},{"$f":"3.63*(T326*6*12/86.17)","v":2.7510876696042218E-5},{"$f":"'GEMM (2011) LCA Data'!$P32*U$326","v":5.6145124716553259E-6},{"$f":"V343*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":2.2289653599582351E-5},{"$f":"SUM(T328:V328)","v":5.5415042767279895E-5},{"$f":"S328+W328","v":1.5479121027037253E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$P32*Z$326","v":2.5826757369614507E-4},{"$f":"(Q328+T328+W328+P328)-(E328+H328+J328)","v":-1.3710465890465243E-3}]
[null,"CH4 ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$P33*F$326","v":1.4131003664533197E-6},1.4131003664533197E-6,0,{"$f":"'GEMM (2011) LCA Data'!$P33*I$326","v":2.9665020044010443E-7},{"$f":"J343*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":9.534683432933706E-7},1.250118543733475E-6,2.6632189101867949E-6,{"$f":"M343*0.144574268396226*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$P33*N$326","v":0},null,{"$f":"P343*0.144574268396226*1055/1000000","v":5.9255780073963374E-8},0,{"$f":"'GEMM (2011) LCA Data'!$P33*R$326","v":1.0258503401360538E-7},1.0258503401360538E-7,0,{"$f":"'GEMM (2011) LCA Data'!$P33*U$326","v":3.4195011337868462E-8},{"$f":"V343*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.099067546923785E-7},1.4410176603024696E-7,2.4668680004385236E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$P33*Z$326","v":1.57297052154195E-6},-7.5011079718916026E-7]
[null,"N2O","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$P34*F$326","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$P34*I$326","v":0},{"$f":"J343*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":3.4814029862970005E-9},3.4814029862970005E-9,3.4814029862970005E-9,0,{"$f":"'GEMM (2011) LCA Data'!$P34*N$326","v":0},null,0,0,{"$f":"'GEMM (2011) LCA Data'!$P34*R$326","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$P34*U$326","v":0},{"$f":"V343*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":4.0130299730625436E-10},4.0130299730625436E-10,4.0130299730625436E-10,"--",{"$f":"'GEMM (2011) LCA Data'!$P34*Z$326","v":0},-3.0800999889907461E-9]
[null,"CO ","--","--",{"$f":"0.0016*(E326*6*12/86.17)","v":5.0110420249227411E-7},{"$f":"'GEMM (2011) LCA Data'!$P35*F$326","v":2.380155789649491E-7},7.3911978145722321E-7,{"$f":"0.0016*(H326*6*12/86.17)","v":1.0519611036816075E-7},{"$f":"'GEMM (2011) LCA Data'!$P35*I$326","v":4.9966280445481787E-8},{"$f":"J343*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.2144622157761887E-7},2.7660861239126139E-7,1.0157283938484846E-6,{"$f":"M343*0.0553151275443457*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$P35*N$326","v":0},null,{"$f":"P343*0.0553151275443457*1055/1000000","v":2.267167642548863E-8},{"$f":"0.0016*(Q326*6*12/86.17)","v":3.6378018771626073E-8},{"$f":"'GEMM (2011) LCA Data'!$P35*R$326","v":1.727891156462584E-8},5.365693033625191E-8,{"$f":"0.0016*(T326*6*12/86.17)","v":1.2126006257208692E-8},{"$f":"'GEMM (2011) LCA Data'!$P35*U$326","v":5.7596371882086141E-9},{"$f":"V343*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.3999164395058113E-8},3.1884807840475415E-8,8.5541738176727325E-8,"--",{"$f":"'GEMM (2011) LCA Data'!$P35*Z$326","v":2.6494331065759639E-7},-6.2468602514325492E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E326*6*12/86.17)","v":5.0110420249227419E-8},{"$f":"'GEMM (2011) LCA Data'!$P36*F$326","v":3.8982079074574336E-6},3.948318327706661E-6,{"$f":"0.00016*(H326*6*12/86.17)","v":1.0519611036816076E-8},{"$f":"'GEMM (2011) LCA Data'!$P36*I$326","v":8.1834538052442599E-7},{"$f":"J343*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":5.9532519800236419E-11},8.2892452408104235E-7,4.7772428517877037E-6,{"$f":"M343*0.401850859732704*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$P36*N$326","v":0},null,{"$f":"P343*0.401850859732704*1055/1000000","v":1.6470417890405044E-7},{"$f":"0.00016*(Q326*6*12/86.17)","v":3.6378018771626076E-9},{"$f":"'GEMM (2011) LCA Data'!$P36*R$326","v":2.829931972789114E-7},2.8663099915607402E-7,{"$f":"0.00016*(T326*6*12/86.17)","v":1.2126006257208692E-9},{"$f":"'GEMM (2011) LCA Data'!$P36*U$326","v":9.433106575963713E-8},{"$f":"V343*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":6.8623422014238186E-12},9.5550528727559428E-8,3.8218152788363343E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$P36*Z$326","v":4.3392290249433102E-6},2.0441554632864959E-7]
[null,"NOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$P37*F$326","v":1.9003763548854989E-6},1.9003763548854989E-6,0,{"$f":"'GEMM (2011) LCA Data'!$P37*I$326","v":3.9894337300565771E-7},{"$f":"J343*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.2715924328267786E-7},5.2610261628833562E-7,2.4264789711738345E-6,{"$f":"M343*0.260265861210973*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$P37*N$326","v":0},null,{"$f":"P343*0.260265861210973*1055/1000000","v":1.0667359277524572E-7},0,{"$f":"'GEMM (2011) LCA Data'!$P37*R$326","v":1.3795918367346931E-7},1.3795918367346931E-7,0,{"$f":"'GEMM (2011) LCA Data'!$P37*U$326","v":4.5986394557823102E-8},{"$f":"V343*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.465770715581861E-8},6.0644101713641715E-8,1.9860328538711102E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$P37*Z$326","v":2.1153741496598639E-6},4.0158451206209591E-8]
[null,"SOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$P38*F$326","v":1.1432244343985744E-6},1.1432244343985744E-6,0,{"$f":"'GEMM (2011) LCA Data'!$P38*I$326","v":2.3999552024995183E-7},{"$f":"J343*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.6393896660457295E-6},1.8793851862956814E-6,3.0226096206942556E-6,{"$f":"M343*0.346184729976483*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$P38*N$326","v":0},null,{"$f":"P343*0.346184729976483*1055/1000000","v":1.4188863932709593E-7},0,{"$f":"'GEMM (2011) LCA Data'!$P38*R$326","v":8.2993197278911506E-8},8.2993197278911506E-8,0,{"$f":"'GEMM (2011) LCA Data'!$P38*U$326","v":2.7664399092970502E-8},{"$f":"V343*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.889732355968415E-7},2.1663763468981199E-7,2.9963083196872351E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$P38*Z$326","v":1.2725623582766439E-6},-1.2808633920288216E-6]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$P40*F$326","v":6.6708842956422608E-8},{"$f":"E336+F336","v":6.6708842956422608E-8},0,{"$f":"'GEMM (2011) LCA Data'!$P40*I$326","v":1.4004094899372409E-8},{"$f":"J338/2.86","v":2.9898838704496953E-8},{"$f":"SUM(H336:J336)","v":4.3902933603869364E-8},{"$f":"G336+K336","v":1.1061177656029197E-7},{"$f":"M338/2.86","v":0},{"$f":"'GEMM (2011) LCA Data'!$P40*N$326","v":0},null,{"$f":"P338/2.86","v":8.9098891938626909E-10},0,{"$f":"'GEMM (2011) LCA Data'!$P40*R$326","v":4.8427762713476975E-9},{"$f":"Q336+R336","v":4.8427762713476975E-9},0,{"$f":"'GEMM (2011) LCA Data'!$P40*U$326","v":1.6142587571158994E-9},{"$f":"V338/2.86","v":3.4464535232828915E-9},{"$f":"SUM(T336:V336)","v":5.0607122803987906E-9},{"$f":"S336+W336","v":9.9034885517464881E-9},"--",{"$f":"'GEMM (2011) LCA Data'!$P40*Z$326","v":7.42559028273314E-8},{"$f":"(Q336+T336+W336+P336)-(E336+H336+J336)","v":-2.3947137504711894E-8}]
[null,"BOD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$P41*F$326","v":8.5460711817336049E-8},{"$f":"E337+F337","v":8.5460711817336049E-8},0,{"$f":"'GEMM (2011) LCA Data'!$P41*I$326","v":1.794064872688165E-8},{"$f":"J343*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":5.1685360156156597E-8},{"$f":"SUM(H337:J337)","v":6.9626008883038247E-8},{"$f":"G337+K337","v":1.5508672070037428E-7},{"$f":"M343*0.0193411218363402*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$P41*N$326","v":0},null,{"$f":"P343*0.0193411218363402*1055/1000000","v":7.9272285077516804E-9},0,{"$f":"'GEMM (2011) LCA Data'!$P41*R$326","v":6.2040816326530581E-9},{"$f":"Q337+R337","v":6.2040816326530581E-9},0,{"$f":"'GEMM (2011) LCA Data'!$P41*U$326","v":2.0680272108843526E-9},{"$f":"V343*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":5.9577963335926872E-9},{"$f":"SUM(T337:V337)","v":8.0258235444770402E-9},{"$f":"S337+W337","v":1.4229905177130099E-8},"--",{"$f":"'GEMM (2011) LCA Data'!$P41*Z$326","v":9.5129251700680267E-8},{"$f":"(Q337+T337+W337+P337)-(E337+H337+J337)","v":-3.5732308103927876E-8}]
[null,"COD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$P42*F$326","v":1.9078729085536864E-7},{"$f":"E338+F338","v":1.9078729085536864E-7},0,{"$f":"'GEMM (2011) LCA Data'!$P42*I$326","v":4.0051711412205087E-8},{"$f":"J343*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":8.5510678694861282E-8},{"$f":"SUM(H338:J338)","v":1.2556239010706638E-7},{"$f":"G338+K338","v":3.1634968096243499E-7},{"$f":"M343*0.00621725413258714*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$P42*N$326","v":0},null,{"$f":"P343*0.00621725413258714*1055/1000000","v":2.5482283094447295E-9},0,{"$f":"'GEMM (2011) LCA Data'!$P42*R$326","v":1.3850340136054415E-8},{"$f":"Q338+R338","v":1.3850340136054415E-8},0,{"$f":"'GEMM (2011) LCA Data'!$P42*U$326","v":4.6167800453514711E-9},{"$f":"V343*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":9.8568570765890691E-9},{"$f":"SUM(T338:V338)","v":1.447363712194054E-8},{"$f":"S338+W338","v":2.8323977257994955E-8},"--",{"$f":"'GEMM (2011) LCA Data'!$P42*Z$326","v":2.1237188208616777E-7},{"$f":"(Q338+T338+W338+P338)-(E338+H338+J338)","v":-6.8488813263476013E-8}]
[null,"TDS","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$P43*F$326","v":8.3211745716879848E-7},{"$f":"E339+F339","v":8.3211745716879848E-7},0,{"$f":"'GEMM (2011) LCA Data'!$P43*I$326","v":1.7468526391963712E-7},{"$f":"J343*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.3222687392413294E-5},{"$f":"SUM(H339:J339)","v":1.3397372656332932E-5},{"$f":"G339+K339","v":1.422949011350173E-5},{"$f":"M343*0.359631325*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$P43*N$326","v":0},null,{"$f":"P343*0.359631325*1055/1000000","v":1.4739991381802719E-7},0,{"$f":"'GEMM (2011) LCA Data'!$P43*R$326","v":6.0408163265306088E-8},{"$f":"Q339+R339","v":6.0408163265306088E-8},0,{"$f":"'GEMM (2011) LCA Data'!$P43*U$326","v":2.0136054421768697E-8},{"$f":"V343*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.5241855378147804E-6},{"$f":"SUM(T339:V339)","v":1.5443215922365491E-6},{"$f":"S339+W339","v":1.6047297555018553E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$P43*Z$326","v":9.2625850340136059E-7},{"$f":"(Q339+T339+W339+P339)-(E339+H339+J339)","v":-1.1530965886358718E-5}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$P45*F$326","v":2.2039867784470874E-6},{"$f":"E341+F341","v":2.2039867784470874E-6},0,{"$f":"'GEMM (2011) LCA Data'!$P45*I$326","v":4.6267988821957934E-7},{"$f":"J343*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":2.2287300534266293E-6},{"$f":"SUM(H341:J341)","v":2.6914099416462088E-6},{"$f":"G341+K341","v":4.8953967200932962E-6},{"$f":"M343*0.169716014150943*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$P45*N$326","v":0},null,{"$f":"P343*0.169716014150943*1055/1000000","v":6.9560475187716422E-8},0,{"$f":"'GEMM (2011) LCA Data'!$P45*R$326","v":1.599999999999999E-7},{"$f":"Q341+R341","v":1.599999999999999E-7},0,{"$f":"'GEMM (2011) LCA Data'!$P45*U$326","v":5.3333333333333301E-8},{"$f":"V343*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":2.5690678561115404E-7},{"$f":"SUM(T341:V341)","v":3.1024011894448733E-7},{"$f":"S341+W341","v":4.7024011894448722E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$P45*Z$326","v":2.4533333333333329E-6}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$14*'GEMM (2011) Models'!E326*1000)","v":1.3870002232654943E-2},{"$f":"'GEMM (2011) LCA Data'!$P47*1000/1055*F326","v":3.2603389461599037E-3},{"$f":"E343+F343","v":1.7130341178814845E-2},"--",{"$f":"'GEMM (2011) LCA Data'!$P47*1000/1055*I326","v":6.8443843398646807E-4},{"$f":"43.34*(H326*1000*6*12/86.17)/1055","v":2.7009475256848854E-3},{"$f":"SUM(H343:J343)","v":3.3853859596713535E-3},{"$f":"G343+K343","v":2.0515727138486199E-2},{"$f":"(($V$43*VLOOKUP($B320,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B320,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B320,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M326*1000/1055","v":0},{"$f":"'GEMM (2011) LCA Data'!$P47*1000/1055*N326","v":0},null,{"$f":"(($V$42*VLOOKUP($B320,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B320,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B320,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P326*1000/1055","v":3.8849663087984007E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$14*'GEMM (2011) Models'!Q326*1000)","v":1.0069027541029175E-3},{"$f":"'GEMM (2011) LCA Data'!$P47*1000/1055*R326","v":2.3668664280878215E-4},{"$f":"Q343+R343","v":1.2435893969116997E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$P47*1000/1055*U326","v":7.8895547602927382E-5},{"$f":"43.34*(T326*1000*6*12/86.17)/1055","v":3.1133952084563078E-4},{"$f":"SUM(T343:V343)","v":3.9023506844855819E-4},{"$f":"S343+W343","v":1.633824465360258E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$P47*1000/1055*Z326","v":3.6291951897346611E-3}]
[null,"MTCO2e",{"$f":"IF(C328=\"--\",\"--\",(1*C328)+(21*C329)+(310*C330))","v":"--"},"--",1.136880159404347E-3,2.6169344372591887E-4,1.3985736031302657E-3,2.3866367539776469E-4,5.4936941761609469E-5,2.144703408081862E-4,5.0807095796756043E-4,1.9066445610978261E-3,0,0,null,{"$f":"IF(P328=\"--\",\"--\",(1*P328)+(21*P329)+(310*P330))","v":3.3651338258964987E-5},8.2532630088126655E-5,1.8997823129251691E-5,1.0153045321737835E-4,2.7510876696042218E-5,6.3326077097505636E-6,2.4722099377287237E-5,5.8565583783080016E-5,1.6009603700045837E-4,"--",2.9129995464852605E-4,{"$f":"(Q344+T344+W344+P344)-(E344+H344+J344)","v":-1.387753746784084E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,16017,"X",0.44,null,{"$f":"W346*2204.6*Y346","v":15536874.407999998}]
[null,"Methanol"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C14,'GEMM (2011) Before'!J14)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D14,'GEMM (2011) Before'!K14)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G14)/2.205/1000+(M353*(1-$V$41)*$V$45)","v":3.9166755451405306E-4},{"$f":"E353","v":3.9166755451405306E-4},{"$f":"E353","v":3.9166755451405306E-4},{"$f":"SUM('GEMM (2011) Before'!H14)/2.205/1000+(M353*(1-$V$41)*(1-$V$45))","v":6.1847184714971894E-5},{"$f":"H353","v":6.1847184714971894E-5},{"$f":"J370*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":2.0091372568060778E-5},{"$f":"H353","v":6.1847184714971894E-5},{"$f":"G353+K353","v":4.5351473922902497E-4},{"$f":"SUM('GEMM (2011) Before'!F14)/2.205/1000","v":0},{"$f":"M353*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O14/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P353*$V$44","v":2.7210884353741481E-5},{"$f":"Q353","v":2.7210884353741481E-5},{"$f":"Q353","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P353*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T353","v":9.0702947845804936E-6},{"$f":"V370*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":2.9465314008873573E-6},{"$f":"T353","v":9.0702947845804936E-6},{"$f":"S353+W353","v":3.6281179138321975E-5},{"$f":"P353*$V$40","v":4.1723356009070291E-4},{"$f":"Y353","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E353*1*12/32)","v":5.3315745858225478E-4},{"$f":"'GEMM (2011) LCA Data'!$R32*F$353","v":4.1125093223975571E-4},{"$f":"E355+F355","v":9.4440839082201048E-4},{"$f":"3.63*(H353*1*12/32)","v":8.4189480193255483E-5},{"$f":"'GEMM (2011) LCA Data'!$R32*I$353","v":6.4939543950720495E-5},{"$f":"J370*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":6.8211361308835716E-5},{"$f":"SUM(H355:J355)","v":2.1734038545281171E-4},{"$f":"G355+K355","v":1.1617487762748222E-3},{"$f":"M370*79.0676204311955*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$R32*N$353","v":0},null,{"$f":"P370*79.0676204311955*1055/1000000","v":9.3186838365337559E-5},{"$f":"3.63*(Q353*1*12/32)","v":3.7040816326530595E-5},{"$f":"'GEMM (2011) LCA Data'!$R32*R$353","v":2.8571428571428557E-5},{"$f":"Q355+R355","v":6.5612244897959152E-5},{"$f":"3.63*(T353*1*12/32)","v":1.2346938775510196E-5},{"$f":"'GEMM (2011) LCA Data'!$R32*U$353","v":9.523809523809518E-6},{"$f":"V370*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.000364297227089E-5},{"$f":"SUM(T355:V355)","v":3.1874391271590608E-5},{"$f":"S355+W355","v":9.748663616954976E-5},"--",{"$f":"'GEMM (2011) LCA Data'!$R32*Z$353","v":4.3809523809523808E-4},{"$f":"(Q355+T355+W355+P355)-(E355+H355+J355)","v":-5.1110931534537702E-4}]
[null,"CH4 ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$R33*F$353","v":3.2547573780117809E-6},3.2547573780117809E-6,0,{"$f":"'GEMM (2011) LCA Data'!$R33*I$353","v":5.1395010498141644E-7},{"$f":"J370*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":3.3633942856536257E-7},8.5028953354677901E-7,4.1050469115585599E-6,{"$f":"M370*0.144574268396226*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$R33*N$353","v":0},null,{"$f":"P370*0.144574268396226*1055/1000000","v":1.7039110203840924E-7},0,{"$f":"'GEMM (2011) LCA Data'!$R33*R$353","v":2.261224489795917E-7},2.261224489795917E-7,0,{"$f":"'GEMM (2011) LCA Data'!$R33*U$353","v":7.53741496598639E-8},{"$f":"V370*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":4.9326380478345065E-8},1.2470053013820895E-7,3.5082297911780065E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$R33*Z$353","v":3.467210884353741E-6},-4.1247796388744369E-8]
[null,"N2O","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$R34*F$353","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$R34*I$353","v":0},{"$f":"J370*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":1.2280775751530096E-9},1.2280775751530096E-9,1.2280775751530096E-9,0,{"$f":"'GEMM (2011) LCA Data'!$R34*N$353","v":0},null,0,0,{"$f":"'GEMM (2011) LCA Data'!$R34*R$353","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$R34*U$353","v":0},{"$f":"V370*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":1.8010562123895799E-10},1.8010562123895799E-10,1.8010562123895799E-10,"--",{"$f":"'GEMM (2011) LCA Data'!$R34*Z$353","v":0},-1.0479719539140516E-9]
[null,"CO ","--","--",{"$f":"0.0016*(E353*1*12/32)","v":2.3500053270843186E-7},{"$f":"'GEMM (2011) LCA Data'!$R35*F$353","v":1.6489204045041634E-6},1.8839209372125952E-6,{"$f":"0.0016*(H353*1*12/32)","v":3.7108310828983135E-8},{"$f":"'GEMM (2011) LCA Data'!$R35*I$353","v":2.6037664765003168E-7},{"$f":"J370*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":4.2840596705863111E-8},3.4032555518487796E-7,2.2242464923974731E-6,{"$f":"M370*0.0553151275443457*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$R35*N$353","v":0},null,{"$f":"P370*0.0553151275443457*1055/1000000","v":6.5192828891550304E-8},{"$f":"0.0016*(Q353*1*12/32)","v":1.6326530612244891E-8},{"$f":"'GEMM (2011) LCA Data'!$R35*R$353","v":1.1455782312925164E-7},1.3088435374149654E-7,{"$f":"0.0016*(T353*1*12/32)","v":5.4421768707482964E-9},{"$f":"'GEMM (2011) LCA Data'!$R35*U$353","v":3.8185941043083881E-8},{"$f":"V370*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":6.2828541454279037E-9},4.991097205926008E-8,1.8079532580075661E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$R35*Z$353","v":1.7565532879818593E-6},-1.7807693180947456E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E353*1*12/32)","v":2.3500053270843188E-8},{"$f":"'GEMM (2011) LCA Data'!$R36*F$353","v":5.1308449641340948E-6},5.1543450174049377E-6,{"$f":"0.00016*(H353*1*12/32)","v":3.7108310828983138E-9},{"$f":"'GEMM (2011) LCA Data'!$R36*I$353","v":8.1019811976613171E-7},{"$f":"J370*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":2.1000313048156205E-11},8.1392995116207824E-7,5.9682749685670156E-6,{"$f":"M370*0.401850859732704*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$R36*N$353","v":0},null,{"$f":"P370*0.401850859732704*1055/1000000","v":4.7360994182782977E-7},{"$f":"0.00016*(Q353*1*12/32)","v":1.632653061224489E-9},{"$f":"'GEMM (2011) LCA Data'!$R36*R$353","v":3.5646258503401336E-7},3.5809523809523784E-7,{"$f":"0.00016*(T353*1*12/32)","v":5.4421768707482968E-10},{"$f":"'GEMM (2011) LCA Data'!$R36*U$353","v":1.1882086167800445E-7},{"$f":"V370*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":3.079833476545262E-12},1.1936815919855583E-7,4.7746339729379367E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$R36*Z$353","v":5.4657596371882076E-6},5.6792308710789526E-7]
[null,"NOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$R37*F$353","v":1.4765866805179801E-6},1.4765866805179801E-6,0,{"$f":"'GEMM (2011) LCA Data'!$R37*I$353","v":2.3316388637544404E-7},{"$f":"J370*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":4.4855885906786094E-8},2.7801977228223012E-7,1.7546064528002102E-6,{"$f":"M370*0.260265861210973*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$R37*N$353","v":0},null,{"$f":"P370*0.260265861210973*1055/1000000","v":3.0674190785578967E-7},0,{"$f":"'GEMM (2011) LCA Data'!$R37*R$353","v":1.0258503401360538E-7},1.0258503401360538E-7,0,{"$f":"'GEMM (2011) LCA Data'!$R37*U$353","v":3.4195011337868462E-8},{"$f":"V370*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":6.5784095084212993E-9},4.0773420846289761E-8,1.4335845485989513E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$R37*Z$353","v":1.57297052154195E-6},3.0265944279529334E-7]
[null,"SOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$R38*F$353","v":1.6528370800493038E-6},1.6528370800493038E-6,0,{"$f":"'GEMM (2011) LCA Data'!$R38*I$353","v":2.6099511949718139E-7},{"$f":"J370*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":5.7830067180754293E-7},8.3929579130472437E-7,2.4921328713540282E-6,{"$f":"M370*0.346184729976483*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$R38*N$353","v":0},null,{"$f":"P370*0.346184729976483*1055/1000000","v":4.0800343175799788E-7},0,{"$f":"'GEMM (2011) LCA Data'!$R38*R$353","v":1.1482993197278905E-7},1.1482993197278905E-7,0,{"$f":"'GEMM (2011) LCA Data'!$R38*U$353","v":3.8276643990929678E-8},{"$f":"V370*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":8.4811581830103294E-8},1.2308822582103297E-7,2.3791815779382201E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$R38*Z$353","v":1.7607256235827661E-6},-4.7209014228512053E-8]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$R40*F$353","v":6.7758486930931176E-6},{"$f":"E363+F363","v":6.7758486930931176E-6},0,{"$f":"'GEMM (2011) LCA Data'!$R40*I$353","v":1.0699562955690137E-6},{"$f":"J365/2.86","v":1.0546924179887842E-8},{"$f":"SUM(H363:J363)","v":1.0805032197489016E-6},{"$f":"G363+K363","v":7.8563519128420193E-6},{"$f":"M365/2.86","v":0},{"$f":"'GEMM (2011) LCA Data'!$R40*N$353","v":0},null,{"$f":"P365/2.86","v":2.5620552744177781E-9},0,{"$f":"'GEMM (2011) LCA Data'!$R40*R$353","v":4.7074829931972759E-7},{"$f":"Q363+R363","v":4.7074829931972759E-7},0,{"$f":"'GEMM (2011) LCA Data'!$R40*U$353","v":1.5691609977324252E-7},{"$f":"V365/2.86","v":1.5467755213608685E-9},{"$f":"SUM(T363:V363)","v":1.5846287529460338E-7},{"$f":"S363+W363","v":6.29211174614331E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$R40*Z$353","v":7.2181405895691597E-6},{"$f":"(Q363+T363+W363+P363)-(E363+H363+J363)","v":1.5047800638913332E-7}]
[null,"BOD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$R41*F$353","v":2.7181728283275284E-8},{"$f":"E364+F364","v":2.7181728283275284E-8},0,{"$f":"'GEMM (2011) LCA Data'!$R41*I$353","v":4.2921946192190498E-9},{"$f":"J370*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":1.8232198921331019E-8},{"$f":"SUM(H364:J364)","v":2.252439354055007E-8},{"$f":"G364+K364","v":4.9706121823825354E-8},{"$f":"M370*0.0193411218363402*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$R41*N$353","v":0},null,{"$f":"P370*0.0193411218363402*1055/1000000","v":2.2794893592829524E-8},0,{"$f":"'GEMM (2011) LCA Data'!$R41*R$353","v":1.8884353741496591E-9},{"$f":"Q364+R364","v":1.8884353741496591E-9},0,{"$f":"'GEMM (2011) LCA Data'!$R41*U$353","v":6.2947845804988629E-10},{"$f":"V370*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":2.6738714065920923E-9},{"$f":"SUM(T364:V364)","v":3.3033498646419783E-9},{"$f":"S364+W364","v":5.1917852387916378E-9},"--",{"$f":"'GEMM (2011) LCA Data'!$R41*Z$353","v":2.8956009070294785E-8},{"$f":"(Q364+T364+W364+P364)-(E364+H364+J364)","v":7.8660445361404855E-9}]
[null,"COD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$R42*F$353","v":2.7455895571435117E-5},{"$f":"E365+F365","v":2.7455895571435117E-5},0,{"$f":"'GEMM (2011) LCA Data'!$R42*I$353","v":4.3354876485195297E-6},{"$f":"J370*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":3.0164203154479228E-8},{"$f":"SUM(H365:J365)","v":4.365651851674009E-6},{"$f":"G365+K365","v":3.1821547423109127E-5},{"$f":"M370*0.00621725413258714*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$R42*N$353","v":0},null,{"$f":"P370*0.00621725413258714*1055/1000000","v":7.3274780848348448E-9},0,{"$f":"'GEMM (2011) LCA Data'!$R42*R$353","v":1.9074829931972778E-6},{"$f":"Q365+R365","v":1.9074829931972778E-6},0,{"$f":"'GEMM (2011) LCA Data'!$R42*U$353","v":6.3582766439909259E-7},{"$f":"V370*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":4.4237779910920837E-9},{"$f":"SUM(T365:V365)","v":6.4025144239018464E-7},{"$f":"S365+W365","v":2.5477344355874625E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$R42*Z$353","v":2.9248072562358271E-5},{"$f":"(Q365+T365+W365+P365)-(E365+H365+J365)","v":6.1741471732054028E-7}]
[null,"TDS","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$R43*F$353","v":1.4374199250665748E-6},{"$f":"E366+F366","v":1.4374199250665748E-6},0,{"$f":"'GEMM (2011) LCA Data'!$R43*I$353","v":2.2697916790394685E-7},{"$f":"J370*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":4.6643511060905013E-6},{"$f":"SUM(H366:J366)","v":4.8913302739944481E-6},{"$f":"G366+K366","v":6.3287501990610225E-6},{"$f":"M370*0.359631325*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$R43*N$353","v":0},null,{"$f":"P370*0.359631325*1055/1000000","v":4.2385120446428576E-7},0,{"$f":"'GEMM (2011) LCA Data'!$R43*R$353","v":9.9863945578231236E-8},{"$f":"Q366+R366","v":9.9863945578231236E-8},0,{"$f":"'GEMM (2011) LCA Data'!$R43*U$353","v":3.3287981859410412E-8},{"$f":"V370*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":6.8405764475781055E-7},{"$f":"SUM(T366:V366)","v":7.1734562661722096E-7},{"$f":"S366+W366","v":8.172095721954522E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$R43*Z$353","v":1.5312471655328798E-6},{"$f":"(Q366+T366+W366+P366)-(E366+H366+J366)","v":-3.5231542750089945E-6}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$R45*F$353","v":4.3083430996545833E-6},{"$f":"E368+F368","v":4.3083430996545833E-6},0,{"$f":"'GEMM (2011) LCA Data'!$R45*I$353","v":6.803190318646908E-7},{"$f":"J370*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":7.8619263855865292E-7},{"$f":"SUM(H368:J368)","v":1.4665116704233437E-6},{"$f":"G368+K368","v":5.7748547700779275E-6},{"$f":"M370*0.169716014150943*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$R45*N$353","v":0},null,{"$f":"P370*0.169716014150943*1055/1000000","v":2.0002244524932573E-7},0,{"$f":"'GEMM (2011) LCA Data'!$R45*R$353","v":2.9931972789115629E-7},{"$f":"Q368+R368","v":2.9931972789115629E-7},0,{"$f":"'GEMM (2011) LCA Data'!$R45*U$353","v":9.9773242630385418E-8},{"$f":"V370*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":1.1530030060475595E-7},{"$f":"SUM(T368:V368)","v":2.1507354323514137E-7},{"$f":"S368+W368","v":5.1439327112629764E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$R45*Z$353","v":4.589569160997732E-6}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$15*'GEMM (2011) Models'!E353*1000)","v":6.1308907040365165E-3},{"$f":"'GEMM (2011) LCA Data'!$R47*1000/1055*F353","v":4.6296961187895259E-3},{"$f":"E370+F370","v":1.0760586822826042E-2},"--",{"$f":"'GEMM (2011) LCA Data'!$R47*1000/1055*I353","v":7.3106303479291801E-4},{"$f":"43.34*(H353*1000*1*12/32)/1055","v":9.5276907069201974E-4},{"$f":"SUM(H370:J370)","v":1.6838321054849377E-3},{"$f":"G370+K370","v":1.2444418928310981E-2},{"$f":"(($V$43*VLOOKUP($B347,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B347,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B347,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M353*1000/1055","v":0},{"$f":"'GEMM (2011) LCA Data'!$R47*1000/1055*N353","v":0},null,{"$f":"(($V$42*VLOOKUP($B347,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B347,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B347,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P353*1000/1055","v":1.117129316181449E-3},{"$f":"ABS('GEMM (2011) LCA Data'!$D$15*'GEMM (2011) Models'!Q353*1000)","v":4.2594020365039091E-4},{"$f":"'GEMM (2011) LCA Data'!$R47*1000/1055*R353","v":3.2164554921494649E-4},{"$f":"Q370+R370","v":7.4758575286533739E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$R47*1000/1055*U353","v":1.0721518307164882E-4},{"$f":"43.34*(T353*1000*1*12/32)/1055","v":1.3972982557952082E-4},{"$f":"SUM(T370:V370)","v":2.4694500865116967E-4},{"$f":"S370+W370","v":9.9453076151650695E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$R47*1000/1055*Z353","v":4.9318984212958477E-3}]
[null,"MTCO2e",{"$f":"IF(C355=\"--\",\"--\",(1*C355)+(21*C356)+(310*C357))","v":"--"},"--",5.3315745858225478E-4,4.7960083717800308E-4,1.012758295760258E-3,8.4189480193255483E-5,7.573249615533024E-5,7.5655193357005774E-5,2.3557716970559151E-4,1.2483354654658494E-3,0,0,null,{"$f":"IF(P355=\"--\",\"--\",(1*P355)+(21*P356)+(310*P357))","v":9.6765051508144158E-5},3.7040816326530595E-5,3.3319999999999986E-5,7.0360816326530581E-5,1.2346938775510196E-5,1.110666666666666E-5,1.1095329704900214E-5,3.4548935147077073E-5,1.0490975147360765E-4,"--",5.1090666666666663E-4,{"$f":"(Q371+T371+W371+P371)-(E371+H371+J371)","v":-5.1230039037525408E-4}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,208099,"X",0.13,null,{"$f":"W373*2204.6*Y373","v":59640757.202}]
[null,"Methyl tert-butyl ether"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C16,'GEMM (2011) Before'!J16)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D16,'GEMM (2011) Before'!K16)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G16)/2.205/1000+(M380*(1-$V$41)*$V$45)","v":3.6902423963221492E-4},{"$f":"E380","v":3.6902423963221492E-4},{"$f":"E380","v":3.6902423963221492E-4},{"$f":"SUM('GEMM (2011) Before'!H16)/2.205/1000+(M380*(1-$V$41)*(1-$V$45))","v":8.449049959680998E-5},{"$f":"H380","v":8.449049959680998E-5},{"$f":"J397*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":4.9824676365395809E-5},{"$f":"H380","v":8.449049959680998E-5},{"$f":"G380+K380","v":4.5351473922902491E-4},{"$f":"SUM('GEMM (2011) Before'!F16)/2.205/1000","v":0},{"$f":"M380*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O16/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P380*$V$44","v":2.7210884353741481E-5},{"$f":"Q380","v":2.7210884353741481E-5},{"$f":"Q380","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P380*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T380","v":9.0702947845804936E-6},{"$f":"V397*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":5.3488203329019419E-6},{"$f":"T380","v":9.0702947845804936E-6},{"$f":"S380+W380","v":3.6281179138321975E-5},{"$f":"P380*$V$40","v":4.1723356009070291E-4},{"$f":"Y380","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E380*5*12/88.14)","v":9.1188426811772655E-4},{"$f":"'GEMM (2011) LCA Data'!$S32*F$380","v":1.9115455612948732E-3},{"$f":"E382+F382","v":2.8234298294125999E-3},{"$f":"3.63*(H380*5*12/88.14)","v":2.0878183358503762E-4},{"$f":"'GEMM (2011) LCA Data'!$S32*I$380","v":4.3766078791147568E-4},{"$f":"J397*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.6915763172191549E-4},{"$f":"SUM(H382:J382)","v":8.1560025321842885E-4},{"$f":"G382+K382","v":3.6390300826310289E-3},{"$f":"M397*79.0676204311955*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$S32*N$380","v":0},null,{"$f":"P397*79.0676204311955*1055/1000000","v":3.0838164884729302E-5},{"$f":"3.63*(Q380*5*12/88.14)","v":6.7239966102165794E-5},{"$f":"'GEMM (2011) LCA Data'!$S32*R$380","v":1.4095238095238088E-4},{"$f":"Q382+R382","v":2.0819234705454667E-4},{"$f":"3.63*(T380*5*12/88.14)","v":2.2413322034055269E-5},{"$f":"'GEMM (2011) LCA Data'!$S32*U$380","v":4.6984126984126952E-5},{"$f":"V397*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.8159551572082397E-5},{"$f":"SUM(T382:V382)","v":8.7557000590264615E-5},{"$f":"S382+W382","v":2.9574934764481126E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$S32*Z$380","v":2.1612698412698411E-3},{"$f":"(Q382+T382+W382+P382)-(E382+H382+J382)","v":-1.0817752798134648E-3}]
[null,"CH4 ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$S33*F$380","v":4.2068763318072505E-6},4.2068763318072505E-6,0,{"$f":"'GEMM (2011) LCA Data'!$S33*I$380","v":9.6319169540363385E-7},{"$f":"J397*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":8.3408951381607056E-7},1.7972812092197043E-6,6.0041575410269552E-6,{"$f":"M397*0.144574268396226*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$S33*N$380","v":0},null,{"$f":"P397*0.144574268396226*1055/1000000","v":5.6387243002609677E-8},0,{"$f":"'GEMM (2011) LCA Data'!$S33*R$380","v":3.1020408163265287E-7},3.1020408163265287E-7,0,{"$f":"'GEMM (2011) LCA Data'!$S33*U$380","v":1.0340136054421763E-7},{"$f":"V397*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":8.9541875159237713E-8},1.9294323570345535E-7,5.0314731733610819E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$S33*Z$380","v":4.7564625850340137E-6},-5.8475903511000549E-7]
[null,"N2O","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$S34*F$380","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$S34*I$380","v":0},{"$f":"J397*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":3.0455145623485231E-9},3.0455145623485231E-9,3.0455145623485231E-9,0,{"$f":"'GEMM (2011) LCA Data'!$S34*N$380","v":0},null,0,0,{"$f":"'GEMM (2011) LCA Data'!$S34*R$380","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$S34*U$380","v":0},{"$f":"V397*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":3.2694462671015749E-10},3.2694462671015749E-10,3.2694462671015749E-10,"--",{"$f":"'GEMM (2011) LCA Data'!$S34*Z$380","v":0},-2.7185699356383658E-9]
[null,"CO ","--","--",{"$f":"0.0016*(E380*5*12/88.14)","v":4.0193245977640842E-7},{"$f":"'GEMM (2011) LCA Data'!$S35*F$380","v":2.0997479235073031E-6},2.5016803832837118E-6,{"$f":"0.0016*(H380*5*12/88.14)","v":9.2025050615994548E-8},{"$f":"'GEMM (2011) LCA Data'!$S35*I$380","v":4.807509427058488E-7},{"$f":"J397*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.0624056962456176E-7},6.7901656294640518E-7,3.1806969462301169E-6,{"$f":"M397*0.0553151275443457*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$S35*N$380","v":0},null,{"$f":"P397*0.0553151275443457*1055/1000000","v":2.1574154053577002E-8},{"$f":"0.0016*(Q380*5*12/88.14)","v":2.9637450623544158E-8},{"$f":"'GEMM (2011) LCA Data'!$S35*R$380","v":1.5482993197278905E-7},1.8446738259633321E-7,{"$f":"0.0016*(T380*5*12/88.14)","v":9.8791502078480533E-9},{"$f":"'GEMM (2011) LCA Data'!$S35*U$380","v":5.1609977324263012E-8},{"$f":"V397*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.1405226494990521E-8},7.2894354027101578E-8,2.573617366234348E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$S35*Z$380","v":2.3740589569160996E-6},-4.6621297110489393E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E380*5*12/88.14)","v":4.0193245977640845E-8},{"$f":"'GEMM (2011) LCA Data'!$S36*F$380","v":4.8342175391820151E-6},4.8744107851596563E-6,{"$f":"0.00016*(H380*5*12/88.14)","v":9.2025050615994544E-9},{"$f":"'GEMM (2011) LCA Data'!$S36*I$380","v":1.1068255447182107E-6},{"$f":"J397*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":5.20787615506039E-11},1.1160801285413609E-6,5.9904909137010172E-6,{"$f":"M397*0.401850859732704*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$S36*N$380","v":0},null,{"$f":"P397*0.401850859732704*1055/1000000","v":1.5673094756014757E-7},{"$f":"0.00016*(Q380*5*12/88.14)","v":2.9637450623544159E-9},{"$f":"'GEMM (2011) LCA Data'!$S36*R$380","v":3.5646258503401336E-7},3.594263300963678E-7,{"$f":"0.00016*(T380*5*12/88.14)","v":9.8791502078480537E-10},{"$f":"'GEMM (2011) LCA Data'!$S36*U$380","v":1.1882086167800445E-7},{"$f":"V397*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":5.5908027711282268E-12},1.1981436750156039E-7,4.7924069759792822E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$S36*Z$380","v":5.4657596371882076E-6},2.3104914534405628E-7]
[null,"NOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$S37*F$380","v":7.0483629769753056E-6},7.0483629769753056E-6,0,{"$f":"'GEMM (2011) LCA Data'!$S37*I$380","v":1.6137685422990707E-6},{"$f":"J397*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.1123829349228238E-7},1.7250068357913532E-6,8.7733698127666579E-6,{"$f":"M397*0.260265861210973*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$S37*N$380","v":0},null,{"$f":"P397*0.260265861210973*1055/1000000","v":1.0150958759248832E-7},0,{"$f":"'GEMM (2011) LCA Data'!$S37*R$380","v":5.1972789115646237E-7},5.1972789115646237E-7,0,{"$f":"'GEMM (2011) LCA Data'!$S37*U$380","v":1.7324263038548744E-7},{"$f":"V397*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.1941746327971498E-8},1.8518437671345894E-7,7.0491226786992131E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$S37*Z$380","v":7.9691609977324266E-6},1.7545567081366488E-7]
[null,"SOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$S38*F$380","v":8.4506550875777219E-6},8.4506550875777219E-6,0,{"$f":"'GEMM (2011) LCA Data'!$S38*I$380","v":1.9348324407669486E-6},{"$f":"J397*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.434130182848075E-6},3.3689626236150237E-6,1.1819617711192746E-5,{"$f":"M397*0.346184729976483*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$S38*N$380","v":0},null,{"$f":"P397*0.346184729976483*1055/1000000","v":1.3501989468470534E-7},0,{"$f":"'GEMM (2011) LCA Data'!$S38*R$380","v":6.2312925170067987E-7},6.2312925170067987E-7,0,{"$f":"'GEMM (2011) LCA Data'!$S38*U$380","v":2.0770975056689331E-7},{"$f":"V397*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.539579429636547E-7},3.6166769353054801E-7,9.8479694523122783E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$S38*Z$380","v":9.5546485260770961E-6},-9.3744259463282165E-7]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$S40*F$380","v":8.7481970094629977E-7},{"$f":"E390+F390","v":8.7481970094629977E-7},0,{"$f":"'GEMM (2011) LCA Data'!$S40*I$380","v":2.0029565988334675E-7},{"$f":"J392/2.86","v":2.6155360074734819E-8},{"$f":"SUM(H390:J390)","v":2.2645101995808157E-7},{"$f":"G390+K390","v":1.1012707209043813E-6},{"$f":"M392/2.86","v":0},{"$f":"'GEMM (2011) LCA Data'!$S40*N$380","v":0},null,{"$f":"P392/2.86","v":8.4785667570920189E-10},0,{"$f":"'GEMM (2011) LCA Data'!$S40*R$380","v":6.4506921649778761E-8},{"$f":"Q390+R390","v":6.4506921649778761E-8},0,{"$f":"'GEMM (2011) LCA Data'!$S40*U$380","v":2.150230721659292E-8},{"$f":"V392/2.86","v":2.8078520923274211E-9},{"$f":"SUM(T390:V390)","v":2.4310159308920342E-8},{"$f":"S390+W390","v":8.8817080958699107E-8},"--",{"$f":"'GEMM (2011) LCA Data'!$S40*Z$380","v":9.8910613196327476E-7},{"$f":"(Q390+T390+W390+P390)-(E390+H390+J390)","v":-9.9734409010527653E-10}]
[null,"BOD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$S41*F$380","v":1.5720432608332356E-7},{"$f":"E391+F391","v":1.5720432608332356E-7},0,{"$f":"'GEMM (2011) LCA Data'!$S41*I$380","v":3.5992952828241053E-8},{"$f":"J397*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":4.521410409405975E-8},{"$f":"SUM(H391:J391)","v":8.120705692230081E-8},{"$f":"G391+K391","v":2.3841138300562437E-7},{"$f":"M397*0.0193411218363402*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$S41*N$380","v":0},null,{"$f":"P397*0.0193411218363402*1055/1000000","v":7.5434760903639775E-9},0,{"$f":"'GEMM (2011) LCA Data'!$S41*R$380","v":1.159183673469387E-8},{"$f":"Q391+R391","v":1.159183673469387E-8},0,{"$f":"'GEMM (2011) LCA Data'!$S41*U$380","v":3.8639455782312904E-9},{"$f":"V397*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":4.8538623219280096E-9},{"$f":"SUM(T391:V391)","v":8.7178079001593008E-9},{"$f":"S391+W391","v":2.0309644634853173E-8},"--",{"$f":"'GEMM (2011) LCA Data'!$S41*Z$380","v":1.7774149659863945E-7},{"$f":"(Q391+T391+W391+P391)-(E391+H391+J391)","v":-2.8952820103536474E-8}]
[null,"COD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$S42*F$380","v":2.5019843447064173E-6},{"$f":"E392+F392","v":2.5019843447064173E-6},0,{"$f":"'GEMM (2011) LCA Data'!$S42*I$380","v":5.7284558726637167E-7},{"$f":"J397*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":7.4804329813741576E-8},{"$f":"SUM(H392:J392)","v":6.476499170801133E-7},{"$f":"G392+K392","v":3.1496342617865306E-6},{"$f":"M397*0.00621725413258714*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$S42*N$380","v":0},null,{"$f":"P397*0.00621725413258714*1055/1000000","v":2.4248700925283172E-9},0,{"$f":"'GEMM (2011) LCA Data'!$S42*R$380","v":1.8448979591836726E-7},{"$f":"Q392+R392","v":1.8448979591836726E-7},0,{"$f":"'GEMM (2011) LCA Data'!$S42*U$380","v":6.1496598639455753E-8},{"$f":"V397*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":8.0304569840564244E-9},{"$f":"SUM(T392:V392)","v":6.9527055623512174E-8},{"$f":"S392+W392","v":2.5401685154187943E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$S42*Z$380","v":2.8288435374149659E-6},{"$f":"(Q392+T392+W392+P392)-(E392+H392+J392)","v":-2.8524040977010825E-9}]
[null,"TDS","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$S43*F$380","v":5.6829732903361102E-6},{"$f":"E393+F393","v":5.6829732903361102E-6},0,{"$f":"'GEMM (2011) LCA Data'!$S43*I$380","v":1.3011536937908738E-6},{"$f":"J397*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.156714323664381E-5},{"$f":"SUM(H393:J393)","v":1.2868296930434684E-5},{"$f":"G393+K393","v":1.8551270220770794E-5},{"$f":"M397*0.359631325*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$S43*N$380","v":0},null,{"$f":"P397*0.359631325*1055/1000000","v":1.4026437165532876E-7},0,{"$f":"'GEMM (2011) LCA Data'!$S43*R$380","v":4.1904761904761884E-7},{"$f":"Q393+R393","v":4.1904761904761884E-7},0,{"$f":"'GEMM (2011) LCA Data'!$S43*U$380","v":1.3968253968253961E-7},{"$f":"V397*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.2417656360477614E-6},{"$f":"SUM(T393:V393)","v":1.381448175730301E-6},{"$f":"S393+W393","v":1.8004957947779199E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$S43*Z$380","v":6.4253968253968249E-6},{"$f":"(Q393+T393+W393+P393)-(E393+H393+J393)","v":-1.0045430689258179E-5}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$S45*F$380","v":4.94492481107168E-5},{"$f":"E395+F395","v":4.94492481107168E-5},0,{"$f":"'GEMM (2011) LCA Data'!$S45*I$380","v":1.1321726945972538E-5},{"$f":"J397*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":1.9496823148515406E-6},{"$f":"SUM(H395:J395)","v":1.3271409260824078E-5},{"$f":"G395+K395","v":6.2720657371540878E-5},{"$f":"M397*0.169716014150943*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$S45*N$380","v":0},null,{"$f":"P397*0.169716014150943*1055/1000000","v":6.6193093954562796E-8},0,{"$f":"'GEMM (2011) LCA Data'!$S45*R$380","v":3.6462585034013586E-6},{"$f":"Q395+R395","v":3.6462585034013586E-6},0,{"$f":"'GEMM (2011) LCA Data'!$S45*U$380","v":1.2154195011337863E-6},{"$f":"V397*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":2.093039266707619E-7},{"$f":"SUM(T395:V395)","v":1.4247234278045482E-6},{"$f":"S395+W395","v":5.070981931205907E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$S45*Z$380","v":5.5909297052154192E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$16*'GEMM (2011) Models'!E380*1000)","v":1.0676550105297077E-2},{"$f":"'GEMM (2011) LCA Data'!$S47*F$380","v":1.7334581534907627E-2},{"$f":"E397+F397","v":2.8011131640204703E-2},"--",{"$f":"'GEMM (2011) LCA Data'!$S47*I$380","v":3.9688651771105114E-3},{"$f":"43.34*(H380*1000*5*12/88.14)/1055","v":2.3627758848917082E-3},{"$f":"SUM(H397:J397)","v":6.33164106200222E-3},{"$f":"G397+K397","v":3.4342772702206925E-2},{"$f":"(($V$43*VLOOKUP($B374,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B374,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B374,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M380*1000/1055","v":0},{"$f":"'GEMM (2011) LCA Data'!$S47*N$380","v":0},null,{"$f":"(($V$42*VLOOKUP($B374,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B374,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B374,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P380*1000/1055","v":3.6968974003503448E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$16*'GEMM (2011) Models'!Q380*1000)","v":7.8726094118290995E-4},{"$f":"'GEMM (2011) LCA Data'!$S47*R$380","v":1.2782068027210878E-3},{"$f":"Q397+R397","v":2.0654677439039979E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$S47*U$380","v":4.2606893424036258E-4},{"$f":"43.34*(T380*1000*5*12/88.14)/1055","v":2.5365069313278116E-4},{"$f":"SUM(T397:V397)","v":6.7971962737314374E-4},{"$f":"S397+W397","v":2.7451873712771415E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$S47*Z$380","v":1.9599170975056687E-2}]
[null,"MTCO2e",{"$f":"IF(C382=\"--\",\"--\",(1*C382)+(21*C383)+(310*C384))","v":"--"},"--",9.1188426811772655E-4,1.9998899642628253E-3,2.9117742323805521E-3,2.0878183358503762E-4,4.5788781351495199E-4,1.8761762102638101E-4,8.5428726812637073E-4,3.7660615005069226E-3,0,0,null,{"$f":"IF(P382=\"--\",\"--\",(1*P382)+(21*P383)+(310*P384))","v":3.2022296987784103E-5},6.7239966102165794E-5,1.4746666666666657E-4,2.1470663276883237E-4,2.2413322034055269E-5,4.9155555555555525E-5,2.0141283784706538E-5,9.1710161374317325E-5,3.0641679414314968E-4,"--",2.2611555555555555E-3,{"$f":"(Q398+T398+W398+P398)-(E398+H398+J398)","v":-1.0948979762308228E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,1331,"X",0.41,null,{"$f":"W400*2204.6*Y400","v":1203072.2660000001}]
[null,"Methyl isobutyl ketone"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C15,'GEMM (2011) Before'!J15)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D15,'GEMM (2011) Before'!K15)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G15)/2.205/1000+(M407*(1-$V$41)*$V$45)","v":3.0194161717317743E-4},{"$f":"E407","v":3.0194161717317743E-4},{"$f":"E407","v":3.0194161717317743E-4},{"$f":"SUM('GEMM (2011) Before'!H15)/2.205/1000+(M407*(1-$V$41)*(1-$V$45))","v":1.5157312205584753E-4},{"$f":"H407","v":1.5157312205584753E-4},{"$f":"J424*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":9.4388434014836933E-5},{"$f":"H407","v":1.5157312205584753E-4},{"$f":"G407+K407","v":4.5351473922902497E-4},{"$f":"'GEMM (2011) Before'!F15/2.205/1000","v":0},{"$f":"M407*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O15/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P407*$V$44","v":2.7210884353741481E-5},{"$f":"Q407","v":2.7210884353741481E-5},{"$f":"Q407","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P407*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T407","v":9.0702947845804936E-6},{"$f":"V424*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":5.6483030048958924E-6},{"$f":"T407","v":9.0702947845804936E-6},{"$f":"S407+W407","v":3.6281179138321975E-5},{"$f":"P407*$V$40","v":4.1723356009070291E-4},{"$f":"Y407","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E407*6*12/100.16)","v":7.8789398027537608E-4},{"$f":"F424*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.3154508070242178E-3},{"$f":"E409+F409","v":2.1033447872995936E-3},{"$f":"3.63*(H407*6*12/100.16)","v":3.9551868191410058E-4},{"$f":"I424*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":6.6034946622541035E-4},{"$f":"J424*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":3.2045414289894237E-4},{"$f":"SUM(H409:J409)","v":1.3763222910384532E-3},{"$f":"G409+K409","v":3.4796670783380466E-3},{"$f":"M424*79.0676204311955*1055/1000000","v":0},{"$f":"N424*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":0},null,{"$f":"P424*79.0676204311955*1055/1000000","v":4.4285039107721727E-5},{"$f":"3.63*(Q407*6*12/100.16)","v":7.1004759731368555E-5},{"$f":"R424*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.185480163949776E-4},{"$f":"Q409+R409","v":1.8955277612634614E-4},{"$f":"3.63*(T407*6*12/100.16)","v":2.3668253243789516E-5},{"$f":"U424*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":3.9516005464992532E-5},{"$f":"V424*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.9176312406909055E-5},{"$f":"SUM(T409:V409)","v":8.2360571115691107E-5},{"$f":"S409+W409","v":2.7191334724203724E-4},"--",{"$f":"Z424*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.8177362513896575E-3},{"$f":"(Q409+T409+W409+P409)-(E409+H409+J409)","v":-1.2825481818898481E-3}]
[null,"CH4 ","--","--",0,{"$f":"F424*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":6.4862797670490043E-6},6.4862797670490043E-6,0,{"$f":"I424*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":3.2560787215212326E-6},{"$f":"J424*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.5801086686430335E-6},4.8361873901642657E-6,1.1322467157213271E-5,{"$f":"M424*0.144574268396226*1055/1000000","v":0},{"$f":"N424*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":0},null,{"$f":"P424*0.144574268396226*1055/1000000","v":8.0974703614212737E-8},0,{"$f":"R424*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":5.8454150931421385E-7},5.8454150931421385E-7,0,{"$f":"U424*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.9484716977140461E-7},{"$f":"V424*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":9.4555361939319623E-8},2.8940253171072423E-7,8.7394404102493813E-7,"--",{"$f":"Z424*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":8.9629698094846177E-6},-1.2097314333180965E-6]
[null,"N2O","--","--",0,{"$f":"F424*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.3683380690924742E-8},2.3683380690924742E-8,0,{"$f":"I424*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":1.1888933979252497E-8},{"$f":"J424*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":5.7694574511899081E-9},1.7658391430442405E-8,4.134177212136715E-8,0,{"$f":"N424*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":0},null,0,0,{"$f":"R424*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.1343388802106327E-9},2.1343388802106327E-9,0,{"$f":"U424*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":7.1144629340354431E-10},{"$f":"V424*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":3.4525039215135724E-10},1.0566966855549016E-9,3.1910355657655343E-9,"--",{"$f":"Z424*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":3.2726529496563064E-8},-4.7127607656350069E-9]
[null,"CO ","--","--",{"$f":"0.0016*(E407*6*12/100.16)","v":3.4728109323432554E-7},{"$f":"F424*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":8.2617758139987157E-7},1.1734586746341972E-6,{"$f":"0.0016*(H407*6*12/100.16)","v":1.7433330332301955E-7},{"$f":"I424*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":4.1473685064588033E-7},{"$f":"J424*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":2.0126334433496074E-7},7.9033349830386062E-7,1.9637921729380578E-6,{"$f":"M424*0.0553151275443457*1055/1000000","v":0},{"$f":"N424*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":0},null,{"$f":"P424*0.0553151275443457*1055/1000000","v":3.0981488669962326E-8},{"$f":"0.0016*(Q407*6*12/100.16)","v":3.1296863793440688E-8},{"$f":"R424*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":7.4454865922745067E-8},1.0575172971618576E-7,{"$f":"0.0016*(T407*6*12/100.16)","v":1.0432287931146895E-8},{"$f":"U424*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":2.4818288640915024E-8},{"$f":"V424*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.2043809863440072E-8},4.7294386435501987E-8,1.5304611615168775E-7,"--",{"$f":"Z424*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.1416412774820917E-6},-6.0287271406225395E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E407*6*12/100.16)","v":3.4728109323432559E-8},{"$f":"F424*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":4.0498940670430386E-10},3.5133098730136861E-8,{"$f":"0.00016*(H407*6*12/100.16)","v":1.7433330332301955E-8},{"$f":"I424*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":2.0330257666504223E-10},{"$f":"J424*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":9.8658598645863026E-11},1.7735291507612859E-8,5.286839023774972E-8,{"$f":"M424*0.401850859732704*1055/1000000","v":0},{"$f":"N424*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":0},null,{"$f":"P424*0.401850859732704*1055/1000000","v":2.2507293050788633E-7},{"$f":"0.00016*(Q407*6*12/100.16)","v":3.1296863793440687E-9},{"$f":"R424*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":3.6497519002160737E-11},3.1661838983462293E-9,{"$f":"0.00016*(T407*6*12/100.16)","v":1.0432287931146896E-9},{"$f":"U424*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":1.2165839667386916E-11},{"$f":"V424*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":5.9038341403423564E-12},1.061298466922419E-9,4.2274823652686485E-9,"--",{"$f":"Z424*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":5.5962862469979841E-10},1.7804704589288714E-7]
[null,"NOx ","--","--",0,{"$f":"F424*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":8.6504227717596847E-7},8.6504227717596847E-7,0,{"$f":"I424*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":4.3424672587170934E-7},{"$f":"J424*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":2.1073108931444138E-7},6.4497781518615069E-7,1.5100200923621193E-6,{"$f":"M424*0.260265861210973*1055/1000000","v":0},{"$f":"N424*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":0},null,{"$f":"P424*0.260265861210973*1055/1000000","v":1.4577248915898035E-7},0,{"$f":"R424*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":7.7957340182860613E-8},7.7957340182860613E-8,0,{"$f":"U424*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":2.5985780060953541E-8},{"$f":"V424*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.2610369664705367E-8},3.8596149725658904E-8,1.1655348990851952E-7,"--",{"$f":"Z424*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.1953458828038635E-6},-2.6362450429802146E-8]
[null,"SOx ","--","--",0,{"$f":"F424*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.1152483557505828E-5},1.1152483557505828E-5,0,{"$f":"I424*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":5.598488765191092E-6},{"$f":"J424*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":2.716832541765496E-6},8.3153213069565872E-6,1.9467804864462413E-5,{"$f":"M424*0.346184729976483*1055/1000000","v":0},{"$f":"N424*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":0},null,{"$f":"P424*0.346184729976483*1055/1000000","v":1.938948487623385E-7},0,{"$f":"R424*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.0050583393618144E-6},1.0050583393618144E-6,0,{"$f":"U424*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":3.3501944645393819E-7},{"$f":"V424*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.6257811213438331E-7},4.975975585883215E-7,1.5026558979501359E-6,"--",{"$f":"Z424*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.5410894536881166E-5},-2.0253401344148361E-6]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"F419/2.86","v":2.0339661396347973E-7},{"$f":"E417+F417","v":2.0339661396347973E-7},0,{"$f":"I419/2.86","v":1.0210404277046215E-7},{"$f":"J419/2.86","v":4.9549011827862298E-8},{"$f":"SUM(H417:J417)","v":1.5165305459832446E-7},{"$f":"G417+K417","v":3.5504966856180419E-7},{"$f":"M419/2.86","v":0},{"$f":"N419/2.86","v":0},null,{"$f":"P419/2.86","v":1.217561621512633E-9},0,{"$f":"R419/2.86","v":1.8330039404036498E-8},{"$f":"Q417+R417","v":1.8330039404036498E-8},0,{"$f":"U419/2.86","v":6.1100131346788348E-9},{"$f":"V419/2.86","v":2.9650648971773839E-9},{"$f":"SUM(T417:V417)","v":9.0750780318562195E-9},{"$f":"S417+W417","v":2.7405117435892717E-8},"--",{"$f":"Z419/2.86","v":2.8106060419522656E-7},{"$f":"(Q417+T417+W417+P417)-(E417+H417+J417)","v":-3.925637217449345E-8}]
[null,"BOD","--","--",0,{"$f":"F424*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":3.5160654068025862E-7},{"$f":"E418+F418","v":3.5160654068025862E-7},0,{"$f":"I424*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":1.7650465545329759E-7},{"$f":"J424*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":8.5654113426135956E-8},{"$f":"SUM(H418:J418)","v":2.6215876887943354E-7},{"$f":"G418+K418","v":6.1376530955969216E-7},{"$f":"M424*0.0193411218363402*1055/1000000","v":0},{"$f":"N424*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":0},null,{"$f":"P424*0.0193411218363402*1055/1000000","v":1.0832782525115712E-8},0,{"$f":"R424*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":3.1686671768013352E-8},{"$f":"Q418+R418","v":3.1686671768013352E-8},0,{"$f":"U424*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":1.0562223922671117E-8},{"$f":"V424*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":5.1256320893139151E-9},{"$f":"SUM(T418:V418)","v":1.5687856011985031E-8},{"$f":"S418+W418","v":4.737452777999838E-8},"--",{"$f":"Z424*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":4.8586230044287162E-7},{"$f":"(Q418+T418+W418+P418)-(E418+H418+J418)","v":-5.913347488903521E-8}]
[null,"COD","--","--",0,{"$f":"F424*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":5.8171431593555204E-7},{"$f":"E419+F419","v":5.8171431593555204E-7},0,{"$f":"I424*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":2.9201756232352173E-7},{"$f":"J424*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.4171017382768617E-7},{"$f":"SUM(H419:J419)","v":4.3372773615120787E-7},{"$f":"G419+K419","v":1.01544205208676E-6},{"$f":"M424*0.00621725413258714*1055/1000000","v":0},{"$f":"N424*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":0},null,{"$f":"P424*0.00621725413258714*1055/1000000","v":3.4822262375261299E-9},0,{"$f":"R424*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":5.2423912695544385E-8},{"$f":"Q419+R419","v":5.2423912695544385E-8},0,{"$f":"U424*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.7474637565181466E-8},{"$f":"V424*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":8.4800856059273178E-9},{"$f":"SUM(T419:V419)","v":2.5954723171108786E-8},{"$f":"S419+W419","v":7.8378635866653171E-8},"--",{"$f":"Z424*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":8.0383332799834788E-7},{"$f":"(Q419+T419+W419+P419)-(E419+H419+J419)","v":-1.1227322441905125E-7}]
[null,"TDS","--","--",0,{"$f":"F424*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":8.9951648948490709E-5},{"$f":"E420+F420","v":8.9951648948490709E-5},0,{"$f":"I424*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":4.5155260122272121E-5},{"$f":"J424*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":2.1912927805596358E-5},{"$f":"SUM(H420:J420)","v":6.7068187927868487E-5},{"$f":"G420+K420","v":1.570198368763592E-4},{"$f":"M424*0.359631325*1055/1000000","v":0},{"$f":"N424*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":0},null,{"$f":"P424*0.359631325*1055/1000000","v":2.0142616162131515E-7},0,{"$f":"R424*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":8.1064145442457643E-6},{"$f":"Q420+R420","v":8.1064145442457643E-6},0,{"$f":"U424*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":2.7021381814152548E-6},{"$f":"V424*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.3112926097593812E-6},{"$f":"SUM(T420:V420)","v":4.0134307911746361E-6},{"$f":"S420+W420","v":1.21198453354204E-5},"--",{"$f":"Z424*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.2429835634510179E-4},{"$f":"(Q420+T420+W420+P420)-(E420+H420+J420)","v":-1.7698070852800405E-5}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"F424*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.5161663995914341E-5},{"$f":"E422+F422","v":1.5161663995914341E-5},0,{"$f":"I424*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":7.6110765019331779E-6},{"$f":"J424*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":3.693500368686183E-6},{"$f":"SUM(H422:J422)","v":1.130457687061936E-5},{"$f":"G422+K422","v":2.6466240866533703E-5},{"$f":"M424*0.169716014150943*1055/1000000","v":0},{"$f":"N424*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":0},null,{"$f":"P424*0.169716014150943*1055/1000000","v":9.5056361667308186E-8},0,{"$f":"R424*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.3663644298708504E-6},{"$f":"Q422+R422","v":1.3663644298708504E-6},0,{"$f":"U424*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":4.5545480995695013E-7},{"$f":"V424*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":2.210229404564012E-7},{"$f":"SUM(T422:V422)","v":6.7647775041335131E-7},{"$f":"S422+W422","v":2.0428421802842019E-6},"--",{"$f":"Z424*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.0950921258019717E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$17*'GEMM (2011) Models'!E407*1000)","v":8.4936355453403105E-3},{"$f":"64.2*1000/1055*F407","v":1.8374077556889093E-2},{"$f":"E424+F424","v":2.6867713102229403E-2},"--",{"$f":"64.2*1000/1055*I407","v":9.2236914085169781E-3},{"$f":"43.34*(H407*1000*6*12/100.16)/1055","v":4.4760695296325037E-3},{"$f":"SUM(H424:J424)","v":1.3699760938149482E-2},{"$f":"G424+K424","v":4.0567474040378887E-2},{"$f":"(($V$43*VLOOKUP($B401,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B401,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B401,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M407*1000/1055","v":0},{"$f":"64.2*1000/1055*N407","v":0},null,{"$f":"(($V$42*VLOOKUP($B401,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B401,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B401,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P407*1000/1055","v":5.3089166156193904E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$17*'GEMM (2011) Models'!Q407*1000)","v":7.6544378589098411E-4},{"$f":"64.2*1000/1055*R407","v":1.6558661379243631E-3},{"$f":"Q424+R424","v":2.4213099238153471E-3},"--",{"$f":"64.2*1000/1055*U407","v":5.5195537930812107E-4},{"$f":"43.34*(T407*1000*6*12/100.16)/1055","v":2.6785270079141373E-4},{"$f":"SUM(T424:V424)","v":8.1980808009953486E-4},{"$f":"S424+W424","v":3.2411180039148817E-3},"--",{"$f":"64.2*1000/1055*Z407","v":2.5389947448173581E-2}]
[null,"MTCO2e",{"$f":"IF(C409=\"--\",\"--\",(1*C409)+(21*C410)+(310*C411))","v":"--"},"--",7.8789398027537608E-4,1.4590045301464336E-3,2.2468985104218096E-3,3.9551868191410058E-4,7.3241268891092461E-4,3.5542495675031495E-4,1.48335632757534E-3,3.7302548379971492E-3,0,0,null,{"$f":"IF(P409=\"--\",\"--\",(1*P409)+(21*P410)+(310*P411))","v":4.5985507883620198E-5},7.1004759731368555E-5,1.3148503314344137E-4,2.0248979287480992E-4,2.3668253243789516E-5,4.3828344381147129E-5,2.1269002629201689E-5,8.876560025413834E-5,2.9125539312894826E-4,"--",2.0161038415327688E-3,{"$f":"(Q425+T425+W425+P425)-(E425+H425+J425)","v":-1.3094134978268751E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,10655,"X",0.43,null,{"$f":"W427*2204.6*Y427","v":10100705.59}]
[null,"Tetrahydrofuran"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"('GEMM (2011) Before'!C20+'GEMM (2011) Before'!J20)/2.205/1000","v":0},{"$f":"'GEMM (2011) Before'!D20+'GEMM (2011) Before'!K20","v":0},{"$f":"('GEMM (2011) Before'!G20/2.205/1000)+(M434*(1-$V$41)*$V$45)","v":1.1594740165567445E-4},{"$f":"E434","v":1.1594740165567445E-4},{"$f":"E434","v":1.1594740165567445E-4},{"$f":"('GEMM (2011) Before'!H20/2.205/1000)+(M434*(1-$V$41)*(1-$V$45))","v":3.3756733757335045E-4},{"$f":"H434","v":3.3756733757335045E-4},{"$f":"J451*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":1.946815499328953E-4},{"$f":"H434","v":3.3756733757335045E-4},{"$f":"G434+K434","v":4.5351473922902491E-4},{"$f":"'GEMM (2011) Before'!F20/2.205/1000","v":0},{"$f":"M434*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O20/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P434*$V$44","v":2.7210884353741481E-5},{"$f":"Q434","v":2.7210884353741481E-5},{"$f":"Q434","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P434*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T434","v":9.0702947845804936E-6},{"$f":"V451*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":5.231012750535115E-6},{"$f":"T434","v":9.0702947845804936E-6},{"$f":"S434+W434","v":3.6281179138321975E-5},{"$f":"P434*$V$40","v":4.1723356009070291E-4},{"$f":"Y434","v":4.1723356009070291E-4},{"$f":"SUM(X434,Z434)-SUM(L434,N434,C434,D434)","v":0}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E434*4*12/72.1)","v":2.8020354042281162E-4},{"$f":"'GEMM (2011) LCA Data'!$U32*F$434","v":1.484126741192633E-3},{"$f":"E436+F436","v":1.7643302816154447E-3},{"$f":"3.63*(H434*4*12/72.1)","v":8.1577992924799711E-4},{"$f":"'GEMM (2011) LCA Data'!$U32*I$434","v":4.3208619209388855E-3},{"$f":"J451*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":6.6095501925773111E-4},{"$f":"SUM(H436:J436)","v":5.7975968694446139E-3},{"$f":"G436+K436","v":7.5619271510600581E-3},{"$f":"M451*79.0676204311955*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$U32*N$434","v":0},null,{"$f":"P451*79.0676204311955*1055/1000000","v":3.7427133253995599E-5},{"$f":"3.63*(Q434*4*12/72.1)","v":6.575900818024849E-5},{"$f":"'GEMM (2011) LCA Data'!$U32*R$434","v":3.4829931972789097E-4},{"$f":"Q436+R436","v":4.1405832790813947E-4},{"$f":"3.63*(T434*4*12/72.1)","v":2.1919669393416163E-5},{"$f":"'GEMM (2011) LCA Data'!$U32*U$434","v":1.1609977324263033E-4},{"$f":"V451*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":1.7759588078372736E-5},{"$f":"SUM(T436:V436)","v":1.5577903071441922E-4},{"$f":"S436+W436","v":5.6983735862255864E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$U32*Z$434","v":5.3405895691609976E-3},{"$f":"(Q436+T436+W436+P436-Z436)-(E436+H436+J436)","v":-6.8166432165474578E-3}]
[null,"CH4 ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$U33*F$434","v":2.2609743322856518E-6},2.2609743322856518E-6,0,{"$f":"'GEMM (2011) LCA Data'!$U33*I$434","v":6.5825630826803335E-6},{"$f":"J451*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":3.2590646076983853E-6},9.841627690378718E-6,1.2102602022664369E-5,{"$f":"M451*0.144574268396226*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$U33*N$434","v":0},null,{"$f":"P451*0.144574268396226*1055/1000000","v":6.8435098702295175E-8},0,{"$f":"'GEMM (2011) LCA Data'!$U33*R$434","v":5.306122448979589E-7},5.306122448979589E-7,0,{"$f":"'GEMM (2011) LCA Data'!$U33*U$434","v":1.7687074829931961E-7},{"$f":"V451*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":8.7569718463636208E-8},2.6444046676295582E-7,7.9505271166091472E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$U33*Z$434","v":8.1360544217687066E-6},-1.1062243464001841E-5]
[null,"N2O","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$U34*F$434","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$U34*I$434","v":0},{"$f":"J451*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":1.189983635805406E-8},1.189983635805406E-8,1.189983635805406E-8,0,{"$f":"'GEMM (2011) LCA Data'!$U34*N$434","v":0},null,0,0,{"$f":"'GEMM (2011) LCA Data'!$U34*R$434","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$U34*U$434","v":0},{"$f":"V451*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":3.1974368264336518E-10},3.1974368264336518E-10,3.1974368264336518E-10,"--",{"$f":"'GEMM (2011) LCA Data'!$U34*Z$434","v":0},-1.1580092675410695E-8]
[null,"CO ","--","--",{"$f":"0.0016*(E434*4*12/72.1)","v":1.2350569274834672E-7},{"$f":"'GEMM (2011) LCA Data'!$U35*F$434","v":4.6263013260614111E-5},4.638651895336246E-5,{"$f":"0.0016*(H434*4*12/72.1)","v":3.595724206051778E-7},{"$f":"'GEMM (2011) LCA Data'!$U35*I$434","v":1.3468936769176683E-4},{"$f":"J451*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":4.1511717223371972E-7},1.3546405728460573E-4,1.8185057623796821E-4,{"$f":"M451*0.0553151275443457*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$U35*N$434","v":0},null,{"$f":"P451*0.0553151275443457*1055/1000000","v":2.6183748015605812E-8},{"$f":"0.0016*(Q434*4*12/72.1)","v":2.898468680121146E-8},{"$f":"'GEMM (2011) LCA Data'!$U35*R$434","v":1.0857142857142851E-5},1.0886127543944062E-5,{"$f":"0.0016*(T434*4*12/72.1)","v":9.6615622670704859E-9},{"$f":"'GEMM (2011) LCA Data'!$U35*U$434","v":3.6190476190476173E-6},{"$f":"V451*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.1154026776903908E-8},3.6398632080915918E-6,1.4525990752035653E-5,"--",{"$f":"'GEMM (2011) LCA Data'!$U35*Z$434","v":1.6647619047619047E-4},-1.6366969255660223E-4]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E434*4*12/72.1)","v":1.2350569274834674E-8},{"$f":"'GEMM (2011) LCA Data'!$U36*F$434","v":5.4147436573199975E-6},5.4270942265948324E-6,{"$f":"0.00016*(H434*4*12/72.1)","v":3.5957242060517784E-8},{"$f":"'GEMM (2011) LCA Data'!$U36*I$434","v":1.5764394664675469E-5},{"$f":"J451*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":2.0348900899833667E-10},1.5800555395744987E-5,2.122764962233982E-5,{"$f":"M451*0.401850859732704*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$U36*N$434","v":0},null,{"$f":"P451*0.401850859732704*1055/1000000","v":1.9021851920453958E-7},{"$f":"0.00016*(Q434*4*12/72.1)","v":2.8984686801211461E-9},{"$f":"'GEMM (2011) LCA Data'!$U36*R$434","v":1.2707482993197273E-6},1.2736467679998486E-6,{"$f":"0.00016*(T434*4*12/72.1)","v":9.6615622670704864E-10},{"$f":"'GEMM (2011) LCA Data'!$U36*U$434","v":4.2358276643990912E-7},{"$f":"V451*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":5.4676655339499808E-12},4.2455439033215012E-7,1.6982011583319987E-6,"--",{"$f":"'GEMM (2011) LCA Data'!$U36*Z$434","v":1.9484807256235828E-5},-1.8914681022136662E-5]
[null,"NOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$U37*F$434","v":6.2031859885785834E-6},6.2031859885785834E-6,0,{"$f":"'GEMM (2011) LCA Data'!$U37*I$434","v":1.8059852560174247E-5},{"$f":"J451*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":4.3464493838656159E-7},1.849449749856081E-5,2.4697683487139394E-5,{"$f":"M451*0.260265861210973*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$U37*N$434","v":0},null,{"$f":"P451*0.260265861210973*1055/1000000","v":1.2319840936006941E-7},0,{"$f":"'GEMM (2011) LCA Data'!$U37*R$434","v":1.4557823129251693E-6},1.4557823129251693E-6,0,{"$f":"'GEMM (2011) LCA Data'!$U37*U$434","v":4.852607709750564E-7},{"$f":"V451*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.1678729779166803E-8},4.9693950075422322E-7,1.9527218136793926E-6,"--",{"$f":"'GEMM (2011) LCA Data'!$U37*Z$434","v":2.2321995464852607E-5},-2.2136502493124878E-5]
[null,"SOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$U38*F$434","v":6.771328256691388E-6},6.771328256691388E-6,0,{"$f":"'GEMM (2011) LCA Data'!$U38*I$434","v":1.9713932514283666E-5},{"$f":"J451*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":5.6036226859733019E-6},2.5317555200256966E-5,3.2088883456948353E-5,{"$f":"M451*0.346184729976483*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$U38*N$434","v":0},null,{"$f":"P451*0.346184729976483*1055/1000000","v":1.6386862218274559E-7},0,{"$f":"'GEMM (2011) LCA Data'!$U38*R$434","v":1.5891156462585026E-6},1.5891156462585026E-6,0,{"$f":"'GEMM (2011) LCA Data'!$U38*U$434","v":5.2970521541950085E-7},{"$f":"V451*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":1.5056702460822777E-7},6.8027224002772864E-7,2.2693878862862312E-6,"--",{"$f":"'GEMM (2011) LCA Data'!$U38*Z$434","v":2.4366439909297049E-5},-2.9125921733059876E-5]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$U40*F$434","v":7.8380443519235929E-7},{"$f":"E444+F444","v":7.8380443519235929E-7},0,{"$f":"'GEMM (2011) LCA Data'!$U40*I$434","v":2.2819552019958489E-6},{"$f":"J446/2.86","v":1.0219767412154856E-7},{"$f":"SUM(H444:J444)","v":2.3841528761173976E-6},{"$f":"G444+K444","v":3.1679573113097568E-6},{"$f":"M446/2.86","v":0},{"$f":"'GEMM (2011) LCA Data'!$U40*N$434","v":0},null,{"$f":"P446/2.86","v":1.0290120991528831E-9},0,{"$f":"'GEMM (2011) LCA Data'!$U40*R$434","v":1.8394557823129241E-7},{"$f":"Q444+R444","v":1.8394557823129241E-7},0,{"$f":"'GEMM (2011) LCA Data'!$U40*U$434","v":6.1315192743764131E-8},{"$f":"V446/2.86","v":2.7460092473535534E-9},{"$f":"SUM(T444:V444)","v":6.406120199111768E-8},{"$f":"S444+W444","v":2.4800678022241007E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$U40*Z$434","v":2.8204988662131514E-6},{"$f":"(Q444+T444+W444+P444-Z444)-(E444+H444+J444)","v":-2.8576063262444294E-6}]
[null,"BOD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$U41*F$434","v":8.5917024626854775E-8},{"$f":"E445+F445","v":8.5917024626854775E-8},0,{"$f":"'GEMM (2011) LCA Data'!$U41*I$434","v":2.5013739714185268E-7},{"$f":"J451*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":1.7666651358265963E-7},{"$f":"SUM(H445:J445)","v":4.2680391072451231E-7},{"$f":"G445+K445","v":5.1272093535136706E-7},{"$f":"M451*0.0193411218363402*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$U41*N$434","v":0},null,{"$f":"P451*0.0193411218363402*1055/1000000","v":9.1552362433923274E-9},0,{"$f":"'GEMM (2011) LCA Data'!$U41*R$434","v":2.0163265306122437E-8},{"$f":"Q445+R445","v":2.0163265306122437E-8},0,{"$f":"'GEMM (2011) LCA Data'!$U41*U$434","v":6.7210884353741459E-9},{"$f":"V451*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":4.7469561725906776E-9},{"$f":"SUM(T445:V445)","v":1.1468044607964824E-8},{"$f":"S445+W445","v":3.1631309914087261E-8},"--",{"$f":"'GEMM (2011) LCA Data'!$U41*Z$434","v":3.0917006802721087E-7},{"$f":"(Q445+T445+W445+P445-Z445)-(E445+H445+J445)","v":-4.6521330075851337E-7}]
[null,"COD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$U42*F$434","v":2.6088165372526751E-6},{"$f":"E446+F446","v":2.6088165372526751E-6},0,{"$f":"'GEMM (2011) LCA Data'!$U42*I$434","v":7.5952650954003849E-6},{"$f":"J451*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":2.9228534798762886E-7},{"$f":"SUM(H446:J446)","v":7.8875504433880144E-6},{"$f":"G446+K446","v":1.0496366980640689E-5},{"$f":"M451*0.00621725413258714*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$U42*N$434","v":0},null,{"$f":"P451*0.00621725413258714*1055/1000000","v":2.9429746035772456E-9},0,{"$f":"'GEMM (2011) LCA Data'!$U42*R$434","v":6.1224489795918335E-7},{"$f":"Q446+R446","v":6.1224489795918335E-7},0,{"$f":"'GEMM (2011) LCA Data'!$U42*U$434","v":2.0408163265306111E-7},{"$f":"V451*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":7.8535864474311626E-9},{"$f":"SUM(T446:V446)","v":2.1193521910049228E-7},{"$f":"S446+W446","v":8.2418011705967565E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$U42*Z$434","v":9.3877551020408144E-6},{"$f":"(Q446+T446+W446+P446-Z446)-(E446+H446+J446)","v":-9.4651622563243737E-6}]
[null,"TDS","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$U43*F$434","v":4.6958697670548152E-6},{"$f":"E447+F447","v":4.6958697670548152E-6},0,{"$f":"'GEMM (2011) LCA Data'!$U43*I$434","v":1.3671477171720694E-5},{"$f":"J451*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":4.519666835547412E-5},{"$f":"SUM(H447:J447)","v":5.8868145527194814E-5},{"$f":"G447+K447","v":6.3564015294249635E-5},{"$f":"M451*0.359631325*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$U43*N$434","v":0},null,{"$f":"P451*0.359631325*1055/1000000","v":1.7023364873866213E-7},0,{"$f":"'GEMM (2011) LCA Data'!$U43*R$434","v":1.10204081632653E-6},{"$f":"Q447+R447","v":1.10204081632653E-6},0,{"$f":"'GEMM (2011) LCA Data'!$U43*U$434","v":3.6734693877550999E-7},{"$f":"V451*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.2144157909708703E-6},{"$f":"SUM(T447:V447)","v":1.5817627297463803E-6},{"$f":"S447+W447","v":2.6838035460729105E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$U43*Z$434","v":1.6897959183673468E-5},{"$f":"(Q447+T447+W447+P447-Z447)-(E447+H447+J447)","v":-6.0342631160662545E-5}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$U45*F$434","v":6.2495649492408522E-6},{"$f":"E449+F449","v":6.2495649492408522E-6},0,{"$f":"'GEMM (2011) LCA Data'!$U45*I$434","v":1.8194879495203589E-5},{"$f":"J451*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":7.6180560039858038E-6},{"$f":"SUM(H449:J449)","v":2.5812935499189395E-5},{"$f":"G449+K449","v":3.2062500448430247E-5},{"$f":"M451*0.169716014150943*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$U45*N$434","v":0},null,{"$f":"P451*0.169716014150943*1055/1000000","v":8.0336095133808044E-8},0,{"$f":"'GEMM (2011) LCA Data'!$U45*R$434","v":1.4666666666666658E-6},{"$f":"Q449+R449","v":1.4666666666666658E-6},0,{"$f":"'GEMM (2011) LCA Data'!$U45*U$434","v":4.8888888888888857E-7},{"$f":"V451*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":2.0469401494325609E-7},{"$f":"SUM(T449:V449)","v":6.9358290383214469E-7},{"$f":"S449+W449","v":2.1602495704988106E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$U45*Z$434","v":2.2488888888888885E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$18*'GEMM (2011) Models'!E434*1000)","v":3.0857822462664821E-3},{"$f":"'GEMM (2011) LCA Data'!$U47*F$434","v":1.470610752581631E-2},{"$f":"E451+F451","v":1.7791889772082792E-2},"--",{"$f":"'GEMM (2011) LCA Data'!$U47*I$434","v":4.2815116963979605E-2},{"$f":"43.34*(H434*1000*4*12/72.1)/1055","v":9.232149709140049E-3},{"$f":"SUM(H451:J451)","v":5.2047266673119652E-2},{"$f":"G451+K451","v":6.9839156445202444E-2},{"$f":"(($V$43*VLOOKUP($B428,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B428,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B428,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M434*1000/1055","v":0},{"$f":"'GEMM (2011) LCA Data'!$U47*N$434","v":0},null,{"$f":"(($V$42*VLOOKUP($B428,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B428,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B428,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P434*1000/1055","v":4.4867868158321775E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$18*'GEMM (2011) Models'!Q434*1000)","v":7.2418064264466865E-4},{"$f":"'GEMM (2011) LCA Data'!$U47*R$434","v":3.451273469387753E-3},{"$f":"Q451+R451","v":4.1754541120324219E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$U47*U$434","v":1.1504244897959177E-3},{"$f":"43.34*(T434*1000*4*12/72.1)/1055","v":2.4806404541163202E-4},{"$f":"SUM(T451:V451)","v":1.3984885352075498E-3},{"$f":"S451+W451","v":5.5739426472399718E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$U47*Z$434","v":5.2919526530612243E-2}]
[null,"MTCO2e",{"$f":"IF(C436=\"--\",\"--\",(1*C436)+(21*C437)+(310*C438))","v":"--"},"--",2.8020354042281162E-4,1.5316072021706317E-3,1.8118107425934434E-3,8.1577992924799711E-4,4.4590957456751724E-3,7.3308432529039396E-4,6.0079600002135641E-3,7.8197707428070071E-3,0,0,null,{"$f":"IF(P436=\"--\",\"--\",(1*P436)+(21*P437)+(310*P438))","v":3.8864270326743797E-5},6.575900818024849E-5,3.594421768707481E-4,4.252011850509966E-4,2.1919669393416163E-5,1.1981405895691604E-4,1.9697672707728539E-5,1.6143140105806075E-4,5.8663258610905736E-4,"--",5.5114467120181403E-3,{"$f":"(Q452+T452+W452+P452-Z452)-(E452+H452+J452)","v":-7.0525401580208737E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,9456,"X",1.55,null,{"$f":"W454*2204.6*Y454","v":32312381.279999997}]
[null,"Toluene"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!$C21,'GEMM (2011) Before'!$J21)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!$D21,'GEMM (2011) Before'!$K21)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G21)/2.205/1000+(M461*(1-$V$41)*$V$45)","v":3.5144148188187498E-4},{"$f":"E461","v":3.5144148188187498E-4},{"$f":"E461","v":3.5144148188187498E-4},{"$f":"SUM('GEMM (2011) Before'!H21)/2.205/1000+(M461*(1-$V$41)*(1-$V$45))","v":1.0207325734714996E-4},{"$f":"H461","v":1.0207325734714996E-4},{"$f":"J478*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":8.0612326714615967E-5},{"$f":"H461","v":1.0207325734714996E-4},{"$f":"G461+K461","v":4.5351473922902491E-4},{"$f":"SUM('GEMM (2011) Before'!F21)/2.205/1000","v":0},{"$f":"M461*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O21/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P461*$V$44","v":2.7210884353741481E-5},{"$f":"Q461","v":2.7210884353741481E-5},{"$f":"Q461","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P461*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T461","v":9.0702947845804936E-6},{"$f":"V478*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":7.1632627935616249E-6},{"$f":"T461","v":9.0702947845804936E-6},{"$f":"S461+W461","v":3.6281179138321975E-5},{"$f":"P461*$V$40","v":4.1723356009070291E-4},{"$f":"Y461","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E461*7*12/92.14)","v":1.1630294839963245E-3},{"$f":"'GEMM (2011) LCA Data'!$V32*F$461","v":2.4495471287166683E-4},{"$f":"E463+F463","v":1.4079841968679912E-3},{"$f":"3.63*(H461*7*12/92.14)","v":3.3779224691006044E-4},{"$f":"'GEMM (2011) LCA Data'!$V32*I$461","v":7.1145060370963515E-5},{"$f":"J478*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":2.7368346910344076E-4},{"$f":"SUM(H463:J463)","v":6.8262077638446463E-4},{"$f":"G463+K463","v":2.0906049732524559E-3},{"$f":"M478*79.0676204311955*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$V32*N$461","v":0},null,{"$f":"P478*79.0676204311955*1055/1000000","v":3.0076175345426406E-5},{"$f":"3.63*(Q461*7*12/92.14)","v":9.0049303854383039E-5},{"$f":"'GEMM (2011) LCA Data'!$V32*R$461","v":1.8965986394557812E-5},{"$f":"Q463+R463","v":1.0901529024894085E-4},{"$f":"3.63*(T461*7*12/92.14)","v":3.0016434618127673E-5},{"$f":"'GEMM (2011) LCA Data'!$V32*U$461","v":6.3219954648526033E-6},{"$f":"V478*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":2.4319687712054261E-5},{"$f":"SUM(T463:V463)","v":6.0658117795034538E-5},{"$f":"S463+W463","v":1.6967340804397539E-4},"--",{"$f":"'GEMM (2011) LCA Data'!$V32*Z$461","v":2.9081179138321989E-4},{"$f":"(Q463+T463+W463+P463)-(E463+H463+J463)","v":-1.5637051683968541E-3}]
[null,"CH4 ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$V33*F$461","v":1.5182272017296998E-6},1.5182272017296998E-6,0,{"$f":"'GEMM (2011) LCA Data'!$V33*I$461","v":4.4095647173968784E-7},{"$f":"J478*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.349489877342671E-6},1.7904463490823589E-6,3.3086735508120587E-6,{"$f":"M478*0.144574268396226*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$V33*N$461","v":0},null,{"$f":"P478*0.144574268396226*1055/1000000","v":5.4993953567952185E-8},0,{"$f":"'GEMM (2011) LCA Data'!$V33*R$461","v":1.1755102040816321E-7},1.1755102040816321E-7,0,{"$f":"'GEMM (2011) LCA Data'!$V33*U$461","v":3.9183673469387735E-8},{"$f":"V478*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.1991653165996632E-7},1.5910020512935405E-7,2.7665122553751724E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$V33*Z$461","v":1.8024489795918365E-6},-1.1353957186453647E-6]
[null,"N2O","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$V34*F$461","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$V34*I$461","v":0},{"$f":"J478*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":4.9273980851116667E-9},4.9273980851116667E-9,4.9273980851116667E-9,0,{"$f":"'GEMM (2011) LCA Data'!$V34*N$461","v":0},null,0,0,{"$f":"'GEMM (2011) LCA Data'!$V34*R$461","v":0},0,0,{"$f":"'GEMM (2011) LCA Data'!$V34*U$461","v":0},{"$f":"V478*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":4.3785173819759711E-10},4.3785173819759711E-10,4.3785173819759711E-10,"--",{"$f":"'GEMM (2011) LCA Data'!$V34*Z$461","v":0},-4.4895463469140697E-9]
[null,"CO ","--","--",{"$f":"0.0016*(E461*7*12/92.14)","v":5.1263007559066637E-7},{"$f":"'GEMM (2011) LCA Data'!$V35*F$461","v":1.9118416614373998E-7},7.038142417344064E-7,{"$f":"0.0016*(H461*7*12/92.14)","v":1.4888914464355281E-7},{"$f":"'GEMM (2011) LCA Data'!$V35*I$461","v":5.5527851996849579E-8},{"$f":"J478*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.718887132575566E-7},3.7630570989795896E-7,1.0801199516323653E-6,{"$f":"M478*0.0553151275443457*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$V35*N$461","v":0},null,{"$f":"P478*0.0553151275443457*1055/1000000","v":2.1041071758648506E-8},{"$f":"0.0016*(Q461*7*12/92.14)","v":3.9691153214053134E-8},{"$f":"'GEMM (2011) LCA Data'!$V35*R$461","v":1.4802721088435366E-8},5.44938743024885E-8,{"$f":"0.0016*(T461*7*12/92.14)","v":1.3230384404684375E-8},{"$f":"'GEMM (2011) LCA Data'!$V35*U$461","v":4.9342403628117888E-9},{"$f":"V478*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.5274140748598335E-8},3.3438765516094495E-8,8.7932639818583001E-8,"--",{"$f":"'GEMM (2011) LCA Data'!$V35*Z$461","v":2.2697505668934238E-7},-7.2600655859829535E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E461*7*12/92.14)","v":5.1263007559066646E-8},{"$f":"'GEMM (2011) LCA Data'!$V36*F$461","v":3.2789490259578934E-6},3.3302120335169601E-6,{"$f":"0.00016*(H461*7*12/92.14)","v":1.4888914464355281E-8},{"$f":"'GEMM (2011) LCA Data'!$V36*I$461","v":9.5234349104890914E-7},{"$f":"J478*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":8.4259255599010471E-11},9.6731666476886338E-7,4.2975286982858233E-6,{"$f":"M478*0.401850859732704*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$V36*N$461","v":0},null,{"$f":"P478*0.401850859732704*1055/1000000","v":1.528582351931091E-7},{"$f":"0.00016*(Q461*7*12/92.14)","v":3.9691153214053136E-9},{"$f":"'GEMM (2011) LCA Data'!$V36*R$461","v":2.5387755102040799E-7},2.5784666634181329E-7,{"$f":"0.00016*(T461*7*12/92.14)","v":1.3230384404684374E-9},{"$f":"'GEMM (2011) LCA Data'!$V36*U$461","v":8.4625850340135998E-8},{"$f":"V478*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":7.4873312214688383E-12},8.5956376111825905E-8,3.4380304245363921E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$V36*Z$461","v":3.892789115646258E-6},1.7787058378778785E-7]
[null,"NOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$V37*F$461","v":1.7255776760400062E-6},1.7255776760400062E-6,0,{"$f":"'GEMM (2011) LCA Data'!$V37*I$461","v":5.0117969357450633E-7},{"$f":"J478*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.7997462928638475E-7},6.8115432286089108E-7,2.406731998900897E-6,{"$f":"M478*0.260265861210973*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$V37*N$461","v":0},null,{"$f":"P478*0.260265861210973*1055/1000000","v":9.9001356503720457E-8},0,{"$f":"'GEMM (2011) LCA Data'!$V37*R$461","v":1.3360544217687067E-7},1.3360544217687067E-7,0,{"$f":"'GEMM (2011) LCA Data'!$V37*U$461","v":4.4535147392290225E-8},{"$f":"V478*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.5992660406841453E-8},6.0527807799131685E-8,1.9413324997600235E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$V37*Z$461","v":2.0486167800453515E-6},-2.0445464983532609E-8]
[null,"SOx ","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$V38*F$461","v":1.0191802974574373E-6},1.0191802974574373E-6,0,{"$f":"'GEMM (2011) LCA Data'!$V38*I$461","v":2.9601244630673487E-7},{"$f":"J478*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":2.3203075119487039E-6},2.6163199582554389E-6,3.6355002557128764E-6,{"$f":"M478*0.346184729976483*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$V38*N$461","v":0},null,{"$f":"P478*0.346184729976483*1055/1000000","v":1.3168364728697285E-7},0,{"$f":"'GEMM (2011) LCA Data'!$V38*R$461","v":7.8911564625850283E-8},7.8911564625850283E-8,0,{"$f":"'GEMM (2011) LCA Data'!$V38*U$461","v":2.630385487528343E-8},{"$f":"V478*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":2.0618400618562122E-7},2.3248786106090464E-7,3.1139942568675491E-7,"--",{"$f":"'GEMM (2011) LCA Data'!$V38*Z$461","v":1.2099773242630384E-6},-1.9561360036008264E-6]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$V40*F$461","v":1.5483086264725961E-7},{"$f":"E471+F471","v":1.5483086264725961E-7},0,{"$f":"'GEMM (2011) LCA Data'!$V40*I$461","v":4.4969337152940198E-8},{"$f":"J473/2.86","v":4.2317272995822227E-8},{"$f":"SUM(H471:J471)","v":8.7286610148762432E-8},{"$f":"G471+K471","v":2.4211747279602202E-7},{"$f":"M473/2.86","v":0},{"$f":"'GEMM (2011) LCA Data'!$V40*N$461","v":0},null,{"$f":"P473/2.86","v":8.269067287803408E-10},0,{"$f":"'GEMM (2011) LCA Data'!$V40*R$461","v":1.1988011988011982E-8},{"$f":"Q471+R471","v":1.1988011988011982E-8},0,{"$f":"'GEMM (2011) LCA Data'!$V40*U$461","v":3.9960039960039942E-9},{"$f":"V473/2.86","v":3.7603398826224716E-9},{"$f":"SUM(T471:V471)","v":7.7563438786264658E-9},{"$f":"S471+W471","v":1.974435586663845E-8},"--",{"$f":"'GEMM (2011) LCA Data'!$V40*Z$461","v":1.8381618381618381E-7},{"$f":"(Q471+T471+W471+P471)-(E471+H471+J471)","v":-3.3734022388415418E-8}]
[null,"BOD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$V41*F$461","v":8.3994514169768116E-8},{"$f":"E472+F472","v":8.3994514169768116E-8},0,{"$f":"'GEMM (2011) LCA Data'!$V41*I$461","v":2.4395508505968839E-8},{"$f":"J478*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":7.3152790890386872E-8},{"$f":"SUM(H472:J472)","v":9.7548299396355707E-8},{"$f":"G472+K472","v":1.8154281356612382E-7},{"$f":"M478*0.0193411218363402*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$V41*N$461","v":0},null,{"$f":"P478*0.0193411218363402*1055/1000000","v":7.3570820590613804E-9},0,{"$f":"'GEMM (2011) LCA Data'!$V41*R$461","v":6.5034013605442137E-9},{"$f":"Q472+R472","v":6.5034013605442137E-9},0,{"$f":"'GEMM (2011) LCA Data'!$V41*U$461","v":2.1678004535147376E-9},{"$f":"V478*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":6.5004036800155066E-9},{"$f":"SUM(T472:V472)","v":8.668204133530245E-9},{"$f":"S472+W472","v":1.5171605494074459E-8},"--",{"$f":"'GEMM (2011) LCA Data'!$V41*Z$461","v":9.9718820861677991E-8},{"$f":"(Q472+T472+W472+P472)-(E472+H472+J472)","v":-5.7127504697795246E-8}]
[null,"COD","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$V42*F$461","v":4.4281626717116249E-7},{"$f":"E473+F473","v":4.4281626717116249E-7},0,{"$f":"'GEMM (2011) LCA Data'!$V42*I$461","v":1.2861230425740895E-7},{"$f":"J478*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.2102740076805156E-7},{"$f":"SUM(H473:J473)","v":2.4963970502546048E-7},{"$f":"G473+K473","v":6.9245597219662292E-7},{"$f":"M478*0.00621725413258714*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$V42*N$461","v":0},null,{"$f":"P478*0.00621725413258714*1055/1000000","v":2.3649532443117746E-9},0,{"$f":"'GEMM (2011) LCA Data'!$V42*R$461","v":3.4285714285714267E-8},{"$f":"Q473+R473","v":3.4285714285714267E-8},0,{"$f":"'GEMM (2011) LCA Data'!$V42*U$461","v":1.1428571428571422E-8},{"$f":"V478*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.0754572064300268E-8},{"$f":"SUM(T473:V473)","v":2.218314349287169E-8},{"$f":"S473+W473","v":5.646885777858596E-8},"--",{"$f":"'GEMM (2011) LCA Data'!$V42*Z$461","v":5.2571428571428567E-7},{"$f":"(Q473+T473+W473+P473)-(E473+H473+J473)","v":-9.6479304030868095E-8}]
[null,"TDS","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$V43*F$461","v":6.3259466738737497E-7},{"$f":"E474+F474","v":6.3259466738737497E-7},0,{"$f":"'GEMM (2011) LCA Data'!$V43*I$461","v":1.8373186322486994E-7},{"$f":"J478*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.8714709211733056E-5},{"$f":"SUM(H474:J474)","v":1.8898441074957927E-5},{"$f":"G474+K474","v":1.9531035742345302E-5},{"$f":"M478*0.359631325*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$V43*N$461","v":0},null,{"$f":"P478*0.359631325*1055/1000000","v":1.3679853689058957E-7},0,{"$f":"'GEMM (2011) LCA Data'!$V43*R$461","v":4.8979591836734666E-8},{"$f":"Q474+R474","v":4.8979591836734666E-8},0,{"$f":"'GEMM (2011) LCA Data'!$V43*U$461","v":1.6326530612244887E-8},{"$f":"V478*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.6630010031012543E-6},{"$f":"SUM(T474:V474)","v":1.679327533713499E-6},{"$f":"S474+W474","v":1.7283071255502336E-6},"--",{"$f":"'GEMM (2011) LCA Data'!$V43*Z$461","v":7.5102040816326519E-7},{"$f":"(Q474+T474+W474+P474)-(E474+H474+J474)","v":-1.6898583141128968E-5}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"'GEMM (2011) LCA Data'!$V45*F$461","v":6.1502259329328124E-6},{"$f":"E476+F476","v":6.1502259329328124E-6},0,{"$f":"'GEMM (2011) LCA Data'!$V45*I$461","v":1.7862820035751246E-6},{"$f":"J478*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":3.1544294759067946E-6},{"$f":"SUM(H476:J476)","v":4.9407114794819192E-6},{"$f":"G476+K476","v":1.1090937412414732E-5},{"$f":"M478*0.169716014150943*1055/1000000","v":0},{"$f":"'GEMM (2011) LCA Data'!$V45*N$461","v":0},null,{"$f":"P478*0.169716014150943*1055/1000000","v":6.4557508784173895E-8},0,{"$f":"'GEMM (2011) LCA Data'!$V45*R$461","v":4.7619047619047596E-7},{"$f":"Q476+R476","v":4.7619047619047596E-7},0,{"$f":"'GEMM (2011) LCA Data'!$V45*U$461","v":1.5873015873015866E-7},{"$f":"V478*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":2.8030461618694743E-7},{"$f":"SUM(T476:V476)","v":4.3903477491710606E-7},{"$f":"S476+W476","v":9.1522525110758203E-7},"--",{"$f":"'GEMM (2011) LCA Data'!$V45*Z$461","v":7.3015873015873014E-6}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$19*'GEMM (2011) Models'!E461*1000)","v":1.1960294106138325E-2},{"$f":"'GEMM (2011) LCA Data'!$V47*1000/1055*F461","v":2.7553012179539001E-3},{"$f":"E478+F478","v":1.4715595324092225E-2},"--",{"$f":"'GEMM (2011) LCA Data'!$V47*1000/1055*I461","v":8.0025433760165575E-4},{"$f":"43.34*(H461*1000*7*12/92.14)/1055","v":3.8227817114049639E-3},{"$f":"SUM(H478:J478)","v":4.6230360490066196E-3},{"$f":"G478+K478","v":1.9338631373098845E-2},{"$f":"(($V$43*VLOOKUP($B455,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B455,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B455,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M461*1000/1055","v":0},{"$f":"'GEMM (2011) LCA Data'!$V47*1000/1055*N461","v":0},null,{"$f":"(($V$42*VLOOKUP($B455,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B455,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B455,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P461*1000/1055","v":3.6055496448184331E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$19*'GEMM (2011) Models'!Q461*1000)","v":9.2604372715527857E-4},{"$f":"'GEMM (2011) LCA Data'!$V47*1000/1055*R461","v":2.1333333333333322E-4},{"$f":"Q478+R478","v":1.1393770604886117E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$V47*1000/1055*U461","v":7.1111111111111079E-5},{"$f":"43.34*(T461*1000*7*12/92.14)/1055","v":3.396948223335432E-4},{"$f":"SUM(T478:V478)","v":4.1080593344465429E-4},{"$f":"S478+W478","v":1.550182993933266E-3},"--",{"$f":"'GEMM (2011) LCA Data'!$V47*1000/1055*Z461","v":3.2711111111111109E-3}]
[null,"MTCO2e",{"$f":"IF(C463=\"--\",\"--\",(1*C463)+(21*C464)+(310*C465))","v":"--"},"--",1.1630294839963245E-3,2.768374841079905E-4,1.439866968104315E-3,3.3779224691006044E-4,8.0405146277496965E-5,3.0355024993402148E-4,7.2174764312157879E-4,2.1616146112258938E-3,0,0,null,{"$f":"IF(P463=\"--\",\"--\",(1*P463)+(21*P464)+(310*P465))","v":3.1231048370353404E-5},9.0049303854383039E-5,2.1434557823129239E-5,1.1148386167751228E-4,3.0016434618127673E-5,7.1448526077097455E-6,2.6973668915754809E-5,6.4134956141592218E-5,1.7561881781910451E-4,"--",3.2866321995464844E-4,{"$f":"(Q479+T479+W479+P479)-(E479+H479+J479)","v":-1.5889402378559501E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,81667,"X",0.39,null,{"$f":"W481*2204.6*Y481","v":70216796.598000005}]
[null,"1,2,4-Trimethylbenzene"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C5,'GEMM (2011) Before'!J5)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D5,'GEMM (2011) Before'!K5)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G5)/2.205/1000+(M488*(1-$V$41)*$V$45)","v":4.2440330267595966E-4},{"$f":"E488","v":4.2440330267595966E-4},{"$f":"E488","v":4.2440330267595966E-4},{"$f":"SUM('GEMM (2011) Before'!H5)/2.205/1000+(M488*(1-$V$41)*(1-$V$45))","v":2.9111436553065273E-5},{"$f":"H488","v":2.9111436553065273E-5},{"$f":"J505*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":2.2660916022591072E-5},{"$f":"H488","v":2.9111436553065273E-5},{"$f":"G488+K488","v":4.5351473922902491E-4},{"$f":"'GEMM (2011) Before'!F5/2.205/1000","v":0},{"$f":"M488*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O5/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P488*$V$44","v":2.7210884353741481E-5},{"$f":"Q488","v":2.7210884353741481E-5},{"$f":"Q488","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P488*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T488","v":9.0702947845804936E-6},{"$f":"V505*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":7.0604962430781172E-6},{"$f":"T488","v":9.0702947845804936E-6},{"$f":"S488+W488","v":3.6281179138321975E-5},{"$f":"P488*$V$40","v":4.1723356009070291E-4},{"$f":"Y488","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E488*9*12/120.19)","v":1.3843337281061921E-3},{"$f":"F505*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.0880138177732251E-3},{"$f":"E490+F490","v":3.4723475458794169E-3},{"$f":"3.63*(H488*9*12/120.19)","v":9.4956715086643725E-5},{"$f":"I505*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.4322480856007725E-4},{"$f":"J505*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":7.6935108597975604E-5},{"$f":"SUM(H490:J490)","v":3.1511663224469659E-4},{"$f":"G490+K490","v":3.7874641781241135E-3},{"$f":"M505*79.0676204311955*1055/1000000","v":0},{"$f":"N505*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":0},null,{"$f":"P505*79.0676204311955*1055/1000000","v":3.0076175345426406E-5},{"$f":"3.63*(Q488*9*12/120.19)","v":8.875742659157011E-5},{"$f":"R505*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.3387431757999808E-4},{"$f":"Q490+R490","v":2.2263174417156819E-4},{"$f":"3.63*(T488*9*12/120.19)","v":2.9585808863856698E-5},{"$f":"U505*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":4.4624772526666022E-5},{"$f":"V505*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":2.3970789383592779E-5},{"$f":"SUM(T490:V490)","v":9.8181370774115499E-5},{"$f":"S490+W490","v":3.208131149456837E-4},"--",{"$f":"Z505*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.0527395362266382E-3},{"$f":"(Q490+T490+W490+P490)-(E490+H490+J490)","v":-1.3096247702158426E-3}]
[null,"CH4 ","--","--",0,{"$f":"F505*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.0295665719479756E-5},1.0295665719479756E-5,0,{"$f":"I505*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":7.0621886652245834E-7},{"$f":"J505*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":3.7935484596618588E-7},1.0855737124886442E-6,1.1381239431968401E-5,{"$f":"M505*0.144574268396226*1055/1000000","v":0},{"$f":"N505*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":0},null,{"$f":"P505*0.144574268396226*1055/1000000","v":5.4993953567952185E-8},0,{"$f":"R505*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":6.6011307516013236E-7},6.6011307516013236E-7,0,{"$f":"U505*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":2.2003769172004415E-7},{"$f":"V505*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.1819616921344023E-7},3.3823386093348436E-7,9.9834693609361667E-7,"--",{"$f":"Z505*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.0121733819122035E-5},1.3872968535250678E-8]
[null,"N2O","--","--",0,{"$f":"F505*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":3.7592607697814152E-8},3.7592607697814152E-8,0,{"$f":"I505*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.5786199281648078E-9},{"$f":"J505*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":1.3851399502694959E-9},3.9637598784343041E-9,4.1556367576248458E-8,0,{"$f":"N505*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":0},null,0,0,{"$f":"R505*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.4102736575587364E-9},2.4102736575587364E-9,0,{"$f":"U505*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":8.0342455251957871E-10},{"$f":"V505*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":4.3157017153523509E-10},1.2349947240548137E-9,3.6452683816135502E-9,"--",{"$f":"Z505*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":3.6957529415900646E-8},-1.5014522621468213E-10]
[null,"CO ","--","--",{"$f":"0.0016*(E488*9*12/120.19)","v":6.1017464599721965E-7},{"$f":"F505*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.3113908910055021E-6},1.9215655370027217E-6,{"$f":"0.0016*(H488*9*12/120.19)","v":4.1854199487225891E-8},{"$f":"I505*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":8.9953288485417136E-8},{"$f":"J505*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":4.8319603900658637E-8},1.8012709187330166E-7,2.1016926288760232E-6,{"$f":"M505*0.0553151275443457*1055/1000000","v":0},{"$f":"N505*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":0},null,{"$f":"P505*0.0553151275443457*1055/1000000","v":2.1041071758648506E-8},{"$f":"0.0016*(Q488*9*12/120.19)","v":3.9121730729066719E-8},{"$f":"R505*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":8.408065076945509E-8},1.2320238149852182E-7,{"$f":"0.0016*(T488*9*12/120.19)","v":1.3040576909688904E-8},{"$f":"U505*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":2.8026883589818362E-8},{"$f":"V505*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.5055012845355156E-8},5.6122473344862423E-8,1.7932485484338425E-7,"--",{"$f":"Z505*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.2892366451316454E-6},-5.7102259664283758E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E488*9*12/120.19)","v":6.101746459972197E-8},{"$f":"F505*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":6.4283930097189773E-10},6.1660303900693872E-8,{"$f":"0.00016*(H488*9*12/120.19)","v":4.1854199487225889E-9},{"$f":"I505*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":4.4094792396911967E-11},{"$f":"J505*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":2.3686103516337499E-11},4.2532008446358384E-9,6.5913504745329706E-8,{"$f":"M505*0.401850859732704*1055/1000000","v":0},{"$f":"N505*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":0},null,{"$f":"P505*0.401850859732704*1055/1000000","v":1.528582351931091E-7},{"$f":"0.00016*(Q488*9*12/120.19)","v":3.9121730729066721E-9},{"$f":"R505*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":4.1216045602128561E-11},3.9533891185088005E-9,{"$f":"0.00016*(T488*9*12/120.19)","v":1.3040576909688905E-9},{"$f":"U505*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":1.3738681867376188E-11},{"$f":"V505*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":7.3799154775358645E-12},1.3251762883138026E-9,5.2785654068226031E-9,"--",{"$f":"Z505*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":6.3197936589930496E-10},9.4173071593337552E-8]
[null,"NOx ","--","--",0,{"$f":"F505*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.3730807857326326E-6},1.3730807857326326E-6,0,{"$f":"I505*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":9.4184832973857025E-8},{"$f":"J505*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":5.0592634236871173E-8},1.4477746721072819E-7,1.5178582529433608E-6,{"$f":"M505*0.260265861210973*1055/1000000","v":0},{"$f":"N505*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":0},null,{"$f":"P505*0.260265861210973*1055/1000000","v":9.9001356503720457E-8},0,{"$f":"R505*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":8.8035937122389317E-8},8.8035937122389317E-8,0,{"$f":"U505*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":2.9345312374129774E-8},{"$f":"V505*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.576322438160691E-8},4.5108536755736687E-8,1.33144473878126E-7,"--",{"$f":"Z505*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.3498843692099703E-6},9.3517259022585964E-8]
[null,"SOx ","--","--",0,{"$f":"F505*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.7702326568364145E-5},1.7702326568364145E-5,0,{"$f":"I505*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.2142699019711611E-6},{"$f":"J505*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":6.5226120889677017E-7},1.8665311108679312E-6,1.9568857679232075E-5,{"$f":"M505*0.346184729976483*1055/1000000","v":0},{"$f":"N505*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":0},null,{"$f":"P505*0.346184729976483*1055/1000000","v":1.3168364728697285E-7},0,{"$f":"R505*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.1349957882201177E-6},1.1349957882201177E-6,0,{"$f":"U505*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":3.7833192940670592E-7},{"$f":"V505*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":2.0322602185763996E-7},5.8155795126434586E-7,1.7165537394844637E-6,"--",{"$f":"Z505*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.7403268752708482E-5},6.0980389654548564E-8]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"F500/2.86","v":3.2285125234349674E-7},{"$f":"E498+F498","v":3.2285125234349674E-7},0,{"$f":"I500/2.86","v":2.2145595214303596E-8},{"$f":"J500/2.86","v":1.1895800664062952E-8},{"$f":"SUM(H498:J498)","v":3.4041395878366546E-8},{"$f":"G498+K498","v":3.5689264822186327E-7},{"$f":"M500/2.86","v":0},{"$f":"N500/2.86","v":0},null,{"$f":"P500/2.86","v":8.269067287803408E-10},0,{"$f":"R500/2.86","v":2.0699810853468008E-8},{"$f":"Q498+R498","v":2.0699810853468008E-8},0,{"$f":"U500/2.86","v":6.8999369511560034E-9},{"$f":"V500/2.86","v":3.7063927960057422E-9},{"$f":"SUM(T498:V498)","v":1.0606329747161746E-8},{"$f":"S498+W498","v":3.1306140600629753E-8},"--",{"$f":"Z500/2.86","v":3.1739709975317628E-7},{"$f":"(Q498+T498+W498+P498)-(E498+H498+J498)","v":-4.625641881208648E-10}]
[null,"BOD","--","--",0,{"$f":"F505*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":5.5810472838632548E-7},{"$f":"E499+F499","v":5.5810472838632548E-7},0,{"$f":"I505*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":3.8282525814341562E-8},{"$f":"J505*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":2.0563967308050167E-8},{"$f":"SUM(H499:J499)","v":5.8846493122391733E-8},{"$f":"G499+K499","v":6.1695122150871725E-7},{"$f":"M505*0.0193411218363402*1055/1000000","v":0},{"$f":"N505*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":0},null,{"$f":"P505*0.0193411218363402*1055/1000000","v":7.3570820590613804E-9},0,{"$f":"R505*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":3.5783235252039996E-8},{"$f":"Q499+R499","v":3.5783235252039996E-8},0,{"$f":"U505*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":1.1927745084013333E-8},{"$f":"V505*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":6.4071467268368628E-9},{"$f":"SUM(T499:V499)","v":1.8334891810850195E-8},{"$f":"S499+W499","v":5.4118127062890191E-8},"--",{"$f":"Z505*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":5.4867627386461359E-7},{"$f":"(Q499+T499+W499+P499)-(E499+H499+J499)","v":5.1280065618614086E-9}]
[null,"COD","--","--",0,{"$f":"F505*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":9.2335458170240071E-7},{"$f":"E500+F500","v":9.2335458170240071E-7},0,{"$f":"I505*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":6.3336402312908285E-8},{"$f":"J505*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":3.4021989899220042E-8},{"$f":"SUM(H500:J500)","v":9.7358392212128321E-8},{"$f":"G500+K500","v":1.020712973914529E-6},{"$f":"M505*0.00621725413258714*1055/1000000","v":0},{"$f":"N505*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":0},null,{"$f":"P505*0.00621725413258714*1055/1000000","v":2.3649532443117746E-9},0,{"$f":"R505*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":5.92014590409185E-8},{"$f":"Q500+R500","v":5.92014590409185E-8},0,{"$f":"U505*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.973381968030617E-8},{"$f":"V505*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.0600283396576422E-8},{"$f":"SUM(T500:V500)","v":3.0334103076882588E-8},{"$f":"S500+W500","v":8.9535562117801095E-8},"--",{"$f":"Z505*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":9.0775570529408418E-7},{"$f":"(Q500+T500+W500+P500)-(E500+H500+J500)","v":-1.322933578025679E-9}]
[null,"TDS","--","--",0,{"$f":"F505*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.4278016702184225E-4},{"$f":"E501+F501","v":1.4278016702184225E-4},0,{"$f":"I505*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":9.7938346546422177E-6},{"$f":"J505*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":5.2608883916186642E-6},{"$f":"SUM(H501:J501)","v":1.5054723046260882E-5},{"$f":"G501+K501","v":1.5783489006810313E-4},{"$f":"M505*0.359631325*1055/1000000","v":0},{"$f":"N505*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":0},null,{"$f":"P505*0.359631325*1055/1000000","v":1.3679853689058957E-7},0,{"$f":"R505*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":9.1544401005890633E-6},{"$f":"Q501+R501","v":9.1544401005890633E-6},0,{"$f":"U505*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":3.051480033529688E-6},{"$f":"V505*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.6391430376091974E-6},{"$f":"SUM(T501:V501)","v":4.6906230711388854E-6},{"$f":"S501+W501","v":1.3845063171727949E-5},"--",{"$f":"Z505*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.4036808154236575E-4},{"$f":"(Q501+T501+W501+P501)-(E501+H501+J501)","v":-4.3346678358918898E-7}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"F505*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.4066094873984241E-5},{"$f":"E503+F503","v":2.4066094873984241E-5},0,{"$f":"I505*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.6507849717158364E-6},{"$f":"J505*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":8.8674107752492469E-7},{"$f":"SUM(H503:J503)","v":2.5375260492407613E-6},{"$f":"G503+K503","v":2.6603620923225003E-5},{"$f":"M505*0.169716014150943*1055/1000000","v":0},{"$f":"N505*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":0},null,{"$f":"P505*0.169716014150943*1055/1000000","v":6.4557508784173895E-8},0,{"$f":"R505*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.5430127907420037E-6},{"$f":"Q503+R503","v":1.5430127907420037E-6},0,{"$f":"U505*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":5.1433759691400128E-7},{"$f":"V505*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":2.7628327293593233E-7},{"$f":"SUM(T503:V503)","v":7.9062086984993361E-7},{"$f":"S503+W503","v":2.3336336605919372E-6},"--",{"$f":"Z505*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.365952945804407E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$20*'GEMM (2011) Models'!E488*1000)","v":1.4533661977282165E-2},{"$f":"72.5*1000/1055*F488","v":2.9165155871096752E-2},{"$f":"E505+F505","v":4.3698817848378917E-2},"--",{"$f":"72.5*1000/1055*I488","v":2.0005489574381348E-3},{"$f":"43.34*(H488*1000*9*12/120.19)/1055","v":1.0746214489196506E-3},{"$f":"SUM(H505:J505)","v":3.0751704063577854E-3},{"$f":"G505+K505","v":4.6773988254736699E-2},{"$f":"(($V$43*VLOOKUP($B482,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B482,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B482,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M488*1000/1055","v":0},{"$f":"72.5*1000/1055*N488","v":0},null,{"$f":"(($V$42*VLOOKUP($B482,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B482,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B482,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P488*1000/1055","v":3.6055496448184331E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$20*'GEMM (2011) Models'!Q488*1000)","v":9.3183486746366534E-4},{"$f":"72.5*1000/1055*R488","v":1.8699422897120921E-3},{"$f":"Q505+R505","v":2.8017771571757573E-3},"--",{"$f":"72.5*1000/1055*U488","v":6.2331409657069743E-4},{"$f":"43.34*(T488*1000*9*12/120.19)/1055","v":3.3482144743241535E-4},{"$f":"SUM(T505:V505)","v":9.5813554400311278E-4},{"$f":"S505+W505","v":3.75991270117887E-3},"--",{"$f":"72.5*1000/1055*Z488","v":2.8672448442252096E-2}]
[null,"MTCO2e",{"$f":"IF(C490=\"--\",\"--\",(1*C490)+(21*C491)+(310*C492))","v":"--"},"--",1.3843337281061921E-3,2.3158765062686222E-3,3.700210234374814E-3,9.4956715086643725E-5,1.5885477693477999E-4,8.5330953747849046E-5,3.3914244576927274E-4,4.0393526801440873E-3,0,0,null,{"$f":"IF(P490=\"--\",\"--\",(1*P490)+(21*P491)+(310*P492))","v":3.1231048370353404E-5},8.875742659157011E-5,1.4848387699220407E-4,2.3724130358377418E-4,2.9585808863856698E-5,4.9494625664068017E-5,2.6586695690250947E-5,1.0566713021817567E-4,3.4290843380194982E-4,"--",2.2767527805471303E-3,{"$f":"(Q506+T506+W506+P506)-(E506+H506+J506)","v":-1.3093799828967291E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,1727,"X",0.82,null,{"$f":"W508*2204.6*Y508","v":3122022.2439999995}]
[null,"Xylenes"]
[]
[null,"Emission Type a, b","2008 Land",null,"Offsite Reported Energy Recovery (ER) Cement Kiln (Adapted GSK Model)",null,"ER EOL","Offsite Reported Thermal Treatment (I) Incineration (GSK Model)",null,null,"I EOL","Baseline EOL ER&I                                                      ","GSK Solvent Recovery (Distillation) Model & Adapted Zurich",null,null,"92% recovery, 8% of Mass  (worst case scenario of steam required for primary / secondary distillation)    (75% recovery rate*2=92%, doubled steam) ",null,null,null,null,null,null,null,"New EOL ER&I                                                      ","Recovered Solvent (92% j of Distilled Mass)","New Beginning of Life (BOL) Mnfctring Emissions (ME) ","New EOL/BOL - Baseline EOL/BOL"]
[null,null,null,null,null,null,"Cement kiln",null,null,null,"Incinerator",null,"Offsite Reported Remanufacturing Mass to steamf","Baseline Beginning of Life (BOL) Mnfctring Emissions (ME) ",null,"STEAM New Solvent Mass going to Steamf","Energy Recovery (ER) Cement Kiln                ",null,"NEW ER EOL","Thermal Treatment (I) Incineration  ",null,null,"INEW EOL"]
[null,null,"Underground Injection","Landfill","Solvent used as Fuel e","Manufacturing Emissions of Solvents","Offsite ER EOL (end of life) ","Combustion of Solvents c","Manufacturing Emissions of Solvents","Natural Gas Fuel d","Offsite I EOL (end of life) ",null,null,null,null,null,"Solvent used as Fuel e","Mnfcting Emissions of Solvents","Cement kiln","Solvents Combusted c ","Mnfcting Emissions of Solvents","Natural Gas Fuel d","Incinerator",null,null,null,"Process Change Benefits"]
[null,"Solvent Mass (tonne)"]
[null,"Solvent Mass",{"$f":"SUM('GEMM (2011) Before'!C22,'GEMM (2011) Before'!J22)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!D22,'GEMM (2011) Before'!K22)/2.205/1000","v":0},{"$f":"SUM('GEMM (2011) Before'!G22)/2.205/1000+(M515*(1-$V$41)*$V$45)","v":4.2428611234509477E-4},{"$f":"E515","v":4.2428611234509477E-4},{"$f":"E515","v":4.2428611234509477E-4},{"$f":"SUM('GEMM (2011) Before'!H22)/2.205/1000+(M515*(1-$V$41)*(1-$V$45))","v":2.9228626883930127E-5},{"$f":"H515","v":2.9228626883930127E-5},{"$f":"J532*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":2.2896923895089294E-5},{"$f":"H515","v":2.9228626883930127E-5},{"$f":"G515+K515","v":4.5351473922902491E-4},{"$f":"'GEMM (2011) Before'!F22/2.205/1000","v":0},{"$f":"M515*$V$41","v":0},null,{"$f":"'GEMM (2011) After'!$O22/2.205/1000","v":4.5351473922902491E-4},{"$f":"(1-$V$40)*P515*$V$44","v":2.7210884353741481E-5},{"$f":"Q515","v":2.7210884353741481E-5},{"$f":"Q515","v":2.7210884353741481E-5},{"$f":"(1-$V$40)*P515*(1-$V$44)","v":9.0702947845804936E-6},{"$f":"T515","v":9.0702947845804936E-6},{"$f":"V532*1055/'GEMM (2011) LCA Data'!$I$22/1000","v":7.1054261362769727E-6},{"$f":"T515","v":9.0702947845804936E-6},{"$f":"S515+W515","v":3.6281179138321975E-5},{"$f":"P515*$V$40","v":4.1723356009070291E-4},{"$f":"Y515","v":4.1723356009070291E-4}]
[null,"Air emission (tonne)"]
[null,"CO2 ","--","--",{"$f":"3.63*(E515*8*12/106.16)","v":1.3927583311041693E-3},{"$f":"F532*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.087437255270972E-3},{"$f":"E517+F517","v":3.4801955863751413E-3},{"$f":"3.63*(H515*8*12/106.16)","v":9.5945665943029105E-5},{"$f":"I532*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.438013710623301E-4},{"$f":"J532*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":7.7736368850761772E-5},{"$f":"SUM(H517:J517)","v":3.1748340585612098E-4},{"$f":"G517+K517","v":3.7976789922312621E-3},{"$f":"M532*79.0676204311955*1055/1000000","v":0},{"$f":"N532*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":0},null,{"$f":"P532*79.0676204311955*1055/1000000","v":3.0076175345426406E-5},{"$f":"3.63*(Q515*8*12/106.16)","v":8.9322239822831878E-5},{"$f":"R532*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":1.3387431757999808E-4},{"$f":"Q517+R517","v":2.2319655740282994E-4},{"$f":"3.63*(T515*8*12/106.16)","v":2.9774079940943957E-5},{"$f":"U532*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":4.4624772526666022E-5},{"$f":"V532*1055*'GEMM (2011) LCA Data'!$P$7/1000000","v":2.4123328945943366E-5},{"$f":"SUM(T517:V517)","v":9.8522181413553345E-5},{"$f":"S517+W517","v":3.2171873881638331E-4},"--",{"$f":"Z532*1055*'GEMM (2011) LCA Data'!$P$7/1000/1000","v":2.0527395362266382E-3},{"$f":"(Q517+T517+W517+P517)-(E517+H517+J517)","v":-1.3187456893752046E-3}]
[null,"CH4 ","--","--",0,{"$f":"F532*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.0292822781018785E-5},1.0292822781018785E-5,0,{"$f":"I532*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":7.0906180498342733E-7},{"$f":"J532*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":3.8330573347793145E-7},1.0923675384613588E-6,1.1385190319480143E-5,{"$f":"M532*0.144574268396226*1055/1000000","v":0},{"$f":"N532*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":0},null,{"$f":"P532*0.144574268396226*1055/1000000","v":5.4993953567952185E-8},0,{"$f":"R532*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":6.6011307516013236E-7},6.6011307516013236E-7,0,{"$f":"U532*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":2.2003769172004415E-7},{"$f":"V532*1055*'GEMM (2011) LCA Data'!$P$5/1000000","v":1.1894831765689844E-7},3.389860093769426E-7,9.9909908453707496E-7,"--",{"$f":"Z532*1055*'GEMM (2011) LCA Data'!$P$5/1000/1000","v":1.0121733819122035E-5},1.0674229466963351E-8]
[null,"N2O","--","--",0,{"$f":"F532*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":3.7582227264612049E-8},3.7582227264612049E-8,0,{"$f":"I532*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.5890003613669098E-9},{"$f":"J532*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":1.3995658425171661E-9},3.9885662038840754E-9,4.1570793468496126E-8,0,{"$f":"N532*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":0},null,0,0,{"$f":"R532*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":2.4102736575587364E-9},2.4102736575587364E-9,0,{"$f":"U532*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":8.0342455251957871E-10},{"$f":"V532*1055*'GEMM (2011) LCA Data'!$P$11/1000000","v":4.3431649432152646E-10},1.2377410468411052E-9,3.6480147043998419E-9,"--",{"$f":"Z532*1055*'GEMM (2011) LCA Data'!$P$11/1000/1000","v":3.6957529415900646E-8},-1.6182479567606084E-10]
[null,"CO ","--","--",{"$f":"0.0016*(E515*8*12/106.16)","v":6.1388796963269173E-7},{"$f":"F532*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.3110287771118512E-6},1.9249167467445432E-6,{"$f":"0.0016*(H515*8*12/106.16)","v":4.2290100691142313E-8},{"$f":"I532*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":9.031540237906756E-8},{"$f":"J532*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":4.8822840702965423E-8},1.814283437731753E-7,2.1063450905177183E-6,{"$f":"M532*0.0553151275443457*1055/1000000","v":0},{"$f":"N532*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":0},null,{"$f":"P532*0.0553151275443457*1055/1000000","v":2.1041071758648506E-8},{"$f":"0.0016*(Q515*8*12/106.16)","v":3.9370684219430033E-8},{"$f":"R532*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":8.408065076945509E-8},1.2345133498888511E-7,{"$f":"0.0016*(T515*8*12/106.16)","v":1.3123561406476677E-8},{"$f":"U532*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":2.8026883589818362E-8},{"$f":"V532*1055*'GEMM (2011) LCA Data'!$P$6/1000000","v":1.5150816326578214E-8},5.6301261322873253E-8,1.7975259631175836E-7,"--",{"$f":"Z532*1055*'GEMM (2011) LCA Data'!$P$6/1000/1000","v":1.2892366451316454E-6},-5.7516433231937103E-7]
[null,"NMVOC ","--","--",{"$f":"0.00016*(E515*8*12/106.16)","v":6.138879696326917E-8},{"$f":"F532*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":6.4266179398762406E-10},6.20314587572568E-8,{"$f":"0.00016*(H515*8*12/106.16)","v":4.2290100691142316E-9},{"$f":"I532*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":4.4272299381185714E-11},{"$f":"J532*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":2.3932788464690454E-11},4.2972151569601072E-9,6.6328673914216904E-8,{"$f":"M532*0.401850859732704*1055/1000000","v":0},{"$f":"N532*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":0},null,{"$f":"P532*0.401850859732704*1055/1000000","v":1.528582351931091E-7},{"$f":"0.00016*(Q515*8*12/106.16)","v":3.9370684219430033E-9},{"$f":"R532*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":4.1216045602128561E-11},3.9782844675451317E-9,{"$f":"0.00016*(T515*8*12/106.16)","v":1.3123561406476677E-9},{"$f":"U532*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":1.3738681867376188E-11},{"$f":"V532*1055*'GEMM (2011) LCA Data'!$P$8/1000000","v":7.4268780142764423E-12},1.3335217005293204E-9,5.3118061680744523E-9,"--",{"$f":"Z532*1055*'GEMM (2011) LCA Data'!$P$8/1000/1000","v":6.3197936589930496E-10},9.3799441635381003E-8]
[null,"NOx ","--","--",0,{"$f":"F532*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.3727016374306056E-6},1.3727016374306056E-6,0,{"$f":"I532*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":9.4563981275883881E-8},{"$f":"J532*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":5.1119544091637024E-8},1.4568352536752092E-7,1.5183851627981264E-6,{"$f":"M532*0.260265861210973*1055/1000000","v":0},{"$f":"N532*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":0},null,{"$f":"P532*0.260265861210973*1055/1000000","v":9.9001356503720457E-8},0,{"$f":"R532*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":8.8035937122389317E-8},8.8035937122389317E-8,0,{"$f":"U532*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":2.9345312374129774E-8},{"$f":"V532*1055*'GEMM (2011) LCA Data'!$P$9/1000000","v":1.5863534609606749E-8},4.5208846983736523E-8,1.3324478410612585E-7,"--",{"$f":"Z532*1055*'GEMM (2011) LCA Data'!$P$9/1000/1000","v":1.3498843692099703E-6},9.3090659395819942E-8]
[null,"SOx ","--","--",0,{"$f":"F532*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.7697438431314918E-5},1.7697438431314918E-5,0,{"$f":"I532*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.2191580390203871E-6},{"$f":"J532*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":6.5905434912426054E-7},1.8782123881446475E-6,1.9575650819459565E-5,{"$f":"M532*0.346184729976483*1055/1000000","v":0},{"$f":"N532*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":0},null,{"$f":"P532*0.346184729976483*1055/1000000","v":1.3168364728697285E-7},0,{"$f":"R532*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.1349957882201177E-6},1.1349957882201177E-6,0,{"$f":"U532*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":3.7833192940670592E-7},{"$f":"V532*1055*'GEMM (2011) LCA Data'!$P$10/1000000","v":2.0451926289098004E-7},5.8285119229768596E-7,1.7178469805178036E-6,"--",{"$f":"Z532*1055*'GEMM (2011) LCA Data'!$P$10/1000/1000","v":1.7403268752708482E-5},5.5480490460398295E-8]
[null,"Water emission (tonne)"]
[null,"TOC","--","--",0,{"$f":"F527/2.86","v":3.2276210354365536E-7},{"$f":"E525+F525","v":3.2276210354365536E-7},0,{"$f":"I527/2.86","v":2.2234744014144942E-8},{"$f":"J527/2.86","v":1.20196925051337E-8},{"$f":"SUM(H525:J525)","v":3.4254436519278641E-8},{"$f":"G525+K525","v":3.5701654006293402E-7},{"$f":"M527/2.86","v":0},{"$f":"N527/2.86","v":0},null,{"$f":"P527/2.86","v":8.269067287803408E-10},0,{"$f":"R527/2.86","v":2.0699810853468008E-8},{"$f":"Q525+R525","v":2.0699810853468008E-8},0,{"$f":"U527/2.86","v":6.8999369511560034E-9},{"$f":"V527/2.86","v":3.7299786498528851E-9},{"$f":"SUM(T525:V525)","v":1.0629915601008888E-8},{"$f":"S525+W525","v":3.1329726454476893E-8},"--",{"$f":"Z527/2.86","v":3.1739709975317628E-7},{"$f":"(Q525+T525+W525+P525)-(E525+H525+J525)","v":-5.6287017534447047E-10}]
[null,"BOD","--","--",0,{"$f":"F532*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":5.5795061912901181E-7},{"$f":"E526+F526","v":5.5795061912901181E-7},0,{"$f":"I532*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":3.8436635071655164E-8},{"$f":"J532*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":2.0778135974915072E-8},{"$f":"SUM(H526:J526)","v":5.9214771046570236E-8},{"$f":"G526+K526","v":6.1716539017558201E-7},{"$f":"M532*0.0193411218363402*1055/1000000","v":0},{"$f":"N532*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":0},null,{"$f":"P532*0.0193411218363402*1055/1000000","v":7.3570820590613804E-9},0,{"$f":"R532*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":3.5783235252039996E-8},{"$f":"Q526+R526","v":3.5783235252039996E-8},0,{"$f":"U532*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":1.1927745084013333E-8},{"$f":"V532*1055*'GEMM (2011) LCA Data'!$P$13/1000000","v":6.4479189910284064E-9},{"$f":"SUM(T526:V526)","v":1.837566407504174E-8},{"$f":"S526+W526","v":5.4158899327081739E-8},"--",{"$f":"Z532*1055*'GEMM (2011) LCA Data'!$P$13/1000/1000","v":5.4867627386461359E-7},{"$f":"(Q526+T526+W526+P526)-(E526+H526+J526)","v":4.9546101591880486E-9}]
[null,"COD","--","--",0,{"$f":"F532*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":9.230996161348543E-7},{"$f":"E527+F527","v":9.230996161348543E-7},0,{"$f":"I532*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":6.3591367880454536E-8},{"$f":"J532*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":3.4376320564682381E-8},{"$f":"SUM(H527:J527)","v":9.7967688445136911E-8},{"$f":"G527+K527","v":1.0210673045799912E-6},{"$f":"M532*0.00621725413258714*1055/1000000","v":0},{"$f":"N532*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":0},null,{"$f":"P532*0.00621725413258714*1055/1000000","v":2.3649532443117746E-9},0,{"$f":"R532*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":5.92014590409185E-8},{"$f":"Q527+R527","v":5.92014590409185E-8},0,{"$f":"U532*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":1.973381968030617E-8},{"$f":"V532*1055*'GEMM (2011) LCA Data'!$P$14/1000000","v":1.0667738938579252E-8},{"$f":"SUM(T527:V527)","v":3.0401558618885425E-8},{"$f":"S527+W527","v":8.9603017659803931E-8},"--",{"$f":"Z532*1055*'GEMM (2011) LCA Data'!$P$14/1000/1000","v":9.0775570529408418E-7},{"$f":"(Q527+T527+W527+P527)-(E527+H527+J527)","v":-1.6098087014851824E-9}]
[null,"TDS","--","--",0,{"$f":"F532*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.427407411858303E-4},{"$f":"E528+F528","v":1.427407411858303E-4},0,{"$f":"I532*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":9.8332604906541601E-6},{"$f":"J532*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":5.3156792515962019E-6},{"$f":"SUM(H528:J528)","v":1.5148939742250362E-5},{"$f":"G528+K528","v":1.5788968092808066E-4},{"$f":"M532*0.359631325*1055/1000000","v":0},{"$f":"N532*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":0},null,{"$f":"P532*0.359631325*1055/1000000","v":1.3679853689058957E-7},0,{"$f":"R532*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":9.1544401005890633E-6},{"$f":"Q528+R528","v":9.1544401005890633E-6},0,{"$f":"U532*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":3.051480033529688E-6},{"$f":"V532*1055*'GEMM (2011) LCA Data'!$P$15/1000000","v":1.6495738230783673E-6},{"$f":"SUM(T528:V528)","v":4.7010538566080554E-6},{"$f":"S528+W528","v":1.3855493957197118E-5},"--",{"$f":"Z532*1055*'GEMM (2011) LCA Data'!$P$15/1000/1000","v":1.4036808154236575E-4},{"$f":"(Q528+T528+W528+P528)-(E528+H528+J528)","v":-4.7782685809755672E-7}]
[null,"Solid waste (tonne)"]
[null,"Solid waste","--","--",0,{"$f":"F532*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.4059449511888508E-5},{"$f":"E530+F530","v":2.4059449511888508E-5},0,{"$f":"I532*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.6574303338115705E-6},{"$f":"J532*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":8.9597626797154241E-7},{"$f":"SUM(H530:J530)","v":2.553406601783113E-6},{"$f":"G530+K530","v":2.6612856113671622E-5},{"$f":"M532*0.169716014150943*1055/1000000","v":0},{"$f":"N532*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":0},null,{"$f":"P532*0.169716014150943*1055/1000000","v":6.4557508784173895E-8},0,{"$f":"R532*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":1.5430127907420037E-6},{"$f":"Q530+R530","v":1.5430127907420037E-6},0,{"$f":"U532*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":5.1433759691400128E-7},{"$f":"V532*1055*'GEMM (2011) LCA Data'!$P$17/1000000","v":2.7804141818780634E-7},{"$f":"SUM(T530:V530)","v":7.9237901510180768E-7},{"$f":"S530+W530","v":2.3353918058438112E-6},"--",{"$f":"Z532*1055*'GEMM (2011) LCA Data'!$P$17/1000/1000","v":2.365952945804407E-5}]
[null,"Energy / Carbon"]
[null,"MMBTU","--","--",{"$f":"ABS('GEMM (2011) LCA Data'!$D$21*'GEMM (2011) Models'!E515*1000)","v":1.4466244712582529E-2},{"$f":"72.5*1000/1055*F515","v":2.9157102507127365E-2},{"$f":"E532+F532","v":4.3623347219709896E-2},"--",{"$f":"72.5*1000/1055*I515","v":2.0086023214075203E-3},{"$f":"43.34*(H515*1000*8*12/106.16)/1055","v":1.0858133672713907E-3},{"$f":"SUM(H532:J532)","v":3.0944156886789113E-3},{"$f":"G532+K532","v":4.6717762908388805E-2},{"$f":"(($V$43*VLOOKUP($B509,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B509,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B509,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*M515*1000/1055","v":0},{"$f":"72.5*1000/1055*N515","v":0},null,{"$f":"(($V$42*VLOOKUP($B509,'GEMM (2011) LCA Data'!$B$50:$G$67,4,FALSE))-(VLOOKUP('GEMM (2011) Models'!$B509,'GEMM (2011) LCA Data'!$B$50:$G$67,5,FALSE)*VLOOKUP('GEMM (2011) Models'!$B509,'GEMM (2011) LCA Data'!$B$50:$G$67,6,FALSE)))*P515*1000/1055","v":3.6055496448184331E-4},{"$f":"ABS('GEMM (2011) LCA Data'!$D$21*'GEMM (2011) Models'!Q515*1000)","v":9.2776855158256818E-4},{"$f":"72.5*1000/1055*R515","v":1.8699422897120921E-3},{"$f":"Q532+R532","v":2.7977108412946604E-3},"--",{"$f":"72.5*1000/1055*U515","v":6.2331409657069743E-4},{"$f":"43.34*(T515*1000*8*12/106.16)/1055","v":3.3695210388430042E-4},{"$f":"SUM(T532:V532)","v":9.6026620045499785E-4},{"$f":"S532+W532","v":3.7579770417496584E-3},"--",{"$f":"72.5*1000/1055*Z515","v":2.8672448442252096E-2}]
[null,"MTCO2e",{"$f":"IF(C517=\"--\",\"--\",(1*C517)+(21*C518)+(310*C519))","v":"--"},"--",1.3927583311041693E-3,2.3152370241243964E-3,3.7079953552285657E-3,9.5945665943029105E-5,1.5949425907900582E-4,8.6219654664978663E-5,3.4165957968701358E-4,4.0496549349155787E-3,0,0,null,{"$f":"IF(P517=\"--\",\"--\",(1*P517)+(21*P518)+(310*P519))","v":3.1231048370353404E-5},8.9322239822831878E-5,1.4848387699220407E-4,2.3780611681503594E-4,2.9774079940943957E-5,4.9494625664068017E-5,2.6755881729977907E-5,1.0602458733498989E-4,3.4383070415002582E-4,"--",2.2767527805471303E-3,{"$f":"(Q533+T533+W533+P533)-(E533+H533+J533)","v":-1.3185716962430579E-3}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cost per Pound",null,"Cost Savings"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Solent Recovered (tonne): ",null,36826,"X",0.4,null,{"$f":"W535*2204.6*Y535","v":32474639.84}]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Costs:",null,{"$f":"SUM(AA535:AA536,AA508,AA481,AA454,AA427,AA400,AA373,AA346,AA319,AA292,AA265,AA238,AA211,AA184,AA157,AA130,AA103,AA76)","v":337261493.72599995}]

{"sheet":"GEMM (2013) Models","index":13,"n_rows":239,"n_cols":9,"rows_kept":239,"cut":false,"hidden":false,"merged":[]}
["**This sheet was modified from GEMM (2013)**"]
[null,"Acetonitrile",null,"C2H3N","Destruct Mass for Energy Recovery","Destruct Mass in Incinerator (I)",null,"No Destruction","TOTAL Reductions"]
[null,"Mass (tonne)",null,"Create C","Destruct ER","NG","Destruct I","Steam"]
[null,"Mass",null,{"$f":"'GEMM Parameters'!$B$22","v":0.92},{"$f":"'GEMM Parameters'!$C$22","v":0.69000000000000006},null,{"$f":"'GEMM Parameters'!$D$22","v":0.23},{"$f":"'GEMM Parameters'!$E$16","v":-1.25}]
[null,"Feedstock Uses (tonne)"]
[null,"Water",null,0.20571200000000001]
[null,"Natural Gas",null,8.214680000000002E-2,null,{"$f":"F28*1055/'GEMM (2013) LCA Data'!$C$43/1000","v":0.11663089950907507}]
[null,"Air",null,1.8706912000000002]
[null,"Crude Oil",null,1.0346596000000001]
[null,"Salt",null,1.2502800000000001E-2]
[null,"Sulfur",null,0]
[null,"Air emission (tonne)"]
[null,"CO2",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,7,FALSE)*D4","v":6.4376856555079351},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":1.4661658536585367},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$29/1000/1000","v":0.39596858797168277},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":0.48872195121951223},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$29/1000/1000","v":-9.7648511232526408E-2},{"$f":"SUM(D13:H13)","v":8.6908935371251417}]
[null,"CH4",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,8,FALSE)*D4","v":1.1771236932820754E-2},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$30/1000/1000","v":1.9524584475779684E-3},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$30/1000/1000","v":-1.7854922146933957E-4},1.3545146158929383E-2]
[null,"N2O",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,9,FALSE)*D4","v":0},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$31/1000/1000","v":7.1290197706409848E-6},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$31/1000/1000","v":0},7.1290197706409848E-6]
[null,"CO",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,10,FALSE)*D4","v":4.5037576846606309E-3},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":6.4624390243902445E-4},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$32/1000/1000","v":2.4869069111053765E-4},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":2.1541463414634148E-4},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$32/1000/1000","v":-6.831418251726699E-5},5.5457927298392679E-3]
[null,"NMVOC",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,11,FALSE)*D4","v":3.271869699943674E-2},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":6.4624390243902443E-5},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$33/1000/1000","v":1.2190732079062874E-7},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":2.154146341463415E-5},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$33/1000/1000","v":-4.9628581176988922E-4},3.2308698948646186E-2]
[null,"NOx",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,12,FALSE)*D4","v":2.1190846419797446E-2},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$34/1000/1000","v":2.6038949324455526E-4},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$34/1000/1000","v":-3.2142833859555205E-4},2.1129807574446449E-2]
[null,"SOx",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,13,FALSE)*D4","v":2.8186360714685287E-2},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$35/1000/1000","v":3.3570492663521491E-3},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$35/1000/1000","v":-4.275381415209571E-4},3.1115871839516477E-2]
[null,"Water emission (tonne)"]
[null,"TOC",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,15,FALSE)*D4","v":1.7699609492141422E-4},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$37/1000/1000","v":6.1225147758686048E-5},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$37/1000/1000","v":-2.6847233754353543E-6},{"$f":"SUM(D21:H21)","v":2.3553651930466492E-4}]
[null,"BOD",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,16,FALSE)*D4","v":1.57475413991482E-3},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$38/1000/1000","v":1.0583835191049215E-4},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$38/1000/1000","v":-2.3886285467880157E-5},{"$f":"SUM(D22:H22)","v":1.656706206357432E-3}]
[null,"COD",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,17,FALSE)*D4","v":5.0620883147524463E-4},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$39/1000/1000","v":1.7510392258984208E-4},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$39/1000/1000","v":-7.6783088537451134E-6},{"$f":"SUM(D23:H23)","v":6.7363444521134164E-4}]
[null,"TDS",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,18,FALSE)*D4","v":2.9281182481500002E-2},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$40/1000/1000","v":2.7076670012794055E-2},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$40/1000/1000","v":-4.4414468637499996E-4},{"$f":"SUM(D24:H24)","v":5.5913707807919058E-2}]
[null,"Solid waste (tonne)"]
[null,"Solid waste",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,20,FALSE)*D4","v":1.3818277872169812E-2},{"$f":"E4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"F28*1055*'GEMM (2013) LCA Data'!$C$42/1000/1000","v":4.5638671181816208E-3},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"H28*1055*'GEMM (2013) LCA Data'!$D$42/1000/1000","v":-2.0959927747641509E-4},{"$f":"SUM(D26:H26)","v":1.8172545712875018E-2}]
[null,"Energy / Carbon"]
[null,"MMBTU",null,{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,22,FALSE)/1055*1000*D4","v":77.175355450236978},{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*E4","v":16.814346621393028},{"$f":"G4*HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$64*1000/1055","v":5.5308473008900716},{"$f":"HLOOKUP(B2,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*G4","v":5.6047822071310094},{"$f":"VLOOKUP(B2,'GEMM (2013) LCA Data'!$B$69:$D$90,3,FALSE)/1055*1000*H4","v":-1.1706161137440758},{"$f":"SUM(D28:H28)","v":103.95471546590701}]
[null,"MTCO2e",null,{"$f":"IF(D13=\"--\",\"--\",(1*D13)+(21*D14)+(310*D15))","v":6.6848816310971708},{"$f":"IF(E13=\"--\",\"--\",(1*E13)+(21*E14)+(310*E15))","v":1.4661658536585367},{"$f":"IF(F13=\"--\",\"--\",(1*F13)+(21*F14)+(310*F15))","v":0.43918021149971881},{"$f":"IF(G13=\"--\",\"--\",(1*G13)+(21*G14)+(310*G15))","v":0.48872195121951223},{"$f":"IF(H13=\"--\",\"--\",(1*H13)+(21*H14)+(310*H15))","v":-0.10139804488338254},{"$f":"SUM(D29:H29)","v":8.9775516025915572}]
[]
[]
[null,"Dichloromethane",null,null,"Destruct Mass for Energy Recovery","Destruct Mass in Incinerator",null,"No Destruction","TOTAl Reductions"]
[null,"Mass (tonne)",null,"Create C","Destruct ER","NG","Destruct I","Steam"]
[null,"Mass",null,{"$f":"'GEMM Parameters'!$B$22","v":0.92},{"$f":"'GEMM Parameters'!$C$22","v":0.69000000000000006},null,{"$f":"'GEMM Parameters'!$D$22","v":0.23},{"$f":"'GEMM Parameters'!$E$16","v":-1.25}]
[null,"Feedstock Uses (tonne)"]
[null,"Water",null,2.0203752000000001]
[null,"Natural Gas",null,0.20274040000000002,null,{"$f":"F58*1055/'GEMM (2013) LCA Data'!$C$43/1000","v":2.8161760187703631E-2}]
[null,"Air",null,0]
[null,"Crude Oil",null,4.1795600000000002E-2]
[null,"Salt",null,0.17636399999999999]
[null,"Sulfur",null,0]
[null,"Air emission (tonne)"]
[null,"CO2",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,7,FALSE)*D34","v":1.9872000000000003},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":0.35402120141342758},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$29/1000/1000","v":9.561078979292692E-2},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":0.11800706713780919},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$29/1000/1000","v":-4.8626586565185204E-2},{"$f":"SUM(D43:H43)","v":2.5062124717789782}]
[null,"CH4",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,8,FALSE)*D34","v":6.2928000000000003E-3},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$30/1000/1000","v":4.7144167462129976E-4},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$30/1000/1000","v":-8.8913175063679245E-5},6.6753284995576213E-3]
[null,"N2O",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,9,FALSE)*D34","v":0},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$31/1000/1000","v":1.7213769764209678E-6},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$31/1000/1000","v":0},1.7213769764209678E-6]
[null,"CO",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,10,FALSE)*D34","v":3.6800000000000001E-3},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":1.5604240282685513E-4},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$32/1000/1000","v":6.0048989019623338E-5},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":5.2014134275618375E-5},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$32/1000/1000","v":-3.4018803439772637E-5},3.9140867226823244E-3]
[null,"NMVOC",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,11,FALSE)*D34","v":9.9360000000000004E-3},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":1.5604240282685515E-5},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$33/1000/1000","v":2.9435807729185976E-8},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":5.2014134275618374E-6},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$33/1000/1000","v":-2.4713827873561282E-4},9.7096968107823617E-3]
[null,"NOx",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,12,FALSE)*D34","v":7.5072000000000012E-3},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$34/1000/1000","v":6.2873788121476818E-5},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$34/1000/1000","v":-1.6006350464474857E-4},7.4100102834767289E-3]
[null,"SOx",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,13,FALSE)*D34","v":7.5256000000000003E-3},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$35/1000/1000","v":8.1059493474934096E-4},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$35/1000/1000","v":-2.1290360893553735E-4},8.1232913258138043E-3]
[null,"Water emission (tonne)"]
[null,"TOC",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,15,FALSE)*D34","v":1.6928000000000002E-2},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$37/1000/1000","v":1.4783457350448338E-5},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$37/1000/1000","v":-1.3369270250143667E-6},{"$f":"SUM(D51:H51)","v":1.6941446530325439E-2}]
[null,"BOD",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,16,FALSE)*D34","v":1.6652E-4},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$38/1000/1000","v":2.5555785796997511E-5},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$38/1000/1000","v":-1.1894789929349229E-5},{"$f":"SUM(D52:H52)","v":1.8018099586764827E-4}]
[null,"COD",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,17,FALSE)*D34","v":6.9459999999999994E-2},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$39/1000/1000","v":4.2280688022282242E-5},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$39/1000/1000","v":-3.8236112915410886E-6},{"$f":"SUM(D53:H53)","v":6.9498457076730732E-2}]
[null,"TDS",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,18,FALSE)*D34","v":7.2036000000000001E-3},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$40/1000/1000","v":6.537947411805395E-3},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$40/1000/1000","v":-2.2117326487499999E-4},{"$f":"SUM(D54:H54)","v":1.3520374146930395E-2}]
[null,"Solid waste (tonne)"]
[null,"Solid waste",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,20,FALSE)*D34","v":3.4040000000000001E-2},{"$f":"E34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"F58*1055*'GEMM (2013) LCA Data'!$C$42/1000/1000","v":1.1019938271227708E-3},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"H58*1055*'GEMM (2013) LCA Data'!$D$42/1000/1000","v":-1.0437534870283019E-4},{"$f":"SUM(D56:H56)","v":3.5037618478419942E-2}]
[null,"Energy / Carbon"]
[null,"MMBTU",null,{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,22,FALSE)/1055*1000*D34","v":20.258724398104267},{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*E34","v":3.7142107873853005},{"$f":"G34*HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$64*1000/1055","v":1.3354813859628558},{"$f":"HLOOKUP(B32,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*G34","v":1.2380702624617668},{"$f":"VLOOKUP(B32,'GEMM (2013) LCA Data'!$B$69:$D$90,3,FALSE)/1055*1000*H34","v":-0.58293838862559244},{"$f":"SUM(D58:H58)","v":25.963548445288598}]
[null,"MTCO2e",null,{"$f":"IF(D43=\"--\",\"--\",(1*D43)+(21*D44)+(310*D45))","v":2.1193488000000005},{"$f":"IF(E43=\"--\",\"--\",(1*E43)+(21*E44)+(310*E45))","v":0.35402120141342758},{"$f":"IF(F43=\"--\",\"--\",(1*F43)+(21*F44)+(310*F45))","v":0.10604469182266471},{"$f":"IF(G43=\"--\",\"--\",(1*G43)+(21*G44)+(310*G45))","v":0.11800706713780919},{"$f":"IF(H43=\"--\",\"--\",(1*H43)+(21*H44)+(310*H45))","v":-5.0493763241522466E-2},{"$f":"SUM(D59:H59)","v":2.6469279971323796}]
[]
[]
[null,"Methanol",null,null,"Destruct Mass for Energy Recovery","Destruct Mass in Incinerator",null,"Process","TOTAl Reductions"]
[null,"Mass (tonne)",null,"Create C","Destruct ER","NG","Destruct I","Steam"]
[null,"Mass",null,{"$f":"'GEMM Parameters'!$B$16","v":0},{"$f":"'GEMM Parameters'!$C$16","v":0.69000000000000006},null,{"$f":"'GEMM Parameters'!$D$16","v":0.23},{"$f":"'GEMM Parameters'!$E$16","v":-1.25}]
[null,"Feedstock Uses (tonne)"]
[null,"Water",null,0]
[null,"Natural Gas",null,0,null,{"$f":"F88*1055/'GEMM (2013) LCA Data'!$C$43/1000","v":7.4716669998001209E-2}]
[null,"Air",null,0]
[null,"Crude Oil",null,0]
[null,"Salt",null,0]
[null,"Sulfur",null,0]
[null,"Air emission (tonne)"]
[null,"CO2",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,7,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":0.93926250000000011},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$29/1000/1000","v":0.25366737666935929},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":0.31308750000000002},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$29/1000/1000","v":-0.20547697859556918},{"$f":"SUM(D73:H73)","v":1.3005403980737902}]
[null,"CH4",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,8,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$30/1000/1000","v":1.250793692979636E-3},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$30/1000/1000","v":-3.7571237999469331E-4},8.7508131298494264E-4]
[null,"N2O",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,9,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$31/1000/1000","v":4.5670282905668814E-6},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$31/1000/1000","v":0},4.5670282905668814E-6]
[null,"CO",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,10,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":4.1400000000000009E-4},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$32/1000/1000","v":1.5931747399268816E-4},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":1.3800000000000002E-4},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$32/1000/1000","v":-1.4375018770586851E-4},5.6756728628681971E-4]
[null,"NMVOC",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,11,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":4.140000000000001E-5},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$33/1000/1000","v":7.8096877381496537E-8},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":1.3800000000000002E-5},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$33/1000/1000","v":-1.0443099217303639E-3},-9.8903182485298238E-4]
[null,"NOx",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,12,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$34/1000/1000","v":1.6681201910979324E-4},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$34/1000/1000","v":-6.7636590682201684E-4},-5.0955388771222365E-4]
[null,"SOx",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,13,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$35/1000/1000","v":2.150609686256846E-3},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$35/1000/1000","v":-8.9964756702638651E-4},1.2509621192304595E-3]
[null,"Water emission (tonne)"]
[null,"TOC",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,15,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$37/1000/1000","v":3.9222360282908255E-5},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$37/1000/1000","v":-5.6493318800911965E-6},{"$f":"SUM(D81:H81)","v":3.3573028402817057E-5}]
[null,"BOD",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,16,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$38/1000/1000","v":6.7802694192659044E-5},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$38/1000/1000","v":-5.0262740372189115E-5},{"$f":"SUM(D82:H82)","v":1.7539953820469929E-5}]
[null,"COD",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,17,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$39/1000/1000","v":1.1217595040911758E-4},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$39/1000/1000","v":-1.6157089177060818E-5},{"$f":"SUM(D83:H83)","v":9.6018861232056768E-5}]
[null,"TDS",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,18,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$40/1000/1000","v":1.7345991726946192E-2},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$40/1000/1000","v":-9.3459190584375008E-4},{"$f":"SUM(D84:H84)","v":1.6411399821102443E-2}]
[null,"Solid waste (tonne)"]
[null,"Solid waste",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,20,FALSE)*D64","v":0},{"$f":"E64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"F88*1055*'GEMM (2013) LCA Data'!$C$42/1000/1000","v":2.9237273725851009E-3},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"H88*1055*'GEMM (2013) LCA Data'!$D$42/1000/1000","v":-4.4104949177476414E-4},{"$f":"SUM(D86:H86)","v":2.482677880810337E-3}]
[null,"Energy / Carbon"]
[null,"MMBTU",null,{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,22,FALSE)/1055*1000*D64","v":0},{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*E64","v":10.800778714064796},{"$f":"G64*HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$64*1000/1055","v":3.5431990521327021},{"$f":"HLOOKUP(B62,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*G64","v":3.6002595713549321},{"$f":"VLOOKUP(B62,'GEMM (2013) LCA Data'!$B$69:$D$90,3,FALSE)/1055*1000*H64","v":-2.4632701421800949},{"$f":"SUM(D88:H88)","v":15.480967195372335}]
[null,"MTCO2e",null,{"$f":"IF(D73=\"--\",\"--\",(1*D73)+(21*D74)+(310*D75))","v":0},{"$f":"IF(E73=\"--\",\"--\",(1*E73)+(21*E74)+(310*E75))","v":0.93926250000000011},{"$f":"IF(F73=\"--\",\"--\",(1*F73)+(21*F74)+(310*F75))","v":0.28134982299200739},{"$f":"IF(G73=\"--\",\"--\",(1*G73)+(21*G74)+(310*G75))","v":0.31308750000000002},{"$f":"IF(H73=\"--\",\"--\",(1*H73)+(21*H74)+(310*H75))","v":-0.21336693857545774},{"$f":"SUM(D89:H89)","v":1.3203328844165496}]
[]
[]
[null,"Toluene",null,null,"Destruct Mass for Energy Recovery","Destruct Mass in Incinerator",null,"Process","TOTAl Reductions"]
[null,"Mass (tonne)",null,"Create C","Destruct ER","NG","Destruct I","Steam"]
[null,"Mass",null,{"$f":"'GEMM Parameters'!$B$16","v":0},{"$f":"'GEMM Parameters'!$C$16","v":0.69000000000000006},null,{"$f":"'GEMM Parameters'!$D$16","v":0.23},{"$f":"'GEMM Parameters'!$E$16","v":-1.25}]
[null,"Feedstock Uses (tonne)"]
[null,"Water",null,0]
[null,"Natural Gas",null,0,null,{"$f":"F118*1055/'GEMM (2013) LCA Data'!$C$43/1000","v":0.18164243628773896}]
[null,"Air",null,0]
[null,"Crude Oil",null,0]
[null,"Salt",null,0]
[null,"Sulfur",null,0]
[null,"Air emission (tonne)"]
[null,"CO2",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,7,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":2.2834252224875189},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$29/1000/1000","v":0.61668648115841618},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":0.76114174082917296},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$29/1000/1000","v":-6.6317966636665185E-2},{"$f":"SUM(D103:H103)","v":3.594935477838443}]
[null,"CH4",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,8,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$30/1000/1000","v":3.0407834515675971E-3},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$30/1000/1000","v":-1.2126166761733489E-4},2.9195217839502624E-3]
[null,"N2O",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,9,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$31/1000/1000","v":1.1102825451345573E-5},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$31/1000/1000","v":0},1.1102825451345573E-5]
[null,"CO",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,10,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":1.0064684176253526E-3},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$32/1000/1000","v":3.8731402403258244E-4},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":3.3548947254178425E-4},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$32/1000/1000","v":-4.639556322782E-5},1.6828763509718996E-3]
[null,"NMVOC",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,11,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":1.0064684176253528E-4},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$33/1000/1000","v":1.8986000144839615E-7},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":3.3548947254178428E-5},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$33/1000/1000","v":-3.3705240860080527E-4},-2.0266675958264315E-4]
[null,"NOx",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,12,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$34/1000/1000","v":4.0553388626648221E-4},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$34/1000/1000","v":-2.1829799109070386E-4},1.8723589517577834E-4]
[null,"SOx",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,13,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$35/1000/1000","v":5.228310936851892E-3},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$35/1000/1000","v":-2.9036244226777553E-4},4.937948494584116E-3]
[null,"Water emission (tonne)"]
[null,"TOC",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,15,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$37/1000/1000","v":9.5352818573599384E-5},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$37/1000/1000","v":-1.8233293369606506E-6},{"$f":"SUM(D111:H111)","v":9.3529489236638728E-5}]
[null,"BOD",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,16,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$38/1000/1000","v":1.6483398631599329E-4},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$38/1000/1000","v":-1.6222365940230349E-5},{"$f":"SUM(D112:H112)","v":1.4861162037576293E-4}]
[null,"COD",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,17,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$39/1000/1000","v":2.7270906112049418E-4},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$39/1000/1000","v":-5.2147219037074595E-6},{"$f":"SUM(D113:H113)","v":2.6749433921678672E-4}]
[null,"TDS",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,18,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$40/1000/1000","v":4.216954793614007E-2},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$40/1000/1000","v":-3.0164077384375003E-4},{"$f":"SUM(D114:H114)","v":4.1867907162296318E-2}]
[null,"Solid waste (tonne)"]
[null,"Solid waste",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,20,FALSE)*D94","v":0},{"$f":"E94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"F118*1055*'GEMM (2013) LCA Data'!$C$42/1000/1000","v":7.1078243049605217E-3},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"H118*1055*'GEMM (2013) LCA Data'!$D$42/1000/1000","v":-1.4234930686910378E-4},{"$f":"SUM(D116:H116)","v":6.9654749980914178E-3}]
[null,"Energy / Carbon"]
[null,"MMBTU",null,{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,22,FALSE)/1055*1000*D94","v":0},{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*E94","v":23.482153811339991},{"$f":"G94*HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$64*1000/1055","v":8.613811457322825},{"$f":"HLOOKUP(B92,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*G94","v":7.827384603779997},{"$f":"VLOOKUP(B92,'GEMM (2013) LCA Data'!$B$69:$D$90,3,FALSE)/1055*1000*H94","v":-0.79502369668246442},{"$f":"SUM(D118:H118)","v":39.12832617576035}]
[null,"MTCO2e",null,{"$f":"IF(D103=\"--\",\"--\",(1*D103)+(21*D104)+(310*D105))","v":0},{"$f":"IF(E103=\"--\",\"--\",(1*E103)+(21*E104)+(310*E105))","v":2.2834252224875189},{"$f":"IF(F103=\"--\",\"--\",(1*F103)+(21*F104)+(310*F105))","v":0.68398480953125296},{"$f":"IF(G103=\"--\",\"--\",(1*G103)+(21*G104)+(310*G105))","v":0.76114174082917296},{"$f":"IF(H103=\"--\",\"--\",(1*H103)+(21*H104)+(310*H105))","v":-6.8864461656629211E-2},{"$f":"SUM(D119:H119)","v":3.6596873111913153}]
[]
[]
[null,"Cyclohexane",null,null,"Destruct Mass for Energy Recovery","Destruct Mass in Incinerator",null,"No Destruction","TOTAl Reductions"]
[null,"Mass (tonne)",null,"Create C","Destruct ER","NG","Destruct I","Steam"]
[null,"Mass",null,{"$f":"'GEMM Parameters'!$B$16","v":0},{"$f":"'GEMM Parameters'!$C$16","v":0.69000000000000006},null,{"$f":"'GEMM Parameters'!$D$16","v":0.23},{"$f":"'GEMM Parameters'!$E$16","v":-1.25}]
[null,"Feedstock Uses (tonne)"]
[null,"Water",null,0]
[null,"Natural Gas",null,0,null,{"$f":"F148*1055/'GEMM (2013) LCA Data'!$C$43/1000","v":0.17045628136426133}]
[null,"Air",null,0]
[null,"Crude Oil",null,0]
[null,"Salt",null,0]
[null,"Sulfur",null,0]
[null,"Air emission (tonne)"]
[null,"CO2",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,7,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":2.1428041825095061},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$29/1000/1000","v":0.57870884411260681},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":0.71426806083650196},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$29/1000/1000","v":-7.1457361964692878E-2},{"$f":"SUM(D133:H133)","v":3.364323725493922}]
[null,"CH4",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,8,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$30/1000/1000","v":2.8535217330333904E-3},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$30/1000/1000","v":-1.3065899506308959E-4},2.7228627379703007E-3]
[null,"N2O",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,9,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$31/1000/1000","v":1.0419075948061328E-5},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$31/1000/1000","v":0},1.0419075948061328E-5]
[null,"CO",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,10,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":9.4448669201520948E-4},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$32/1000/1000","v":3.634619178540415E-4},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":3.1482889733840309E-4},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$32/1000/1000","v":-4.9991046518202467E-5},1.5727864606894517E-3]
[null,"NMVOC",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,11,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":9.4448669201520954E-5},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$33/1000/1000","v":1.7816778109847124E-7},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":3.1482889733840309E-5},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$33/1000/1000","v":-3.6317271448343095E-4},-2.370629877669712E-4]
[null,"NOx",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,12,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$34/1000/1000","v":3.8055973941397697E-4},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$34/1000/1000","v":-2.3521527206941706E-4},1.4534446734455991E-4]
[null,"SOx",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,13,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$35/1000/1000","v":4.9063338849966069E-3},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$35/1000/1000","v":-3.1286444971624687E-4},4.5934694352803597E-3]
[null,"Water emission (tonne)"]
[null,"TOC",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,15,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$37/1000/1000","v":8.9480669846938988E-5},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$37/1000/1000","v":-1.9646305672467215E-6},{"$f":"SUM(D141:H141)","v":8.7516039279692272E-5}]
[null,"BOD",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,16,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$38/1000/1000","v":1.5468295253078107E-4},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$38/1000/1000","v":-1.7479538859592459E-5},{"$f":"SUM(D142:H142)","v":1.3720341367118861E-4}]
[null,"COD",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,17,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$39/1000/1000","v":2.5591471576224547E-4},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$39/1000/1000","v":-5.6188434223256237E-6},{"$f":"SUM(D143:H143)","v":2.5029587233991985E-4}]
[null,"TDS",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,18,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$40/1000/1000","v":3.9572604700257481E-2},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$40/1000/1000","v":-3.2501680996874991E-4},{"$f":"SUM(D144:H144)","v":3.9247587890288732E-2}]
[null,"Solid waste (tonne)"]
[null,"Solid waste",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,20,FALSE)*D124","v":0},{"$f":"E124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"F148*1055*'GEMM (2013) LCA Data'!$C$42/1000/1000","v":6.6701004697758961E-3},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"H148*1055*'GEMM (2013) LCA Data'!$D$42/1000/1000","v":-1.5338084778891508E-4},{"$f":"SUM(D146:H146)","v":6.5167196219869808E-3}]
[null,"Energy / Carbon"]
[null,"MMBTU",null,{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,22,FALSE)/1055*1000*D124","v":0},{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*E124","v":24.929157942491017},{"$f":"G124*HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$64*1000/1055","v":8.0833438451696633},{"$f":"HLOOKUP(B122,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*G124","v":8.3097193141636723},{"$f":"VLOOKUP(B122,'GEMM (2013) LCA Data'!$B$69:$D$90,3,FALSE)/1055*1000*H124","v":-0.85663507109004733},{"$f":"SUM(D148:H148)","v":40.465586030734308}]
[null,"MTCO2e",null,{"$f":"IF(D133=\"--\",\"--\",(1*D133)+(21*D134)+(310*D135))","v":0},{"$f":"IF(E133=\"--\",\"--\",(1*E133)+(21*E134)+(310*E135))","v":2.1428041825095061},{"$f":"IF(F133=\"--\",\"--\",(1*F133)+(21*F134)+(310*F135))","v":0.64186271405020701},{"$f":"IF(G133=\"--\",\"--\",(1*G133)+(21*G134)+(310*G135))","v":0.71426806083650196},{"$f":"IF(H133=\"--\",\"--\",(1*H133)+(21*H134)+(310*H135))","v":-7.4201200861017766E-2},{"$f":"SUM(D149:H149)","v":3.4247337565351974}]
[]
[]
[null,"Ethylbenzene",null,null,"Destruct Mass for Energy Recovery","Destruct Mass in Incinerator",null,"No Destruction","TOTAl Reductions"]
[null,"Mass (tonne)",null,"Create C","Destruct ER","NG","Destruct I","Steam"]
[null,"Mass",null,{"$f":"'GEMM Parameters'!$B$16","v":0},{"$f":"'GEMM Parameters'!$C$16","v":0.69000000000000006},null,{"$f":"'GEMM Parameters'!$D$16","v":0.23},{"$f":"'GEMM Parameters'!$E$16","v":-1.25}]
[null,"Feedstock Uses (tonne)"]
[null,"Water",null,0]
[null,"Natural Gas",null,0,null,{"$f":"F178*1055/'GEMM (2013) LCA Data'!$C$43/1000","v":0.18017584325064351}]
[null,"Air",null,0]
[null,"Crude Oil",null,0]
[null,"Salt",null,0]
[null,"Sulfur",null,0]
[null,"Air emission (tonne)"]
[null,"CO2",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,7,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":2.2649886963074604},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$29/1000/1000","v":0.61170731374675946},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":0.7549962321024869},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$29/1000/1000","v":-6.6317966636665185E-2},{"$f":"SUM(D163:H163)","v":3.5653742755200413}]
[null,"CH4",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,8,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$30/1000/1000","v":3.016231964984805E-3},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$30/1000/1000","v":-1.2126166761733489E-4},2.8949702973674702E-3]
[null,"N2O",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,9,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$31/1000/1000","v":1.1013180504758118E-5},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$31/1000/1000","v":0},1.1013180504758118E-5]
[null,"CO",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,10,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":9.9834212509419752E-4},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$32/1000/1000","v":3.841868250012075E-4},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":3.3278070836473256E-4},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$32/1000/1000","v":-4.639556322782E-5},1.6689140952323175E-3]
[null,"NMVOC",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,11,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":9.983421250941975E-5},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$33/1000/1000","v":1.8832705924701508E-7},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":3.3278070836473259E-5},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$33/1000/1000","v":-3.3705240860080527E-4},-2.0375179819566525E-4]
[null,"NOx",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,12,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$34/1000/1000","v":4.0225957886310358E-4},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$34/1000/1000","v":-2.1829799109070386E-4},1.8396158777239972E-4]
[null,"SOx",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,13,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$35/1000/1000","v":5.1860972087580315E-3},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$35/1000/1000","v":-2.9036244226777553E-4},4.8957347664902555E-3]
[null,"Water emission (tonne)"]
[null,"TOC",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,15,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$37/1000/1000","v":9.4582933613644642E-5},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$37/1000/1000","v":-1.8233293369606506E-6},{"$f":"SUM(D171:H171)","v":9.2759604276683986E-5}]
[null,"BOD",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,16,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$38/1000/1000","v":1.6350310581500298E-4},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$38/1000/1000","v":-1.6222365940230349E-5},{"$f":"SUM(D172:H172)","v":1.4728073987477263E-4}]
[null,"COD",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,17,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$39/1000/1000","v":2.7050719013502363E-4},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$39/1000/1000","v":-5.2147219037074595E-6},{"$f":"SUM(D173:H173)","v":2.6529246823131617E-4}]
[null,"TDS",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,18,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$40/1000/1000","v":4.1829068218709742E-2},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$40/1000/1000","v":-3.0164077384375003E-4},{"$f":"SUM(D174:H174)","v":4.152742744486599E-2}]
[null,"Solid waste (tonne)"]
[null,"Solid waste",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,20,FALSE)*D154","v":0},{"$f":"E154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"F178*1055*'GEMM (2013) LCA Data'!$C$42/1000/1000","v":7.0504352616973069E-3},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"H178*1055*'GEMM (2013) LCA Data'!$D$42/1000/1000","v":-1.4234930686910378E-4},{"$f":"SUM(D176:H176)","v":6.9080859548282031E-3}]
[null,"Energy / Carbon"]
[null,"MMBTU",null,{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,22,FALSE)/1055*1000*D154","v":0},{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*E154","v":23.625531400044483},{"$f":"G154*HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$64*1000/1055","v":8.5442629742461556},{"$f":"HLOOKUP(B152,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*G154","v":7.8751771333481617},{"$f":"VLOOKUP(B152,'GEMM (2013) LCA Data'!$B$69:$D$90,3,FALSE)/1055*1000*H154","v":-0.79502369668246442},{"$f":"SUM(D178:H178)","v":39.249947810956336}]
[null,"MTCO2e",null,{"$f":"IF(D163=\"--\",\"--\",(1*D163)+(21*D164)+(310*D165))","v":0},{"$f":"IF(E163=\"--\",\"--\",(1*E163)+(21*E164)+(310*E165))","v":2.2649886963074604},{"$f":"IF(F163=\"--\",\"--\",(1*F163)+(21*F164)+(310*F165))","v":0.67846227096791534},{"$f":"IF(G163=\"--\",\"--\",(1*G163)+(21*G164)+(310*G165))","v":0.7549962321024869},{"$f":"IF(H163=\"--\",\"--\",(1*H163)+(21*H164)+(310*H165))","v":-6.8864461656629211E-2},{"$f":"SUM(D179:H179)","v":3.6295827377212331}]
[]
[]
[null,"n-Hexane",null,null,"Destruct Mass for Energy Recovery","Destruct Mass in Incinerator",null,"No Destruction","TOTAl Reductions"]
[null,"Mass (tonne)",null,"Create C","Destruct ER","NG","Destruct I","Steam"]
[null,"Mass",null,{"$f":"'GEMM Parameters'!$B$16","v":0},{"$f":"'GEMM Parameters'!$C$16","v":0.69000000000000006},null,{"$f":"'GEMM Parameters'!$D$16","v":0.23},{"$f":"'GEMM Parameters'!$E$16","v":-1.25}]
[null,"Feedstock Uses (tonne)"]
[null,"Water",null,0]
[null,"Natural Gas",null,0,null,{"$f":"F208*1055/'GEMM (2013) LCA Data'!$C$43/1000","v":0.16648022095411663}]
[null,"Air",null,0]
[null,"Crude Oil",null,0]
[null,"Salt",null,0]
[null,"Sulfur",null,0]
[null,"Air emission (tonne)"]
[null,"CO2",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,7,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":2.0928211674596726},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$29/1000/1000","v":0.56520989115140963},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":0.69760705581989091},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$29/1000/1000","v":-7.1457361964692878E-2},{"$f":"SUM(D193:H193)","v":3.2841807524662805}]
[null,"CH4",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,8,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$30/1000/1000","v":2.7869605321119884E-3},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$30/1000/1000","v":-1.3065899506308959E-4},2.6563015370488986E-3]
[null,"N2O",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,9,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$31/1000/1000","v":1.0176040754193347E-5},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$31/1000/1000","v":0},1.0176040754193347E-5]
[null,"CO",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,10,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":9.224556110015087E-4},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$32/1000/1000","v":3.549838111476862E-4},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":3.0748520366716953E-4},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$32/1000/1000","v":-4.9991046518202467E-5},1.5349335792981622E-3]
[null,"NMVOC",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,11,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":9.2245561100150875E-5},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$33/1000/1000","v":1.7401184237260455E-7},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":3.0748520366716958E-5},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$33/1000/1000","v":-3.6317271448343095E-4},-2.4000462117419052E-4]
[null,"NOx",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,12,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$34/1000/1000","v":3.7168280920367051E-4},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$34/1000/1000","v":-2.3521527206941706E-4},1.3646753713425345E-4]
[null,"SOx",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,13,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$35/1000/1000","v":4.7918888216469105E-3},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$35/1000/1000","v":-3.1286444971624687E-4},4.4790243719306632E-3]
[null,"Water emission (tonne)"]
[null,"TOC",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,15,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$37/1000/1000","v":8.7393445216645948E-5},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$37/1000/1000","v":-1.9646305672467215E-6},{"$f":"SUM(D201:H201)","v":8.5428814649399231E-5}]
[null,"BOD",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,16,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$38/1000/1000","v":1.5107482052907658E-4},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$38/1000/1000","v":-1.7479538859592459E-5},{"$f":"SUM(D202:H202)","v":1.3359528166948412E-4}]
[null,"COD",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,17,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$39/1000/1000","v":2.4994525331960738E-4},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$39/1000/1000","v":-5.6188434223256237E-6},{"$f":"SUM(D203:H203)","v":2.4432640989728176E-4}]
[null,"TDS",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,18,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$40/1000/1000","v":3.86495347751383E-2},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$40/1000/1000","v":-3.2501680996874991E-4},{"$f":"SUM(D204:H204)","v":3.8324517965169551E-2}]
[null,"Solid waste (tonne)"]
[null,"Solid waste",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,20,FALSE)*D184","v":0},{"$f":"E184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"F208*1055*'GEMM (2013) LCA Data'!$C$42/1000/1000","v":6.5145138161348407E-3},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"H208*1055*'GEMM (2013) LCA Data'!$D$42/1000/1000","v":-1.5338084778891508E-4},{"$f":"SUM(D206:H206)","v":6.3611329683459254E-3}]
[null,"Energy / Carbon"]
[null,"MMBTU",null,{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,22,FALSE)/1055*1000*D184","v":0},{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*E184","v":25.532536587164749},{"$f":"G184*HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$64*1000/1055","v":7.8947918998430842},{"$f":"HLOOKUP(B182,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*G184","v":8.5108455290549152},{"$f":"VLOOKUP(B182,'GEMM (2013) LCA Data'!$B$69:$D$90,3,FALSE)/1055*1000*H184","v":-0.85663507109004733},{"$f":"SUM(D208:H208)","v":41.081538944972699}]
[null,"MTCO2e",null,{"$f":"IF(D193=\"--\",\"--\",(1*D193)+(21*D194)+(310*D195))","v":0},{"$f":"IF(E193=\"--\",\"--\",(1*E193)+(21*E194)+(310*E195))","v":2.0928211674596726},{"$f":"IF(F193=\"--\",\"--\",(1*F193)+(21*F194)+(310*F195))","v":0.62689063495956132},{"$f":"IF(G193=\"--\",\"--\",(1*G193)+(21*G194)+(310*G195))","v":0.69760705581989091},{"$f":"IF(H193=\"--\",\"--\",(1*H193)+(21*H194)+(310*H195))","v":-7.4201200861017766E-2},{"$f":"SUM(D209:H209)","v":3.3431176573781074}]
[]
[]
[null,"Tetrahydrofuran",null,null,"Destruct Mass for Energy Recovery","Destruct Mass in Incinerator",null,"Process","TOTAl Reductions"]
[null,"Mass (tonne)",null,"Create C","Destruct ER","NG","Destruct I","Steam"]
[null,"Mass",null,{"$f":"'GEMM Parameters'!$B$22","v":0.92},{"$f":"'GEMM Parameters'!$C$22","v":0.69000000000000006},null,{"$f":"'GEMM Parameters'!$D$22","v":0.23},{"$f":"'GEMM Parameters'!$E$16","v":-1.25}]
[null,"Feedstock Uses (tonne)"]
[null,"Water",null,3.4835188969372215]
[null,"Natural Gas",null,1.7319207879879994,null,{"$f":"F238*1055/'GEMM (2013) LCA Data'!$C$43/1000","v":0.13264540582169426}]
[null,"Air",null,3.5942647623079687]
[null,"Crude Oil",null,0]
[null,"Salt",null,0]
[null,"Sulfur",null,0]
[null,"Air emission (tonne)"]
[null,"CO2",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,7,FALSE)*D214","v":11.776000000000002},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":1.667484049930652},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$29/1000/1000","v":0.45033875469733686},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$49","v":0.55582801664355064},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$29/1000/1000","v":-8.2526828825060267E-2},{"$f":"SUM(D223:H223)","v":14.36712399244648}]
[null,"CH4",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,8,FALSE)*D214","v":1.7940000000000001E-2},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$30/1000/1000","v":2.2205491359416564E-3},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$50","v":0},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$30/1000/1000","v":-1.5089939263856131E-4},2.0009649743303097E-2]
[null,"N2O",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,9,FALSE)*D214","v":0},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$31/1000/1000","v":8.107900432629136E-6},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$51","v":0},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$31/1000/1000","v":0},8.107900432629136E-6]
[null,"CO",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,10,FALSE)*D214","v":0.36708000000000002},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":7.3497919556172E-4},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$32/1000/1000","v":2.8283823399534105E-4},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$52","v":2.4499306518723998E-4},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$32/1000/1000","v":-5.7735164374410867E-5},0.36828507533036986]
[null,"NMVOC",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,11,FALSE)*D214","v":4.2964000000000009E-2},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":7.3497919556172003E-5},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$33/1000/1000","v":1.3864632877713672E-7},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$53","v":2.4499306518724001E-5},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$33/1000/1000","v":-4.1943183484600955E-4},4.2642704037557676E-2]
[null,"NOx",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,12,FALSE)*D214","v":4.922E-2},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$34/1000/1000","v":2.9614339037522234E-4},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$54","v":0},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$34/1000/1000","v":-2.7165249263895339E-4},4.9244490897736269E-2]
[null,"SOx",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,13,FALSE)*D214","v":5.3728000000000005E-2},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$35/1000/1000","v":3.8180033265031378E-3},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$55","v":0},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$35/1000/1000","v":-3.613303119129546E-4},5.7184673014590189E-2]
[null,"Water emission (tonne)"]
[null,"TOC",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,15,FALSE)*D214","v":6.2192000000000002E-3},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$37/1000/1000","v":6.9631929489767771E-5},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$57","v":0},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$37/1000/1000","v":-2.2689716786321061E-6},{"$f":"SUM(D231:H231)","v":6.2865629578111358E-3}]
[null,"BOD",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,16,FALSE)*D214","v":6.8172000000000003E-4},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$38/1000/1000","v":1.2037094114646817E-4},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$58","v":0},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$38/1000/1000","v":-2.0187295916680094E-5},{"$f":"SUM(D232:H232)","v":7.8190364522978803E-4}]
[null,"COD",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,17,FALSE)*D214","v":2.07E-2},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$39/1000/1000","v":1.9914731834073582E-4},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$59","v":0},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$39/1000/1000","v":-6.4892590008878229E-6},{"$f":"SUM(D233:H233)","v":2.0892658059339847E-2}]
[null,"TDS",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,18,FALSE)*D214","v":3.7260000000000001E-2},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$40/1000/1000","v":3.0794548419543863E-2},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$60","v":0},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$40/1000/1000","v":-3.7536519546875003E-4},{"$f":"SUM(D234:H234)","v":6.767918322407511E-2}]
[null,"Solid waste (tonne)"]
[null,"Solid waste",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,20,FALSE)*D214","v":4.9588E-2},{"$f":"E214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"F238*1055*'GEMM (2013) LCA Data'!$C$42/1000/1000","v":5.1905284839236189E-3},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$62","v":0},{"$f":"H238*1055*'GEMM (2013) LCA Data'!$D$42/1000/1000","v":-1.7714108977004715E-4},{"$f":"SUM(D236:H236)","v":5.4601387394153572E-2}]
[null,"Energy / Carbon"]
[null,"MMBTU",null,{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,22,FALSE)/1055*1000*D214","v":110.60431848341231},{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*E214","v":18.363410645862199},{"$f":"G214*HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,3,FALSE)/HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,2,FALSE)*12*'GEMM (2013) LCA Data'!$C$64*1000/1055","v":6.2902840315254629},{"$f":"HLOOKUP(B212,'GEMM (2013) LCA Data'!$C$2:$AB$23,4,FALSE)*1000/1055*G214","v":6.1211368819540661},{"$f":"VLOOKUP(B212,'GEMM (2013) LCA Data'!$B$69:$D$90,3,FALSE)/1055*1000*H214","v":-0.98933649289099523},{"$f":"SUM(D238:H238)","v":140.38981354986305}]
[null,"MTCO2e",null,{"$f":"IF(D223=\"--\",\"--\",(1*D223)+(21*D224)+(310*D225))","v":12.152740000000001},{"$f":"IF(E223=\"--\",\"--\",(1*E223)+(21*E224)+(310*E225))","v":1.667484049930652},{"$f":"IF(F223=\"--\",\"--\",(1*F223)+(21*F224)+(310*F225))","v":0.49948373568622667},{"$f":"IF(G223=\"--\",\"--\",(1*G223)+(21*G224)+(310*G225))","v":0.55582801664355064},{"$f":"IF(H223=\"--\",\"--\",(1*H223)+(21*H224)+(310*H225))","v":-8.5695716070470052E-2},{"$f":"SUM(D239:H239)","v":14.78984008618996}]

{"sheet":"GEMM HazMat Densities","index":14,"n_rows":22,"n_cols":3,"rows_kept":22,"cut":false,"hidden":true,"merged":[[1,1,1,2]]}
["Conversion from Gallons to Pounds of Common Solvents"]
["Calculation Description"," To convert the density from kg/cubic meter to lbs/kg the following calculation is used: (900 kg/cubic meter x 2.2 lbs/kg)/264.2 gallons/cubic meter. "]
["(select)","Solvents"]
["Material","Density (kg/m3)","Density (lbs/gallon)"]
["1,2,4-Trimethylbenzene",876.1,{"$f":"(B5*2.2)/264.2","v":7.295306585919759}]
["Acetonitrile",782,6.511733535200606]
["Chlorobenzene",1106,9.2096896290688886]
["Chloroform",1489,12.398940196820591]
["Chloromethane",911,7.5859197577592745]
["Cyclohexane",779,6.4867524602573816]
["Dichloromethane",1326,11.041635124905376]
["Ethanol",789,6.5700227100681312]
["Ethylbenzene",866.5,7.215367146101439]
["Hexanes",654.79999999999995,5.4525359576078731]
["Methanol",791,{"$f":"(B15*2.2)/264.2","v":6.5866767600302802}]
["Methyl isobutyl ketone",801,6.6699470098410298]
["Methyl tert-butyl ether",741,6.1703255109765331]
["N,N-Dimethylformamide",949,7.9023467070401221]
["n-Butanol",810,6.7448902346707049]
["Tetrahydrofuran",888,7.39439818319455]
["Toluene",867,7.2195306585919763]
["Xylenes",880.2,7.3294473883421665]

{"sheet":"Glossary & Conversions","index":15,"n_rows":44,"n_cols":8,"rows_kept":44,"cut":false,"hidden":true,"merged":[[11,4,11,6],[40,0,40,7],[21,0,21,7],[15,0,15,2],[15,3,15,7],[1,4,1,7],[0,0,0,7],[1,0,1,2],[10,4,10,6],[6,4,6,6],[7,4,7,6],[8,4,8,6],[9,4,9,6],[2,4,2,6],[3,4,3,6],[4,4,4,6],[5,4,5,6]]}
["Glossary & Conversion Factors"]
["Abbreviation",null,null,null,"Meaning"]
[null,"GHG",null,null,"Greenhouse Gas"]
[null,"MMTCO2e",null,null,"Million Metric Tons Carbon Dioxide Equivalent"]
[null,"MTCO2e",null,null,"Metric Ton Carbon Dioxide Equivalent"]
[null,"MMTCe",null,null,"Million Metric Tons Carbon Equivalent"]
[null,"MTCe",null,null,"Metric Tons Carbon Equivalent"]
[null,"CO2eq",null,null,"Carbon Dioxide Equivalent"]
[null,"kwh",null,null,"Kilowatt hour"]
[null,"BTU",null,null,"British thermal unit"]
[null,"MBTU",null,null,"Thousand BTU"]
[null,"MMBTU",null,null,"Million BTU"]
[null,"lbs.",null,null,"Pound"]
[null,"kg",null,null,"Kilogram"]
[]
["Prefixes",null,null,"                Factor"]
[null,"Kilo","=",1000]
[null,"Mega","=",1000000]
[null,"Giga","=",1000000000]
[null,"Tera","=",1000000000000]
[]
["Useful Conversions"]
[1,"mile","=",1.609,"kilometers"]
[1,"lbs.","=",0.4536,"kg"]
[1,"kg","=",2.2050000000000001,"lbs."]
[1,"Metric Ton (tonne)","=",1000,"kg"]
[1,"MTCe","=",1000,"kg Carbon Equivalent"]
[1,"MMTCe","=",{"$f":"10^9","v":1000000000},"kg Carbon Equivalent"]
[1,"MTCO2e","=",1000,"kg Carbon Dioxide Equivalent"]
[1,"MMTCO2e","=",{"$f":"10^9","v":1000000000},"kg Carbon Dioxide Equivalent"]
[1,"MTCE","=",{"$f":"50/12","v":4.166666666666667},"MTCO2e"]
[1,"short ton","=",0.90720000000000001,"metric tons"]
[1,"liter","=",0.26419999999999999,"gallons"]
[1,"gallon","=",3.7854000000000001,"liters"]
[1,"barrel petroleum","=",42,"gallons"]
[]
[1,"kwh","=",3412,"BTU","=",1,"kwh"]
[1,"BTU","=",1,"BTU","=",{"$f":"1/3412","v":2.9308323563892143E-4},"kwh"]
[1,"therms","=",{"$f":"10^5","v":100000},"BTU","=",{"$f":"D39/3412","v":29.308323563892145},"kwh"]
[1,"cubic feet","=",1027,"BTU"]
["Global Warming Potentials"]
[1,"CO2","=",1,"CO2e"]
[1,"CH4","=",28,"CO2e"]
[1,"N2O","=",265,"CO2e"]

{"sheet":"ElectricityEFs","index":16,"n_rows":59,"n_cols":12,"rows_kept":59,"cut":false,"hidden":true,"merged":[[2,2,2,4],[2,5,2,7],[2,8,2,11]]}
["Electricity Emission Factors: eGRID data and emissions factor conversion"]
[]
[null,null,"Emission Factors from eGrid",null,null,"Emission factors converted to kg/kwh",null,null,"Emission factors converted to MTCO2e"]
[null,"State","State annual CO2 non-baseload  output emission rate (lb/MWh) ","State annual CH4 non-baseload output emission rate (lb/GWh)","State annual N2O non-baseload output emission rate (lb/GWh)","Annual CO2 non-baseload emissions rate (kg/kwh)","Annual CH4 non-baseload emissions rate (kg/kwh) ","Annual N2O non-baseload emissions rate (kg/kwh)","Annual CO2 non-baseload emissions rate (MTCO2e/kwh)","Annual CH4 non-baseload emissions rate (MTCO2e/kwh)","Annual N2O non-baseload emissions rate (MTCO2e/kwh)","Annual non-baseload emissions factor, all GHG (MTCO2e/kwh)"]
[null,"U.S. National",1543.68,269.58999999999997,38.69,{"$f":"C5*'Glossary & Conversions'!$D$24*1/1000","v":0.70021324800000007},{"$f":"D5*'Glossary & Conversions'!$D$24*10^-6","v":1.2228602399999997E-4},{"$f":"E5*'Glossary & Conversions'!$D$24*10^-6","v":1.7549783999999999E-5},{"$f":"F5*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":7.0021324800000008E-4},{"$f":"G5*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.424008671999999E-6},{"$f":"H5*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":4.6506927599999994E-6},{"$f":"SUM(I5:K5)","v":7.0828794943200008E-4}]
[null,"AK",1241.396,113.849,18.850999999999999,{"$f":"C6*'Glossary & Conversions'!$D$24*1/1000","v":0.56309722559999997},{"$f":"D6*'Glossary & Conversions'!$D$24*10^-6","v":5.1641906400000001E-5},{"$f":"E6*'Glossary & Conversions'!$D$24*10^-6","v":8.5508135999999997E-6},{"$f":"F6*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.6309722559999998E-4},{"$f":"G6*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":1.4459733792E-6},{"$f":"H6*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":2.2659656040000002E-6},{"$f":"SUM(I6:K6)","v":5.6680916458319997E-4}]
[null,"AL",1614.635,258.38600000000002,37.468000000000004,{"$f":"C7*'Glossary & Conversions'!$D$24*1/1000","v":0.73239843599999999},{"$f":"D7*'Glossary & Conversions'!$D$24*10^-6","v":1.1720388960000001E-4},{"$f":"E7*'Glossary & Conversions'!$D$24*10^-6","v":1.6995484800000003E-5},{"$f":"F7*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":7.3239843599999998E-4},{"$f":"G7*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.2817089088000006E-6},{"$f":"H7*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":4.5038034720000007E-6},{"$f":"SUM(I7:K7)","v":7.4018394838079994E-4}]
[null,"AR",1382.65,232.93899999999999,34.076999999999998,{"$f":"C8*'Glossary & Conversions'!$D$24*1/1000","v":0.6271700400000001},{"$f":"D8*'Glossary & Conversions'!$D$24*10^-6","v":1.0566113039999999E-4},{"$f":"E8*'Glossary & Conversions'!$D$24*10^-6","v":1.5457327199999999E-5},{"$f":"F8*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":6.2717004000000008E-4},{"$f":"G8*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":2.9585116511999999E-6},{"$f":"H8*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":4.0961917079999998E-6},6.3422474335920011E-4]
[null,"AZ",1375.789,163.02500000000001,22.66,{"$f":"C9*'Glossary & Conversions'!$D$24*1/1000","v":0.62405789040000004},{"$f":"D9*'Glossary & Conversions'!$D$24*10^-6","v":7.394814E-5},{"$f":"E9*'Glossary & Conversions'!$D$24*10^-6","v":1.0278575999999999E-5},{"$f":"F9*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":6.2405789040000006E-4},{"$f":"G9*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":2.0705479200000001E-6},{"$f":"H9*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":2.72382264E-6},6.2885226096000009E-4]
[null,"CA",914.45100000000002,73.625,8.6869999999999994,{"$f":"C10*'Glossary & Conversions'!$D$24*1/1000","v":0.41479497360000001},{"$f":"D10*'Glossary & Conversions'!$D$24*10^-6","v":3.3396300000000004E-5},{"$f":"E10*'Glossary & Conversions'!$D$24*10^-6","v":3.9404231999999999E-6},{"$f":"F10*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":4.147949736E-4},{"$f":"G10*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":9.3509640000000023E-7},{"$f":"H10*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":1.0442121480000001E-6},4.1677428214800002E-4]
[null,"CO",1720.3820000000001,304.97500000000002,43.58,{"$f":"C11*'Glossary & Conversions'!$D$24*1/1000","v":0.7803652752000001},{"$f":"D11*'Glossary & Conversions'!$D$24*10^-6","v":1.3833666000000002E-4},{"$f":"E11*'Glossary & Conversions'!$D$24*10^-6","v":1.9767887999999998E-5},{"$f":"F11*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":7.8036527520000014E-4},{"$f":"G11*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.8734264800000004E-6},{"$f":"H11*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":5.2384903199999995E-6},7.8947719200000012E-4]
[null,"CT",1136.155,224.92099999999999,30.155000000000001,{"$f":"C12*'Glossary & Conversions'!$D$24*1/1000","v":0.51535990799999998},{"$f":"D12*'Glossary & Conversions'!$D$24*10^-6","v":1.0202416560000001E-4},{"$f":"E12*'Glossary & Conversions'!$D$24*10^-6","v":1.3678308000000001E-5},{"$f":"F12*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.1535990800000001E-4},{"$f":"G12*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":2.8566766368000002E-6},{"$f":"H12*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":3.6247516200000003E-6},5.2184133625679996E-4]
[null,"DC",1184.598,44.685000000000002,4.468,{"$f":"C13*'Glossary & Conversions'!$D$24*1/1000","v":0.53733365280000001},{"$f":"D13*'Glossary & Conversions'!$D$24*10^-6","v":2.0269115999999999E-5},{"$f":"E13*'Glossary & Conversions'!$D$24*10^-6","v":2.0266847999999999E-6},{"$f":"F13*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.3733365280000001E-4},{"$f":"G13*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":5.6753524799999993E-7},{"$f":"H13*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":5.3707147199999997E-7},5.3843825952000002E-4]
[null,"DE",1110.213,125.059,16.954999999999998,{"$f":"C14*'Glossary & Conversions'!$D$24*1/1000","v":0.5035926168},{"$f":"D14*'Glossary & Conversions'!$D$24*10^-6","v":5.6726762399999996E-5},{"$f":"E14*'Glossary & Conversions'!$D$24*10^-6","v":7.6907879999999998E-6},{"$f":"F14*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.0359261680000004E-4},{"$f":"G14*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":1.5883493472E-6},{"$f":"H14*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":2.0380588199999997E-6},5.0721902496720002E-4]
[null,"FL",1232.0450000000001,172.02,23.68,{"$f":"C15*'Glossary & Conversions'!$D$24*1/1000","v":0.55885561200000011},{"$f":"D15*'Glossary & Conversions'!$D$24*10^-6","v":7.8028272000000003E-5},{"$f":"E15*'Glossary & Conversions'!$D$24*10^-6","v":1.0741247999999999E-5},{"$f":"F15*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.5885561200000008E-4},{"$f":"G15*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":2.1847916160000003E-6},{"$f":"H15*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":2.84643072E-6},5.6388683433600002E-4]
[null,"GA",1602.4829999999999,304.822,45.518999999999998,{"$f":"C16*'Glossary & Conversions'!$D$24*1/1000","v":0.72688628879999995},{"$f":"D16*'Glossary & Conversions'!$D$24*10^-6","v":1.382672592E-4},{"$f":"E16*'Glossary & Conversions'!$D$24*10^-6","v":2.0647418399999997E-5},{"$f":"F16*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":7.2688628879999991E-4},{"$f":"G16*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.8714832575999999E-6},{"$f":"H16*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":5.4715658759999989E-6},7.3622933793359986E-4]
[null,"HI",1425.0650000000001,281.91899999999998,44.901000000000003,{"$f":"C17*'Glossary & Conversions'!$D$24*1/1000","v":0.64640948399999998},{"$f":"D17*'Glossary & Conversions'!$D$24*10^-6","v":1.278784584E-4},{"$f":"E17*'Glossary & Conversions'!$D$24*10^-6","v":2.0367093600000001E-5},{"$f":"F17*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":6.4640948399999993E-4},{"$f":"G17*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.5805968352000003E-6},{"$f":"H17*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":5.397279804E-6},6.5538736063919993E-4]
[null,"IA",2162.761,461.54399999999998,66.957999999999998,{"$f":"C18*'Glossary & Conversions'!$D$24*1/1000","v":0.98102838959999994},{"$f":"D18*'Glossary & Conversions'!$D$24*10^-6","v":2.0935635840000001E-4},{"$f":"E18*'Glossary & Conversions'!$D$24*10^-6","v":3.0372148799999998E-5},{"$f":"F18*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":9.8102838959999994E-4},{"$f":"G18*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":5.8619780351999997E-6},{"$f":"H18*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":8.0486194319999997E-6},9.9493898706719979E-4]
[null,"ID",720.56299999999999,84.974000000000004,15.159000000000001,{"$f":"C19*'Glossary & Conversions'!$D$24*1/1000","v":0.32684737680000003},{"$f":"D19*'Glossary & Conversions'!$D$24*10^-6","v":3.8544206399999999E-5},{"$f":"E19*'Glossary & Conversions'!$D$24*10^-6","v":6.8761224000000001E-6},{"$f":"F19*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":3.2684737680000001E-4},{"$f":"G19*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":1.0792377791999998E-6},{"$f":"H19*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":1.8221724360000001E-6},3.2974878701520001E-4]
[null,"IL",2062.6289999999999,448.63499999999999,65.055999999999997,{"$f":"C20*'Glossary & Conversions'!$D$24*1/1000","v":0.93560851440000004},{"$f":"D20*'Glossary & Conversions'!$D$24*10^-6","v":2.0350083599999998E-4},{"$f":"E20*'Glossary & Conversions'!$D$24*10^-6","v":2.9509401599999998E-5},{"$f":"F20*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":9.3560851440000002E-4},{"$f":"G20*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":5.6980234079999997E-6},{"$f":"H20*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":7.8199914239999991E-6},9.4912652923200003E-4]
[null,"IN",1969.7380000000001,389.77499999999998,56.524999999999999,{"$f":"C21*'Glossary & Conversions'!$D$24*1/1000","v":0.89347315680000006},{"$f":"D21*'Glossary & Conversions'!$D$24*10^-6","v":1.7680193999999999E-4},{"$f":"E21*'Glossary & Conversions'!$D$24*10^-6","v":2.5639739999999997E-5},{"$f":"F21*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":8.9347315680000006E-4},{"$f":"G21*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":4.9504543199999998E-6},{"$f":"H21*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":6.7945310999999988E-6},9.0521814222000005E-4]
[null,"KS",2288.9859999999999,475.07100000000003,68.808000000000007,{"$f":"C22*'Glossary & Conversions'!$D$24*1/1000","v":1.0382840495999999},{"$f":"D22*'Glossary & Conversions'!$D$24*10^-6","v":2.1549220559999999E-4},{"$f":"E22*'Glossary & Conversions'!$D$24*10^-6","v":3.1211308800000005E-5},{"$f":"F22*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":1.0382840495999999E-3},{"$f":"G22*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":6.0337817567999998E-6},{"$f":"H22*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":8.2709968320000013E-6},1.0525888281888E-3]
[null,"KY",2137.4850000000001,487.93299999999999,71.025999999999996,{"$f":"C23*'Glossary & Conversions'!$D$24*1/1000","v":0.96956319600000007},{"$f":"D23*'Glossary & Conversions'!$D$24*10^-6","v":2.213264088E-4},{"$f":"E23*'Glossary & Conversions'!$D$24*10^-6","v":3.2217393599999998E-5},{"$f":"F23*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":9.6956319600000008E-4},{"$f":"G23*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":6.1971394464E-6},{"$f":"H23*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":8.5376093039999984E-6},9.8429794475039995E-4]
[null,"LA",1255.4659999999999,171.721,24.748000000000001,{"$f":"C24*'Glossary & Conversions'!$D$24*1/1000","v":0.56947937759999989},{"$f":"D24*'Glossary & Conversions'!$D$24*10^-6","v":7.7892645600000006E-5},{"$f":"E24*'Glossary & Conversions'!$D$24*10^-6","v":1.1225692800000001E-5},{"$f":"F24*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.6947937759999989E-4},{"$f":"G24*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":2.1809940767999998E-6},{"$f":"H24*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":2.9748085920000001E-6},5.7463518026879988E-4]
[null,"MA",1199.5899999999999,178.56100000000001,24.536999999999999,{"$f":"C25*'Glossary & Conversions'!$D$24*1/1000","v":0.54413402399999999},{"$f":"D25*'Glossary & Conversions'!$D$24*10^-6","v":8.0995269599999992E-5},{"$f":"E25*'Glossary & Conversions'!$D$24*10^-6","v":1.1129983199999999E-5},{"$f":"F25*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.4413402399999995E-4},{"$f":"G25*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":2.2678675487999997E-6},{"$f":"H25*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":2.9494455479999997E-6},5.4935133709679992E-4]
[null,"MD",2079.1379999999999,479.38900000000001,69.38,{"$f":"C26*'Glossary & Conversions'!$D$24*1/1000","v":0.94309699679999992},{"$f":"D26*'Glossary & Conversions'!$D$24*10^-6","v":2.1745085039999998E-4},{"$f":"E26*'Glossary & Conversions'!$D$24*10^-6","v":3.1470767999999996E-5},{"$f":"F26*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":9.4309699679999989E-4},{"$f":"G26*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":6.0886238111999994E-6},{"$f":"H26*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":8.3397535199999984E-6},9.5752537413119985E-4]
[null,"ME",648.04700000000003,281.20699999999999,39.722999999999999,{"$f":"C27*'Glossary & Conversions'!$D$24*1/1000","v":0.29395411920000003},{"$f":"D27*'Glossary & Conversions'!$D$24*10^-6","v":1.2755549519999999E-4},{"$f":"E27*'Glossary & Conversions'!$D$24*10^-6","v":1.8018352799999998E-5},{"$f":"F27*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":2.9395411920000005E-4},{"$f":"G27*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.5715538655999997E-6},{"$f":"H27*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":4.7748634919999999E-6},3.0230053655760003E-4]
[null,"MI",1882.348,396.87,57.283999999999999,{"$f":"C28*'Glossary & Conversions'!$D$24*1/1000","v":0.85383305279999999},{"$f":"D28*'Glossary & Conversions'!$D$24*10^-6","v":1.80020232E-4},{"$f":"E28*'Glossary & Conversions'!$D$24*10^-6","v":2.5984022400000001E-5},{"$f":"F28*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":8.5383305279999996E-4},{"$f":"G28*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":5.0405664959999992E-6},{"$f":"H28*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":6.8857659360000003E-6},8.6575938523199996E-4]
[null,"MN",1785.7639999999999,447.76400000000001,63.737000000000002,{"$f":"C29*'Glossary & Conversions'!$D$24*1/1000","v":0.81002255040000004},{"$f":"D29*'Glossary & Conversions'!$D$24*10^-6","v":2.0310575040000001E-4},{"$f":"E29*'Glossary & Conversions'!$D$24*10^-6","v":2.89111032E-5},{"$f":"F29*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":8.1002255040000008E-4},{"$f":"G29*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":5.6869610112000006E-6},{"$f":"H29*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":7.6614423480000008E-6},8.2337095375920001E-4]
[null,"MO",1924.1590000000001,444.15699999999998,64.302999999999997,{"$f":"C30*'Glossary & Conversions'!$D$24*1/1000","v":0.8727985224},{"$f":"D30*'Glossary & Conversions'!$D$24*10^-6","v":2.0146961519999998E-4},{"$f":"E30*'Glossary & Conversions'!$D$24*10^-6","v":2.9167840799999998E-5},{"$f":"F30*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":8.7279852240000004E-4},{"$f":"G30*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":5.6411492255999994E-6},{"$f":"H30*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":7.7294778119999998E-6},8.8616914943760001E-4]
[null,"MS",1243.8810000000001,149.25299999999999,20.998999999999999,{"$f":"C31*'Glossary & Conversions'!$D$24*1/1000","v":0.56422442160000008},{"$f":"D31*'Glossary & Conversions'!$D$24*10^-6","v":6.7701160799999992E-5},{"$f":"E31*'Glossary & Conversions'!$D$24*10^-6","v":9.5251463999999986E-6},{"$f":"F31*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.6422442160000013E-4},{"$f":"G31*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":1.8956325023999997E-6},{"$f":"H31*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":2.5241637959999994E-6},5.6864421789840016E-4]
[null,"MT",2194.9270000000001,454.74900000000002,66.171000000000006,{"$f":"C32*'Glossary & Conversions'!$D$24*1/1000","v":0.99561888720000002},{"$f":"D32*'Glossary & Conversions'!$D$24*10^-6","v":2.062741464E-4},{"$f":"E32*'Glossary & Conversions'!$D$24*10^-6","v":3.0015165600000001E-5},{"$f":"F32*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":9.9561888720000008E-4},{"$f":"G32*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":5.7756760992E-6},{"$f":"H32*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":7.9540188840000007E-6},1.0093485821832001E-3]
[null,"NC",1469.078,279.44499999999999,40.161000000000001,{"$f":"C33*'Glossary & Conversions'!$D$24*1/1000","v":0.66637378079999998},{"$f":"D33*'Glossary & Conversions'!$D$24*10^-6","v":1.26756252E-4},{"$f":"E33*'Glossary & Conversions'!$D$24*10^-6","v":1.8217029600000001E-5},{"$f":"F33*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":6.6637378080000001E-4},{"$f":"G33*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.5491750559999996E-6},{"$f":"H33*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":4.8275128439999995E-6},6.7475046870000004E-4]
[null,"ND",2381.6260000000002,535.56100000000004,77.787000000000006,{"$f":"C34*'Glossary & Conversions'!$D$24*1/1000","v":1.0803055536000001},{"$f":"D34*'Glossary & Conversions'!$D$24*10^-6","v":2.4293046960000001E-4},{"$f":"E34*'Glossary & Conversions'!$D$24*10^-6","v":3.52841832E-5},{"$f":"F34*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":1.0803055536000002E-3},{"$f":"G34*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":6.8020531488000001E-6},{"$f":"H34*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":9.3503085479999993E-6},1.0964579152968003E-3]
[null,"NE",2162.5740000000001,502.505,72.983000000000004,{"$f":"C35*'Glossary & Conversions'!$D$24*1/1000","v":0.98094356640000002},{"$f":"D35*'Glossary & Conversions'!$D$24*10^-6","v":2.2793626799999999E-4},{"$f":"E35*'Glossary & Conversions'!$D$24*10^-6","v":3.3105088800000003E-5},{"$f":"F35*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":9.809435664E-4},{"$f":"G35*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":6.382215504E-6},{"$f":"H35*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":8.7728485319999995E-6},9.9609863043600001E-4]
[null,"NH",1160.1880000000001,387.37599999999998,52.805999999999997,{"$f":"C36*'Glossary & Conversions'!$D$24*1/1000","v":0.52626127680000001},{"$f":"D36*'Glossary & Conversions'!$D$24*10^-6","v":1.7571375359999998E-4},{"$f":"E36*'Glossary & Conversions'!$D$24*10^-6","v":2.3952801599999998E-5},{"$f":"F36*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.262612768E-4},{"$f":"G36*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":4.9199851007999998E-6},{"$f":"H36*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":6.3474924239999994E-6},5.375287543248E-4]
[null,"NJ",1127.2180000000001,102.413,13.278,{"$f":"C37*'Glossary & Conversions'!$D$24*1/1000","v":0.51130608480000006},{"$f":"D37*'Glossary & Conversions'!$D$24*10^-6","v":4.6454536799999998E-5},{"$f":"E37*'Glossary & Conversions'!$D$24*10^-6","v":6.0229007999999999E-6},{"$f":"F37*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.1130608480000003E-4},{"$f":"G37*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":1.3007270304E-6},{"$f":"H37*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":1.5960687120000001E-6},5.1420288054240012E-4]
[null,"NM",1657.703,296.07100000000003,42.283000000000001,{"$f":"C38*'Glossary & Conversions'!$D$24*1/1000","v":0.7519340807999999},{"$f":"D38*'Glossary & Conversions'!$D$24*10^-6","v":1.342978056E-4},{"$f":"E38*'Glossary & Conversions'!$D$24*10^-6","v":1.91795688E-5},{"$f":"F38*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":7.5193408079999994E-4},{"$f":"G38*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.7603385568000001E-6},{"$f":"H38*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":5.0825857320000006E-6},7.6077700508879996E-4]
[null,"NV",1144.085,133.154,18.16,{"$f":"C39*'Glossary & Conversions'!$D$24*1/1000","v":0.51895695600000002},{"$f":"D39*'Glossary & Conversions'!$D$24*10^-6","v":6.0398654399999995E-5},{"$f":"E39*'Glossary & Conversions'!$D$24*10^-6","v":8.2373759999999994E-6},{"$f":"F39*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.1895695599999997E-4},{"$f":"G39*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":1.6911623231999997E-6},{"$f":"H39*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":2.1829046399999998E-6},5.2283102296319999E-4]
[null,"NY",1260.2909999999999,120.59399999999999,16.035,{"$f":"C40*'Glossary & Conversions'!$D$24*1/1000","v":0.57166799759999987},{"$f":"D40*'Glossary & Conversions'!$D$24*10^-6","v":5.4701438400000002E-5},{"$f":"E40*'Glossary & Conversions'!$D$24*10^-6","v":7.2734760000000001E-6},{"$f":"F40*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":5.7166799759999988E-4},{"$f":"G40*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":1.5316402752000001E-6},{"$f":"H40*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":1.9274711400000001E-6},5.751271090151999E-4]
[null,"OH",1928.8430000000001,411.28,59.813000000000002,{"$f":"C41*'Glossary & Conversions'!$D$24*1/1000","v":0.87492318480000009},{"$f":"D41*'Glossary & Conversions'!$D$24*10^-6","v":1.8655660799999998E-4},{"$f":"E41*'Glossary & Conversions'!$D$24*10^-6","v":2.7131176800000003E-5},{"$f":"F41*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":8.7492318480000006E-4},{"$f":"G41*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":5.2235850239999993E-6},{"$f":"H41*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":7.1897618520000011E-6},8.8733653167600006E-4]
[null,"OK",1641.18,280.15600000000001,39.936,{"$f":"C42*'Glossary & Conversions'!$D$24*1/1000","v":0.74443924800000005},{"$f":"D42*'Glossary & Conversions'!$D$24*10^-6","v":1.270787616E-4},{"$f":"E42*'Glossary & Conversions'!$D$24*10^-6","v":1.8114969599999997E-5},{"$f":"F42*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":7.4443924800000004E-4},{"$f":"G42*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.5582053248000001E-6},{"$f":"H42*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":4.8004669439999996E-6},7.527979202688E-4]
[null,"OR",1035.326,187.55699999999999,25.216999999999999,{"$f":"C43*'Glossary & Conversions'!$D$24*1/1000","v":0.46962387360000002},{"$f":"D43*'Glossary & Conversions'!$D$24*10^-6","v":8.507585519999999E-5},{"$f":"E43*'Glossary & Conversions'!$D$24*10^-6","v":1.14384312E-5},{"$f":"F43*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":4.6962387360000002E-4},{"$f":"G43*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":2.3821239456E-6},{"$f":"H43*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":3.031184268E-6},4.7503718181360002E-4]
[null,"PA",1596.8050000000001,279.71699999999998,44.473999999999997,{"$f":"C44*'Glossary & Conversions'!$D$24*1/1000","v":0.72431074799999995},{"$f":"D44*'Glossary & Conversions'!$D$24*10^-6","v":1.268796312E-4},{"$f":"E44*'Glossary & Conversions'!$D$24*10^-6","v":2.0173406399999995E-5},{"$f":"F44*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":7.2431074799999997E-4},{"$f":"G44*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.5526296736000001E-6},{"$f":"H44*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":5.3459526959999988E-6},7.3320933036960002E-4]
[null,"RI",921.20399999999995,35.000999999999998,3.629,{"$f":"C45*'Glossary & Conversions'!$D$24*1/1000","v":0.41785813439999997},{"$f":"D45*'Glossary & Conversions'!$D$24*10^-6","v":1.5876453599999997E-5},{"$f":"E45*'Glossary & Conversions'!$D$24*10^-6","v":1.6461143999999999E-6},{"$f":"F45*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":4.1785813439999998E-4},{"$f":"G45*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":4.4454070079999994E-7},{"$f":"H45*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":4.3622031600000001E-7},4.1873889541679999E-4]
[null,"SC",1553.123,303.72899999999998,44.289000000000001,{"$f":"C46*'Glossary & Conversions'!$D$24*1/1000","v":0.70449659279999999},{"$f":"D46*'Glossary & Conversions'!$D$24*10^-6","v":1.3777147439999999E-4},{"$f":"E46*'Glossary & Conversions'!$D$24*10^-6","v":2.00894904E-5},{"$f":"F46*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":7.0449659279999994E-4},{"$f":"G46*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.8576012831999995E-6},{"$f":"H46*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":5.323714956E-6},7.1367790903919994E-4]
[null,"SD",1765.7370000000001,310.87200000000001,44.518999999999998,{"$f":"C47*'Glossary & Conversions'!$D$24*1/1000","v":0.80093830320000003},{"$f":"D47*'Glossary & Conversions'!$D$24*10^-6","v":1.4101153920000002E-4},{"$f":"E47*'Glossary & Conversions'!$D$24*10^-6","v":2.0193818399999995E-5},{"$f":"F47*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":8.009383032E-4},{"$f":"G47*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.9483230976000011E-6},{"$f":"H47*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":5.3513618759999986E-6},8.1023798817360002E-4]
[null,"TN",1952.1610000000001,386.43700000000001,56.231999999999999,{"$f":"C48*'Glossary & Conversions'!$D$24*1/1000","v":0.88550022959999997},{"$f":"D48*'Glossary & Conversions'!$D$24*10^-6","v":1.7528782320000002E-4},{"$f":"E48*'Glossary & Conversions'!$D$24*10^-6","v":2.55068352E-5},{"$f":"F48*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":8.8550022959999993E-4},{"$f":"G48*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":4.9080590496000005E-6},{"$f":"H48*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":6.7593113279999994E-6},8.9716759997759998E-4]
[null,"TX",1384.3620000000001,167.4,23.277999999999999,{"$f":"C49*'Glossary & Conversions'!$D$24*1/1000","v":0.62794660320000006},{"$f":"D49*'Glossary & Conversions'!$D$24*10^-6","v":7.5932640000000008E-5},{"$f":"E49*'Glossary & Conversions'!$D$24*10^-6","v":1.0558900799999999E-5},{"$f":"F49*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":6.2794660320000003E-4},{"$f":"G49*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":2.1261139200000004E-6},{"$f":"H49*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":2.7981087119999998E-6},6.3287082583200012E-4]
[null,"UT",1479.364,244.227,34.661000000000001,{"$f":"C50*'Glossary & Conversions'!$D$24*1/1000","v":0.67103951040000009},{"$f":"D50*'Glossary & Conversions'!$D$24*10^-6","v":1.107813672E-4},{"$f":"E50*'Glossary & Conversions'!$D$24*10^-6","v":1.5722229599999999E-5},{"$f":"F50*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":6.7103951040000005E-4},{"$f":"G50*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.1018782816000002E-6},{"$f":"H50*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":4.1663908439999999E-6},6.7830777952560006E-4]
[null,"VA",1344.34,303.99400000000003,42.947000000000003,{"$f":"C51*'Glossary & Conversions'!$D$24*1/1000","v":0.60979262399999989},{"$f":"D51*'Glossary & Conversions'!$D$24*10^-6","v":1.3789167840000001E-4},{"$f":"E51*'Glossary & Conversions'!$D$24*10^-6","v":1.9480759199999999E-5},{"$f":"F51*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":6.0979262399999984E-4},{"$f":"G51*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.8609669952000003E-6},{"$f":"H51*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":5.1624011880000004E-6},6.1881599218319985E-4]
[null,"VT",501.69400000000002,2158.2750000000001,284.14800000000002,{"$f":"C52*'Glossary & Conversions'!$D$24*1/1000","v":0.22756839840000001},{"$f":"D52*'Glossary & Conversions'!$D$24*10^-6","v":9.7899354000000006E-4},{"$f":"E52*'Glossary & Conversions'!$D$24*10^-6","v":1.2888953280000001E-4},{"$f":"F52*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":2.2756839840000002E-4},{"$f":"G52*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":2.7411819120000004E-5},{"$f":"H52*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":3.4155726192000001E-5},2.8913594371200003E-4]
[null,"WA",1369.0920000000001,260.137,37.58,{"$f":"C53*'Glossary & Conversions'!$D$24*1/1000","v":0.62102013119999999},{"$f":"D53*'Glossary & Conversions'!$D$24*10^-6","v":1.179981432E-4},{"$f":"E53*'Glossary & Conversions'!$D$24*10^-6","v":1.7046288E-5},{"$f":"F53*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":6.2102013119999999E-4},{"$f":"G53*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":3.3039480095999998E-6},{"$f":"H53*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":4.5172663200000006E-6},6.2884134552960004E-4]
[null,"WI",1815.981,383.82799999999997,55.335000000000001,{"$f":"C54*'Glossary & Conversions'!$D$24*1/1000","v":0.82372898159999997},{"$f":"D54*'Glossary & Conversions'!$D$24*10^-6","v":1.741043808E-4},{"$f":"E54*'Glossary & Conversions'!$D$24*10^-6","v":2.5099955999999996E-5},{"$f":"F54*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":8.2372898159999998E-4},{"$f":"G54*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":4.8749226624000002E-6},{"$f":"H54*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":6.6514883399999985E-6},8.3525539260240005E-4]
[null,"WV",2062.7130000000002,469.85599999999999,68.953000000000003,{"$f":"C55*'Glossary & Conversions'!$D$24*1/1000","v":0.93564661680000005},{"$f":"D55*'Glossary & Conversions'!$D$24*10^-6","v":2.131266816E-4},{"$f":"E55*'Glossary & Conversions'!$D$24*10^-6","v":3.1277080799999997E-5},{"$f":"F55*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":9.3564661680000001E-4},{"$f":"G55*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":5.9675470847999999E-6},{"$f":"H55*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":8.2884264119999981E-6},9.4990259029680002E-4]
[null,"WY",2234.14,502.46,73.061999999999998,{"$f":"C56*'Glossary & Conversions'!$D$24*1/1000","v":1.0134059039999999},{"$f":"D56*'Glossary & Conversions'!$D$24*10^-6","v":2.2791585599999997E-4},{"$f":"E56*'Glossary & Conversions'!$D$24*10^-6","v":3.3140923199999992E-5},{"$f":"F56*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$42","v":1.0134059039999998E-3},{"$f":"G56*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$43","v":6.3816439679999994E-6},{"$f":"H56*1/'Glossary & Conversions'!$D$26*'Glossary & Conversions'!$D$44","v":8.7823446479999991E-6},1.0285698926159998E-3]
[]
[null,"Source: U.S. EPA eGRID2014_data_v2, tabs ST14 and US14.",null,null,null,null,null,null,null,null,"Min",{"$f":"MIN(L5:L56)","v":2.8913594371200003E-4}]
[null,null,null,null,null,null,null,null,null,null,"Max",{"$f":"MAX(L5:L56)","v":1.0964579152968003E-3}]

{"sheet":"Reference & Justification","index":17,"n_rows":43,"n_cols":5,"rows_kept":43,"cut":false,"hidden":false,"merged":[[5,4,6,4]]}
["References & Justification"]
["Source #","Reference","Website","Last Updated/ Next Update","Justification"]
[1,"U.S. EPA, Clean Energy. eGRID 2014. Revised Release (v2): 2/27/2017. Downloadable file: eGRID2014 Data File v2 (XLS); worksheet eGRID2014_data_v2, tabs ST14 and US14.","http://www.epa.gov/cleanenergy/energy-resources/egrid/index.html","2016/2018","The emission factors for electricity consumption by state are obtained from eGRID's most recent file of emissions factors from 2014. These data represent the generation mix, and thus the emissions, of U.S. electricity in 2014."]
[2,"US EPA, Downloadable Document: \"Unit Conversions, Emissions Factors, and Other Reference Data, 2004.\"  Table I, Page 1.","http://www.epa.gov/climatechange/emissions/downloads/emissionsfactorsbrochure2004.pdf","November, 2004/NA","This is an EPA-provided list of simple conversion factors that are useful in calculating GHG emissions.  Emission factors are based on molecular weights of GHGs, which will not need to be updated in the future."]
[3,"Energy Star Program, 'Savings Calculator,' 2015.","http://www.energystar.gov/index.cfm?c=cfls.pr_cfls_savings","February 2015/NA","EPA's best estimate for electricity savings from a CFL light bulb are published at the Energy Star Website, on the 'Savings Calculator' (http://www.energystar.gov/ia/business/bulk_purchasing/bpsavings_calc/Calc_Exit_Signs.xls?3c2a-bf03).  A 14 watt, 10,000-hour CFL bulb is compared to an equivalent 60 watt, 1,000-hour conventional bulb in the calculation.  Assuming the bulb is used on average 3 hours a day, this results in an annual 50 kwh savings per light bulb. This savings is converted to a savings in MTCO2e with the state's emissions factor for electricity, as listed in eGRID. While savings will differ across different power intensity light bulbs, 60 watts was deemed by EPA to be the most common for residential settings. "]
[4,"The Climate Registry, \"General Reporting Protocol Version 2.0\" March 2013.","http://www.theclimateregistry.org/wp-content/uploads/2014/11/TCR_GRP_Version_2.0-1.pdf","March 2013/NA","The Climate Registry provides the most comprehensive, user-friendly source for emission factors for a variety of GHG-emitting fossil fuels. Tables in Chapter 12 provide most of the emission factors for Stationary Source fossil fuel energy products (explicitly for CO2, N2O, and CH4). Tables in 13 provide information on GHG emission factors related to transportation.  Emissions factor data from The Climate Registry is obtained primarily from US Inventory of Greenhouse Gas Emissions and Sinks 1990-2012 (April 2014), which in turn was derived directly from the IPCC (noted as a source in this workbook)."]
[5,"\n2015 Climate Registry Default Emission Factors","http://www.theclimateregistry.org/wp-content/uploads/2015/04/2015-TCR-Default-EF-April-2015-FINAL.pdf","April 2015/unspecified"]
[6,"EIA. Glossary. 2016.","http://www.eia.gov/tools/glossary/","2016","Fuel definitions from the EIA glossary are used in the 'Mobile Sources' and 'Stationary Sources' tabs."]
[7,"EPA Climate Leaders. \"Emission Factors for Greenhouse Gas Inventories.\"  November 2015.","https://www.epa.gov/sites/production/files/2015-12/documents/emission-factors_nov_2015.pdf","Nov, 2015/2016","The EPA Climate Leaders program combines multiple sources of publically available emissions factors in writing guidance to its members. It als provides average emissions factors for business travel."]
[8,"EPA. Office of Transportation and Air Quality. Greenhouse Gas Impacts of Expanded Renewable and Alternative Fuels. Fact Sheet. ","http://nepis.epa.gov/Exe/ZyNET.exe/P100093S.txt?ZyActionD=ZyDocument&Client=EPA&Index=2006%20Thru%202010&Docs=&Query=&Time=&EndTime=&SearchMethod=1&TocRestrict=n&Toc=&TocEntry=&QField=&QFieldYear=&QFieldMonth=&QFieldDay=&UseQField=&IntQFieldOp=0&ExtQFieldOp=0&XmlQuery=&File=D%3A%5CZYFILES%5CINDEX%20DATA%5C06THRU10%5CTXT%5C00000002%5CP100093S.txt&User=ANONYMOUS&Password=anonymous&SortMethod=h%7C-&MaximumDocuments=1&FuzzyDegree=0&ImageQuality=r75g8/r75g8/x150y150g16/i425&Display=p%7Cf&DefSeekPage=x&SearchBack=ZyActionL&Back=ZyActionS&BackDesc=Results%20page&MaximumPages=1&ZyEntry=1","April, 2007/unspecified","Office of Transportation and Air Quality (OTAQ) provides a document regarding the lifecycle GHG-emission intensities of several alternative fuels (presented as relative to traditional fuels which they replace).  This data, coupled with emission factors used in other parts of this workbook, facilitates the calculation of emission factors for corn based ethanol, cellulosic ethanol, and biodiesel.  This source of emission factors is considered 'middle of the road,' since consensus values for emission factors of alternative fuels do not exist.  Some sources claim zero emissions, others, including publications in Science magazine, have claimed lifetime GHG intensities may even be higher than conventional gasoline.  OTAQ's assessment is considered to be the best source for alternative fuel emission factors in terms of consistency within the agency."]
[9,"IPCC Fifth Assessment Report, 2013.","http://www.ipcc.ch/pdf/assessment-report/ar5/wg1/WG1AR5_Chapter08_FINAL.pdf","2013/NA","IPCC provides a list of GHG, and their global warming potentials, relative to CO2, which facilitates a calculation of MTCO2e reduced.  Both the gases and their global warming potentials are liable to change as versions of the IPCC report are updated."]
[10,"EPRI & Water Research Foundation. Electricity Use and Management in the Municipal\nWater Supply and Wastewater Industries. November 2013. 3002001433.","http://www.waterrf.org/PublicReportLibrary/4454.pdf","2013/NA","This publication captures a general water conversion factors based on a national survey that calculates the national average of the energy required to pump raw water to the treatment plant as well as energy required to treat  and distribute the water.  The publication cites a range of energy intensities for water supply, with 3,618 kWh per million gallons of water supplied being a weighted average across water sources (Table 4-6) This includes the pumping of raw water to the treatment plant, the treatment of water, and the pumping of water for distribution.  The publication also cites a range of energy intensities for wastewater treatment, with 2521 kWh per million gallons of water treated being a weighted average across types of treatment (Table 5-5).  Therefore, a total of 6,139 kwh per million gallons of water is used as an emission factor in this tool for water conservation practices."]
[11,"EPA's WaterSense Calculator","http://www.epa.gov/watersense/excel/WaterSenseCalculator.xls","May, 2012/NA","The WaterSense calculator assumes that residential inlet water is at 65°F and hot water is 120°F, and that hot water heaters' efficiency is 90%. These assumptions were used in the \"Water\" worksheet estimates."]
[12,"EPA Climate Leaders GHG Inventory Protocol report \"Direct Emissions from Mobile Combustion Sources\". Tables A-2.","http://www.epa.gov/climateleaders/documents/resources/mobilesource_guidance.pdf","May, 2008/NA","EPA's Climate Leaders GHG Inventory Protocol report \"Direct Emissions from Mobile Combustion Sources\" provides the percentage of the different control technologies installed by model year of vehicle.  This data is used to calculate a weighted average emission factor for CH4 and N2O for gasoline passenger vehicles, weighted by percent of gasoline passenger vehicles that are classified as Low Emission Vehicles (LEV) and Tier 2 vehicles. Distribution for 2005 is used. "]
[13,"EPA.  Office of Transportation and Air Quality. Light-Duty Automotive Technology, Carbon Dioxide Emissions, and Fuel Economy Trends: 1975 Through 2014. October 2014.","http://www.epa.gov/otaq/cert/mpg/fetrends/420r10023.pdf","October 2014/October 2015","The fleetwide average adjusted MY2013 light duty (passenger cars and light trucks) fuel economy 24.2 miles per gallon.\n\n"]
[14,"EIA. Energy Explained: Coal Explained. 2016.","http://www.eia.gov/energyexplained/index.cfm?page=coal_home","2016","Descriptions of coal types are used to supplement EIA Glossary definitions of fuel types in the 'Stationary Sources' tab."]
[]
["GEMM References"]
["Source #","Reference","Website","Date","Use"]
[1,"Toxics Release Inventory (TRI) Database","http://www2.epa.gov/toxics-release-inventory-tri-program",2008,"Emissions and transfers used to estimate the distribution of waste management activities."]
[2,"Chemical Economics Handbook, SRI Consulting, Menlo Park, CA","http://chemical.ihs.com/IHS/Public/Aboutus.html","THF- October 2010, Ethanol - April 2009","Production data on THF and ethanol."]
[3,"GlaxoSmithKline - Life Cycle Assessment Waste Treatment Module (as modified by EPA)","http://us.gsk.com/",null,"Formula Calculations: rates of distillation recovery; energy use for disposal, re-manufacturing, and manufacturing; distribution of releases to air, land, and water from disposal, re-manufacturing, and manufacturing; emission-reduction benefits from avoided disposal of spent solvents and avoided manufacturing of virgin solvents; and, life-cycle emission reductions from the use of natural gas."]
[4,"GlaxoSmithKline - technical experts","http://us.gsk.com/",null,"Consultation on chemical synthesis pathways"]
[5,"U.S. Department of Energy - Energy Information Administration","http://www.eia.gov/",null,"Consultation on factors affecting avoided manufacturing and energy values for chemical feedstocks"]
[6,"Per Jimenez-Gonzalez et al.",null,null,"Distillation energy requirements"]
[7,"Capello et al. 2007",null,2007,"Manufacturing energy requirements"]
[8,"Internation Panel on Climate Change (IPCC)","https://www.ipcc.ch/publications_and_data/ar4/wg1/en/ch2s2-10-2.html",null,"Global warming potentials"]
[9,"Kirk-Othmer Encyclopedia of Chemical Technology","http://onlinelibrary.wiley.com/book/10.1002/0471238961",2003,"Synthesis pathways and feedstocks"]
[]
["Density References & Justification"]
["Source #","Reference","Website","Last Updated","Justification"]
[1,"The Engineering ToolBox, \"Liquids-Densities\" Copyright 2005. ","http://www.engineeringtoolbox.com/liquids-densities-d_743.html",null,"A list of common liquids and their densities were obtained from this website and incorporated into our list of chemicals."]
[2,"SImetric, \"Specific Gravity of Liquids\" Walker and Gibson Publishing Limited.   ","http://www.simetric.co.uk/si_liquids.htm","September, 2007","A list of common liquids and their densities were obtained from this source and incorporated into the liquids and solvents lists.  "]
[3,"The Engineering ToolBox, \"Unit Converter with the Most Common Units\"  Copyright 2005.","http://www.engineeringtoolbox.com/unit-converter-d_185.html#Mass (Gallons to cubic Meters and kg to lbs)",null,"The factors for converting kg/cubic meter to lbs/gallon were found on this website and used for our calculations."]
[4,"SIMetric, \"Density of Materials.\"  Walker and Gibson Publishing Limited.  ","http://www.simetric.co.uk/si_materials.htm","April, 2009","A list of common materials and their densities were obtained from this source and incorporated into the materials list."]
[5,"Ningbo Koman's Refrigeration Industry Co, Ltd, \"Refrigerant Products.\"  ","http://www.kri.cn/en-zl-products.html",null,"The densities of HFC-134a and 152a were obtained from this source."]
[6,"Air Liquide, \"Gas Encyclopedia.\"  Copyright 2009.","http://encyclopedia.airliquide.com/Encyclopedia.asp?",null,"The densities for C2F6, HFC-32, HFC-125, Cf4, and SF6 were obtained from this source. "]
[7,"Genetron Refrigerants, \"Pressure-Temperature Chart.\"  Honeywell-Genetron Refrigerants, Morristown, NJ.  ","http://www.refron.com/InfoCenter/TechData/Honeywell_PT.pdf","December, 1995","The density for HFC-23 was obtained from this source."]
[8,"DuPont Fluorochemicals, \"Thermodynamic Properties of HFC-236fa.\"  Copyright 2004.  ","http://refrigerants.dupont.com/Suva/en_US/pdf/h82731.pdf",null,"The density for HFC-236fa was obtained from this source, converted from 35.29 lbs/ft3"]
[9,"Alibaba.com, \"Refrigerant R32 Difluoromethane.\"  Copyright 1999-2009.","http://www.alibaba.com/product-gs/231576196/refrigerant_gas_R32.html",null,"The density for HFC-32 was obtained from this source"]
[10,"- Draft Report:  2002 Survey of Automotive Refinish Coatings, California Air Resources Board, March 2005\n- OECD Environmental Health and Safety Publications:  Emission Scenario Document on Coating Application via Spray Painting in the Automotive Refinishing Industry, Draft Final, October 2008.  \n- DfE Emission Reduction calculator for the Autorefinish project.  \n- A sampling of MSDSs","http://www.arb.ca.gov/coatings/autorefin/scm/draftrpt.pdf\n\nOther sources provided by EPA",null,"The four values were as follows:\n- CARB Value:  9.26 lbs/gal\n- OECD Value: 9.13 lbs/gal\n- DfE Value:  9.4 lbs/gal\n- MSDS Value:  9.04 lbs/gal"]
[11,"OECD Environmental Health and Safety Publications:  Emission Scenario Document on the Use of Metalworking Fluids, Revised Draft, July 2008.  \n","Source provided by EPA",null,"Assumed to be equivalent to the density of water"]
[12,"MSDS sheets and Paints and Coatings Resource Center, Ask the Expert ","http://www.paintcenter.org/rj/sep06d.cfm",null,"An average of seven different types of interior and exterior paint products was taken from MSDS sheets.  This average (10.06 lbs/gal) matched the number offered by the Paints and Coatings Resource Center (10 lbs/gal)."]

{"sheet":"GEMM Drop downs","index":18,"n_rows":26,"n_cols":4,"rows_kept":26,"cut":false,"hidden":true,"merged":[]}
["Mass and Volume","Pounds (mass)",null,"Solvent Remanufacturing Chemicals"]
["units_mass_vol","Gallons (volume)",null,"gemmChems"]
["(select)",null,null,"(select)"]
["gallons",1,null,"1,2,4-Trimethylbenzene"]
["liters",0.26417200000000002,null,"Acetonitrile"]
["pounds",1,null,"Chlorobenzene"]
["kilograms",2.2046199999999998,null,"Chloroform"]
["short tons",2000,null,"Chloromethane"]
["metric tonnes",2204.62,null,"Cyclohexane"]
[null,null,null,"Dichloromethane"]
["Mass Only","Pounds",null,"Ethanol"]
["units_mass",null,null,"Ethylbenzene"]
["(select)",null,null,"Hexanes"]
["pounds",{"$f":"B6","v":1},null,"Methanol"]
["kilograms",{"$f":"B7","v":2.2046199999999998},null,"Methyl Isobutyl Ketone"]
["short tons",{"$f":"B8","v":2000},null,"Methyl Tert-Butyl Ether"]
["metric tonnes",{"$f":"B9","v":2204.62},null,"N,N-Dimethylformamide"]
[null,null,null,"n-Butanol"]
["Recycling Efficiency",null,null,"Tetrahydrofuran"]
["Double",{"$f":"'GEMM Parameters'!B3","v":0.92},null,"Toluene"]
["Single",{"$f":"'GEMM Parameters'!B2","v":0.75},null,"Xylenes"]
[]
[null,null,null,"Specialty Chemicals"]
[null,null,null,{"$f":"D5","v":"Acetonitrile"}]
[null,null,null,{"$f":"D10","v":"Dichloromethane"}]
[null,null,null,{"$f":"D19","v":"Tetrahydrofuran"}]

{"sheet":"GEMM (2011) Before","index":19,"n_rows":53,"n_cols":18,"rows_kept":53,"cut":false,"hidden":true,"merged":[[45,3,45,14],[46,3,46,9],[46,10,46,14],[1,2,1,13],[2,2,2,8],[2,9,2,13],[24,2,24,13],[25,2,25,8],[25,9,25,13]]}
[null,"Distribution of Waste Categories",null,"The basline distribution of waste management methods assumes only off-site energy recovery and incineration. The ratios between the two methods were calculated using the ratio of totals from the DSW rulemaking."]
[null,null,"Waste Category (lb)"]
[null,null,"Off Site",null,null,null,null,null,null,"On Site"]
[null,"Chemical","Total Underground Injection","Total Landfill","Total Other Management and Disposal","Total Recycling","Total Energy Recovery","Total Incineration","Total Other Treatment (not POTW or wastewater)","Total Underground Injection","Total Landfill","Energy Recovery","Recycling","Treatment","Total","Needs Updating","Updated?","Specialty Chems"]
[null,"1,2,4-TRIMETHYLBENZENE",0,0,0,0,{"$f":"G28/(G28+H28)","v":0.9358092824004911},{"$f":"H28/(G28+H28)","v":6.4190717599508923E-2},0,0,0,0,0,0,{"$f":"SUM(C5:N5)","v":1}]
[null,"ACETONITRILE",0,0,0,0,0.56672231557152464,0.43327768442847542,0,0,0,0,0,0,1,"Y","Y","Y"]
[null,"CHLOROBENZENE",0,0,0,0,6.2487761086230616E-2,0.93751223891376934,0,0,0,0,0,0,1]
[null,"CHLOROFORM",0,0,0,0,0.46384252134222537,0.53615747865777463,0,0,0,0,0,0,1]
[null,"CHLOROMETHANE",0,0,0,0,7.5889245543986012E-3,0.99241107544560136,0,0,0,0,0,0,1,"Y","N"]
[null,"CYCLOHEXANE",0,0,0,0,0.69982451093747955,0.30017548906252045,0,0,0,0,0,0,1]
[null,"DICHLOROMETHANE",0,0,0,0,0.28910474871062536,0.7108952512893747,0,0,0,0,0,0,1,"Y","Y","Y"]
[null,"ETHANOL",0,0,0,0,0.75,0.25,0,0,0,0,0,0,1,"Y","N"]
[null,"ETHYLBENZENE",0,0,0,0,{"$f":"G35/(G35+H35)","v":0.89926297432552504},{"$f":"H35/(G35+H35)","v":0.10073702567447501},0,0,0,0,0,0,1]
[null,"METHANOL",0,0,0,0,0.86362695770348696,0.13637304229651304,0,0,0,0,0,0,1]
[null,"METHYL ISOBUTYL KETONE",0,0,0,0,0.66578126586685626,0.33421873413314379,0,0,0,0,0,0,1]
[null,"METHYL TERT-BUTYL ETHER",0,0,0,0,0.81369844838903393,0.18630155161096601,0,0,0,0,0,0,1]
[null,"N,N-DIMETHYLFORMAMIDE",0,0,0,0,0.97784194710842121,2.2158052891578829E-2,0,0,0,0,0,0,1]
[null,"N-BUTYL ALCOHOL",0,0,0,0,0.91545667830504296,8.4543321694957069E-2,0,0,0,0,0,0,1]
[null,"N-HEXANE",0,0,0,0,0.82649504191765777,0.17350495808234226,0,0,0,0,0,0,1]
[null,"TETRAHYDROFURAN",0,0,0,0,{"$f":"G53/(G53+H53)","v":0.25566402065076216},{"$f":"H53/(G53+H53)","v":0.74433597934923779},0,0,0,0,0,0,1,"Y","Y","Y"]
[null,"TOLUENE",0,0,0,0,{"$f":"G42/(G42+H42)","v":0.77492846754953426},{"$f":"H42/(G42+H42)","v":0.22507153245046568},0,0,0,0,0,0,1]
[null,"XYLENE (MIXED ISOMERS)",0,0,0,0,{"$f":"G43/(G43+H43)","v":0.93555087772093404},{"$f":"H43/(G43+H43)","v":6.4449122279065935E-2},0,0,0,0,0,0,1]
[]
[null,"DSW Rulemanking Numbers"]
[null,null,"Waste Category (lb)"]
[null,null,"Off Site",null,null,null,null,null,null,"On Site"]
[null,"Chemical","Total Underground Injection","Total Landfill","Total Other Management and Disposal","Total Recycling","Total Energy Recovery","Total Incineration","Total Other Treatment (not POTW or wastewater)","Total Underground Injection","Total Landfill","Energy Recovery","Recycling","Treatment","Total"]
[null,"1,2,4-TRIMETHYLBENZENE",3931,4320.3900000000003,4726,136244,1437608,98611,20826,0,37,52919,2150633,251129,{"$f":"SUM(C28:N28)","v":4160984.39}]
[null,"ACETONITRILE",0,345,12538,3396731,3247303,2482669,52912,11586952,11,9164203,3241374,5922292,39107330]
[null,"CHLOROBENZENE",0,1778,16,954563,98284,1474568,42388,25,12,741069,9124061,1270765,13707529]
[null,"CHLOROFORM",0,1,703,75575,352627,407603,0,0,250,636587,350000,12659737,14483083]
[null,"CHLOROMETHANE",0,4,0,340000,1454,190141,0,0,0,4997370,508485,6527367,12564821]
[null,"CYCLOHEXANE",60579,1184,83066,15077,1498635,642809,2369,33550,4873,5318388,25545111,13437495,46643136]
[null,"DICHLOROMETHANE",0,343,3594,5223964,2439075,5997573,911833,8500,2579,66517,7918616,5373362,27945956]
[null,"ETHYLBENZENE",7349,15016,7343,885211,4621343,517691,28079,0,4135,3312400,9709263,2547115,21654945]
[null,"METHANOL",2962607,56236.46,141282,13367148,46238336,7301373,1504679,5232503,1384940,37924873,295437754,88711244,500262975.46000004]
[null,"METHYL ISOBUTYL KETONE",0,400,22473,3234301,2294715,1151935,16900,4900,0,872736,16100205,1854604,25553169]
[null,"METHYL TERT-BUTYL ETHER",8148,115,20268,858906,1398318,320154,33033,0,0,44067,101994,444531,3229534]
[null,"N,N-DIMETHYLFORMAMIDE",0,714,0,74830,4050722,91790,317956,330000,11363,3330858,2299580,1460364,11968177]
[null,"N-BUTYL ALCOHOL",17200,586.47,127330,635449,2909314,268678,73636,490519,5029,2111294,9990516,14669124,31298675.469999999]
[null,"N-HEXANE",266,57,57983,2464066,5845630,1227165,233397,0,1604,7930078,4505697,16356834,38622777]
[null,"TOLUENE",13463,81288,132032,5142989,26123013,7587212,535841,0,25780,8548780,132917024,15163374,196270796]
[null,"XYLENE (MIXED ISOMERS)",45221,26431,213713,4615416,22433393,1545413,148771,0,10033,1696869,54029554,3646054,88410868]
[]
[]
[null,null,null,"Waste Category (tonne)"]
[null,null,null,"Off Site",null,null,null,null,null,null,"On Site"]
[null,"Industry","Solvent Use Volume (tonne)","Total Underground Injection","Total Landfill","Total Other Management and Disposal","Total Recycling","Total Energy Recovery","Total Incineration","Total Other Treatment (not POTW or wastewater)","Total Underground Injection","Total Landfill","Energy Recovery","Recycling","Treatment"]
[null,"Pharmaceutical",5700,0,0.17121283307977334,4.7411431572970999,524.86758862930412,2006.6267659951891,582.72863138448076,164.09003750153417,17.804727549211535,2.5126626515963214E-4,5.2026690331423113,1644.006528585245,749.76044406525079]
[null,"Relative to Sum of all Waste Categories (%)","--",0,3.0037339136802341E-3,8.317795012801929E-2,9.208203309286036,35.203978350792795,10.22330932253475,2.8787725877462136,0.31236364121423743,4.4081800905198622E-6,9.127489531828617E-2,28.842219799741137,13.153692001144751]
[null,"Plastics and Resin",4750,73.977511465502786,1.1628346903511528,3.6746991018106399,335.00503378300959,496.7920916514077,114.29249450587059,7.7127264674268439,22.782610237887717,35.583722959995406,611.03875816542904,1956.5056513343891,1091.4718656369189]
[null,"Relative to Sum of all Waste Categories (%)","--",1.5574212940105849,2.4480730323182164E-2,7.7362086353908205E-2,7.0527375533265175,10.458780876871741,2.4061577790709601,0.16237318878793355,0.47963389974500453,0.74913100968411372,12.863973856114297,41.189592659671348,22.9783550660404]
[null,"Total Mass (tonne)",10450,73.977511465502786,1.3340475234309261,8.4158422591077393,859.87262241231372,2503.4188576465967,697.02112589035141,171.80276396896102,40.587337787099251,35.583974226260565,616.24142719857139,3600.512179919634,1841.2323097021697]

{"sheet":"GEMM (2011) After","index":20,"n_rows":28,"n_cols":16,"rows_kept":28,"cut":false,"hidden":true,"merged":[[2,2,2,8],[2,9,2,13],[1,2,1,14]]}
[]
[null,null,"Waste Category (lb)"]
[null,null,"Off Site",null,null,null,null,null,null,"On Site"]
[null,"Chemical","Total Underground Injection","Total Landfill","Total Other Management and Disposal","Total Recycling","Total Energy Recovery","Total Incineration","Total Other Treatment (not POTW or wastewater)","Total Underground Injection","Total Landfill","Energy Recovery","Recycling","Treatment","New On-site Recycling","Total"]
[null,"1,2,4-TRIMETHYLBENZENE",{"$f":"'GEMM (2011) Before'!C5*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D5*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E5*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F5*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G5*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H5*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I5*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J5*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K5*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L5*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M5*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N5*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C5:N5)*$C$24/100","v":1},{"$f":"SUM(C5:O5)","v":1}]
[null,"ACETONITRILE",{"$f":"'GEMM (2011) Before'!C6*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D6*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E6*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F6*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G6*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H6*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I6*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J6*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K6*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L6*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M6*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N6*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C6:N6)*$C$24/100","v":1},1]
[null,"CHLOROBENZENE",{"$f":"'GEMM (2011) Before'!C7*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D7*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E7*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F7*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G7*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H7*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I7*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J7*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K7*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L7*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M7*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N7*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C7:N7)*$C$24/100","v":1},1]
[null,"CHLOROFORM",{"$f":"'GEMM (2011) Before'!C8*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D8*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E8*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F8*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G8*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H8*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I8*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J8*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K8*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L8*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M8*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N8*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C8:N8)*$C$24/100","v":1},1]
[null,"CHLOROMETHANE",{"$f":"'GEMM (2011) Before'!C9*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D9*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E9*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F9*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G9*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H9*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I9*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J9*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K9*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L9*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M9*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N9*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C9:N9)*$C$24/100","v":1},1]
[null,"CYCLOHEXANE",{"$f":"'GEMM (2011) Before'!C10*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D10*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E10*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F10*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G10*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H10*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I10*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J10*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K10*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L10*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M10*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N10*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C10:N10)*$C$24/100","v":1},1]
[null,"DICHLOROMETHANE",{"$f":"'GEMM (2011) Before'!C11*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D11*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E11*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F11*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G11*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H11*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I11*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J11*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K11*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L11*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M11*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N11*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C11:N11)*$C$24/100","v":1},1]
[null,"ETHANOL",{"$f":"'GEMM (2011) Before'!C12*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D12*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E12*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F12*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G12*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H12*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I12*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J12*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K12*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L12*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M12*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N12*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C12:N12)*$C$24/100","v":1},1]
[null,"ETHYLBENZENE",{"$f":"'GEMM (2011) Before'!C13*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D13*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E13*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F13*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G13*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H13*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I13*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J13*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K13*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L13*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M13*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N13*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C13:N13)*$C$24/100","v":1},1]
[null,"METHANOL",{"$f":"'GEMM (2011) Before'!C14*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D14*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E14*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F14*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G14*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H14*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I14*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J14*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K14*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L14*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M14*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N14*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C14:N14)*$C$24/100","v":1},1]
[null,"METHYL ISOBUTYL KETONE",{"$f":"'GEMM (2011) Before'!C15*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D15*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E15*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F15*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G15*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H15*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I15*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J15*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K15*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L15*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M15*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N15*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C15:N15)*$C$24/100","v":1},1]
[null,"METHYL TERT-BUTYL ETHER",{"$f":"'GEMM (2011) Before'!C16*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D16*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E16*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F16*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G16*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H16*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I16*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J16*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K16*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L16*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M16*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N16*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C16:N16)*$C$24/100","v":1},1]
[null,"N,N-DIMETHYLFORMAMIDE",{"$f":"'GEMM (2011) Before'!C17*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D17*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E17*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F17*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G17*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H17*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I17*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J17*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K17*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L17*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M17*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N17*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C17:N17)*$C$24/100","v":1},1]
[null,"N-BUTYL ALCOHOL",{"$f":"'GEMM (2011) Before'!C18*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D18*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E18*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F18*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G18*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H18*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I18*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J18*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K18*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L18*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M18*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N18*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C18:N18)*$C$24/100","v":1},1]
[null,"N-HEXANE",{"$f":"'GEMM (2011) Before'!C19*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D19*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E19*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F19*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G19*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H19*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I19*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J19*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K19*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L19*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M19*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N19*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C19:N19)*$C$24/100","v":1},1]
[null,"TETRAHYDROFURAN",{"$f":"'GEMM (2011) Before'!C20*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D20*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E20*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F20*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G20*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H20*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I20*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J20*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K20*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L20*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M20*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N20*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C20:N20)*$C$24/100","v":1},1]
[null,"TOLUENE",{"$f":"'GEMM (2011) Before'!C21*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D21*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E21*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F21*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G21*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H21*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I21*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J21*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K21*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L21*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M21*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N21*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C21:N21)*$C$24/100","v":1},1]
[null,"XYLENE (MIXED ISOMERS)",{"$f":"'GEMM (2011) Before'!C22*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!D22*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!E22*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!F22*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!G22*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!H22*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!I22*(1-('GEMM (2011) After'!$C$24)/100)","v":0},{"$f":"'GEMM (2011) Before'!J22*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!K22*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!L22*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!M22*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"'GEMM (2011) Before'!N22*(1-('GEMM (2011) After'!$C$24/100))","v":0},{"$f":"SUM('GEMM (2011) Before'!C22:N22)*$C$24/100","v":1},1]
[]
[null,"Reduction in Possible Waste (%)",100,null,null,null,null,null,null,null,null,null,null,null,"* Treatment includes a number of activities,"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"but any of these activities can "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"be mitigated and materials available for "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"recycling.  So onsite treatment will be "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"included with appropriate narrative."]

{"sheet":"GEMM (2011) LCA Data","index":21,"n_rows":67,"n_cols":25,"rows_kept":67,"cut":false,"hidden":true,"merged":[[0,12,0,15]]}
["**This sheet was copied from GEMM (2011) with no modifications**",null,null,null,null,null,null,null,null,null,null,null,"Comparison of Natural Gas LCI Data"]
[null,null,null,null,null,null,null,"Table for Presentation of Data",null,null,null,null,null,null,"Old Data","New Data"]
[null,"Chemical","LHV (kJ/kg-solvent)","LHV (MMBTU/kg-solvent)","LHV (MJ/kg-C)",null,null,"Chemical","LHV (MJ/kg-solvent)","LHV (BTU/lb-solvent)",null,null,null,null,"Heating by\nNatural gas \ncombustion [1MJ heat potential]","Natural Gas (Franklin Associates Data) (cradle-to-gate, including combustion of the natural gas) (basis is 1 MJ of LHV)"]
[null,"Acetonitrile",25708.892297927021,2.4368618291873954E-2,43.919357675625328,null,null,"Acetonitrile",{"$f":"C4/1000","v":25.708892297927022},{"$f":"D4*(10^6)/2.2","v":11076.644678124523},null,null,"Air emission"]
[null,"n-Butyl alcohol",28490.154992471085,2.7004886248787757E-2,43.993547667540774,null,null,"n-Butyl alcohol",{"$f":"C5/1000","v":28.490154992471084},{"$f":"D5*(10^6)/2.2","v":12274.948294903525},null,null,"CH4","g",0.16000116301886794,{"$f":"0.000334609041546688*1000","v":0.33460904154668802}]
[null,"Chlorobenzene",23629.021260066474,2.239717654982604E-2,36.940036569903924,null,null,"Chlorobenzene",{"$f":"C6/1000","v":23.629021260066473},{"$f":"D6*(10^6)/2.2","v":10180.534795375472},null,null,"CO","g",1.662950535013076E-2,{"$f":"0.0000426201919417583*1000","v":4.2620191941758298E-2}]
[null,"Chloroform",3277.7655566762551,3.1068867835793886E-3,32.608304346334279,null,null,"Chloroform",{"$f":"C7/1000","v":3.2777655566762549},{"$f":"D7*(10^6)/2.2","v":1412.2212652633582},null,null,"CO2","g",70.37018384354117,{"$f":"0.0678604299457232*1000","v":67.860429945723197}]
[null,"chloromethane","--","--","--",null,null,"Chloromethane","--","--",null,null,"NMVOC","g",0.39180699916981027,{"$f":"(2.08922713914238E-08)*1000","v":2.0892271391423802E-5}]
[null,"cyclohexane",38116.321201924671,3.6129214409407272E-2,44.553744338249722,null,null,"Cyclohexane",{"$f":"C9/1000","v":38.11632120192467},{"$f":"D9*(10^6)/2.2","v":16422.370186094213},null,null,"NOx","g",0.22317180320460786,{"$f":"0.0000446251129551422*1000","v":4.4625112955142203E-2}]
[null,"dichloromethane",5678.9744647702773,5.3829141846163768E-3,40.178744338249714,null,null,"Dichloromethane",5.6789744647702776,2446.7791748256254,null,null,"SOx","g",2.6732057777134801E-2,{"$f":"0.000575325451270198*1000","v":0.57532545127019796}]
[null,"N,N-dimethylformamide",21124.521590136646,2.0023243213399662E-2,42.835835446665968,null,null,"N,N-Dimethylformamide",21.124521590136645,9101.4741879089361,null,null,"N2O","g",null,{"$f":"(1.22175940572805E-06)*1000","v":1.2217594057280499E-3}]
[null,"ethanol",22776.581863860385,2.1589177122142547E-2,43.75001766349849,null,null,"Ethanol",22.776581863860386,9813.262328246612,null,null,"Water emission"]
[null,"ethylbenzene",36123.095111662216,3.4239900579774614E-2,39.946122677646464,null,null,"Ethylbenzene",36.123095111662217,15563.591172624823,null,null,"BOD5","g",4.1490314248200745E-6,{"$f":"0.0000181383985587927*1000","v":1.81383985587927E-2}]
[null,"n-hexane",39038.878405012765,3.7003676213282245E-2,46.721946557777088,null,null,"n-Hexane",39.038878405012767,16819.852824219201,null,null,"COD","g",6.8412659793814441E-5,{"$f":"0.0000300090154448794*1000","v":3.0009015444879401E-2}]
[null,"methanol",16514.234120780231,1.5653302484151876E-2,44.03795765541394,null,null,"Methanol",16.51423412078023,7115.137492796307,null,null,"TDS","g",2.7210000000000003E-3,{"$f":"0.00464035411995377*1000","v":4.6403541199537699}]
[null,"methyl tert-butyl ether",30523.090765837915,2.8931839588471956E-2,44.838420335015897,null,null,"Methyl tert-butyl ether",30.523090765837914,13150.836176578161]
[null,"methyl isobutyl ketone",29677.212383725833,2.8130059131493683E-2,41.284299893805269,null,null,"Methyl isobutyl ketone",29.677212383725834,12786.39051431531,null,null,"Solid waste","g",8.7747679245283011E-2,{"$f":"0.000782147862893361*1000","v":0.78214786289336102}]
[null,"tetrahydrofuran",28077.388741137129,2.6613638617191591E-2,42.174577671583059,null,null,"Tetrahydrofuran",28.077388741137128,12097.108462359813]
[null,"Toluene",35903.872856469112,3.4032106972956506E-2,39.383129107084102,null,null,"Toluene",35.903872856469114,15469.139533162046,null,null,null,null,null,1,"MMBTU"]
[null,"1,2,4-trimethylbenzene",36128.402605150659,3.4244931379289724E-2,40.20622878808387,null,null,"1,2,4-Trimethylbenzene",36.128402605150661,15565.877899677145,null,null,null,null,null,{"$f":"P19*1055","v":1055},"MJ"]
[null,"Xylenes (mixed isomers)",35970.746455545668,3.4095494270659402E-2,39.777650455424244,null,null,"Xylenes (mixed isomers)",35.970746455545665,15497.951941208818,null,null,null,null,null,{"$f":"((P7/1000)+(21*P5/1000)+(310*P11/1000))/1000*P20","v":7.9405593321848197E-2},"metric tonne GHG"]
[null,null,null,null,null,null,null,"Natural Gas",50.03,{"$f":"I22*(10^6)/1055/2.2","v":21555.364067212406}]
[]
[]
[null,"Water","J/mol","MMBTU/kg"]
[null,"Heat liquid from 25 to 100 oC",5681.2882355632728,{"$f":"C26/18.0153/1055/(10^6)","v":2.9891854880504145E-7}]
[null,"Evaporate Water",40660.532099999997,{"$f":"C27/18.0153/1055/(10^6)","v":2.1393364928909955E-6}]
[]
[]
[null,null,"Acetone","Acetonitrile","n-Butanol","Chlorobenzene","Chloroform","Chloromethane","Cyclohexane","Dichloromethane","Dimethylformamide (DMF)","Ethanol","Ethyl acetate","Ethylbenzene","Ethyl ether","Hexane","Isopropyl alcohol","Methanol","Methyl tert-butyl ether","Methyl isobutyl ketone","Tetrahydrofuran (THF)","Toluene ","1,2,4-Trimethylbenzene","Xylenes","Average"]
[null,"Air emission [kg/kg of solvent]"]
[null,"CO2 ",{"$f":"4600/1000","v":4.5999999999999996},0,0,0,{"$f":"J32","v":2.16},0,0,{"$f":"2.16","v":2.16},{"$f":"1.99","v":1.99},{"$f":"2.06","v":2.06},2.84,0,{"$f":"5.18","v":5.18},{"$f":"619/1000","v":0.61899999999999999},{"$f":"3.5","v":3.5},{"$f":"1.05","v":1.05},{"$f":"O32","v":5.18},0,12.8,{"$f":"697/1000","v":0.69699999999999995},0,0,{"$f":"AVERAGE(C32:X32)","v":2.0380000000000003}]
[null,"CH4 ",{"$f":"12.4/1000","v":1.24E-2},0,0,0,{"$f":"J33","v":6.8399999999999997E-3},0,0,{"$f":"6.84/1000","v":6.8399999999999997E-3},{"$f":"12.4/1000","v":1.24E-2},{"$f":"2.83/1000","v":2.8300000000000001E-3},{"$f":"14.7/1000","v":1.47E-2},0,{"$f":"11.4/1000","v":1.14E-2},{"$f":"3.77/1000","v":3.7699999999999999E-3},{"$f":"9.73/1000","v":9.7300000000000008E-3},{"$f":"8.31/1000","v":8.3099999999999997E-3},{"$f":"O33","v":1.14E-2},0,{"$f":"19.5/1000","v":1.95E-2},{"$f":"4.32/1000","v":4.3200000000000001E-3},0,0,{"$f":"AVERAGE(C33:X33)","v":5.6563636363636365E-3}]
[null,"N2O",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CO ",{"$f":"3.69/1000","v":3.6900000000000001E-3},0,0,0,{"$f":"J35","v":4.0000000000000001E-3},0,0,{"$f":"4/1000","v":4.0000000000000001E-3},{"$f":"51.1/1000","v":5.11E-2},{"$f":"2.85/1000","v":2.8500000000000001E-3},{"$f":"10.3/1000","v":1.03E-2},0,{"$f":"5.69/1000","v":5.6900000000000006E-3},{"$f":"0.635/1000","v":6.3500000000000004E-4},{"$f":"2.72/1000","v":2.7200000000000002E-3},{"$f":"4.21/1000","v":4.2100000000000002E-3},{"$f":"O35","v":5.6900000000000006E-3},0,{"$f":"399/1000","v":0.39900000000000002},{"$f":"0.544/1000","v":5.44E-4},0,0,{"$f":"AVERAGE(C35:X35)","v":2.2474045454545455E-2}]
[null,"NMVOC ",{"$f":"25.6/1000","v":2.5600000000000001E-2},0,0,0,{"$f":"J36","v":1.0800000000000001E-2},0,0,{"$f":"10.8/1000","v":1.0800000000000001E-2},{"$f":"19.2/1000","v":1.9199999999999998E-2},{"$f":"7.52/1000","v":7.5199999999999998E-3},{"$f":"16.6/1000","v":1.66E-2},0,{"$f":"13.1/1000","v":1.3099999999999999E-2},{"$f":"10.4/1000","v":1.04E-2},{"$f":"19.9/1000","v":1.9899999999999998E-2},{"$f":"13.1/1000","v":1.3099999999999999E-2},{"$f":"O36","v":1.3099999999999999E-2},0,{"$f":"46.7/1000","v":4.6700000000000005E-2},{"$f":"9.33/1000","v":9.3299999999999998E-3},0,0,{"$f":"AVERAGE(C36:X36)","v":9.8250000000000004E-3}]
[null,"NOx ",{"$f":"19.2/1000","v":1.9199999999999998E-2},0,0,0,{"$f":"J37","v":8.1600000000000006E-3},0,0,{"$f":"8.16/1000","v":8.1600000000000006E-3},{"$f":"9.44/1000","v":9.4399999999999987E-3},{"$f":"7.2/1000","v":7.1999999999999998E-3},{"$f":"11.6/1000","v":1.1599999999999999E-2},0,{"$f":"19.1/1000","v":1.9100000000000002E-2},{"$f":"5.07/1000","v":5.0699999999999999E-3},{"$f":"14.5/1000","v":1.4500000000000001E-2},{"$f":"3.77/1000","v":3.7699999999999999E-3},{"$f":"O37","v":1.9100000000000002E-2},0,{"$f":"53.5/1000","v":5.3499999999999999E-2},{"$f":"4.91/1000","v":4.9100000000000003E-3},0,0,{"$f":"AVERAGE(C37:X37)","v":8.3504545454545446E-3}]
[null,"SOx ",{"$f":"31.5/1000","v":3.15E-2},0,0,0,{"$f":"J38","v":8.1799999999999998E-3},0,0,{"$f":"8.18/1000","v":8.1799999999999998E-3},{"$f":"6.83/1000","v":6.8300000000000001E-3},{"$f":"7.93/1000","v":7.9299999999999995E-3},{"$f":"12/1000","v":1.2E-2},0,{"$f":"22.9/1000","v":2.29E-2},{"$f":"3.05/1000","v":3.0499999999999998E-3},{"$f":"24.8/1000","v":2.4799999999999999E-2},{"$f":"4.22/1000","v":4.2199999999999998E-3},{"$f":"O38","v":2.29E-2},0,{"$f":"58.4/1000","v":5.8400000000000001E-2},{"$f":"2.9/1000","v":2.8999999999999998E-3},0,0,{"$f":"AVERAGE(C38:X38)","v":9.7177272727272737E-3}]
[null,"Water emission [kg/kg of solvent]"]
[null,"TOC",{"$f":"73.5/1000","v":7.3499999999999996E-2},0,0,0,{"$f":"J40","v":1.84E-2},0,0,{"$f":"18.4/1000","v":1.84E-2},{"$f":"23.4/1000","v":2.3399999999999997E-2},{"$f":"L42/2.86","v":1.8461538461538463E-4},{"$f":"112/1000","v":0.112},0,{"$f":"O42/2.86","v":2.3706293706293709E-3},{"$f":"P42/2.86","v":1.77972027972028E-4},{"$f":"39.2/1000","v":3.9200000000000006E-2},{"$f":"17.3/1000","v":1.7299999999999999E-2},{"$f":"O40","v":2.3706293706293709E-3},0,{"$f":"6.76/1000","v":6.7599999999999995E-3},{"$f":"V42/2.86","v":4.4055944055944058E-4},0,0,{"$f":"AVERAGE(C40:X40)","v":1.4295654799745707E-2}]
[null,"BOD",{"$f":"0.558/1000","v":5.5800000000000001E-4},0,0,0,{"$f":"J41","v":1.8099999999999998E-4},0,0,{"$f":"0.181/1000","v":1.8099999999999998E-4},{"$f":"0.126/1000","v":1.26E-4},{"$f":"0.119/1000","v":1.1899999999999999E-4},{"$f":"0.0000455/1000","v":4.5500000000000004E-8},0,{"$f":"0.426/1000","v":4.26E-4},{"$f":"0.228/1000","v":2.2800000000000001E-4},{"$f":"0.439/1000","v":4.3899999999999999E-4},{"$f":"0.0694/1000","v":6.9400000000000006E-5},{"$f":"O41","v":4.26E-4},0,{"$f":"0.741/1000","v":7.4100000000000001E-4},{"$f":"0.239/1000","v":2.3899999999999998E-4},0,0,{"$f":"AVERAGE(C41:X41)","v":1.6970206818181817E-4}]
[null,"COD",{"$f":"300/1000","v":0.3},0,0,0,{"$f":"J42","v":7.5499999999999998E-2},0,0,{"$f":"75.5/1000","v":7.5499999999999998E-2},{"$f":"95.2/1000","v":9.5200000000000007E-2},{"$f":"0.528/1000","v":5.2800000000000004E-4},{"$f":"438/1000","v":0.438},0,{"$f":"6.78/1000","v":6.7800000000000004E-3},{"$f":"0.509/1000","v":5.0900000000000001E-4},{"$f":"162/1000","v":0.16200000000000001},{"$f":"70.1/1000","v":7.0099999999999996E-2},{"$f":"O42","v":6.7800000000000004E-3},0,{"$f":"22.5/1000","v":2.2499999999999999E-2},{"$f":"1.26/1000","v":1.2600000000000001E-3},0,0,{"$f":"AVERAGE(C42:X42)","v":5.7029863636363642E-2}]
[null,"TDS",{"$f":"17.7/1000","v":1.77E-2},0,0,0,{"$f":"J43","v":7.8300000000000002E-3},0,0,{"$f":"7.83/1000","v":7.8300000000000002E-3},{"$f":"5.03/1000","v":5.0300000000000006E-3},{"$f":"7.2/1000","v":7.1999999999999998E-3},{"$f":"10/1000","v":0.01},0,{"$f":"15.4/1000","v":1.54E-2},{"$f":"2.22/1000","v":2.2200000000000002E-3},{"$f":"13.4/1000","v":1.34E-2},{"$f":"3.67/1000","v":3.6700000000000001E-3},{"$f":"O43","v":1.54E-2},0,{"$f":"40.5/1000","v":4.0500000000000001E-2},{"$f":"1.8/1000","v":1.8E-3},0,0,{"$f":"AVERAGE(C43:X43)","v":6.7263636363636362E-3}]
[]
[null,"Solid waste [kg/kg of solvent]",{"$f":"47.5/1000","v":4.7500000000000001E-2},0,0,0,{"$f":"J45","v":3.6999999999999998E-2},0,0,{"$f":"37/1000","v":3.6999999999999998E-2},{"$f":"23.8/1000","v":2.3800000000000002E-2},{"$f":"5.55/1000","v":5.5500000000000002E-3},{"$f":"13.2/1000","v":1.32E-2},0,{"$f":"134/1000","v":0.13400000000000001},{"$f":"5.88/1000","v":5.8799999999999998E-3},{"$f":"37.4/1000","v":3.7399999999999996E-2},{"$f":"11/1000","v":1.0999999999999999E-2},{"$f":"O45","v":0.13400000000000001},0,{"$f":"53.9/1000","v":5.3899999999999997E-2},{"$f":"17.5/1000","v":1.7500000000000002E-2},0,0,{"$f":"AVERAGE(C45:X45)","v":2.5351363636363634E-2}]
[null,"Total mass cradle materials"]
[null,"Net Energy [MJ/kg]",{"$f":"55431.9/1000","v":55.431899999999999},88.5,97.3,{"$f":"N47","v":85.1},{"$f":"J47","v":23.231472},0,83.2,{"$f":"23231.472/1000","v":23.231472},{"$f":"22500.9/1000","v":22.500900000000001},{"$f":"21455.2/1000","v":21.455200000000001},{"$f":"33742.2/1000","v":33.742199999999997},85.1,{"$f":"46974.1/1000","v":46.9741},{"$f":"9176.637/1000","v":9.1766370000000013},{"$f":"12470.6/1000","v":12.470600000000001},{"$f":"12470.6/1000","v":12.470600000000001},{"$f":"O47","v":46.9741},64.2,{"$f":"126834.3/1000","v":126.8343},{"$f":"8271.2/1000","v":8.2712000000000003},{"$f":"X47","v":72.5},72.5,{"$f":"AVERAGE(C47:X47)","v":49.598394590909102}]
[]
[null,"Name of the organic \nsubstances to be \nincinerated","Molecular weight","Number of \nCarbon atoms\nin formula","Steam Requirement (MJ/kg)","Heat Recovery Potential (MJ/kg)","Heat Recovery (%)"]
[null,"1,2,4-Trimethylbenzene",120.19,9,0.67100000000000004,0.49299999999999999,0]
[null,"Acetonitrile",41,2,0.98799999999999999,0.84299999999999997,0]
[null,"Chlorobenzene",112.56,6,0.83899999999999997,0.64300000000000002,0]
[null,"Chloroform",119.38,1,0.49199999999999999,0.42899999999999999,0]
[null,"Chloromethane",50.49,1,0,0,0]
[null,"Cyclohexane",84.16,6,0.72299999999999998,0.58799999999999997,0]
[null,"Dichloromethane",84.9,1,0.49199999999999999,0.42899999999999999,0]
[null,"Ethanol",46.1,2,1.6659999999999999,1.4850000000000001,0]
[null,"Ethylbenzene",106.16,8,0.67100000000000004,0.49299999999999999,0]
[null,"Methanol",32,1,2.0790000000000002,1.9259999999999999,0]
[null,"Methyl isobutyl ketone",100.16,6,0.98799999999999999,0.84299999999999997,0]
[null,"Methyl tert-butyl ether",88.14,5,0.68799999999999994,0.63500000000000001,0]
[null,"N,N-Dimethylformamide",73,3,1.01,0.73,0]
[null,"n-Butanol",74.12,4,1.39,1.1930000000000001,0]
[null,"n-Hexane",86.17,6,0.72299999999999998,0.58799999999999997,0]
[null,"Tetrahydrofuran",72.099999999999994,4,0.83499999999999996,0.73299999999999998,0]
[null,"Toluene",92.14,7,0.67100000000000004,0.49299999999999999,0]
[null,"Xylenes",106.16,8,0.67100000000000004,0.49299999999999999,0]

{"sheet":"GEMM (2013) LCA Data","index":22,"n_rows":90,"n_cols":28,"rows_kept":90,"cut":false,"hidden":true,"merged":[[66,2,66,3]]}
["Chemicals","**This sheet was copied from GEMM (2013) with modifications in B68:D90**"]
[null,"Solvent","1,2,4-Trimethylbenzene","1,3-Butadiene","Acetone","Acetonitrile","Chlorobenzene","Chloroform","Chloromethane","Cumene","Cyclohexane","Dichloromethane","Ethanol","Ethyl acetate","Ethyl ether","Ethylbenzene","Formaldehyde","Isopropyl alcohol","Methanol","Methyl isobutyl ketone","Methyl tert-butyl ether","N,N-Dimethylformamide","n-Butanol","n-Hexane","tert-Butyl Alcohol","Tetrahydrofuran","Toluene","Xylenes"]
[null,"Molecular Weight",120.19,54.090400000000002,58.079099999999997,41,112.56,119.38,50.49,120.19159999999999,84.16,84.9,46.1,88.105099999999993,74.121600000000001,106.16,30.026,60.094999999999999,32,100.16,88.14,73,74.12,86.17,74.121600000000001,72.099999999999994,92.14,106.16]
[null,"Number of Carbon Atoms in Formula",9,4,3,2,6,1,1,9,6,1,2,4,4,8,1,3,1,6,5,3,4,6,4,4,7,8]
[null,"LHV (MJ/kg)",36.128402605150661,null,null,25.708892297927022,23.629021260066473,3.2777655566762549,null,null,38.11632120192467,5.6789744647702776,22.776581863860386,null,null,36.123095111662217,null,null,16.51423412078023,29.677212383725834,30.523090765837914,21.124521590136645,28.490154992471084,39.038878405012767,null,28.077388741137128,35.903872856469114,35.970746455545665]
[null,"Manufacturing Emissions"]
[null,"Air emission [kg/kg of solvent]"]
[null,"CO2 ",{"$f":"C$23*$D29/1000","v":5.732402481261671},null,{"$f":"4600/1000","v":4.5999999999999996},{"$f":"F$23*$D29/1000","v":6.9974844081607985},6.7286544986947341,{"$f":"L8","v":2.16},0,null,{"$f":"K$23*$D29/1000","v":6.5784260198754625},{"$f":"2.16","v":2.16},{"$f":"2.06","v":2.06},2.84,{"$f":"5.18","v":5.18},{"$f":"P$23*$D29/1000","v":6.7286544986947341},null,{"$f":"3.5","v":3.5},{"$f":"1.05","v":1.05},{"$f":"T$23*$D29/1000","v":5.0761412316827492},{"$f":"O8","v":5.18},{"$f":"1.99","v":1.99},{"$f":"W$23*$D29/1000","v":7.6932794679553185},{"$f":"619/1000","v":0.61899999999999999},null,12.8,{"$f":"697/1000","v":0.69699999999999995},{"$f":"AB$23*$D29/1000","v":5.732402481261671}]
[null,"CH4 ",1.0481634458726413E-2,null,{"$f":"12.4/1000","v":1.24E-2},1.2794822753066036E-2,1.2303270240518865E-2,6.8399999999999997E-3,0,null,1.2028579130566036E-2,{"$f":"6.84/1000","v":6.8399999999999997E-3},{"$f":"2.83/1000","v":2.8300000000000001E-3},{"$f":"14.7/1000","v":1.47E-2},{"$f":"11.4/1000","v":1.14E-2},1.2303270240518865E-2,null,{"$f":"9.73/1000","v":9.7300000000000008E-3},{"$f":"8.31/1000","v":8.3099999999999997E-3},9.2816680310377347E-3,1.14E-2,{"$f":"12.4/1000","v":1.24E-2},1.4067076314952827E-2,{"$f":"3.77/1000","v":3.7699999999999999E-3},null,{"$f":"19.5/1000","v":1.95E-2},{"$f":"4.32/1000","v":4.3200000000000001E-3},1.0481634458726413E-2]
[null,"N2O",0,null,0,0,0,0,0,null,0,0,0,0,0,0,null,0,0,0,0,0,0,0,null,0,0,0]
[null,"CO ",4.0103467469650668E-3,null,{"$f":"3.69/1000","v":3.6900000000000001E-3},4.8953887876745988E-3,4.7073173540238223E-3,4.0000000000000001E-3,0,null,4.6022186116895661E-3,{"$f":"4/1000","v":4.0000000000000001E-3},{"$f":"2.85/1000","v":2.8500000000000001E-3},{"$f":"10.3/1000","v":1.03E-2},{"$f":"5.69/1000","v":5.6900000000000006E-3},4.7073173540238223E-3,null,{"$f":"2.72/1000","v":2.7200000000000002E-3},{"$f":"4.21/1000","v":4.2100000000000002E-3},3.551231188346997E-3,5.6900000000000006E-3,{"$f":"51.1/1000","v":5.11E-2},5.3821619100648411E-3,{"$f":"0.635/1000","v":6.3500000000000004E-4},null,{"$f":"399/1000","v":0.39900000000000002},{"$f":"0.544/1000","v":5.44E-4},4.0103467469650668E-3]
[null,"NMVOC ",2.9134187330621026E-2,null,{"$f":"25.6/1000","v":2.5600000000000001E-2},3.5563801086344285E-2,3.4197508163253093E-2,1.0800000000000001E-2,0,null,3.3433991529760961E-2,{"$f":"10.8/1000","v":1.0800000000000001E-2},{"$f":"7.52/1000","v":7.5199999999999998E-3},{"$f":"16.6/1000","v":1.66E-2},{"$f":"13.1/1000","v":1.3099999999999999E-2},3.4197508163253093E-2,null,{"$f":"19.9/1000","v":1.9899999999999998E-2},{"$f":"13.1/1000","v":1.3099999999999999E-2},2.5798825194839583E-2,1.3099999999999999E-2,{"$f":"19.2/1000","v":1.9199999999999998E-2},3.9100088651992083E-2,{"$f":"10.4/1000","v":1.04E-2},null,{"$f":"46.7/1000","v":4.6700000000000005E-2},{"$f":"9.33/1000","v":9.3299999999999998E-3},2.9134187330621026E-2]
[null,"NOx ",1.8869274937795562E-2,null,{"$f":"19.2/1000","v":1.9199999999999998E-2},2.3033528717171136E-2,2.2148624789053824E-2,8.1600000000000006E-3,0,null,2.165411965275298E-2,{"$f":"8.16/1000","v":8.1600000000000006E-3},{"$f":"7.2/1000","v":7.1999999999999998E-3},{"$f":"11.6/1000","v":1.1599999999999999E-2},{"$f":"19.1/1000","v":1.9100000000000002E-2},2.2148624789053824E-2,null,{"$f":"14.5/1000","v":1.4500000000000001E-2},{"$f":"3.77/1000","v":3.7699999999999999E-3},1.6709068289744486E-2,1.9100000000000002E-2,{"$f":"9.44/1000","v":9.4399999999999987E-3},2.5323868295827702E-2,{"$f":"5.07/1000","v":5.0699999999999999E-3},null,{"$f":"53.5/1000","v":5.3499999999999999E-2},{"$f":"4.91/1000","v":4.9100000000000003E-3},1.8869274937795562E-2]
[null,"SOx ",2.5098392923295052E-2,null,{"$f":"31.5/1000","v":3.15E-2},3.063734860291879E-2,2.9460320520998742E-2,8.1799999999999998E-3,0,null,2.8802569534043424E-2,{"$f":"8.18/1000","v":8.1799999999999998E-3},{"$f":"7.93/1000","v":7.9299999999999995E-3},{"$f":"12/1000","v":1.2E-2},{"$f":"22.9/1000","v":2.29E-2},2.9460320520998742E-2,null,{"$f":"24.8/1000","v":2.4799999999999999E-2},{"$f":"4.22/1000","v":4.2199999999999998E-3},2.2225059664490239E-2,2.29E-2,{"$f":"6.83/1000","v":6.8300000000000001E-3},3.3683774226711843E-2,{"$f":"3.05/1000","v":3.0499999999999998E-3},null,{"$f":"58.4/1000","v":5.8400000000000001E-2},{"$f":"2.9/1000","v":2.8999999999999998E-3},2.5098392923295052E-2]
[null,"Water emission [kg/kg of solvent]"]
[null,"TOC",{"$f":"C$23*$D37/1000","v":1.576052183960026E-4},null,{"$f":"73.5/1000","v":7.3499999999999996E-2},{"$f":"F$23*$D37/1000","v":1.9238705969718936E-4},1.8499591842068716E-4,{"$f":"L16","v":1.84E-2},0,null,{"$f":"K$23*$D37/1000","v":1.8086557476617123E-4},{"$f":"18.4/1000","v":1.84E-2},{"$f":"M18/2.86","v":1.8461538461538463E-4},{"$f":"112/1000","v":0.112},{"$f":"O18/2.86","v":2.3706293706293709E-3},{"$f":"P$23*$D37/1000","v":1.8499591842068716E-4},null,{"$f":"39.2/1000","v":3.9200000000000006E-2},{"$f":"17.3/1000","v":1.7299999999999999E-2},{"$f":"T$23*$D37/1000","v":1.3956213822101195E-4},{"$f":"O16","v":2.3706293706293709E-3},{"$f":"23.4/1000","v":2.3399999999999997E-2},{"$f":"W$23*$D37/1000","v":2.1151707241284209E-4},{"$f":"X18/2.86","v":1.77972027972028E-4},null,{"$f":"6.76/1000","v":6.7599999999999995E-3},{"$f":"AA18/2.86","v":4.4055944055944058E-4},{"$f":"AB$23*$D37/1000","v":1.576052183960026E-4}]
[null,"BOD",{"$f":"C$23*$D38/1000","v":1.4022313331346651E-3},null,{"$f":"0.558/1000","v":5.5800000000000001E-4},1.7116892825161086E-3,1.6459294682725516E-3,{"$f":"L17","v":1.8099999999999998E-4},0,null,{"$f":"K$23*$D38/1000","v":1.6091813367835053E-3},{"$f":"0.181/1000","v":1.8099999999999998E-4},{"$f":"0.119/1000","v":1.1899999999999999E-4},{"$f":"0.0000455/1000","v":4.5500000000000004E-8},{"$f":"0.426/1000","v":4.26E-4},{"$f":"P$23*$D38/1000","v":1.6459294682725516E-3},null,{"$f":"0.439/1000","v":4.3899999999999999E-4},{"$f":"0.0694/1000","v":6.9400000000000006E-5},{"$f":"T$23*$D38/1000","v":1.2417000218930415E-3},{"$f":"O17","v":4.26E-4},{"$f":"0.126/1000","v":1.26E-4},{"$f":"W$23*$D38/1000","v":1.8818911546759022E-3},{"$f":"0.228/1000","v":2.2800000000000001E-4},null,{"$f":"0.741/1000","v":7.4100000000000001E-4},{"$f":"0.239/1000","v":2.3899999999999998E-4},{"$f":"AB$23*$D38/1000","v":1.4022313331346651E-3}]
[null,"COD",{"$f":"C$23*$D39/1000","v":4.5075092461256732E-4},null,{"$f":"300/1000","v":0.3},5.5022699073396157E-4,5.2908832668316515E-4,{"$f":"L18","v":7.5499999999999998E-2},0,null,{"$f":"K$23*$D39/1000","v":5.1727554383124976E-4},{"$f":"75.5/1000","v":7.5499999999999998E-2},{"$f":"0.528/1000","v":5.2800000000000004E-4},{"$f":"438/1000","v":0.438},{"$f":"6.78/1000","v":6.7800000000000004E-3},{"$f":"P$23*$D39/1000","v":5.2908832668316515E-4},null,{"$f":"162/1000","v":0.16200000000000001},{"$f":"70.1/1000","v":7.0099999999999996E-2},{"$f":"T$23*$D39/1000","v":3.9914771531209415E-4},{"$f":"O18","v":6.7800000000000004E-3},{"$f":"95.2/1000","v":9.5200000000000007E-2},{"$f":"W$23*$D39/1000","v":6.0493882710072836E-4},{"$f":"0.509/1000","v":5.0900000000000001E-4},null,{"$f":"22.5/1000","v":2.2499999999999999E-2},{"$f":"1.26/1000","v":1.2600000000000001E-3},{"$f":"AB$23*$D39/1000","v":4.5075092461256732E-4}]
[null,"TDS",{"$f":"C$23*$D40/1000","v":2.60732710625E-2},null,{"$f":"17.7/1000","v":1.77E-2},3.1827372262500001E-2,3.06046257575E-2,{"$f":"L19","v":7.8300000000000002E-3},0,null,{"$f":"K$23*$D40/1000","v":2.9921326240000004E-2},{"$f":"7.83/1000","v":7.8300000000000002E-3},{"$f":"7.2/1000","v":7.1999999999999998E-3},{"$f":"10/1000","v":0.01},{"$f":"15.4/1000","v":1.54E-2},{"$f":"P$23*$D40/1000","v":3.06046257575E-2},null,{"$f":"13.4/1000","v":1.34E-2},{"$f":"3.67/1000","v":3.6700000000000001E-3},{"$f":"T$23*$D40/1000","v":2.3088331065000002E-2},{"$f":"O19","v":1.54E-2},{"$f":"5.03/1000","v":5.0300000000000006E-3},{"$f":"W$23*$D40/1000","v":3.4992127922499998E-2},{"$f":"2.22/1000","v":2.2200000000000002E-3},null,{"$f":"40.5/1000","v":4.0500000000000001E-2},{"$f":"1.8/1000","v":1.8E-3},{"$f":"AB$23*$D40/1000","v":2.60732710625E-2}]
[null,"Solid waste [kg/kg of solvent]"]
[null,"Solid waste",{"$f":"C$23*$D42/1000","v":1.2304411025943396E-2},null,{"$f":"47.5/1000","v":4.7500000000000001E-2},{"$f":"F$23*$D42/1000","v":1.5019867252358491E-2},{"$f":"G$23*$D42/1000","v":1.4442832804245281E-2},{"$f":"L21","v":3.6999999999999998E-2},0,null,{"$f":"K$23*$D42/1000","v":1.4120372377358491E-2},{"$f":"37/1000","v":3.6999999999999998E-2},{"$f":"5.55/1000","v":5.5500000000000002E-3},{"$f":"13.2/1000","v":1.32E-2},{"$f":"134/1000","v":0.13400000000000001},{"$f":"P$23*$D42/1000","v":1.4442832804245281E-2},null,{"$f":"37.4/1000","v":3.7399999999999996E-2},{"$f":"11/1000","v":1.0999999999999999E-2},{"$f":"T$23*$D42/1000","v":1.0895768108490566E-2},{"$f":"O21","v":0.13400000000000001},{"$f":"23.8/1000","v":2.3800000000000002E-2},{"$f":"W$23*$D42/1000","v":1.6513368176886794E-2},{"$f":"5.88/1000","v":5.8799999999999998E-3},null,{"$f":"53.9/1000","v":5.3899999999999997E-2},{"$f":"17.5/1000","v":1.7500000000000002E-2},{"$f":"AB$23*$D42/1000","v":1.2304411025943396E-2}]
[null,"Net Energy [MJ/kg]"]
[null,"Energy to Manufacture",{"$f":"AB23","v":72.5},null,{"$f":"55431.9/1000","v":55.431899999999999},88.5,{"$f":"P23","v":85.1},{"$f":"L23","v":23.231472},0,null,83.2,{"$f":"23231.472/1000","v":23.231472},{"$f":"21455.2/1000","v":21.455200000000001},{"$f":"33742.2/1000","v":33.742199999999997},{"$f":"46974.1/1000","v":46.9741},85.1,null,{"$f":"12470.6/1000","v":12.470600000000001},{"$f":"12470.6/1000","v":12.470600000000001},64.2,{"$f":"O23","v":46.9741},{"$f":"22500.9/1000","v":22.500900000000001},97.3,{"$f":"9176.637/1000","v":9.1766370000000013},null,{"$f":"126834.3/1000","v":126.8343},{"$f":"8271.2/1000","v":8.2712000000000003},72.5]
[]
["Utilities"]
[null,null,"Natural Gas","Steam"]
[null,null,"Natural Gas (Franklin Associates Data) (cradle-to-gate, including combustion of the natural gas) (basis is 1 MJ of LHV)","Steam (from GSK model) (cradle-to-gate) (basis is 1 MJ)"]
["Air emission"]
["CO2","g",{"$f":"0.0678604299457232*1000","v":67.860429945723197},79.067620431195465]
["CH4","g",{"$f":"0.000334609041546688*1000","v":0.33460904154668802},0.14457426839622639]
["N2O","g",{"$f":"(1.22175940572805E-06)*1000","v":1.2217594057280499E-3},0]
["CO","g",{"$f":"0.0000426201919417583*1000","v":4.2620191941758298E-2},5.5315127544345748E-2]
["NMVOC","g",{"$f":"(2.08922713914238E-08)*1000","v":2.0892271391423802E-5},0.40185085973270379]
["NOx","g",{"$f":"0.0000446251129551422*1000","v":4.4625112955142203E-2},0.26026586121097328]
["SOx","g",{"$f":"0.000575325451270198*1000","v":0.57532545127019796},0.34618472997648347]
["Water emission"]
["TOC","g",{"$f":"C39/2.86","v":1.0492662742964827E-2},{"$f":"D39/2.86","v":2.1738650813241736E-3}]
["BOD5","g",{"$f":"0.0000181383985587927*1000","v":1.81383985587927E-2},1.9341121836340208E-2]
["COD","g",{"$f":"0.0000300090154448794*1000","v":3.0009015444879401E-2},6.2172541325871359E-3]
["TDS","g",{"$f":"0.00464035411995377*1000","v":4.6403541199537699},0.359631325]
["Solid waste"]
["Solid waste","g",{"$f":"0.000782147862893361*1000","v":0.78214786289336102},0.1697160141509434]
["LHV","MJ/kg",50.03,"--"]
[]
["Processes"]
[null,null,"Incineration"]
[null,null,"Incineration emissions per kg of carbon"]
[null,"Air emission [kg/kg of C]"]
[null,"CO2 ",{"$f":"3.63","v":3.63}]
[null,"CH4 ",0]
[null,"N2O",0]
[null,"CO ",{"$f":"0.0016","v":1.6000000000000001E-3}]
[null,"NMVOC ",{"$f":"0.00016","v":1.6000000000000001E-4}]
[null,"NOx ",0]
[null,"SOx ",0]
[null,"Water emission [kg/kg of C]"]
[null,"TOC",0]
[null,"BOD",0]
[null,"COD",0]
[null,"TDS",0]
[null,"Solid waste [kg/kg of C]"]
[null,"Solid waste",0]
[null,"Natural Gas Needed [MJ/kg of C]"]
[null,"Natural Gas Needed",{"$f":"43.34","v":43.34}]
[]
[]
[null,null,"Distillation (no energy recovery)"]
[null,null,null,"Steam Needed for Distillation (MJ steam/kg solvent)"]
[null,"1,2,4-Trimethylbenzene",null,{"$f":"0.671-0.493*0","v":0.67100000000000004}]
[null,"Acetone",null,{"$f":"0.974-0.881*0","v":0.97399999999999998}]
[null,"Acetonitrile",null,{"$f":"0.988-0.843*0","v":0.98799999999999999}]
[null,"Chlorobenzene",null,{"$f":"0.839-0.643*0","v":0.83899999999999997}]
[null,"Chloroform",null,{"$f":"0.492-0.429*0","v":0.49199999999999999}]
[null,"Chloromethane",null,{"$f":"0-0*0","v":0}]
[null,"Cyclohexane",null,{"$f":"0.723-0.588*0","v":0.72299999999999998}]
[null,"Dichloromethane",null,{"$f":"0.492-0.429*0","v":0.49199999999999999}]
[null,"Ethanol",null,{"$f":"1.666-1.485*0","v":1.6659999999999999}]
[null,"Ethyl acetate",null,{"$f":"0.814-0*0.678","v":0.81399999999999995}]
[null,"Ethyl ether",null,{"$f":"0.688-0.635*0","v":0.68799999999999994}]
[null,"Ethylbenzene",null,{"$f":"0.671-0.493*0","v":0.67100000000000004}]
[null,"Isopropyl alcohol",null,{"$f":"1.39-1.193*0","v":1.39}]
[null,"Methanol",null,{"$f":"2.079-1.926*0","v":2.0790000000000002}]
[null,"Methyl isobutyl ketone",null,{"$f":"0.988-0.843*0","v":0.98799999999999999}]
[null,"Methyl tert-butyl ether",null,{"$f":"0.688-0.635*0","v":0.68799999999999994}]
[null,"N,N-Dimethylformamide",null,{"$f":"1.01-0.73*0","v":1.01}]
[null,"n-Butanol",null,{"$f":"1.39-1.193*0","v":1.39}]
[null,"n-Hexane",null,{"$f":"0.723-0.588*0","v":0.72299999999999998}]
[null,"Tetrahydrofuran",null,{"$f":"0.835-0.733*0","v":0.83499999999999996}]
[null,"Toluene",null,{"$f":"0.671-0.493*0","v":0.67100000000000004}]
[null,"Xylenes",null,{"$f":"0.671-0.493*0","v":0.67100000000000004}]

{"sheet":"GEMM (2013) Feedstock Data","index":23,"n_rows":455,"n_cols":31,"rows_kept":455,"cut":false,"hidden":true,"merged":[[148,13,149,13],[148,14,149,14],[126,15,131,15],[150,12,178,12],[192,12,345,12],[126,22,131,22],[351,27,356,27],[353,22,358,22],[148,15,149,15],[148,16,149,16],[431,12,436,12],[441,12,449,12],[353,15,356,15],[397,12,406,12],[411,12,420,12],[425,12,426,12],[351,12,364,12],[351,14,356,14],[8,13,9,13],[22,12,50,12],[55,12,58,12],[140,12,145,12],[108,12,111,12],[63,12,68,12],[116,12,135,12],[1,2,1,6],[74,12,103,12],[30,1,30,2],[6,12,17,12],[38,0,38,1],[43,0,43,1],[49,0,49,1],[54,0,54,1]]}
["**This sheet was copied from GEMM (2013) and added to in cells A31:C58**"]
[null,"Solvent Basis","Relevent Feedstocks"]
["Chemical","Solvent","NG","Crude","Petroleum Extracts","Salt","Sulfur","Water","Air","Polarity Index","Processing Steps"]
["Acetonitrile",1000,{"$f":"P14","v":89.29},{"$f":"Q10","v":1124.6300000000001},0,{"$f":"P6","v":13.59},0,{"$f":"O8+P16","v":223.60000000000002},{"$f":"O18+P12","v":2033.3600000000001},5.8,4,null,"Primary","2nd","3rd","4th","5th"]
["n-Butanol",708.6,{"$f":"P22+P35+Q41+O47","v":217.93999999999997},{"$f":"0","v":0},{"$f":"P30","v":678.91},{"$f":"0","v":0},0,{"$f":"P26+P28+Q32+Q37+Q43+N45+O51","v":758.53000000000009},{"$f":"Q24+Q39+P49","v":217.8},3.9,4,null,"Acetonitrile (Pure)","Sodium Hydroxide","Sodium chloride ","Salt rock"]
["Chlorobenzene",417,0,{"$f":"P55","v":350},0,{"$f":"P57","v":356},0,{"$f":"P59","v":87},0,2.7,3,null,1000,50.5,21.74,13.59]
["Cyclohexane",1000,{"$f":"O65","v":28.08},0,{"$f":"O63","v":935.64},0,0,{"$f":"O69","v":56.18},{"$f":"P67","v":44.24},0.2,3,null,"KO describes the production of acetonitrile from a byprodcut of Acrylonitrile.  It fails to provide any process descriptions, but this process seems believable. (DeVito, S. C. 2007. Nitriles. Kirk-Othmer Encyclopedia of Chemical Technology.)",null,"Water"]
["Dichloromethane",1000,{"$f":"P74","v":220.37},{"$f":"0","v":0},{"$f":"Q80","v":45.43},{"$f":"S84+R90+P98","v":191.7},0,{"$f":"Q76+P78+Q82+S86+R88+R92+Q94+P96+P100+O102+N104","v":2196.06},{"$f":"0","v":0},3.1,6,null,null,null,22.74]
["N,N-Dimethylformamide",1000,{"$f":"P151+P159+P171+O175","v":679.31000000000006},0,0,{"$f":"0","v":0},0,{"$f":"Q153+P155+P161+O163+P167+P173+P177+O179","v":2634.7400000000002},{"$f":"P157+P169","v":389.90999999999997},6.4,4,null,null,"Crude Acetonitrile (Byproduct of Acrylonitrile)","Propylene","Naptha","Crude Oil"]
["Ethylbenzene",1000,0,{"$f":"P397+O399","v":1051.8789961721013},0,{"$f":"Q403","v":1.6020333879873188},{"$f":"G18","v":0},{"$f":"O401+Q405+P407","v":76.096585929397634},0,2.4,4,null,null,null,1077.3599999999999,1091.8699999999999,1124.6300000000001]
["n-Hexane",1000,0,0,{"$f":"N184","v":1028.8},0,0,0,0,0,1,null,null,1079.0899999999999,"Ammonia","Air"]
["Methanol",1000,{"$f":"N108","v":617.47},0,0,0,0,{"$f":"O110+N112","v":2306.88},0,5.0999999999999996,2,null,null,null,435.51,359.13]
["Methyl tert-butyl ether",1000,{"$f":"O144","v":122.04},0,{"$f":"O140","v":801.28},0,0,{"$f":"P146","v":118.91},0,2.5,3,null,null,null,null,"Natural gas"]
["Methyl isobutyl ketone",1000,{"$f":"O134","v":7.95},0,{"$f":"Q116+Y126","v":1645.7625619655525},{"$f":"0","v":0},{"$f":"R118+Z128","v":385.27878472839893},{"$f":"Y132+P124+X134+X140+Q122","v":770.12873451414555},{"$f":"R120+Z130+Y138","v":2408.1327649661948},4,7,null,null,null,null,89.29]
["Tetrahydrofuran",1000,{"$f":"Y351+Y353+W361","v":1882.5225956391296},0,{"$f":"0","v":0},0,0,{"$f":"Z355+W365+Y357","v":3786.4335836274145},{"$f":"Y359+X363","v":3906.8095242477921},4,6,null,null,null,null,"Water"]
["Toluene",1019,{"$f":"C18","v":0},1054,0,0,0,0,0,2.4,2,null,null,null,null,200.86]
["1,2,4-Trimethylbenzene",1000,{"$f":"C18","v":0},1054,0,0,0,0,0,0.8,3,null,null,null,"Air (Oxygen)"]
["Xylenes",1000,0,{"$f":"P188","v":1054},0,0,0,0,0,2.4,3,null,null,null,1674.23]
["Cumene",1000,0,{"$f":"SUM(P425,P427)","v":1042.5131550549218},0,0,0,0,0,null,3]
["Formaldehyde",1000,{"$f":"O431","v":731.81629629629629},0,0,0,0,{"$f":"SUM(P433,O435)","v":2734.08},{"$f":"O437","v":2828.6042605851676},null,3,null,"Primary","2nd","3rd","4th","5th"]
["tert-Butyl Alcohol",1000,0,{"$f":"P441","v":843.21729809643716},0,0,0,0,{"$f":"O443","v":1095.2412351227292},null,3,null,"Butanol, n","Butyraldehyde","Hydrogen","Natural gas"]
["1,3-Butadiene",1000,0,{"$f":"O454","v":1043.8757704017228},0,0,0,0,0,null,2,null,708.6,1030,41.82,15.39]
[null,null,null,null,null,null,null,null,null,null,null,null,"N-butanols are created by the hydrogenation of butyraldehydes.  I'm unsure why there is only a 708.6 instead of something like 1000, my guess is because of isomers.  It fails to provide any process descriptions, but this process seems believable. (Billig, E. 2001. Butyl Alcohols. Kirk-Othmer Encyclopedia of Chemical Technology.)",null,null,"Oxygen ","Air"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,17.53,24.25]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,30.79]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Steam","Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,108.42,108.42]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Propylene","Petroleum extraction/refinery"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,669.89,678.91]
["Specialty Chemicals: Avoided Manufacturing ","Avoided hazardous feedstock for 1 kg solvent recycled (kg)",null,"Assumptions",null,null,null,null,null,null,null,null,null,null,null,"Steam","Water "]
["Acetonitrile",null,{"$f":"SUM($B$40:$B$42)/$M$6","v":1.6106400000000001},null,null,null,null,null,null,null,null,null,null,null,null,339.5,339.5]
["Dichloromethane",null,{"$f":"SUM($B$45:$B$48)/$M$74","v":1.4723600000000001},null,null,null,null,null,null,null,null,null,null,null,"Carbon Monoxide","Natural gas"]
["Tetrahydrofuran",null,{"$f":"AVERAGE(C35:C36)","v":1.7264999999999999},"Average"]
["Tetrahydrofuran - via Furfural",null,{"$f":"SUM($B$52:$B$53)/$M$192","v":1.5129999999999999},"Ignored trace contributions in palladium manufacture. Assumed furfural was hazardous and as such ignored the smaller portion of upstream sulfuric acid.",null,null,null,null,null,null,null,null,null,null,445.69,150.13999999999999]
["Tetrahydrofuran - Via Synthetics",null,{"$f":"SUM($B$56:$B$58)/$M$351","v":1.94},"Ignored smaller portion of methanol but counted downstream formadehyle.",null,null,null,null,null,null,null,null,null,null,null,"Steam","Water "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,90.88,90.88]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Carbon Dioxide","Air"]
["Acetonitrile Hazardous Feedstocks",null,null,null,null,null,null,null,null,null,null,null,null,null,null,221.26,182.46]
["Sodium Hydroxide",{"$f":"N6","v":50.5},null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Natural gas"]
["Crude Oil",{"$f":"Q10","v":1124.6300000000001},null,null,null,null,null,null,null,null,null,null,null,null,null,null,45.37]
["Ammonia",{"$f":"O12","v":435.51},null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,121.85]
["Dichloromethane Hazardous Feedstocks",null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
["Methanol",{"$f":"O74","v":356.9},null,null,null,null,null,null,null,null,null,null,null,53]
["Ethylene",{"$f":"O80","v":403.85},null,null,null,null,null,null,null,null,null,null,null,"Hydrogen","Natural gas"]
["Chlorine",{"$f":"P90","v":101.79},null,null,null,null,null,null,null,null,null,null,null,19.13,7.04]
["Chlorine",{"$f":"N98","v":609.82000000000005},null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen ","Air"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,8.02,11.09]
["Tetrahydrofuran Hazardous Feedstocks",null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[{"$f":"Q203","v":"Methanol"},{"$f":"Q204","v":0.46500000000000002},null,null,null,null,null,null,null,null,null,null,null,null,14.09]
[{"$f":"O221","v":"Furfural"},{"$f":"O222","v":1315}]
[{"$f":"P339","v":"oil (in ground)"},{"$f":"P340","v":198},null,null,null,null,null,null,null,null,null,null,"Primary","Level 2","Level 3","Level 4"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Benzene Chloride","Benzene","Naphtha","Crude Oil"]
["Tetrahydrofuran (syn) Hazardous Feedstocks",null,null,null,null,null,null,null,null,null,null,null,416.6,337,340,350,null,{"$f":"P55/O55","v":1.0294117647058822}]
[{"$f":"P350","v":"Acetylene"},{"$f":"P351","v":507},null,null,null,null,null,null,null,null,null,null,"Chlorobenzene is made from chlorination of benzene in the liquid phase.  The most economical processes produce 85% monochlorobenzene, which gives 417 kg through a simple balance as seen to left. (Krishnamurti, R. 2001. Chlorinated Benzenes. Kirk-Othmer Encyclopedia of Chemical Technology.)","Chlorine","Sodium chloride","Salt rock"]
[{"$f":"P352","v":"Formaldehyde"},{"$f":"P353","v":1240},null,null,null,null,null,null,null,null,null,null,null,360,279,356]
[{"$f":"Q358","v":"oil (in ground)"},{"$f":"Q359","v":193},null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,87,87]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Cyclohexane","Benzene ","Petroleum extraction/refinery"]
[null,null,null,null,null,null,null,null,null,null,null,null,1000,928.35,935.64]
[null,null,null,null,null,null,null,null,null,null,null,null,"Cyclohexane comes from the hydrogenation of benzene.  I'm unsure of efficiency information, but it appears to be very high.  (Eastman, A. D. and Mears, D. 2000. Hydrocarbons, C1–C6. Kirk-Othmer Encyclopedia of Chemical Technology. )","Hydrogen","Natural gas"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,76.3,28.08]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen ","Air"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,31.98,44.24]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,56.18]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th","5th","6th","7th"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Dichloromethane","Methylchloride","Methanol","Natural gas"]
["Chlorobenzene Production Calculations",null,null,null,null,null,null,null,null,null,null,null,1000,504.81,356.9,220.37]
[null,"Cl2","C6H6","C6H4Cl2","C6H5Cl","HCL",null,null,null,null,null,null,"Dichloromethane is made through this process.  I'm unsure of efficiency information, but it appears to be very high.  (Holbrook, M. T. 2003. Methylene Chloride. Kirk-Othmer Encyclopedia of Chemical Technology. )",null,null,"Steam","Water "]
["MW",70.900000000000006,78,{"$f":"12*6+4*1+35.45*2","v":146.9},{"$f":"12*6+5*1+35.45","v":112.45},{"$f":"35.45*1+1*1","v":36.450000000000003},null,null,null,null,null,null,null,null,null,608.61,608.61]
["Min",360,337,0,0,0,null,null,null,null,null,null,null,null,null,"Water"]
["Nin",{"$f":"B77/B76","v":5.0775740479548652},{"$f":"C77/C76","v":4.3205128205128203},{"$f":"D77/D76","v":0},{"$f":"E77/E76","v":0},{"$f":"F77/F76","v":0},null,null,null,null,null,null,null,null,null,218.61]
["MRx1",{"$f":"B80*B76","v":-260.37570512820514},{"$f":"C80*C76","v":-286.45},{"$f":"D80*D76","v":0},{"$f":"E80*E76","v":412.96541666666667},{"$f":"F80*F76","v":133.86028846153846},null,null,null,null,null,null,null,null,"Hydrogen chloride ","Ethylene","Petroleum extraction/refinery",null,null,null,null,null,null,"Ethylene","Petroleum extraction/refinery"]
["NRx1",{"$f":"C80","v":-3.6724358974358973},{"$f":"C78*0.85*-1","v":-3.6724358974358973},0,{"$f":"C80*-1","v":3.6724358974358973},{"$f":"C80*-1","v":3.6724358974358973},null,null,null,null,null,null,null,null,403.85,40.21,45.43,null,null,null,null,null,null,247.7606251191157,279.92452621639956]
["MRx2",{"$f":"B82*B76","v":-91.897307692307692},{"$f":"C82*C76","v":-50.55},{"$f":"D82*D76","v":14.280374999999998},{"$f":"E82*E76","v":0},{"$f":"F82*F76","v":7.0867211538461534},null,null,null,null,null,null,null,null,null,null,"Water",null,null,null,null,null,null,null,"Water"]
["NRx2",{"$f":"C82*2","v":-1.296153846153846},{"$f":"C78*0.15*-1","v":-0.64807692307692299},{"$f":"C82*0.15*-1","v":9.7211538461538446E-2},0,{"$f":"C82*0.15*2*-1","v":0.19442307692307689},null,null,null,null,null,null,null,null,null,null,11.61,null,null,null,null,null,null,null,71.536952440510646]
["Total N",{"$f":"SUM(B78,B80,B82)","v":0.10898430436512196},0,9.7211538461538446E-2,3.6724358974358973,3.8668589743589741,null,null,null,null,null,null,null,null,null,null,"Sodium Hydroxide","Sodium chloride ","Salt rock",null,null,null,null,null,"Sodium Hydroxide","Sodium chloride ","Salt rock"]
["Total M",-352.16402851614771,-337,14.377586538461536,416.63785256410256,144.81386858974358,null,null,null,null,null,null,null,null,null,null,0.98,0.42,0.26,null,null,null,null,null,6.0384335393368165,2.5879000882872067,1.6020333879873188]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water",null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.17,null,null,null,null,null,null,null,1.0474833690686314]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water",null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.56999999999999995,null,null,null,null,null,null,null,3.5121501198183522]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Chlorine ","Sodium chloride ","Salt rock"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,101.79,43.81,27.38]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,17.53]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,58.91]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,262.89999999999998]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Chlorine ","Sodium chloride ","Salt rock"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,609.82000000000005,262.49,164.06]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,105]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,352.95]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,559.20000000000005]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Methanol","Natural gas"]
[null,null,null,null,null,null,null,null,null,null,null,null,1000,617.47]
[null,null,null,null,null,null,null,null,null,null,null,null,"80% of methanol is made through steam reformation of natural gas.  The numbers seem to work as well.  English, A., Rovner, J., Brown, J., Davies, S. and Updated by Staff 2005. Methanol. Kirk-Othmer Encyclopedia of Chemical Technology.)","Steam","Water "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,1705.26,1705.26]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,601.62]
[]
["Conversion Efficiency Calculation for MIBK",null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th","5th","6th","7th",null,"8th"]
[null,null,"C3H6O","H2","C6H12O",null,null,null,null,null,null,null,"Methyl isobutyl ketone","Acetone","Isopropanol","Propylene","Petroleum extraction/refinery"]
["MW",null,58,2,100.16,null,null,null,null,null,null,null,1000,1422.9,1718.86,1581.35,1602.65]
["Min",null,1422.9,21.6,0,null,null,null,null,null,null,null,"MIBK can be produced from a single step reaction of acetone and hydrogen.  Conversion rates are relatively low, with the highest reported being 50%, but with enough recylce I would think an 81% conversion is believable.  (Muthusamy, D. and Fisher, I. 2011. Methyl Isobutyl Ketone. Kirk-Othmer Encyclopedia of Chemical Technology. 1–26.)",null,null,"Sulphuric acid","Sulphur trioxide","Sulfur ","Petroleum extraction/refinery"]
["Nin",null,{"$f":"C117/C116","v":24.532758620689656},{"$f":"D117/D116","v":10.8},{"$f":"E117/E116","v":0},null,null,null,null,null,null,null,null,null,null,1100.07,893.06,383.35]
["MRx1",null,{"$f":"C120*C116","v":-1158.1469648562299},{"$f":"D120*D116","v":-19.968051118210862},1000,null,null,null,null,null,null,null,null,null,null,null,null,"Air"]
["NRx1",null,{"$f":"E120*-2","v":-19.968051118210862},{"$f":"E120*-1","v":-9.9840255591054312},{"$f":"E119/E116","v":9.9840255591054312},null,null,null,null,null,null,null,null,null,null,null,null,2383.62]
["Total N",null,{"$f":"SUM(C120,C118)","v":4.5647075024787931},{"$f":"SUM(D120,D118)","v":0.8159744408945695},{"$f":"SUM(E120,E118)","v":9.9840255591054312},null,null,null,null,null,null,null,null,null,null,null,"Water "]
["Total M",null,{"$f":"SUM(C119,C117)","v":264.75303514377015},{"$f":"SUM(D119,D117)","v":1.631948881789139},{"$f":"SUM(E119,E117)","v":1000},null,null,null,null,null,null,null,null,null,null,null,223.27]
["Conversion",null,{"$f":"1-(C122/C117)","v":0.81393419415013701},null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,520.71,null,null,null,null,null,null,"4th","5th","6th","7th","8th"]
["DIPE Synthesis Calculation",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Diisopropyl Ether","Propylene","Petroleum extraction/refinery",null,null,null,null,"Diisopropyl Ether","Propylene","Petroleum extraction/refinery"]
[null,"C3H6","H2SO4","C6H14O","H2O",null,null,null,null,null,null,null,null,null,null,50.706464400000002,28.01,28.01,null,null,null,null,50.706464400000002,{"$f":"B128","v":42.539574994057524},{"$f":"Q116/P116*X126","v":43.112561965552409}]
["MW",42,98.79,102.17,18,null,null,null,null,null,null,null,null,null,null,"DIPE synthesis is mass imbalanced.  The principal source of DIPE is as a by-product from isopropyl alcohol production. Typically, excess DIPE is recycled over acidic catalysts in the alcohol process where it is hydrated to isopropyl alcohol.  Logsdon, J. E. and Loke, R. A. 2000. Isopropyl Alcohol. Kirk-Othmer Encyclopedia of Chemical Technology. It's possible that only 28.01 was used because it's a byproduct, but that won't work for a feedstock analysis.  Additionally Water is a feedstock.  Selectivity can reach 98% for either isopropyl alcohol or DIPE. (KO.).  However as selectivities for specific reactions and processes are unavailable, an approximation of the feedstocks can be achieved by scaling existing values to achieve a proper mass balance with 98% efficiency, and then adding in water as a feedstock on an appropriate molar basis.","Sulphuric acid","Sulphur trioxide","Sulfur ",null,"Petroleum extraction/refinery",null,null,"Sulphuric acid","Sulphur trioxide","Sulfur ","Petroleum extraction/refinery"]
["Min",{"$f":"ABS(B127*B129)","v":42.539574994057524},null,0,{"$f":"ABS(E127*E129)","v":9.1156232130123271},null,null,null,null,null,null,null,null,null,null,null,3.64,2.95,1.27,null,null,null,null,{"$f":"X126/Q126*Q128","v":5.5281704026551015},{"$f":"R128/$Q$128*$X$128","v":4.4802479911627886},{"$f":"S128/$Q$128*$X$128","v":1.9287847283988953}]
["Nin",{"$f":"B131/B134*-1","v":1.0128470236680363},null,{"$f":"D128/D127","v":0},{"$f":"D131*-1/B134","v":-0.50642351183401813},null,null,null,null,null,null,null,null,null,null,null,null,null,"Air",null,null,null,null,null,null,"Air"]
["MOut",{"$f":"B131*B127","v":-41.688783494176377},null,{"$f":"P126","v":50.706464400000002},null,null,null,null,null,null,null,null,null,null,null,null,null,null,7.89,null,null,null,null,null,null,{"$f":"S130/$Q$128*$X$128","v":11.982764966194711}]
["NOut",{"$f":"D131*-2","v":-0.99259008319467557},null,{"$f":"D130/D127","v":0.49629504159733778},null,null,null,null,null,null,null,null,null,null,null,null,null,"Water ",null,null,null,null,null,null,"Water "]
["Total N",{"$f":"SUM(B131,B129)","v":2.0256940473360685E-2},null,{"$f":"SUM(D131,D129)","v":0.49629504159733778},null,null,null,null,null,null,null,null,null,null,null,null,null,0.74,null,null,null,null,null,null,{"$f":"R132/$Q$128*$X$128","v":1.1238588181221909}]
["Total M",{"$f":"SUM(B130,B128)","v":0.85079149988114722},null,{"$f":"SUM(D130,D128)","v":50.706464400000002},null,null,null,null,null,null,null,null,null,"Hydrogen","Natural gas",null,null,null,null,null,null,null,null,"Water"]
["Conversion",0.98,null,null,null,null,null,null,null,null,null,null,null,21.6,7.95,null,null,null,null,null,null,null,null,{"$f":"E128","v":9.1156232130123271}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen ","Air",null,null,null,null,null,null,"Hydrogen","Natural gas"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,9.0500000000000007,12.53,null,null,null,null,null,null,21.6,7.95]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen ","Air"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th",null,null,null,null,null,null,null,9.0500000000000007,12.53]
[null,null,null,null,null,null,null,null,null,null,null,null,"Methyl t-butyl ether (MTBE)","Raffinate I (Isobutene)","Refinery product",null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,1000,801.28,801.28,null,null,null,null,null,null,null,null,{"$f":"N134*O51/N47","v":15.909252483010977}]
[null,null,null,null,null,null,null,null,null,null,null,null,"KO doesn't have anything, nor do any other encyclopedias.  Other info says it's made from raffinate and methanol, and it has a high conversion % though nothing can be more than 100% as this model says it is.  http://www.icis.com/Articles/2007/11/05/9076055/methyl-tertiary-butyl-ether-mtbe-production-and-manufacturing-process.html."]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Methanol","Natural gas"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,197.65,122.04]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Steam","Water "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,118.91,118.91]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th","5th"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Dimethylformamide (DMF)","Dimethylamine ","Methanol","Natural gas"]
[null,null,null,null,null,null,null,null,null,null,null,null,1000]
[null,null,null,null,null,null,null,null,null,null,null,null,"DMF can be made by the direct carbonylation of dimethylamine, so this process is correct.  Reliable efficieny data cannot be found for this process, but another synthesis which reacts dimethylamine with formate has an efficiency of about 90%, making this efficiency believable.  Marsella, J. A. 2000. Dimethylformamide. Kirk-Othmer Encyclopedia of Chemical Technology. ",646,920.24,568.22]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Steam","Water "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1569.25,1569.25]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,563.66999999999996]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Ammonia ","Air"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,253.95,209.41]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Natural gas"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,52.07]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,139.85]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,98.45]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Carbon  monoxide ","Natural gas"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,440.9,148.53]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Steam","Water "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,89.9,89.9]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Carbon Dioxide","Air"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,218.88,180.5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Natural gas"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,44.88]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,120.54]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Methanol","Natural gas"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,22.9,14.14]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Steam","Water "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,39.049999999999997,39.049999999999997]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,14.03]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Hexane","Petroleum extraction/refinery"]
[null,null,null,null,null,null,null,null,null,null,null,null,1000,1028.8]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th"]
[null,null,null,null,null,null,null,null,null,null,null,null,"p-Xylene","Toluene","Naphtha","Crude Oil"]
[null,null,null,null,null,null,null,null,null,null,null,null,1000,1019,1024,1054]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th","5th","6th","7th",null,"8th","9th","10th"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Tetrahydrofuran - via Furfural","Furan","Calcium acetate","Acetic acid","Carbon monoxide","Carbon dioxide","Natural gas",null,"Natural gas (unprocessed)"]
[null,null,null,null,null,null,null,null,null,null,null,null,1000,945,1.24,0.84799999999999998,0.44600000000000001,0.223,4.5600000000000002E-2,null,4.6600000000000003E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,"KO says nearly all THF in the US is made this way though no technical information is provided.  Karas, L. and Piel, W. J. 2004. Ethers. Kirk-Othmer Encyclopedia of Chemical Technology.   However, they also say in a different article that THF is produced commercially by the first process and through other raw materials, so I'm at a loss which process to use.  Kottke, R. H. 2000. Furan Derivatives. Kirk-Othmer Encyclopedia of Chemical Technology.   Further review looks like the butanediol process is used as are 3 others, but the furfural process does have the benefit in it can use renewable organic feedstocks.  http://www.articlesbase.com/industrial-articles/the-synthesis-methods-of-tetrahydrofuran-2614552.html.  As such I will continue to use feedstock info from the butanediol process.",null,null,null,null,null,"Nitrogen from air",null,"Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,8.5599999999999996E-2,null,8.5599999999999996E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen from air",null,"Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3.7999999999999999E-2,null,3.7999999999999999E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn",null,"Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5.9400000000000001E-2,null,5.9400000000000001E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Natural gas","Natural gas (unprocessed)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.15,0.153]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,9.0899999999999995E-2,9.0899999999999995E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Methanol","Natural gas","Natural gas (unprocessed)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.46500000000000002,0.28699999999999998,0.29299999999999998]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.19800000000000001,0.19800000000000001]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Calcium hydroxide","Carbon dioxide","Natural gas","Natural gas (unprocessed)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.53,0.23799999999999999,4.8800000000000003E-2,4.9700000000000001E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Nitrogen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,9.1499999999999998E-2,9.1499999999999998E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4.0599999999999997E-2,4.0599999999999997E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6.3399999999999998E-2,6.3399999999999998E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Limestone","Limestone (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.27,1.27]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.42,2.42]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.21199999999999999,0.21199999999999999]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Furfural","Calcium carbonate","Limestone (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,1315,268,289]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"corncobs dry","corncobs dry (in field)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3419,3419]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sulfuric acid","Sulfur trioxide","Oxygen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,263,214,133,133]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sulfur","oil (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,92.1,94.8]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,8.0399999999999991,8.0399999999999991]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,53.4,53.4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Palladium","Ammonium chloride","Ammonia","Natural gas","Natural gas (unprocessed)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,6.6199999999999995E-2,6.6500000000000004E-2,1.0699999999999999E-2,2.1900000000000001E-3,2.2399999999999998E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Nitrogen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4.1099999999999999E-3,4.1099999999999999E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.82E-3,1.82E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.8500000000000001E-3,2.8500000000000001E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Carbon dioxide","Natural gas","Natural gas (unprocessed)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.76E-2,5.6600000000000001E-3,5.7800000000000004E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Nitrogen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.06E-2,1.06E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4.7200000000000002E-3,4.7200000000000002E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7.3699999999999998E-3,7.3699999999999998E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sodium chloride","Salt rock"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3.6999999999999998E-2,4.7199999999999999E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5.7000000000000002E-3,5.7000000000000002E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Chlorine","Sodium chloride","Salt rock"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4.4400000000000002E-2,3.44E-2,4.3900000000000002E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.0699999999999999E-2,1.0699999999999999E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"palladium in solution","Aluminum","Bauxite","Bauxite ore"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6.6199999999999995E-2,1.21E-2,3.9699999999999999E-2,3.9699999999999999E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Chlorine","Sodium chloride","Salt rock"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.14599999999999999,0.113,0.14499999999999999]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3.5299999999999998E-2,3.5299999999999998E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hydrogen chloride","Chlorine","Sodium chloride",null,"Salt rock"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.67,0.48299999999999998,0.374,null,0.47699999999999998]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn",null,"Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.11700000000000001,null,0.11700000000000001]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Ethylene","Naphtha",null,"oil (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.19,0.19400000000000001,null,0.19700000000000001]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"MIBK","Acetone","Benzene",null,"pyrolysis gas","Naphtha","oil (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3.5899999999999999E-3,5.3800000000000002E-3,3.0500000000000002E-3,null,8.8400000000000002E-4,9.0200000000000002E-4,9.1299999999999997E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"reformate, from naphtha","Naphtha","oil (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.1700000000000001E-3,2.2000000000000001E-3,2.2300000000000002E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen",null,"Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.2800000000000001E-3,null,1.7700000000000001E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Propylene",null,"Naphtha","oil (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.6299999999999999E-3,null,1.67E-3,1.6900000000000001E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hydrogen","Naphtha",null,"oil (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7.75E-5,2.72E-4,null,2.7500000000000002E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen",null,"Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.7099999999999997E-4,null,3.7500000000000001E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen from air",null,"Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.7799999999999999E-4,null,1.7799999999999999E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn",null,"Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.18E-4,null,1.18E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Naphtha","oil (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3.9199999999999999E-2,3.9699999999999999E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxalic Acid","Ethylene glycol","Ethylene oxide",null,"Ethylene","Naphtha","oil (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.47E-3,1.3500000000000001E-3,9.7999999999999997E-4,null,7.36E-4,7.5000000000000002E-4,7.6000000000000004E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7.2000000000000005E-4,9.9599999999999992E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn",null,"Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3.8000000000000002E-4,null,3.8000000000000002E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Nitric acid","Ammonia",null,"Natural gas","Natural gas (unprocessed)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5.1500000000000005E-4,1.3200000000000001E-4,null,2.6999999999999999E-5,2.7500000000000001E-5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Nitrogen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5.0599999999999997E-5,5.0599999999999997E-5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.2500000000000001E-5,2.2500000000000001E-5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3.5099999999999999E-5,3.5099999999999999E-5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Nitrogen from air",null,"Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.4300000000000001E-3,null,1.4300000000000001E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen from air",null,"Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3.3599999999999998E-4,null,3.3599999999999998E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn",null,"Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5.1600000000000001E-5,null,5.1600000000000001E-5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.4E-3,1.9400000000000001E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sulfuric acid","Sulfur trioxide",null,"Oxygen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7.9500000000000003E-4,6.4599999999999998E-4,null,4.0099999999999999E-4,4.0099999999999999E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sulfur","oil (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.7799999999999998E-4,2.8699999999999998E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.4300000000000001E-5,2.4300000000000001E-5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn",null,"Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.6100000000000001E-4,null,1.6100000000000001E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Platinum group metals (Unrefined)","Dextrose"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.108,3.5999999999999999E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Limestone","Limestone (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.26800000000000002,0.26800000000000002]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"mined rock"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.28999999999999998]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Nitrogen"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,16.399999999999999]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Steel"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4.4400000000000002E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"sodium bromate","unknown subtree"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.1700000000000001E-2,2.1700000000000001E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sodium hydroxide","Sodium chloride","Salt rock"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4.1000000000000002E-2,3.1800000000000002E-2,4.0500000000000001E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,9.8899999999999995E-3,9.8899999999999995E-3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sulfur dioxide","Oxygen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5.2700000000000002E-4,3.28E-4,3.28E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sulfur","oil (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.2699999999999999E-4,2.34E-4]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.9899999999999999E-5,1.9899999999999999E-5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Hydrogen","Naphtha","oil (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,55.7,195,198]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,195,270]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen from air","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,128,128]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,84.9,84.9]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th","5th","6th","7th",null,null,"3rd","4th","5th","6th","7th",null,"4th","5th","6th","7th"]
["Butanediol Synthesis Calculations",null,null,null,null,null,null,null,null,null,null,null,"Tetrahydrofuran - Via Synthetics","Butanediol, -1,4","Butyne, -2, diol, -1,4","Acetylene","Natural gas","Natural gas (unprocessed)",null,null,null,"Butyne, -2, diol, -1,4","Acetylene","Natural gas","Natural gas (unprocessed)",null,null,"Formaldehyde","Methanol","Natural gas"]
[null,"C4H4(OH)2","H2","C4H8(OH)2",null,null,null,null,null,null,null,null,1000,1291,1129,507,763,778,null,null,null,{"$f":"B353","v":1246.7390280972172},{"$f":"P351/$O$351*$V$351","v":559.87306221903384},{"$f":"Q351/$O$351*$V$351","v":842.57030862548868},{"$f":"R351/$O$351*$V$351","v":859.13460040711686},null,null,{"$f":"P353","v":1240},{"$f":"N431/M431*AB351","v":1469.6296296296296},{"$f":"AC351*$N$108/$M$108","v":907.45220740740751}]
["MW",86.16,2,90.12,null,null,null,null,null,null,null,null,"KO says nearly all THF in the US is made this way though no technical information is provided.  Karas, L. and Piel, W. J. 2004. Ethers. Kirk-Othmer Encyclopedia of Chemical Technology.   However, they also say in a different article that THF is produced commercially by the first process and through other raw materials, so I'm at a loss which process to use.  Kottke, R. H. 2000. Furan Derivatives. Kirk-Othmer Encyclopedia of Chemical Technology.   Further review looks like the butanediol process is used as are 3 others, but the furfural process does have the benefit in it can use renewable organic feedstocks.  http://www.articlesbase.com/industrial-articles/the-synthesis-methods-of-tetrahydrofuran-2614552.html.  As such I will continue to use feedstock info from the butanediol process.",null,"Butynediol is made from acetylene and formaldehyde in roughly a 2:1 Ratio. Hort, E. V. and Taylor, P. 2003. Acetylene-Derived Chemicals. Kirk-Othmer Encyclopedia of Chemical Technology.  Additionally, there is a likelihood formaldehyde is fed in excess to minimize a coproduct of propargyl alcohol.\n\n","Formaldehyde","Methanol","Natural gas","Natural gas (unprocessed)",null,null,null,"Formaldehyde","Methanol","Natural gas",null,null,null,null,"Steam","Water "]
["Min",{"$f":"B354*B352","v":1246.7390280972172},{"$f":"C354*C352","v":57.880177720390769},0,null,null,null,null,null,null,null,null,null,null,null,1240,577,356,363,null,null,null,{"$f":"P353/O351*V351","v":1369.3147872812658},{"$f":"N431/M431*W353","v":1622.8915997407594},{"$f":"X353*$N$108/$M$108","v":1002.0868760919267},null,null,null,null,{"$f":"AC351*$N$110/$M$108","v":2506.1006222222218},{"$f":"AC351*$O$110/$M$108","v":2506.1006222222218}]
["Nin",{"$f":"B356/$B$359*-1","v":14.470044430097692},{"$f":"C356/$B$359*-1","v":28.940088860195385},0,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)",null,null,null,null,null,"Steam","Water ",null,null,null,"Water"]
["MRx1",{"$f":"B356*B352","v":-1234.2716378162449},{"$f":"C356*C352","v":-57.301375943186862},{"$f":"D358","v":1291},null,null,null,null,null,null,null,null,null,null,null,null,null,246,246,null,null,null,null,null,{"$f":"X353*$N$110/$M$108","v":2767.4521293739272},{"$f":"X353*$O$110/$M$108","v":2767.4521293739272},null,null,null,{"$f":"AC351*$N$112/$M$108","v":884.15857777777785}]
["NRx1",{"$f":"D356*-1","v":-14.325343985796716},{"$f":"D356*-2","v":-28.650687971593431},{"$f":"D357","v":14.325343985796716},null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen from air","Air (untreated)",null,null,null,null,null,null,"Water",null,null,null,"Oxygen from air","Air (untreated)"]
["Total N",{"$f":"SUM(B354,B356)","v":0.14470044430097673},{"$f":"SUM(C354,C356)","v":0.28940088860195345},{"$f":"D358/D352","v":14.325343985796716},null,null,null,null,null,null,null,null,null,null,null,null,324,324,null,null,null,null,null,null,{"$f":"X353*$N$112/$M$108","v":976.36404423603562},null,null,null,{"$f":"N437/M431*AB351","v":734.81481481481478},{"$f":"AC357/0.2095","v":3507.4692831256075}]
["Total M",{"$f":"SUM(B355,B357)","v":-1234.126937371944},{"$f":"SUM(C355,C357)","v":-57.011975054584909},{"$f":"N351","v":1291},null,null,null,null,null,null,null,null,null,null,"Hydrogen","Naphtha","oil (in ground)",null,null,null,null,null,null,"Oxygen from air","Air (untreated)"]
["Conversion",0.99,null,null,null,null,null,null,null,null,null,null,null,null,54.2,190,193,null,null,null,null,null,null,{"$f":"N437/$M$431*$W$353","v":811.44579987037969},{"$f":"O437/$M$431*$W$353","v":3873.2496413860608}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen","Air (untreated)",null,null,null,null,"Hydrogen","Natural gas"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,190,263,null,null,null,null,{"$f":"C353","v":57.880177720390769},{"$f":"O65/$N$65*$V$361","v":21.301119140086143}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oxygen from air","Air (untreated)",null,null,null,null,null,"Oxygen ","Air"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,125,125,null,null,null,null,null,{"$f":"O67/$N$65*$V$361","v":24.259607909542552},{"$f":"P67/$N$65*$V$361","v":33.559882861731161}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)",null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,82.7,82.7,null,null,null,null,null,{"$f":"O69/$N$65*$V$361","v":42.617410017451554}]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Ethanol","Corn","K fertilizer","Brine"]
[null,null,null,null,null,null,null,null,null,null,null,null,1000,2362,16.3,13.5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sylvanite rock"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,68.099999999999994]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"N fertilizer","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,43.7,92.2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Natural gas (unprocessed)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,15.8]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Petroleum product"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4.8099999999999996]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Phosphate rock (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,15.7]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,43]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"P fertilizer","Air (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,19.8,61.8]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Natural gas (unprocessed)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.03]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Petroleum product"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,9.26]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Phosphate rock (in ground)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,31]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,17.8]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Water for rxn","Water (untreated)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,152,152]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th","5th"]
["Ethylbenzene Synthesis Calculations",null,null,null,null,null,null,null,null,null,null,null,"Ethyl Benzene","Benzene","Naphtha","Crude Oil"]
[null,"C6H6","C2H4","C8H10",null,null,null,null,null,null,null,null,1000,{"$f":"337*(B399/337)","v":743.28187535734708},{"$f":"340*(B399/337)","v":749.89862795696729},{"$f":"350*(B399/337)","v":771.95446995570171}]
["MW",78,26,106,null,null,null,null,null,null,null,null,"The majority of EB is produced by the alkylation of benzene & ethylene and only a fraction comes from mixed xylene streams.  Yields typically exceed 99%. Vora, B. V., Kocal, J. A., Barger, P. T., Schmidt, R. J. and Johnson, J. A. 2003. Alkylation. Kirk-Othmer Encyclopedia of Chemical Technology. I then used Benzene information from Chlorobenzene and Ethylene Information from MDC and then scaled to size.","Ethylene","Petroleum extraction/refinery"]
["Min",{"$f":"B400*B398","v":743.28187535734708},{"$f":"C400*C398","v":247.7606251191157},0,null,null,null,null,null,null,null,null,null,{"$f":"40.21*(C399/40.21)","v":247.7606251191157},{"$f":"45.43*(C399/40.21)","v":279.92452621639956}]
["Nin",{"$f":"B402/$B$405*-1","v":9.5292548122736811},{"$f":"C402/$B$405*-1","v":9.5292548122736811},0,null,null,null,null,null,null,null,null,null,null,"Water"]
["MRx1",{"$f":"B402*B398","v":-735.84905660377365},{"$f":"C402*C398","v":-245.28301886792454},{"$f":"D404","v":1000},null,null,null,null,null,null,null,null,null,null,{"$f":"11.61*(C399/40.21)","v":71.536952440510646}]
["NRx1",{"$f":"D402*-1","v":-9.433962264150944},{"$f":"D402*-1","v":-9.433962264150944},{"$f":"D404/D398","v":9.433962264150944},null,null,null,null,null,null,null,null,null,null,"Sodium Hydroxide","Sodium chloride ","Salt rock"]
["Total N",{"$f":"SUM(B400,B402)","v":9.5292548122737131E-2},{"$f":"SUM(C400,C402)","v":9.5292548122737131E-2},{"$f":"SUM(D400,D402)","v":9.433962264150944},null,null,null,null,null,null,null,null,null,null,{"$f":"0.98*(C399/40.21)","v":6.0384335393368165},{"$f":"0.42*(C399/40.21)","v":2.5879000882872067},{"$f":"0.26*(C399/40.21)","v":1.6020333879873188}]
["Total M",{"$f":"SUM(B401,B403)","v":-735.75376405565089},{"$f":"SUM(C401,C403)","v":-245.18772631980181},1000,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
["Conversion",{"$f":"0.99","v":0.99},null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"0.17*(C399/40.21)","v":1.0474833690686314}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"0.57*(C399/40.21)","v":3.5121501198183522}]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th"]
[null,null,null,null,null,null,null,null,null,null,null,null,"1,2,4 Trimethylbenzne","Toluene","Naphtha","Crude Oil"]
[null,null,null,null,null,null,null,null,null,null,null,null,1000,1019,1024,1054]
[null,null,null,null,null,null,null,null,null,null,null,null,"Pseudocumene can be seperated by superfractionation in a C9 column alone wihtout any additional processing.   Earhart, H. W. and Komin, A. P. 2000. Polymethylbenzenes. Kirk-Othmer Encyclopedia of Chemical Technology.   However, I cannot find out how much crude it would take to make the pseudocumene, therefore I will use the xylene numbers until I find better information."]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Cumene","Benzene","Naphtha","Crude Oil"]
[null,null,null,null,null,null,null,null,null,null,null,null,1000,651,{"$f":"N425*$O$55/$N$55","v":656.79525222551933},{"$f":"N425*$P$55/$N$55","v":676.11275964391689},null,{"$f":"P425/O425","v":1.0294117647058822}]
[null,null,null,null,null,null,null,null,null,null,null,null,"Cumene is produced by the alkylation of propylene with benzene.  An economic analysis states the given ratios of benzene and cumene, though actual reaction percentages are much higher in benzene.  Hwang, S. Y. and Chen, S. S. 2010. Cumene. Kirk-Othmer Encyclopedia of Chemical Technology. 1–10.","Propylene","Naptha","Crude Oil"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,351,{"$f":"N427*$P$10/$O$10","v":355.72730563599907},{"$f":"N427*$Q$10/$O$10","v":366.40039541100475},null,{"$f":"P427/O427","v":1.0300035718537923}]
[]
[null,null,null,"Formaldehyde Synthesis Calculations",null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th"]
[null,null,null,null,"CH3OH","O2","HCHO","H2O",null,null,null,null,"Formaldehyde","Methanol","Natural gas"]
[null,null,null,"MW",32,32,30,18,null,null,null,null,1000,{"$f":"E432","v":1185.1851851851852},{"$f":"N431*$N$108/$M$108","v":731.81629629629629}]
[null,null,null,"Min",{"$f":"E433*E431","v":1185.1851851851852},{"$f":"F433*F431","v":592.59259259259261},0,0,null,null,null,null,"70 % of the fermaldehyde production capacity since 1952 uses an oxidation of methanol to formaldehyde with a metal oxide catalyst.  However other production methods include the oxygenation of methanol. Gerberich, H. R. and Seaman, G. C. 2004. Formaldehyde. Kirk-Othmer Encyclopedia of Chemical Technology. \nPublished Online: 16 APR 2004. This is the process described in by GSK but it has a mass yield of %150 making it unbelievable.  Therefore I will use the oxidation of methanol with a metal catalyst as the feedstock choice.  Overall plant efficies of 88-92% are achievable therefore I'll use 90%. (KO).  Air can be used as an oxygen source (KO); however, the feed stock is air not oxygen therefore it will be divided by the oxygen concentration in air.",null,"Steam","Water "]
[null,null,null,"Nin",{"$f":"E435/$E$438*-1","v":37.037037037037038},{"$f":"F435/$E$438*-1","v":18.518518518518519},0,0,null,null,null,null,null,null,{"$f":"N431*$N$110/$M$108","v":2021.048888888889},{"$f":"N431*$O$110/$M$108","v":2021.048888888889}]
[null,null,null,"MRx1",{"$f":"E435*E431","v":-1066.6666666666667},{"$f":"F435*F431","v":-533.33333333333337},{"$f":"G437","v":1000},{"$f":"H435*H431","v":600},null,null,null,null,null,null,"Water"]
[null,null,null,"NRx1",{"$f":"G435*-1","v":-33.333333333333336},{"$f":"G435*-1*0.5","v":-16.666666666666668},{"$f":"G437/G431","v":33.333333333333336},{"$f":"G435","v":33.333333333333336},null,null,null,null,null,null,{"$f":"N431*$N$112/$M$108","v":713.03111111111116}]
[null,null,null,"Total N",{"$f":"SUM(E433,E435)","v":3.7037037037037024},{"$f":"SUM(F433,F435)","v":1.8518518518518512},{"$f":"SUM(G433,G435)","v":33.333333333333336},{"$f":"SUM(H433,H435)","v":33.333333333333336},null,null,null,null,null,"Oxygen from air","Air (untreated)"]
[null,null,null,"Total M",{"$f":"SUM(E434,E432)","v":118.51851851851848},{"$f":"SUM(F434,F432)","v":59.259259259259238},1000,{"$f":"SUM(H432,H434)","v":600},null,null,null,null,null,{"$f":"F432","v":592.59259259259261},{"$f":"N437/0.2095","v":2828.6042605851676}]
[null,null,null,"Conversion",0.9]
[null,null,null,null,null,null,null,null,null,null,null,null,"Primary","2nd","3rd","4th"]
[null,null,null,"Tert-Butyl Alcohol Synthesis Calculations",null,null,null,null,null,null,null,null,"Tert-Butyl Alcohol","Isobutane","Naptha","Crude"]
[null,null,null,null,"(CH3)3CH","O2","(CH3)3COOH","(CH3)3COH",null,null,null,null,1000,{"$f":"E443","v":807.7755246411507},{"$f":"N441*$P$10/$O$10","v":818.65473202080386},{"$f":"O441*$Q$10/$P$10","v":843.21729809643716}]
[null,null,null,"MW",{"$f":"(15)*3+12+1","v":58},32,{"$f":"(15)*3+12+16*2+1","v":90},{"$f":"(15)*3+12+16+1","v":74},null,null,null,null,"TBA is produced as a coproduct of propylene oxide when isobutane is a starting material.  Additionally, old processes used to make it from raffinate, but that is no longer done in the US.  Conversion data is not present in kirk othmer nor can I find it in other sources.  Billig, E. 2001. Butyl Alcohols. Kirk-Othmer Encyclopedia of Chemical Technology.  I will assume a 99 % conversion rate, though I have no good basis to do so.  Additionally, isobutane comes from both natural gas and crude production, and kirk-othmer doesn't specify which process predominates.  Eastman, A. D. and Mears, D. 2000. Hydrocarbons, C1–C6. Kirk-Othmer Encyclopedia of Chemical Technology. I'm going to select a crude feedstock, but it just as easy could be natural gas and will use naptha as a basis.","Oxygen","Air (untreated)"]
[null,null,null,"Min",{"$f":"E442*E444","v":807.7755246411507},{"$f":"(F447+F445)*-1","v":229.45303875821176},0,0,null,null,null,null,null,{"$f":"F443","v":229.45303875821176},{"$f":"N443/0.2095","v":1095.2412351227292}]
[null,null,null,"Nin",{"$f":"E446*-1","v":13.927164217950875},{"$f":"F443/F442","v":7.1704074611941175},0,0]
[null,null,null,"MRx1",{"$f":"E446*E442","v":-807.7755246411507},{"$f":"F446*F442","v":-445.66925497442799},{"$f":"G446*G442","v":1240.9103318194229},0]
[null,null,null,"NRx1",{"$f":"G446/E451*-1","v":-13.927164217950875},{"$f":"G446/E451*-1","v":-13.927164217950875},{"$f":"G448/E451*-1","v":13.787892575771366},0]
[null,null,null,"MRx2",0,{"$f":"F448*F442","v":216.21621621621622},{"$f":"G448*G442","v":-1228.5012285012285},{"$f":"H450","v":1000}]
[null,null,null,"NRx2",0,{"$f":"H448*0.5","v":6.756756756756757},{"$f":"H448*-1/E452","v":-13.650013650013651},{"$f":"H447/H442","v":13.513513513513514}]
[null,null,null,"Total N",{"$f":"SUM(E444,E446,E448)","v":0},{"$f":"SUM(F444,F446,F448)","v":0},{"$f":"SUM(G444,G446,G448)","v":0.13787892575771465},{"$f":"SUM(H444,H446,H448)","v":13.513513513513514}]
[null,null,null,"Total M",{"$f":"SUM(E445,E447,E449)","v":-807.7755246411507},{"$f":"SUM(F445,F447,F449)","v":-229.45303875821176},{"$f":"SUM(G445,G447,G449)","v":12.546982243952126},1000]
[null,null,null,"Conversion1",0.99]
[null,null,null,"Conversion2",0.99,null,null,null,null,null,null,null,"Primary","2nd","3rd"]
[null,null,null,null,null,null,null,null,null,null,null,null,"1,3 Butadiene","Naptha","Crude Oil"]
[null,null,null,null,null,null,null,null,null,null,null,null,1000,{"$f":"M454*$P$10/$O$10","v":1013.4681072250688},{"$f":"M454*$Q$10/$O$10","v":1043.8757704017228}]
[null,null,null,null,null,null,null,null,null,null,null,null,"Butadiene is primarily produced through steam cracking, and yields of butadiene depend on the oil feedstock.  Sun, H. N. and Wristers, J. P. 2002. Butadiene. Kirk-Othmer Encyclopedia of Chemical Technology.  As such I will use the data for propylene, which should track pretty closely to it."]

{"sheet":"GEMM Parameters","index":24,"n_rows":22,"n_cols":5,"rows_kept":22,"cut":false,"hidden":true,"merged":[]}
["Input Values",null,"Reference"]
["Solvent Distillation Efficiency",0.75,"GEMM (2011)"]
["Double Solvent Distillation Efficiency",0.92,"GEMM (2011)"]
["Energy Distillation Fraction",0.75,"GEMM (2011)"]
["(hover mouse over cell for description)"]
["Output Values (hover mouse over cell for description)"]
["Incineration Fraction",{"$f":"1-B4","v":0.25}]
["Distillation Bottoms",{"$f":"1-B3","v":7.999999999999996E-2}]
["Distillation Bottoms to ER",{"$f":"B8*B4","v":5.999999999999997E-2}]
["Distillation Bottoms to Incineration",{"$f":"B8*B7","v":1.999999999999999E-2}]
["(hover mouse over cell for description)"]
["Commodity Chemicals","Create C","Destruct ER","Destruct I","Steam"]
["Baseline Life-Cycle",1,{"$f":"B4","v":0.75},{"$f":"B7","v":0.25},0]
["Solvent Remanufacturing Life-Cycle",1,{"$f":"B9","v":5.999999999999997E-2},{"$f":"B10","v":1.999999999999999E-2},{"$f":"1+(1-B2)","v":1.25}]
["Difference",{"$f":"B14-B13","v":0},{"$f":"C14-C13","v":-0.69000000000000006},{"$f":"D14-D13","v":-0.23},{"$f":"E14-E13","v":1.25}]
["Reductions",{"$f":"-B15","v":0},{"$f":"-C15","v":0.69000000000000006},{"$f":"-D15","v":0.23},{"$f":"-E15","v":-1.25}]
["(hover mouse over cell for description)"]
["Specialty Chemicals","Create C","Destruct ER","Destruct I","Steam"]
["Baseline Life-Cycle",1,{"$f":"B4","v":0.75},{"$f":"B7","v":0.25},0]
["Solvent Remanufacturing Life-Cycle",{"$f":"1-B3","v":7.999999999999996E-2},{"$f":"B9","v":5.999999999999997E-2},{"$f":"B10","v":1.999999999999999E-2},{"$f":"1+(1-B2)","v":1.25}]
["Difference",{"$f":"B20-B19","v":-0.92},{"$f":"C20-C19","v":-0.69000000000000006},{"$f":"D20-D19","v":-0.23},{"$f":"E20-E19","v":1.25}]
["Reductions",{"$f":"-B21","v":0.92},{"$f":"-C21","v":0.69000000000000006},{"$f":"-D21","v":0.23},{"$f":"-E21","v":-1.25}]

{"sheet":"C_Haz Inputs & Wastes","index":25,"n_rows":45,"n_cols":21,"rows_kept":45,"cut":false,"hidden":true,"merged":[[16,18,16,19],[16,14,16,15],[11,5,12,8],[16,6,16,7],[16,10,16,11],[14,17,14,20],[14,13,14,16],[0,0,6,0],[0,1,0,20],[9,5,9,8],[9,17,9,20],[36,1,36,9],[35,0,35,9],[11,0,12,0],[9,9,9,12],[10,1,10,4],[10,9,10,12],[10,13,10,16],[10,17,10,20],[14,0,15,0],[14,9,14,12],[14,1,14,4],[14,5,14,8],[44,1,44,9],[43,0,43,9],[37,0,37,9],[39,0,39,9],[41,0,41,9],[40,1,40,9],[38,1,38,9],[42,1,42,9],[9,13,9,16],[7,4,7,12],[8,1,8,4],[8,17,8,20],[8,13,8,16],[8,5,8,8],[1,1,5,10],[1,11,5,12],[8,9,8,12],[9,1,9,4],[16,2,16,3],[10,5,10,8]]}
[null,"Hazardous Inputs & Wastes"]
[null,"This tab allows you to calculate dollars saved from reducing hazardous inputs or hazardous waste, measured in pounds or gallons. To calculate cost savings from hazardous input reductions, you must always provide the quantity, the unit, and the unit costs; if substitution is involved, you must also provide the unit cost of the substitute input. To calculate savings from hazardous waste reductions, you choose the appropriate method based on where the waste would have gone (averaged across methods if you don't know, or landfill or incineration if you do). The Aggregate tab will reflect the net cost savings calculated on this tab."]
[]
[]
[]
[]
[]
[]
["Type of Reduction","Hazardous Input Reduction",null,null,null,"Hazardous Input Substitution",null,null,null,"Hazardous Waste Reduction - \nAverage across management methods",null,null,null,"Hazardous Waste Reduction - Landfill",null,null,null,"Hazardous Waste Reduction - Incineration"]
["How to use this tab","Enter the quantity of hazardous input reduced, selecting pounds or gallons as the unit. Enter the cost for that unit. The Savings column converts data entries into dollars saved. ",null,null,null,"Enter the quantity of input substituted, selecting pounds or gallons as the unit. Enter the cost for that unit. The Dollars Spent column converts data entries into negative dollars to show the input substitution cost.  ",null,null,null,"Calculate here only if unknown where hazardous waste would have gone. Enter the quantity reduced, selecting pounds or gallons as the unit.  Leave unit cost blank to populate with national default average value. The Savings column converts data entries into dollars saved.   ",null,null,null,"Enter the quantity of hazardous waste that would have been landfilled, selecting pounds or gallons as the unit.  Enter unit cost if known or leave blank to populate with the national default value. The Savings column converts data entries into dollars saved.  ",null,null,null," Enter the quantity of hazardous waste that would have been incinerated, selecting pounds or gallons as the unit.  Enter the cost per unit if known or leave blank to populate with the national default value. The Savings column converts data entries into dollars saved."]
["Calculation Description","Quantity of hazardous input no longer used (in user-specified units) * user-specified unit cost = Dollars saved. ",null,null,null,"Quantity of input substituted (in user-specified units) * user-specified unit cost = Dollars spent (negative savings).",null,null,null,"Quantity of hazardous waste no longer disposed at unknown destination (in user-specified unit) * default unit cost = Dollars saved.",null,null,null,"Quantity of hazardous waste no longer landfilled (in user-specified units) * unit cost (user-specified or default) = Dollars saved.  \n",null,null,null,"Quantity of hazardous waste no longer incinerated (in user-specified units) * unit cost (user-specified or default) = Dollars saved."]
["Default Unit Cost ($)",null,null,null,null,null,null,null,null,1.5,"/lbs",null,null,1.38,"/lbs",null,null,1.61,"/lbs"]
[null,null,null,null,null,null,null,null,null,12.45,"/gal",null,null,11.45,"/gal",null,null,13.36,"/gal"]
[null,"Reduced Quantity of Haz. Inputs","Unit \n(select)","Unit Cost ($/unit just selected)","Dollar Savings ","Quantity of Substitute Inputs","Unit \n(select)","Unit Cost ($/unit just selected)","Dollars Spent (negative savings) ","Reduced Quantity of Waste","Unit \n(select)","Unit Cost ($/unit just selected)","Dollar Savings ","Reduced Quantity of Waste","Unit \n(select)","Unit Cost ($/unit just selected)","Dollar Savings","Reduced Quantity of Waste","Unit \n(select)","Unit Cost ($/unit just selected)","Dollar Savings"]
["Example",null,null,null,null,null,null,null,null,"New process reduces 55-gallon waste drums annually from 100 to 20."]
[null,null,null,null,null,null,null,null,null,4400,"gal",null,{"$f":"IF(K16=\"lbs\",J16*$J$12,IF(K16=\"gal\",J16*$J$13,0))","v":54780}]
["Total Input - All Projects",{"$f":"SUMIF(C$19:C$29,\"gal\",B$19:B$29)&\" gal\"&\"; \"&SUMIF(C$19:C$29,\"lbs\",B$19:B$29)&\" lbs\"","v":"0 gal; 0 lbs"},null,null,{"$f":"SUM(E19:E29)","v":0},{"$f":"SUMIF(G$19:G$29,\"gal\",F$19:F$29)&\" gal\"&\"; \"&SUMIF(G$19:G$29,\"lbs\",F$19:F$29)&\" lbs\"","v":"0 gal; 0 lbs"},null,null,{"$f":"SUM(I19:I29)","v":0},{"$f":"SUMIF(K$19:K$29,\"gal\",J$19:J$29)&\" gal\"&\"; \"&SUMIF(K$19:K$29,\"lbs\",J$19:J$29)&\" lbs\"","v":"0 gal; 0 lbs"},null,null,{"$f":"SUM(M19:M29)","v":0},{"$f":"SUMIF(O$19:O$29,\"gal\",N$19:N$29)&\" gal\"&\"; \"&SUMIF(O$19:O$29,\"lbs\",N$19:N$29)&\" lbs\"","v":"0 gal; 0 lbs"},null,null,{"$f":"SUM(Q19:Q29)","v":0},{"$f":"SUMIF(S$19:S$29,\"gal\",R$19:R$29)&\" gal\"&\"; \"&SUMIF(S$19:S$29,\"lbs\",R$19:R$29)&\" lbs\"","v":"0 gal; 0 lbs"},null,null,{"$f":"SUM(U19:U29)","v":0}]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},null,"(Select)",null,{"$f":"B19*D19","v":0},null,"(Select)",null,{"$f":"F19*-H19","v":0},null,"(Select)",null,{"$f":"IF(AND(L19=\"\",K19=\"lbs\"),J19*$J$12,IF(AND(L19=\"\",K19=\"gal\"),J19*$J$13,J19*L19))","v":0},null,"(Select)",null,{"$f":"IF(AND(P19=\"\",O19=\"lbs\"),N19*$N$12,IF(AND(P19=\"\",O19=\"gal\"),N19*$N$13,N19*P19))","v":0},null,"(Select)",null,{"$f":"IF(AND(T19=\"\",S19=\"lbs\"),R19*$R$12,IF(AND(T19=\"\",S19=\"gal\"),R19*$R$13,R19*T19))","v":0}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},null,"(Select)",null,{"$f":"B29*D29","v":0},null,"(Select)",null,{"$f":"F29*-H29","v":0},null,"(Select)",null,{"$f":"IF(AND(L29=\"\",K29=\"lbs\"),J29*$J$12,IF(AND(L29=\"\",K29=\"gal\"),J29*$J$13,J29*L29))","v":0},null,"(Select)",null,{"$f":"IF(AND(P29=\"\",O29=\"lbs\"),N29*$N$12,IF(AND(P29=\"\",O29=\"gal\"),N29*$N$13,N29*P29))","v":0},null,"(Select)",null,{"$f":"IF(AND(T29=\"\",S29=\"lbs\"),R29*$R$12,IF(AND(T29=\"\",S29=\"gal\"),R29*$R$13,R29*T29))","v":0}]
[]
["Color Key"]
["User enters value"]
["User selects option from drop-down menu"]
["Do not change- calculation"]
[]
[" Sources"]
["HAZARDOUS INPUT REDUCTION","Will vary- user provides source."]
[]
["HAZARDOUS INPUT SUBSTITUTION","Will vary- user provides source."]
[]
["HAZARDOUS WASTE REDUCTION- AVERAGE","1)  Hazardous Waste Resource Center, Environmental Technology Council (ETC) Survey\n2)  2011 RCRA Biennial Report\n3)  Economics Background Document, Regulatory Impact Analysis for USEPA’s 2007 Supplemental Proposed Revisions to the Industrial Recycling Exclusions of the RCRA Definition of Solid Waste (Jan 22, 2007)\n4)  Mark Eads, EPA/OSW/EMRAD\n5) Dept. of Defense Environmental Cost Analysis Methodology (ECAM) Handbook (Mar 29, 1999).\nSee Supplemental Info tabs in this spreadsheet."]
[]
["HAZARDOUS WASTE REDUCTION-LANDFILL","1)  Hazardous Waste Resource Center, Environmental Technology Council (ETC) Survey\n2)  2011 RCRA Biennial Report\n3)  Economics Background Document, Regulatory Impact Analysis for USEPA’s 2007 Supplemental Proposed Revisions to the Industrial Recycling Exclusions of the RCRA Definition of Solid Waste (Jan 22, 2007)\n4)  Mark Eads, EPA/OSW/EMRAD\n5) Dept. of Defense Environmental Cost Analysis Methodology (ECAM) Handbook (Mar 29, 1999). \nSee Supplemental Info tabs in this spreadsheet."]
[]
["HAZARDOUS WASTE REDUCTION- INCINERATION","1)  Hazardous Waste Resource Center, Environmental Technology Council (ETC) Survey\n2)  2011 RCRA Biennial Report\n3)  Economics Background Document, Regulatory Impact Analysis for USEPA’s 2007 Supplemental Proposed Revisions to the Industrial Recycling Exclusions of the RCRA Definition of Solid Waste (Jan 22, 2007)\n4)  Mark Eads, EPA/OSW/EMRAD\n5) Dept. of Defense Environmental Cost Analysis Methodology (ECAM) Handbook (Mar 29, 1999). \nSee Supplemental Info tabs in this spreadsheet."]

{"sheet":"C_Air Emissions","index":26,"n_rows":137,"n_cols":22,"rows_kept":137,"cut":false,"hidden":true,"merged":[[1,1,1,9],[31,5,31,7],[30,1,30,4],[30,5,30,7],[31,1,31,4],[3,6,3,9],[5,14,5,17],[5,18,5,21],[4,14,4,21],[3,10,3,13],[5,2,5,5],[5,6,5,9],[7,0,8,0],[6,10,7,10],[6,11,7,11],[3,2,3,5],[4,2,4,5],[4,6,4,9],[7,2,7,5],[7,6,7,9]]}
[null,"Air Emissions"]
[null,"This tab calculates dollars saved from emitting fewer air pollutants. SOx and NOx emissions are subject to special rules for EPA reporting purposes: do not enter reduced quantities of NOx and SOX from utility emissions because utility-emitted NOx and SOx are capped and traded nationally by regulation; do enter reduced quantities of SOx and NOx from boiler emissions since only utilities are covered by cap and trade."]
[]
["Type of Reduction",null,"Clean Air Act Title V Air pollutants* \n(*including Nitrogen Oxides (NOX), Sulfur Oxides (SOX), \nParticulate Matter of 10 micrometers or less (PM10), Volatile Organic Compounds (VOCs)) ",null,null,null,"Hazardous Air Pollutants (HAPs)",null,null,null,"Carbon Dioxide (CO2)"]
["How to use this tab",null,"Select a State or US National default for where emissions were abated.  Enter quantity of CAPs reduced, selecting the appropriate unit. The Savings column converts data entries into dollars saved.",null,null,null,"Select a State or US National default for where emissions were abated.  Enter quantity of HAPs reduced, selecting the appropriate unit. The Savings column converts data entries into dollars saved.",null,null,null,null,null,null,null,"VLOOKUP Category"]
["Calculation Description",null,"Quantity of reduced CAPs (user specified units) * conversion factor (tons /user specified unit)* state or national unit cost ($/tons) = Dollars saved.",null,null,null,"Quantity of reduced HAPs (user specified units) * conversion factor (tons /user specified unit)* state or national unit cost ($/tons) = Dollars saved.",null,null,null,null,null,null,null,"CAPs",null,null,null,"HAPs"]
[null,"State or U.S. \n(select)","Reduced Quantity of NOX, SOX, PM10,VOCs\nReduced","Unit \n(select)","NOX, SOX, PM10,VOCs\n(tons)","Dollar Savings","Quantity HAPs\n Reduced","Unit \n(select)","HAPs (tons)","Dollar Savings","Quantity Reduced","Unit \n(Select option)","Metric Tons","Savings from Reduced Emissions ($)"]
["Example",null,"Reduced exhaust emissions from diesel-fueled power plant in cruise ship at seaport in Mississippi.  Eliminated 35 metric tons of fuel per ship call; total of 1,400 tons per cruise season; estimated seasonal reductions of 7.7 tons of particulate matter and 203 tons of SOx.",null,null,null,"Reduced exhaust emissions from diesel-fueled power plant in cruise ship at seaport in Mississippi.  Eliminated 35 metric tons of fuel per ship call; total of 1,400 tons per cruise season; estimated seasonal reductions of 13 tons of HAPs. ",null,null,null,null,null,{"$f":"SUM(M13:M22)","v":0},{"$f":"SUM(N13:N22)","v":0}]
[null,"MS",210.7,"tons",210.7,{"$f":"IF($R9=\"\",0,VLOOKUP($R9,stcaps,4,FALSE)*$E9)","v":8196.7235435334551},13,"tons",{"$f":"IF(H9=\"lbs\",G9/'C_Conversion Factors'!$D$23,IF(H9=\"kg\",G9*'C_Conversion Factors'!$G$21,IF(H9=\"metric tons\",G9*'C_Conversion Factors'!$G$22,IF(H9=\"tons\",G9,0))))","v":13},{"$f":"IF($V9=\"\",0,VLOOKUP($V9,sthaps,4,FALSE)*$I9)","v":505.73045119095832},null,null,null,null,{"$f":"IF(VLOOKUP($B9,stairemiss,3,FALSE)<>3,\"\",IF(VLOOKUP($B9,blockstates,2,FALSE)<>1,\"\",IF($E9<VLOOKUP($B9,blockstates,3,FALSE),$B9&\"_<\"&VLOOKUP($B9,blockstates,3,FALSE),$B9&\"_>=\"&VLOOKUP($B9,blockstates,3,FALSE))))","v":""},{"$f":"IF(VLOOKUP($B9,stairemiss,3,FALSE)<>3,\"\",IF(VLOOKUP($B9,blockstates,2,FALSE)<>2,\"\",IF($E9<VLOOKUP($B9,blockstates,3,FALSE),$B9&\"_<\"&VLOOKUP($B9,blockstates,3,FALSE),IF($E9<VLOOKUP($B9,blockstates,4,FALSE),$B9&\"_\"&VLOOKUP($B9,blockstates,3,FALSE)&\"-\"&VLOOKUP($B9,blockstates,4,FALSE),$B9&\"_>=\"&VLOOKUP($B9,blockstates,4,FALSE)))))","v":""},{"$f":"IF(VLOOKUP($B9,stairemiss,3,FALSE)<>3,\"\",IF(VLOOKUP($B9,blockstates,2,FALSE)<>3,\"\",IF($E9<VLOOKUP($B9,blockstates,3,FALSE),$B9&\"_<\"&VLOOKUP($B9,blockstates,3,FALSE),IF($E9<VLOOKUP($B9,blockstates,4,FALSE),$B9&\"_\"&VLOOKUP($B9,blockstates,3,FALSE)&\"-\"&VLOOKUP($B9,blockstates,4,FALSE),IF($E9<VLOOKUP($B9,blockstates,5,FALSE),$B9&\"_\"&VLOOKUP($B9,blockstates,4,FALSE)&\"-\"&VLOOKUP($B9,blockstates,5,FALSE),$B9&\"_>=\"&VLOOKUP($B9,blockstates,5,FALSE))))))","v":""},{"$f":"IF(B9=\"(Select)\",\"\",IF(VLOOKUP($B9,stairemiss,3,FALSE)=1,$B9,IF(VLOOKUP($B9,stairemiss,3,FALSE)=2,\"National\",IF($O9<>\"\",$O9,IF($P9<>\"\",$P9,$Q9)))))","v":"MS"},{"$f":"IF(VLOOKUP($B9,stairemiss,8,FALSE)<>3,\"\",IF(VLOOKUP($B9,blockstates_haps,2,FALSE)<>1,\"\",IF($I9<VLOOKUP($B9,blockstates_haps,3,FALSE),$B9&\"_<\"&VLOOKUP($B9,blockstates_haps,3,FALSE),$B9&\"_>=\"&VLOOKUP($B9,blockstates_haps,3,FALSE))))","v":""},{"$f":"IF(VLOOKUP($B9,stairemiss,8,FALSE)<>3,\"\",IF(VLOOKUP($B9,blockstates_haps,2,FALSE)<>2,\"\",IF($I9<VLOOKUP($B9,blockstates_haps,3,FALSE),$B9&\"_<\"&VLOOKUP($B9,blockstates_haps,3,FALSE),IF($I9<VLOOKUP($B9,blockstates_haps,4,FALSE),$B9&\"_\"&VLOOKUP($B9,blockstates_haps,3,FALSE)&\"-\"&VLOOKUP($B9,blockstates_haps,4,FALSE),$B9&\"_>=\"&VLOOKUP($B9,blockstates_haps,4,FALSE)))))","v":""},{"$f":"IF(VLOOKUP($B9,stairemiss,8,FALSE)<>3,\"\",IF(VLOOKUP($B9,blockstates_haps,2,FALSE)<>3,\"\",IF($I9<VLOOKUP($B9,blockstates_haps,3,FALSE),$B9&\"_<\"&VLOOKUP($B9,blockstates_haps,3,FALSE),IF($I9<VLOOKUP($B9,blockstates_haps,4,FALSE),$B9&\"_\"&VLOOKUP($B9,blockstates_haps,3,FALSE)&\"-\"&VLOOKUP($B9,blockstates_haps,4,FALSE),IF($I9<VLOOKUP($B9,blockstates_haps,5,FALSE),$B9&\"_\"&VLOOKUP($B9,blockstates_haps,4,FALSE)&\"-\"&VLOOKUP($B9,blockstates_haps,5,FALSE),$B9&\"_>=\"&VLOOKUP($B9,blockstates_haps,5,FALSE))))))","v":""},{"$f":"IF(B9=\"(Select)\",\"\",IF(VLOOKUP($B9,stairemiss,3,FALSE)=1,$B9,IF(VLOOKUP($B9,stairemiss,3,FALSE)=2,\"National\",IF($S9<>\"\",$S9,IF($T9<>\"\",$T9,$U9)))))","v":"MS"}]
[]
["Total Input - All Projects",null,null,null,{"$f":"SUM(E13:E23)","v":0},{"$f":"SUM(F13:F23)","v":0},null,null,{"$f":"SUM(I13:I23)","v":0},{"$f":"SUM(J13:J23)","v":0}]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},"(Select)",null,"(Select)",{"$f":"IF(D13=\"lbs\",C13/'C_Conversion Factors'!$D$23,IF(D13=\"kg\",C13*'C_Conversion Factors'!$G$21,IF(D13=\"metric tons\",C13*'C_Conversion Factors'!$G$22,IF(D13=\"tons\",C13,0))))","v":0},{"$f":"IF($R13=\"\",0,VLOOKUP($R13,stcaps,4,FALSE)*$E13)","v":0},null,"(Select)",{"$f":"IF(H13=\"lbs\",G13/'C_Conversion Factors'!$D$23,IF(H13=\"kg\",G13*'C_Conversion Factors'!$G$21,IF(H13=\"metric tons\",G13*'C_Conversion Factors'!$G$22,IF(H13=\"tons\",G13,0))))","v":0},{"$f":"IF($V13=\"\",0,VLOOKUP($V13,sthaps,4,FALSE)*$I13)","v":0},null,null,{"$f":"IF(L13=\"lbs\",K13/'C_Conversion Factors'!$D$23,IF(L13=\"kg\",K13*'C_Conversion Factors'!$G$21,IF(L13=\"metric ton\",K13,IF(L13=\"U.S. short ton\",K13*'C_Conversion Factors'!$G$22,0))))","v":0},{"$f":"IF(L13=\"lbs\",#REF!*K13,IF(L13=\"kg\",K13*#REF!,IF(L13=\"metric ton\",K13*#REF!,0)))","v":0},{"$f":"IF(VLOOKUP($B13,stairemiss,3,FALSE)<>3,\"\",IF(VLOOKUP($B13,blockstates,2,FALSE)<>1,\"\",IF($E13<VLOOKUP($B13,blockstates,3,FALSE),$B13&\"_<\"&VLOOKUP($B13,blockstates,3,FALSE),$B13&\"_>=\"&VLOOKUP($B13,blockstates,3,FALSE))))","v":{"$error":"#N/A"}},{"$f":"IF(VLOOKUP($B13,stairemiss,3,FALSE)<>3,\"\",IF(VLOOKUP($B13,blockstates,2,FALSE)<>2,\"\",IF($E13<VLOOKUP($B13,blockstates,3,FALSE),$B13&\"_<\"&VLOOKUP($B13,blockstates,3,FALSE),IF($E13<VLOOKUP($B13,blockstates,4,FALSE),$B13&\"_\"&VLOOKUP($B13,blockstates,3,FALSE)&\"-\"&VLOOKUP($B13,blockstates,4,FALSE),$B13&\"_>=\"&VLOOKUP($B13,blockstates,4,FALSE)))))","v":{"$error":"#N/A"}},{"$f":"IF(VLOOKUP($B13,stairemiss,3,FALSE)<>3,\"\",IF(VLOOKUP($B13,blockstates,2,FALSE)<>3,\"\",IF($E13<VLOOKUP($B13,blockstates,3,FALSE),$B13&\"_<\"&VLOOKUP($B13,blockstates,3,FALSE),IF($E13<VLOOKUP($B13,blockstates,4,FALSE),$B13&\"_\"&VLOOKUP($B13,blockstates,3,FALSE)&\"-\"&VLOOKUP($B13,blockstates,4,FALSE),IF($E13<VLOOKUP($B13,blockstates,5,FALSE),$B13&\"_\"&VLOOKUP($B13,blockstates,4,FALSE)&\"-\"&VLOOKUP($B13,blockstates,5,FALSE),$B13&\"_>=\"&VLOOKUP($B13,blockstates,5,FALSE))))))","v":{"$error":"#N/A"}},{"$f":"IF(B13=\"(Select)\",\"\",IF(VLOOKUP($B13,stairemiss,3,FALSE)=1,$B13,IF(VLOOKUP($B13,stairemiss,3,FALSE)=2,\"National\",IF($O13<>\"\",$O13,IF($P13<>\"\",$P13,$Q13)))))","v":""},{"$f":"IF(VLOOKUP($B13,stairemiss,8,FALSE)<>3,\"\",IF(VLOOKUP($B13,blockstates_haps,2,FALSE)<>1,\"\",IF($I13<VLOOKUP($B13,blockstates_haps,3,FALSE),$B13&\"_<\"&VLOOKUP($B13,blockstates_haps,3,FALSE),$B13&\"_>=\"&VLOOKUP($B13,blockstates_haps,3,FALSE))))","v":{"$error":"#N/A"}},{"$f":"IF(VLOOKUP($B13,stairemiss,8,FALSE)<>3,\"\",IF(VLOOKUP($B13,blockstates_haps,2,FALSE)<>2,\"\",IF($I13<VLOOKUP($B13,blockstates_haps,3,FALSE),$B13&\"_<\"&VLOOKUP($B13,blockstates_haps,3,FALSE),IF($I13<VLOOKUP($B13,blockstates_haps,4,FALSE),$B13&\"_\"&VLOOKUP($B13,blockstates_haps,3,FALSE)&\"-\"&VLOOKUP($B13,blockstates_haps,4,FALSE),$B13&\"_>=\"&VLOOKUP($B13,blockstates_haps,4,FALSE)))))","v":{"$error":"#N/A"}},{"$f":"IF(VLOOKUP($B13,stairemiss,8,FALSE)<>3,\"\",IF(VLOOKUP($B13,blockstates_haps,2,FALSE)<>3,\"\",IF($I13<VLOOKUP($B13,blockstates_haps,3,FALSE),$B13&\"_<\"&VLOOKUP($B13,blockstates_haps,3,FALSE),IF($I13<VLOOKUP($B13,blockstates_haps,4,FALSE),$B13&\"_\"&VLOOKUP($B13,blockstates_haps,3,FALSE)&\"-\"&VLOOKUP($B13,blockstates_haps,4,FALSE),IF($I13<VLOOKUP($B13,blockstates_haps,5,FALSE),$B13&\"_\"&VLOOKUP($B13,blockstates_haps,4,FALSE)&\"-\"&VLOOKUP($B13,blockstates_haps,5,FALSE),$B13&\"_>=\"&VLOOKUP($B13,blockstates_haps,5,FALSE))))))","v":{"$error":"#N/A"}},{"$f":"IF(B13=\"(Select)\",\"\",IF(VLOOKUP($B13,stairemiss,3,FALSE)=1,$B13,IF(VLOOKUP($B13,stairemiss,3,FALSE)=2,\"National\",IF($S13<>\"\",$S13,IF($T13<>\"\",$T13,$U13)))))","v":""}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},"(Select)",null,"(Select)",{"$f":"IF(D14=\"lbs\",C14/'C_Conversion Factors'!$D$23,IF(D14=\"kg\",C14*'C_Conversion Factors'!$G$21,IF(D14=\"metric tons\",C14*'C_Conversion Factors'!$G$22,IF(D14=\"tons\",C14,0))))","v":0},0,null,"(Select)",{"$f":"IF(H14=\"lbs\",G14/'C_Conversion Factors'!$D$23,IF(H14=\"kg\",G14*'C_Conversion Factors'!$G$21,IF(H14=\"metric tons\",G14*'C_Conversion Factors'!$G$22,IF(H14=\"tons\",G14,0))))","v":0},0,null,null,{"$f":"IF(L14=\"lbs\",K14/'C_Conversion Factors'!$D$23,IF(L14=\"kg\",K14*'C_Conversion Factors'!$G$21,IF(L14=\"metric ton\",K14,IF(L14=\"U.S. short ton\",K14*'C_Conversion Factors'!$G$22,0))))","v":0},{"$f":"IF(L14=\"lbs\",#REF!*K14,IF(L14=\"kg\",K14*#REF!,IF(L14=\"metric ton\",K14*#REF!,0)))","v":0},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"IF(VLOOKUP($B14,stairemiss,3,FALSE)<>3,\"\",IF(VLOOKUP($B14,blockstates,2,FALSE)<>3,\"\",IF($E14<VLOOKUP($B14,blockstates,3,FALSE),$B14&\"_<\"&VLOOKUP($B14,blockstates,3,FALSE),IF($E14<VLOOKUP($B14,blockstates,4,FALSE),$B14&_&VLOOKUP($B14,blockstates,3,FALSE)&\"-\"&VLOOKUP($B14,blockstates,4,FALSE),IF($E14<VLOOKUP($B14,blockstates,5,FALSE),$B14&\"_\"&VLOOKUP($B14,blockstates,4,FALSE)&\"-\"&VLOOKUP($B14,blockstates,5,FALSE),$B14&\"_>=\"&VLOOKUP($B14,blockstates,5,FALSE))))))","v":{"$error":"#N/A"}},"",{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"IF(VLOOKUP($B14,stairemiss,8,FALSE)<>3,\"\",IF(VLOOKUP($B14,blockstates_haps,2,FALSE)<>3,\"\",IF($I14<VLOOKUP($B14,blockstates_haps,3,FALSE),$B14&\"_<\"&VLOOKUP($B14,blockstates_haps,3,FALSE),IF($I14<VLOOKUP($B14,blockstates_haps,4,FALSE),$B14&_&VLOOKUP($B14,blockstates_haps,3,FALSE)&\"-\"&VLOOKUP($B14,blockstates_haps,4,FALSE),IF($I14<VLOOKUP($B14,blockstates_haps,5,FALSE),$B14&\"_\"&VLOOKUP($B14,blockstates_haps,4,FALSE)&\"-\"&VLOOKUP($B14,blockstates_haps,5,FALSE),$B14&\"_>=\"&VLOOKUP($B14,blockstates_haps,5,FALSE))))))","v":{"$error":"#N/A"}},""]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},"(Select)",null,"(Select)",{"$f":"IF(D15=\"lbs\",C15/'C_Conversion Factors'!$D$23,IF(D15=\"kg\",C15*'C_Conversion Factors'!$G$21,IF(D15=\"metric tons\",C15*'C_Conversion Factors'!$G$22,IF(D15=\"tons\",C15,0))))","v":0},0,null,"(Select)",{"$f":"IF(H15=\"lbs\",G15/'C_Conversion Factors'!$D$23,IF(H15=\"kg\",G15*'C_Conversion Factors'!$G$21,IF(H15=\"metric tons\",G15*'C_Conversion Factors'!$G$22,IF(H15=\"tons\",G15,0))))","v":0},0,null,null,{"$f":"IF(L15=\"lbs\",K15/'C_Conversion Factors'!$D$23,IF(L15=\"kg\",K15*'C_Conversion Factors'!$G$21,IF(L15=\"metric ton\",K15,IF(L15=\"U.S. short ton\",K15*'C_Conversion Factors'!$G$22,0))))","v":0},{"$f":"IF(L15=\"lbs\",#REF!*K15,IF(L15=\"kg\",K15*#REF!,IF(L15=\"metric ton\",K15*#REF!,0)))","v":0},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},"",{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},""]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},"(Select)",null,"(Select)",{"$f":"IF(D16=\"lbs\",C16/'C_Conversion Factors'!$D$23,IF(D16=\"kg\",C16*'C_Conversion Factors'!$G$21,IF(D16=\"metric tons\",C16*'C_Conversion Factors'!$G$22,IF(D16=\"tons\",C16,0))))","v":0},0,null,"(Select)",{"$f":"IF(H16=\"lbs\",G16/'C_Conversion Factors'!$D$23,IF(H16=\"kg\",G16*'C_Conversion Factors'!$G$21,IF(H16=\"metric tons\",G16*'C_Conversion Factors'!$G$22,IF(H16=\"tons\",G16,0))))","v":0},0,null,null,{"$f":"IF(L16=\"lbs\",K16/'C_Conversion Factors'!$D$23,IF(L16=\"kg\",K16*'C_Conversion Factors'!$G$21,IF(L16=\"metric ton\",K16,IF(L16=\"U.S. short ton\",K16*'C_Conversion Factors'!$G$22,0))))","v":0},{"$f":"IF(L16=\"lbs\",#REF!*K16,IF(L16=\"kg\",K16*#REF!,IF(L16=\"metric ton\",K16*#REF!,0)))","v":0},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},"",{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},""]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},"(Select)",null,"(Select)",{"$f":"IF(D17=\"lbs\",C17/'C_Conversion Factors'!$D$23,IF(D17=\"kg\",C17*'C_Conversion Factors'!$G$21,IF(D17=\"metric tons\",C17*'C_Conversion Factors'!$G$22,IF(D17=\"tons\",C17,0))))","v":0},0,null,"(Select)",{"$f":"IF(H17=\"lbs\",G17/'C_Conversion Factors'!$D$23,IF(H17=\"kg\",G17*'C_Conversion Factors'!$G$21,IF(H17=\"metric tons\",G17*'C_Conversion Factors'!$G$22,IF(H17=\"tons\",G17,0))))","v":0},0,null,null,{"$f":"IF(L17=\"lbs\",K17/'C_Conversion Factors'!$D$23,IF(L17=\"kg\",K17*'C_Conversion Factors'!$G$21,IF(L17=\"metric ton\",K17,IF(L17=\"U.S. short ton\",K17*'C_Conversion Factors'!$G$22,0))))","v":0},{"$f":"IF(L17=\"lbs\",#REF!*K17,IF(L17=\"kg\",K17*#REF!,IF(L17=\"metric ton\",K17*#REF!,0)))","v":0},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},"",{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},""]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},"(Select)",null,"(Select)",{"$f":"IF(D18=\"lbs\",C18/'C_Conversion Factors'!$D$23,IF(D18=\"kg\",C18*'C_Conversion Factors'!$G$21,IF(D18=\"metric tons\",C18*'C_Conversion Factors'!$G$22,IF(D18=\"tons\",C18,0))))","v":0},0,null,"(Select)",{"$f":"IF(H18=\"lbs\",G18/'C_Conversion Factors'!$D$23,IF(H18=\"kg\",G18*'C_Conversion Factors'!$G$21,IF(H18=\"metric tons\",G18*'C_Conversion Factors'!$G$22,IF(H18=\"tons\",G18,0))))","v":0},0,null,null,{"$f":"IF(L18=\"lbs\",K18/'C_Conversion Factors'!$D$23,IF(L18=\"kg\",K18*'C_Conversion Factors'!$G$21,IF(L18=\"metric ton\",K18,IF(L18=\"U.S. short ton\",K18*'C_Conversion Factors'!$G$22,0))))","v":0},{"$f":"IF(L18=\"lbs\",#REF!*K18,IF(L18=\"kg\",K18*#REF!,IF(L18=\"metric ton\",K18*#REF!,0)))","v":0},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},"",{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},""]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},"(Select)",null,"(Select)",{"$f":"IF(D19=\"lbs\",C19/'C_Conversion Factors'!$D$23,IF(D19=\"kg\",C19*'C_Conversion Factors'!$G$21,IF(D19=\"metric tons\",C19*'C_Conversion Factors'!$G$22,IF(D19=\"tons\",C19,0))))","v":0},0,null,"(Select)",{"$f":"IF(H19=\"lbs\",G19/'C_Conversion Factors'!$D$23,IF(H19=\"kg\",G19*'C_Conversion Factors'!$G$21,IF(H19=\"metric tons\",G19*'C_Conversion Factors'!$G$22,IF(H19=\"tons\",G19,0))))","v":0},0,null,null,{"$f":"IF(L19=\"lbs\",K19/'C_Conversion Factors'!$D$23,IF(L19=\"kg\",K19*'C_Conversion Factors'!$G$21,IF(L19=\"metric ton\",K19,IF(L19=\"U.S. short ton\",K19*'C_Conversion Factors'!$G$22,0))))","v":0},{"$f":"IF(L19=\"lbs\",#REF!*K19,IF(L19=\"kg\",K19*#REF!,IF(L19=\"metric ton\",K19*#REF!,0)))","v":0},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},"",{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},""]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},"(Select)",null,"(Select)",{"$f":"IF(D20=\"lbs\",C20/'C_Conversion Factors'!$D$23,IF(D20=\"kg\",C20*'C_Conversion Factors'!$G$21,IF(D20=\"metric tons\",C20*'C_Conversion Factors'!$G$22,IF(D20=\"tons\",C20,0))))","v":0},0,null,"(Select)",{"$f":"IF(H20=\"lbs\",G20/'C_Conversion Factors'!$D$23,IF(H20=\"kg\",G20*'C_Conversion Factors'!$G$21,IF(H20=\"metric tons\",G20*'C_Conversion Factors'!$G$22,IF(H20=\"tons\",G20,0))))","v":0},0,null,null,{"$f":"IF(L20=\"lbs\",K20/'C_Conversion Factors'!$D$23,IF(L20=\"kg\",K20*'C_Conversion Factors'!$G$21,IF(L20=\"metric ton\",K20,IF(L20=\"U.S. short ton\",K20*'C_Conversion Factors'!$G$22,0))))","v":0},{"$f":"IF(L20=\"lbs\",#REF!*K20,IF(L20=\"kg\",K20*#REF!,IF(L20=\"metric ton\",K20*#REF!,0)))","v":0},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},"",{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},""]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},"(Select)",null,"(Select)",{"$f":"IF(D21=\"lbs\",C21/'C_Conversion Factors'!$D$23,IF(D21=\"kg\",C21*'C_Conversion Factors'!$G$21,IF(D21=\"metric tons\",C21*'C_Conversion Factors'!$G$22,IF(D21=\"tons\",C21,0))))","v":0},0,null,"(Select)",{"$f":"IF(H21=\"lbs\",G21/'C_Conversion Factors'!$D$23,IF(H21=\"kg\",G21*'C_Conversion Factors'!$G$21,IF(H21=\"metric tons\",G21*'C_Conversion Factors'!$G$22,IF(H21=\"tons\",G21,0))))","v":0},0,null,null,{"$f":"IF(L21=\"lbs\",K21/'C_Conversion Factors'!$D$23,IF(L21=\"kg\",K21*'C_Conversion Factors'!$G$21,IF(L21=\"metric ton\",K21,IF(L21=\"U.S. short ton\",K21*'C_Conversion Factors'!$G$22,0))))","v":0},{"$f":"IF(L21=\"lbs\",#REF!*K21,IF(L21=\"kg\",K21*#REF!,IF(L21=\"metric ton\",K21*#REF!,0)))","v":0},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},"",{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},""]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},"(Select)",null,"(Select)",{"$f":"IF(D22=\"lbs\",C22/'C_Conversion Factors'!$D$23,IF(D22=\"kg\",C22*'C_Conversion Factors'!$G$21,IF(D22=\"metric tons\",C22*'C_Conversion Factors'!$G$22,IF(D22=\"tons\",C22,0))))","v":0},0,null,"(Select)",{"$f":"IF(H22=\"lbs\",G22/'C_Conversion Factors'!$D$23,IF(H22=\"kg\",G22*'C_Conversion Factors'!$G$21,IF(H22=\"metric tons\",G22*'C_Conversion Factors'!$G$22,IF(H22=\"tons\",G22,0))))","v":0},0,null,null,{"$f":"IF(L22=\"lbs\",K22/'C_Conversion Factors'!$D$23,IF(L22=\"kg\",K22*'C_Conversion Factors'!$G$21,IF(L22=\"metric ton\",K22,IF(L22=\"U.S. short ton\",K22*'C_Conversion Factors'!$G$22,0))))","v":0},{"$f":"IF(L22=\"lbs\",#REF!*K22,IF(L22=\"kg\",K22*#REF!,IF(L22=\"metric ton\",K22*#REF!,0)))","v":0},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},"",{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},""]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},"(Select)",null,"(Select)",{"$f":"IF(D23=\"lbs\",C23/'C_Conversion Factors'!$D$23,IF(D23=\"kg\",C23*'C_Conversion Factors'!$G$21,IF(D23=\"metric tons\",C23*'C_Conversion Factors'!$G$22,IF(D23=\"tons\",C23,0))))","v":0},0,null,"(Select)",{"$f":"IF(H23=\"lbs\",G23/'C_Conversion Factors'!$D$23,IF(H23=\"kg\",G23*'C_Conversion Factors'!$G$21,IF(H23=\"metric tons\",G23*'C_Conversion Factors'!$G$22,IF(H23=\"tons\",G23,0))))","v":0},0,null,null,{"$f":"IF(L23=\"lbs\",K23/'C_Conversion Factors'!$D$23,IF(L23=\"kg\",K23*'C_Conversion Factors'!$G$21,IF(L23=\"metric ton\",K23,IF(L23=\"U.S. short ton\",K23*'C_Conversion Factors'!$G$22,0))))","v":0},{"$f":"IF(L23=\"lbs\",#REF!*K23,IF(L23=\"kg\",K23*#REF!,IF(L23=\"metric ton\",K23*#REF!,0)))","v":0},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"IF(B23=\"(Select)\",\"\",IF(VLOOKUP($B23,stairemiss,3,FALSE)=1,$B23,IF(VLOOKUP($B23,stairemiss,3,FALSE)=2,\"National\",IF($O23<>\"\",$O23,IF($P23<>\"\",$P23,$Q23)))))","v":""},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"IF(B23=\"(Select)\",\"\",IF(VLOOKUP($B23,stairemiss,3,FALSE)=1,$B23,IF(VLOOKUP($B23,stairemiss,3,FALSE)=2,\"National\",IF($S23<>\"\",$S23,IF($T23<>\"\",$T23,$U23)))))","v":""}]
[]
["Color Key"]
["User enters value"]
["User selects value from drop-down menu"]
["Do not change- calculation"]
[]
[" Notes and Sources"]
[null,"Notes",null,null,null,"Sources"]
["AIR EMISSIONS","Data for the following 5 states was not available for this survey: Louisiana, Massachusetts, Rhode Island, South Dakota, Utah. Delaware reportedly determines rates on a case-by-case basis. Where state data was not available, the national average was used.  It should also be noted that the majority of Nevada's fee revenue comes from \"maintenance fees\" as opposed to \"emissions fees,\" unlike most states; for example, a Major Source with a Title V permit pays the $16.00/ton plus a $20,000 base fee.",null,null,null,"2008-2010 State Data"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"U.S. National"]
[null,"AK"]
[null,"AL"]
[null,"AR"]
[null,"AZ"]
[null,"CA"]
[null,"CO"]
[null,"CT"]
[null,"DC"]
[null,"DE"]
[null,"FL"]
[null,"GA"]
[null,"HI"]
[null,"IA"]
[null,"ID"]
[null,"IL"]
[null,"IN"]
[null,"KS"]
[null,"KY"]
[null,"LA"]
[null,"MA"]
[null,"MD"]
[null,"ME"]
[null,"MI"]
[null,"MN"]
[null,"MO"]
[null,"MS"]
[null,"MT"]
[null,"NC"]
[null,"ND"]
[null,"NE"]
[null,"NH"]
[null,"NJ"]
[null,"NM"]
[null,"NV"]
[null,"NY"]
[null,"OH"]
[null,"OK"]
[null,"OR"]
[null,"PA"]
[null,"RI"]
[null,"SC"]
[null,"SD"]
[null,"TN"]
[null,"TX"]
[null,"UT"]
[null,"VA"]
[null,"VT"]
[null,"WA"]
[null,"WI"]
[null,"WV"]
[null,"WY"]

{"sheet":"C_Water Pollution","index":27,"n_rows":39,"n_cols":25,"rows_kept":39,"cut":false,"hidden":true,"merged":[[7,0,8,0],[7,1,7,4],[4,15,4,19],[3,10,3,14],[5,15,5,19],[7,5,7,9],[1,10,1,24],[3,20,3,24],[3,15,3,19],[5,10,5,14],[4,5,4,9],[1,1,1,9],[3,5,3,9],[3,2,3,4],[5,5,5,9],[4,2,4,4],[5,2,5,4],[10,20,10,24],[9,15,9,17],[9,20,9,22],[4,10,4,14],[7,10,7,14],[7,15,7,19],[7,20,7,24],[4,20,4,24],[5,20,5,24],[10,15,10,19],[9,10,9,12],[30,1,30,4],[30,5,30,8],[29,5,29,8],[9,5,9,7],[10,1,10,4],[29,1,29,4],[28,1,28,8],[40,1,41,8],[38,5,38,8],[31,0,31,8],[33,1,33,8],[32,1,32,4],[35,5,35,8],[37,5,37,8],[32,5,32,8],[39,1,39,8],[38,1,38,4],[34,5,34,8],[36,1,36,4],[36,5,36,8],[34,1,34,4]]}
[null,"Water Pollution"]
[null,"This tab calculates cost savings from reducing pollutant or nutrient discharges to water, expressed as wastewater, BOD/COD, TSS, toxics, and nutrients.  Typically, the gallons of water entered on this tab equal the gallons of water entered on the Water Use tab."]
[]
["Type of Reduction",null,"Wastewater Discharge",null,null,"BOD/COD (Biological Oxygen Demand or Chemical Oxygen Demand)",null,null,null,null,"Total Suspended Solids (TSS)",null,null,null,null,"Toxics",null,null,null,null,"Nutrients"]
["How to use this tab",null,"Enter gallons reduced.  Enter the unit cost of wastewater treatment or select a State or US National default to populate unit cost with a state or national default value. The Savings column converts data entries into dollars saved. ",null,null,"Enter the quantity of BOD/COD reduced, selecting the appropriate unit.  Enter the unit cost if known or select a State or the US National default to populate unit cost with the state or national default value.  The Savings column converts data entries into dollars saved.",null,null,null,null,"Enter quantity of TSS reduced, selecting the appropriate unit. Enter the unit cost if known or select a State or the US National default to populate the state or national default value. The Savings column converts data entries into dollars saved. ",null,null,null,null,"Enter quantity of toxics reduced, selecting the appropriate unit. Enter the sum of cost and any surcharge per unit.  The Savings column converts data entries into dollar savings. ",null,null,null,null,"Enter quantity of nutrients reduced, selecting the appropriate unit. Enter the sum of cost and any surcharge per unit.  The Savings column converts the reduced quantity of nutrients into dollars saved. "]
["Calculation Description",null,"Gallons reduced * unit cost (user-specified or default) = Dollars saved. ",null,null,"Quantity of BOD/COD reduced (in user-specified units) * unit cost (user-specified or default) = Dollars saved.  The calculator formula converts all units to pounds.",null,null,null,null,"Quantity of BOD/COD reduced (in user-specified units) * unit cost (user-specified or default) = Dollars saved.  The calculator formula converts all units to pounds.",null,null,null,null,"Quantity of toxics reduced (in user-specified units) * user-specified unit cost = Dollars saved.  The calculator formula converts all units to pounds.",null,null,null,null,"Quantity of nutrients reduced (in user-specified units) * user-specified unit cost = Dollars saved.  The calculator formula converts all units to pounds."]
[null,"State or U.S. \n(Select)","Reduced Gallons of Wastewater","Unit Cost \n($/gal) ","Dollars Savings","Reduced Quantity of BOD/COD","Units \n(select)","Unit Cost ($/unit just entered)","Pounds Reduced","Dollar Savings","Reduced Quantity of TSS","Units (select)","Unit Cost ($/unit just entered)","Pounds Reduced","Dollar Savings","Reduced Quantity of Toxics","Units (select)","Unit Cost ($/unit just entered)","Pounds Reduced","Dollar Savings","Reduced Quantity of Nutrients","Units (select)","Unit Cost ($/unit just selected)","Pounds Reduced","Dollar Savings"]
["Example"]
[]
["Total Input - All Projects",null,{"$f":"SUM(C12:C22)","v":0},null,{"$f":"SUM(E12:E22)","v":0},null,null,null,{"$f":"SUM(I12:I22)","v":0},{"$f":"SUM(J12:J22)","v":0},null,null,null,{"$f":"SUM(N12:N22)","v":0},{"$f":"SUM(O12:O22)","v":0},null,null,null,{"$f":"SUM(S12:S22)","v":0},{"$f":"SUM(T12:T22)","v":0},null,null,null,{"$f":"SUM(X12:X22)","v":0},{"$f":"SUM(Y12:Y22)","v":0}]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},{"$f":"'Water Management'!B13","v":"(select)"},null,null,{"$f":"IF(ISERROR(IF(AND(D12=\"\",B12<>\"\"),C12*VLOOKUP(B12,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C12*D12)),\"-\",IF(AND(D12=\"\",B12<>\"\"),C12*VLOOKUP(B12,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C12*D12))","v":"-"},null,"(Select)",null,{"$f":"IF(G12=\"lbs\",F12,IF(G12=\"kg\",F12*'C_Conversion Factors'!$D$21,IF(G12=\"tons\",F12*'C_Conversion Factors'!$D$23,IF(G12=\"metric tons\",F12*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(H12=\"\",B12<>\"\"),I12*VLOOKUP(B12,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F12*H12)),\"-\",IF(AND(H12=\"\",B12<>\"\"),F12*VLOOKUP(B12,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F12*H12))","v":"-"},null,"(Select)",null,{"$f":"IF(L12=\"lbs\",K12,IF(L12=\"kg\",K12*'C_Conversion Factors'!$D$21,IF(L12=\"tons\",K12*'C_Conversion Factors'!$D$23,IF(L12=\"metric tons\",K12*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(M12=\"\",B12<>\"\"),N12*VLOOKUP(B12,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K12*M12)),\"-\",IF(AND(M12=\"\",B12<>\"\"),N12*VLOOKUP(B12,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K12*M12))","v":"-"},null,"(Select)",null,{"$f":"IF(Q12=\"lbs\",P12,IF(Q12=\"kg\",P12*'C_Conversion Factors'!$D$21,IF(Q12=\"tons\",P12*'C_Conversion Factors'!$D$23,IF(Q12=\"metric tons\",P12*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"P12*R12","v":0},null,"(Select)",null,{"$f":"IF(V12=\"lbs\",U12,IF(V12=\"kg\",U12*'C_Conversion Factors'!$D$21,IF(V12=\"tons\",U12*'C_Conversion Factors'!$D$23,IF(V12=\"metric tons\",U12*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"U12*W12","v":0}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},{"$f":"'Water Management'!B14","v":"(select)"},null,null,{"$f":"IF(ISERROR(IF(AND(D13=\"\",B13<>\"\"),C13*VLOOKUP(B13,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C13*D13)),\"-\",IF(AND(D13=\"\",B13<>\"\"),C13*VLOOKUP(B13,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C13*D13))","v":"-"},null,"(Select)",null,{"$f":"IF(G13=\"lbs\",F13,IF(G13=\"kg\",F13*'C_Conversion Factors'!$D$21,IF(G13=\"tons\",F13*'C_Conversion Factors'!$D$23,IF(G13=\"metric tons\",F13*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(H13=\"\",B13<>\"\"),I13*VLOOKUP(B13,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F13*H13)),\"-\",IF(AND(H13=\"\",B13<>\"\"),F13*VLOOKUP(B13,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F13*H13))","v":"-"},null,"(Select)",null,{"$f":"IF(L13=\"lbs\",K13,IF(L13=\"kg\",K13*'C_Conversion Factors'!$D$21,IF(L13=\"tons\",K13*'C_Conversion Factors'!$D$23,IF(L13=\"metric tons\",K13*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(M13=\"\",B13<>\"\"),N13*VLOOKUP(B13,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K13*M13)),\"-\",IF(AND(M13=\"\",B13<>\"\"),N13*VLOOKUP(B13,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K13*M13))","v":"-"},null,"(Select)",null,{"$f":"IF(Q13=\"lbs\",P13,IF(Q13=\"kg\",P13*'C_Conversion Factors'!$D$21,IF(Q13=\"tons\",P13*'C_Conversion Factors'!$D$23,IF(Q13=\"metric tons\",P13*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0,null,"(Select)",null,{"$f":"IF(V13=\"lbs\",U13,IF(V13=\"kg\",U13*'C_Conversion Factors'!$D$21,IF(V13=\"tons\",U13*'C_Conversion Factors'!$D$23,IF(V13=\"metric tons\",U13*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},{"$f":"'Water Management'!B15","v":"(select)"},null,null,{"$f":"IF(ISERROR(IF(AND(D14=\"\",B14<>\"\"),C14*VLOOKUP(B14,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C14*D14)),\"-\",IF(AND(D14=\"\",B14<>\"\"),C14*VLOOKUP(B14,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C14*D14))","v":"-"},null,"(Select)",null,{"$f":"IF(G14=\"lbs\",F14,IF(G14=\"kg\",F14*'C_Conversion Factors'!$D$21,IF(G14=\"tons\",F14*'C_Conversion Factors'!$D$23,IF(G14=\"metric tons\",F14*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(H14=\"\",B14<>\"\"),I14*VLOOKUP(B14,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F14*H14)),\"-\",IF(AND(H14=\"\",B14<>\"\"),F14*VLOOKUP(B14,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F14*H14))","v":"-"},null,"(Select)",null,{"$f":"IF(L14=\"lbs\",K14,IF(L14=\"kg\",K14*'C_Conversion Factors'!$D$21,IF(L14=\"tons\",K14*'C_Conversion Factors'!$D$23,IF(L14=\"metric tons\",K14*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(M14=\"\",B14<>\"\"),N14*VLOOKUP(B14,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K14*M14)),\"-\",IF(AND(M14=\"\",B14<>\"\"),N14*VLOOKUP(B14,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K14*M14))","v":"-"},null,"(Select)",null,{"$f":"IF(Q14=\"lbs\",P14,IF(Q14=\"kg\",P14*'C_Conversion Factors'!$D$21,IF(Q14=\"tons\",P14*'C_Conversion Factors'!$D$23,IF(Q14=\"metric tons\",P14*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0,null,"(Select)",null,{"$f":"IF(V14=\"lbs\",U14,IF(V14=\"kg\",U14*'C_Conversion Factors'!$D$21,IF(V14=\"tons\",U14*'C_Conversion Factors'!$D$23,IF(V14=\"metric tons\",U14*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},{"$f":"'Water Management'!B16","v":"(select)"},null,null,{"$f":"IF(ISERROR(IF(AND(D15=\"\",B15<>\"\"),C15*VLOOKUP(B15,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C15*D15)),\"-\",IF(AND(D15=\"\",B15<>\"\"),C15*VLOOKUP(B15,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C15*D15))","v":"-"},null,"(Select)",null,{"$f":"IF(G15=\"lbs\",F15,IF(G15=\"kg\",F15*'C_Conversion Factors'!$D$21,IF(G15=\"tons\",F15*'C_Conversion Factors'!$D$23,IF(G15=\"metric tons\",F15*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(H15=\"\",B15<>\"\"),I15*VLOOKUP(B15,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F15*H15)),\"-\",IF(AND(H15=\"\",B15<>\"\"),F15*VLOOKUP(B15,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F15*H15))","v":"-"},null,"(Select)",null,{"$f":"IF(L15=\"lbs\",K15,IF(L15=\"kg\",K15*'C_Conversion Factors'!$D$21,IF(L15=\"tons\",K15*'C_Conversion Factors'!$D$23,IF(L15=\"metric tons\",K15*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(M15=\"\",B15<>\"\"),N15*VLOOKUP(B15,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K15*M15)),\"-\",IF(AND(M15=\"\",B15<>\"\"),N15*VLOOKUP(B15,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K15*M15))","v":"-"},null,"(Select)",null,{"$f":"IF(Q15=\"lbs\",P15,IF(Q15=\"kg\",P15*'C_Conversion Factors'!$D$21,IF(Q15=\"tons\",P15*'C_Conversion Factors'!$D$23,IF(Q15=\"metric tons\",P15*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0,null,"(Select)",null,{"$f":"IF(V15=\"lbs\",U15,IF(V15=\"kg\",U15*'C_Conversion Factors'!$D$21,IF(V15=\"tons\",U15*'C_Conversion Factors'!$D$23,IF(V15=\"metric tons\",U15*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},{"$f":"'Water Management'!B17","v":"(select)"},null,null,{"$f":"IF(ISERROR(IF(AND(D16=\"\",B16<>\"\"),C16*VLOOKUP(B16,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C16*D16)),\"-\",IF(AND(D16=\"\",B16<>\"\"),C16*VLOOKUP(B16,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C16*D16))","v":"-"},null,"(Select)",null,{"$f":"IF(G16=\"lbs\",F16,IF(G16=\"kg\",F16*'C_Conversion Factors'!$D$21,IF(G16=\"tons\",F16*'C_Conversion Factors'!$D$23,IF(G16=\"metric tons\",F16*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(H16=\"\",B16<>\"\"),I16*VLOOKUP(B16,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F16*H16)),\"-\",IF(AND(H16=\"\",B16<>\"\"),F16*VLOOKUP(B16,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F16*H16))","v":"-"},null,"(Select)",null,{"$f":"IF(L16=\"lbs\",K16,IF(L16=\"kg\",K16*'C_Conversion Factors'!$D$21,IF(L16=\"tons\",K16*'C_Conversion Factors'!$D$23,IF(L16=\"metric tons\",K16*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(M16=\"\",B16<>\"\"),N16*VLOOKUP(B16,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K16*M16)),\"-\",IF(AND(M16=\"\",B16<>\"\"),N16*VLOOKUP(B16,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K16*M16))","v":"-"},null,"(Select)",null,{"$f":"IF(Q16=\"lbs\",P16,IF(Q16=\"kg\",P16*'C_Conversion Factors'!$D$21,IF(Q16=\"tons\",P16*'C_Conversion Factors'!$D$23,IF(Q16=\"metric tons\",P16*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0,null,"(Select)",null,{"$f":"IF(V16=\"lbs\",U16,IF(V16=\"kg\",U16*'C_Conversion Factors'!$D$21,IF(V16=\"tons\",U16*'C_Conversion Factors'!$D$23,IF(V16=\"metric tons\",U16*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},{"$f":"'Water Management'!B18","v":"(select)"},null,null,{"$f":"IF(ISERROR(IF(AND(D17=\"\",B17<>\"\"),C17*VLOOKUP(B17,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C17*D17)),\"-\",IF(AND(D17=\"\",B17<>\"\"),C17*VLOOKUP(B17,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C17*D17))","v":"-"},null,"(Select)",null,{"$f":"IF(G17=\"lbs\",F17,IF(G17=\"kg\",F17*'C_Conversion Factors'!$D$21,IF(G17=\"tons\",F17*'C_Conversion Factors'!$D$23,IF(G17=\"metric tons\",F17*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(H17=\"\",B17<>\"\"),I17*VLOOKUP(B17,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F17*H17)),\"-\",IF(AND(H17=\"\",B17<>\"\"),F17*VLOOKUP(B17,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F17*H17))","v":"-"},null,"(Select)",null,{"$f":"IF(L17=\"lbs\",K17,IF(L17=\"kg\",K17*'C_Conversion Factors'!$D$21,IF(L17=\"tons\",K17*'C_Conversion Factors'!$D$23,IF(L17=\"metric tons\",K17*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(M17=\"\",B17<>\"\"),N17*VLOOKUP(B17,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K17*M17)),\"-\",IF(AND(M17=\"\",B17<>\"\"),N17*VLOOKUP(B17,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K17*M17))","v":"-"},null,"(Select)",null,{"$f":"IF(Q17=\"lbs\",P17,IF(Q17=\"kg\",P17*'C_Conversion Factors'!$D$21,IF(Q17=\"tons\",P17*'C_Conversion Factors'!$D$23,IF(Q17=\"metric tons\",P17*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0,null,"(Select)",null,{"$f":"IF(V17=\"lbs\",U17,IF(V17=\"kg\",U17*'C_Conversion Factors'!$D$21,IF(V17=\"tons\",U17*'C_Conversion Factors'!$D$23,IF(V17=\"metric tons\",U17*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},{"$f":"'Water Management'!B19","v":"(select)"},null,null,{"$f":"IF(ISERROR(IF(AND(D18=\"\",B18<>\"\"),C18*VLOOKUP(B18,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C18*D18)),\"-\",IF(AND(D18=\"\",B18<>\"\"),C18*VLOOKUP(B18,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C18*D18))","v":"-"},null,"(Select)",null,{"$f":"IF(G18=\"lbs\",F18,IF(G18=\"kg\",F18*'C_Conversion Factors'!$D$21,IF(G18=\"tons\",F18*'C_Conversion Factors'!$D$23,IF(G18=\"metric tons\",F18*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(H18=\"\",B18<>\"\"),I18*VLOOKUP(B18,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F18*H18)),\"-\",IF(AND(H18=\"\",B18<>\"\"),F18*VLOOKUP(B18,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F18*H18))","v":"-"},null,"(Select)",null,{"$f":"IF(L18=\"lbs\",K18,IF(L18=\"kg\",K18*'C_Conversion Factors'!$D$21,IF(L18=\"tons\",K18*'C_Conversion Factors'!$D$23,IF(L18=\"metric tons\",K18*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(M18=\"\",B18<>\"\"),N18*VLOOKUP(B18,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K18*M18)),\"-\",IF(AND(M18=\"\",B18<>\"\"),N18*VLOOKUP(B18,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K18*M18))","v":"-"},null,"(Select)",null,{"$f":"IF(Q18=\"lbs\",P18,IF(Q18=\"kg\",P18*'C_Conversion Factors'!$D$21,IF(Q18=\"tons\",P18*'C_Conversion Factors'!$D$23,IF(Q18=\"metric tons\",P18*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0,null,"(Select)",null,{"$f":"IF(V18=\"lbs\",U18,IF(V18=\"kg\",U18*'C_Conversion Factors'!$D$21,IF(V18=\"tons\",U18*'C_Conversion Factors'!$D$23,IF(V18=\"metric tons\",U18*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},{"$f":"'Water Management'!B20","v":"(select)"},null,null,{"$f":"IF(ISERROR(IF(AND(D19=\"\",B19<>\"\"),C19*VLOOKUP(B19,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C19*D19)),\"-\",IF(AND(D19=\"\",B19<>\"\"),C19*VLOOKUP(B19,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C19*D19))","v":"-"},null,"(Select)",null,{"$f":"IF(G19=\"lbs\",F19,IF(G19=\"kg\",F19*'C_Conversion Factors'!$D$21,IF(G19=\"tons\",F19*'C_Conversion Factors'!$D$23,IF(G19=\"metric tons\",F19*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(H19=\"\",B19<>\"\"),I19*VLOOKUP(B19,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F19*H19)),\"-\",IF(AND(H19=\"\",B19<>\"\"),F19*VLOOKUP(B19,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F19*H19))","v":"-"},null,"(Select)",null,{"$f":"IF(L19=\"lbs\",K19,IF(L19=\"kg\",K19*'C_Conversion Factors'!$D$21,IF(L19=\"tons\",K19*'C_Conversion Factors'!$D$23,IF(L19=\"metric tons\",K19*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(M19=\"\",B19<>\"\"),N19*VLOOKUP(B19,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K19*M19)),\"-\",IF(AND(M19=\"\",B19<>\"\"),N19*VLOOKUP(B19,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K19*M19))","v":"-"},null,"(Select)",null,{"$f":"IF(Q19=\"lbs\",P19,IF(Q19=\"kg\",P19*'C_Conversion Factors'!$D$21,IF(Q19=\"tons\",P19*'C_Conversion Factors'!$D$23,IF(Q19=\"metric tons\",P19*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0,null,"(Select)",null,{"$f":"IF(V19=\"lbs\",U19,IF(V19=\"kg\",U19*'C_Conversion Factors'!$D$21,IF(V19=\"tons\",U19*'C_Conversion Factors'!$D$23,IF(V19=\"metric tons\",U19*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},{"$f":"'Water Management'!B21","v":"(select)"},null,null,{"$f":"IF(ISERROR(IF(AND(D20=\"\",B20<>\"\"),C20*VLOOKUP(B20,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C20*D20)),\"-\",IF(AND(D20=\"\",B20<>\"\"),C20*VLOOKUP(B20,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C20*D20))","v":"-"},null,"(Select)",null,{"$f":"IF(G20=\"lbs\",F20,IF(G20=\"kg\",F20*'C_Conversion Factors'!$D$21,IF(G20=\"tons\",F20*'C_Conversion Factors'!$D$23,IF(G20=\"metric tons\",F20*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(H20=\"\",B20<>\"\"),I20*VLOOKUP(B20,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F20*H20)),\"-\",IF(AND(H20=\"\",B20<>\"\"),F20*VLOOKUP(B20,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F20*H20))","v":"-"},null,"(Select)",null,{"$f":"IF(L20=\"lbs\",K20,IF(L20=\"kg\",K20*'C_Conversion Factors'!$D$21,IF(L20=\"tons\",K20*'C_Conversion Factors'!$D$23,IF(L20=\"metric tons\",K20*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(M20=\"\",B20<>\"\"),N20*VLOOKUP(B20,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K20*M20)),\"-\",IF(AND(M20=\"\",B20<>\"\"),N20*VLOOKUP(B20,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K20*M20))","v":"-"},null,"(Select)",null,{"$f":"IF(Q20=\"lbs\",P20,IF(Q20=\"kg\",P20*'C_Conversion Factors'!$D$21,IF(Q20=\"tons\",P20*'C_Conversion Factors'!$D$23,IF(Q20=\"metric tons\",P20*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0,null,"(Select)",null,{"$f":"IF(V20=\"lbs\",U20,IF(V20=\"kg\",U20*'C_Conversion Factors'!$D$21,IF(V20=\"tons\",U20*'C_Conversion Factors'!$D$23,IF(V20=\"metric tons\",U20*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},{"$f":"'Water Management'!B22","v":"(select)"},null,null,{"$f":"IF(ISERROR(IF(AND(D21=\"\",B21<>\"\"),C21*VLOOKUP(B21,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C21*D21)),\"-\",IF(AND(D21=\"\",B21<>\"\"),C21*VLOOKUP(B21,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C21*D21))","v":"-"},null,"(Select)",null,{"$f":"IF(G21=\"lbs\",F21,IF(G21=\"kg\",F21*'C_Conversion Factors'!$D$21,IF(G21=\"tons\",F21*'C_Conversion Factors'!$D$23,IF(G21=\"metric tons\",F21*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(H21=\"\",B21<>\"\"),I21*VLOOKUP(B21,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F21*H21)),\"-\",IF(AND(H21=\"\",B21<>\"\"),F21*VLOOKUP(B21,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F21*H21))","v":"-"},null,"(Select)",null,{"$f":"IF(L21=\"lbs\",K21,IF(L21=\"kg\",K21*'C_Conversion Factors'!$D$21,IF(L21=\"tons\",K21*'C_Conversion Factors'!$D$23,IF(L21=\"metric tons\",K21*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(M21=\"\",B21<>\"\"),N21*VLOOKUP(B21,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K21*M21)),\"-\",IF(AND(M21=\"\",B21<>\"\"),N21*VLOOKUP(B21,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K21*M21))","v":"-"},null,"(Select)",null,{"$f":"IF(Q21=\"lbs\",P21,IF(Q21=\"kg\",P21*'C_Conversion Factors'!$D$21,IF(Q21=\"tons\",P21*'C_Conversion Factors'!$D$23,IF(Q21=\"metric tons\",P21*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0,null,"(Select)",null,{"$f":"IF(V21=\"lbs\",U21,IF(V21=\"kg\",U21*'C_Conversion Factors'!$D$21,IF(V21=\"tons\",U21*'C_Conversion Factors'!$D$23,IF(V21=\"metric tons\",U21*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},0]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},{"$f":"'Water Management'!B23","v":"(select)"},null,null,{"$f":"IF(ISERROR(IF(AND(D22=\"\",B22<>\"\"),C22*VLOOKUP(B22,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C22*D22)),\"-\",IF(AND(D22=\"\",B22<>\"\"),C22*VLOOKUP(B22,'C_State Water  Charges'!$A$3:$I$54,6,FALSE),C22*D22))","v":"-"},null,"(Select)",null,{"$f":"IF(G22=\"lbs\",F22,IF(G22=\"kg\",F22*'C_Conversion Factors'!$D$21,IF(G22=\"tons\",F22*'C_Conversion Factors'!$D$23,IF(G22=\"metric tons\",F22*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(H22=\"\",B22<>\"\"),I22*VLOOKUP(B22,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F22*H22)),\"-\",IF(AND(H22=\"\",B22<>\"\"),F22*VLOOKUP(B22,'C_State Water  Charges'!$A$3:$I$54,8,FALSE),F22*H22))","v":"-"},null,"(Select)",null,{"$f":"IF(L22=\"lbs\",K22,IF(L22=\"kg\",K22*'C_Conversion Factors'!$D$21,IF(L22=\"tons\",K22*'C_Conversion Factors'!$D$23,IF(L22=\"metric tons\",K22*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"IF(ISERROR(IF(AND(M22=\"\",B22<>\"\"),N22*VLOOKUP(B22,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K22*M22)),\"-\",IF(AND(M22=\"\",B22<>\"\"),N22*VLOOKUP(B22,'C_State Water  Charges'!$A$3:$I$54,7,FALSE),K22*M22))","v":"-"},null,"(Select)",null,{"$f":"IF(Q22=\"lbs\",P22,IF(Q22=\"kg\",P22*'C_Conversion Factors'!$D$21,IF(Q22=\"tons\",P22*'C_Conversion Factors'!$D$23,IF(Q22=\"metric tons\",P22*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"P22*R22","v":0},null,"(Select)",null,{"$f":"IF(V22=\"lbs\",U22,IF(V22=\"kg\",U22*'C_Conversion Factors'!$D$21,IF(V22=\"tons\",U22*'C_Conversion Factors'!$D$23,IF(V22=\"metric tons\",U22*'C_Conversion Factors'!$D$22/'C_Conversion Factors'!$D$20,0))))","v":0},{"$f":"U22*W22","v":0}]
[]
["Color Key",null,null,null,null,null,"lbs",null,null,null,null,"lbs"]
["User enters value",null,null,null,null,null,"kg",null,null,null,null,"kg"]
["User selects option from drop-down menu",null,null,null,null,null,"tons",null,null,null,null,"tons"]
["Do not change- calculation",null,null,null,null,null,"metric tons"]
[]
[" Notes and Sources"]
[null,"Notes",null,null,null,"Sources "]
["WASTEWATER DISCHARGE","Data presented for Commercial Light Industrial Category with 2inch meter pipe. \nDE, HI, MA, ND, NH, NJ, RI, VT not in survey, National Average is used.",null,null,null,"AWWA 2014 Rate Survey, Exhibits 5."]
[]
["BOD/COD"," AK, CT, DC, DE, HI, MA, MD, ME, MN, MT, ND, NE, NH, NJ, RI, VT not in survey.  National Average is used.",null,null,null,"AWWA 2014 Rate Survey. Exhibit 6."]
[]
["TOTAL SUSPENDED SOLIDS (TSS)","AK, CT, DC, DE, HI, MA, ME, MN, MT, ND, NE, NH, NJ, RI, UT, VT, WA, WV, WY not in survey.  National Average is used.",null,null,null,"AWWA 2014 Rate Survey. Exhibit 6."]
[]
["TOXICS","Cost values not currently available.",null,null,null,"No Source. \n"]
[]
["NUTRIENTS","Cost values not currently available.",null,null,null,"No Source. \n"]

{"sheet":"C_Water Use","index":28,"n_rows":32,"n_cols":5,"rows_kept":32,"cut":false,"hidden":true,"merged":[[5,2,5,4],[7,1,7,4],[7,0,8,0],[0,0,2,0],[27,1,27,5],[1,1,1,4],[3,2,3,4],[4,2,4,4],[31,1,32,5],[30,1,30,5],[28,4,28,5],[28,1,28,2],[29,4,29,5],[29,1,29,2]]}
[null,"Water Use"]
[null,"This tab calculates cost savings from reduced water usage.  Typically, the gallons of water entered on this tab will equal the gallons of water entered on the Water Pollution Tab."]
[]
["Type of Reduction",null,"Water Use"]
["How to use this tab",null,"Enter gallons of incoming raw water saved. Enter the unit cost of pumping water if known, or select a State or the US National default to populate unit cost with the default state or national value. The Savings column converts data entries into dollars saved. "]
["Calculation Description",null,"Gallons  reduced * unit cost (user specified or state/national default value) = Dollars saved."]
[null,"State or U.S. \n(select)","Gallons Reduced","Unit Cost ($/gal) ","Dollar Savings"]
["Example","Adopted water conservation technology in WI plant, reducing process water use by 3 million gallons annually."]
[null,"WI",3000000,null,{"$f":"IF(ISERROR(IF(AND(D9=\"\",B9<>\"\"),C9*VLOOKUP(B9,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D9*C9)),\"-\",IF(AND(D9=\"\",B9<>\"\"),C9*VLOOKUP(B9,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D9*C9))","v":8081.4437896502313}]
["Total Input - All Projects",null,null,null,{"$f":"SUM(E12:E22)","v":0}]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},{"$f":"'Water Management'!B13","v":"(select)"},{"$f":"'Water Management'!C13","v":0},null,{"$f":"IF(ISERROR(IF(AND(D12=\"\",B12<>\"\"),C12*VLOOKUP(B12,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D12*C12)),\"-\",IF(AND(D12=\"\",B12<>\"\"),C12*VLOOKUP(B12,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D12*C12))","v":"-"}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},{"$f":"'Water Management'!B14","v":"(select)"},{"$f":"'Water Management'!C14","v":0},null,{"$f":"IF(ISERROR(IF(AND(D13=\"\",B13<>\"\"),C13*VLOOKUP(B13,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D13*C13)),\"-\",IF(AND(D13=\"\",B13<>\"\"),C13*VLOOKUP(B13,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D13*C13))","v":"-"}]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},{"$f":"'Water Management'!B15","v":"(select)"},{"$f":"'Water Management'!C15","v":0},null,{"$f":"IF(ISERROR(IF(AND(D14=\"\",B14<>\"\"),C14*VLOOKUP(B14,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D14*C14)),\"-\",IF(AND(D14=\"\",B14<>\"\"),C14*VLOOKUP(B14,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D14*C14))","v":"-"}]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},{"$f":"'Water Management'!B16","v":"(select)"},{"$f":"'Water Management'!C16","v":0},null,{"$f":"IF(ISERROR(IF(AND(D15=\"\",B15<>\"\"),C15*VLOOKUP(B15,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D15*C15)),\"-\",IF(AND(D15=\"\",B15<>\"\"),C15*VLOOKUP(B15,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D15*C15))","v":"-"}]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},{"$f":"'Water Management'!B17","v":"(select)"},{"$f":"'Water Management'!C17","v":0},null,{"$f":"IF(ISERROR(IF(AND(D16=\"\",B16<>\"\"),C16*VLOOKUP(B16,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D16*C16)),\"-\",IF(AND(D16=\"\",B16<>\"\"),C16*VLOOKUP(B16,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D16*C16))","v":"-"}]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},{"$f":"'Water Management'!B18","v":"(select)"},{"$f":"'Water Management'!C18","v":0},null,{"$f":"IF(ISERROR(IF(AND(D17=\"\",B17<>\"\"),C17*VLOOKUP(B17,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D17*C17)),\"-\",IF(AND(D17=\"\",B17<>\"\"),C17*VLOOKUP(B17,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D17*C17))","v":"-"}]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},{"$f":"'Water Management'!B19","v":"(select)"},{"$f":"'Water Management'!C19","v":0},null,{"$f":"IF(ISERROR(IF(AND(D18=\"\",B18<>\"\"),C18*VLOOKUP(B18,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D18*C18)),\"-\",IF(AND(D18=\"\",B18<>\"\"),C18*VLOOKUP(B18,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D18*C18))","v":"-"}]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},{"$f":"'Water Management'!B20","v":"(select)"},{"$f":"'Water Management'!C20","v":0},null,{"$f":"IF(ISERROR(IF(AND(D19=\"\",B19<>\"\"),C19*VLOOKUP(B19,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D19*C19)),\"-\",IF(AND(D19=\"\",B19<>\"\"),C19*VLOOKUP(B19,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D19*C19))","v":"-"}]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},{"$f":"'Water Management'!B21","v":"(select)"},{"$f":"'Water Management'!C21","v":0},null,{"$f":"IF(ISERROR(IF(AND(D20=\"\",B20<>\"\"),C20*VLOOKUP(B20,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D20*C20)),\"-\",IF(AND(D20=\"\",B20<>\"\"),C20*VLOOKUP(B20,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D20*C20))","v":"-"}]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},{"$f":"'Water Management'!B22","v":"(select)"},{"$f":"'Water Management'!C22","v":0},null,{"$f":"IF(ISERROR(IF(AND(D21=\"\",B21<>\"\"),C21*VLOOKUP(B21,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D21*C21)),\"-\",IF(AND(D21=\"\",B21<>\"\"),C21*VLOOKUP(B21,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D21*C21))","v":"-"}]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},{"$f":"'Water Management'!B23","v":"(select)"},{"$f":"'Water Management'!C23","v":0},null,{"$f":"IF(ISERROR(IF(AND(D22=\"\",B22<>\"\"),C22*VLOOKUP(B22,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D22*C22)),\"-\",IF(AND(D22=\"\",B22<>\"\"),C22*VLOOKUP(B22,'C_State Water  Charges'!$A$3:$I$54,9,FALSE),D22*C22))","v":"-"}]
[]
["Color Key"]
["User enters value"]
["Do not change- calculation"]
[]
[" Notes and Sources"]
[null,"Notes",null,null,"Sources"]
["WATER USE",null,null,null,"AWWA 2014 Rate Survey. Exhibit 2."]
[null," General Notes"]
[null,"Absent the rare case of a facility taking water free of charge from an underground source, facilities are charged twice for water -- once to receive it, and again to have the discharged water taken away and treated.  "]

{"sheet":"C_Fuel Use","index":29,"n_rows":47,"n_cols":30,"rows_kept":47,"cut":false,"hidden":true,"merged":[[10,1,10,3],[3,12,3,14],[5,9,5,11],[4,12,4,14],[5,12,5,14],[3,1,3,5],[3,6,3,8],[8,9,8,11],[4,9,4,11],[8,12,8,14],[4,24,4,26],[5,24,5,26],[8,0,9,0],[4,27,4,29],[5,27,5,29],[8,1,8,5],[6,4,6,5],[8,6,8,8],[8,24,8,26],[8,27,8,29],[4,15,4,17],[5,15,5,17],[8,15,8,17],[5,21,5,23],[4,18,4,20],[5,18,5,20],[4,21,4,23],[8,18,8,20],[8,21,8,23],[49,8,50,8],[40,1,40,5],[30,8,33,8],[34,8,35,8],[36,8,39,8],[36,1,36,5],[33,0,33,5],[40,8,41,8],[41,0,41,5],[34,1,34,5],[44,8,45,8],[31,0,31,5],[35,0,35,5],[37,0,37,5],[38,1,38,5],[39,0,39,5],[30,1,30,5],[46,8,47,8],[46,1,46,5],[42,1,42,5],[43,0,43,5],[44,1,44,5],[45,0,45,5],[42,8,43,8],[32,1,32,5],[1,1,1,8],[4,6,4,8],[5,6,5,8],[4,1,4,5],[5,1,5,5],[3,27,3,29],[3,9,3,11],[3,24,3,26],[3,18,3,20],[3,21,3,23],[3,15,3,17]]}
[null,"Fuel"]
[null,"This tab calculates cost savings from using less fossil fuel or reducing activities which use fuel (e.g. vehicle travel, air travel).  If you are calculating costs from reduced vehicle travel, choose between vehicles miles reduced or motor gasoline (not both). "]
[]
["Type of Reduction","Natural Gas",null,null,null,null,"Vehicle Miles Reduced ",null,null,"Motor Gasoline",null,null,"Diesel",null,null,"Biodiesel",null,null,"Jet Fuel",null,null,"Air Travel",null,null,"Crude Oil",null,null,"Coal"]
["How to use this tab","Enter the quantity of natural gas reduced, selecting the appropriate unit.  Enter the unit cost if known or leave blank to populate with default national value. The Savings column converts data entries into dollars saved. ",null,null,null,null,"Choose this method (vehicles miles reduced) or the next (gasoline reduced), but not both. Enter the number of vehicle miles reduced.  Enter the unit cost if known or leave blank to populate with the national default value. The Savings column converts data entries into dollars saved. \n\n",null,null,"Enter the gallons of motor gasoline reduced.  Enter the unit cost if known or leave blank to populate with the national default value. The Savings column converts data entries into dollars saved.  ",null,null,"Enter the gallons of diesel reduced.  Enter the unit cost if known or leave blank to populate with the national default value. The Savings column converts data entries into dollars saved. ",null,null,"Enter the gallons of biodiesel reduced. Enter the unit cost if known or leave blank to populate with the national default value. The Savings column converts data entries into dollars saved.",null,null,"Enter the gallons of jet fuel reduced.  Enter the unit cost if known or leave blank to populate with the national default value. The Savings column converts data entries into dollars saved. ",null,null,"Enter the number of flights avoided.  Enter the unit cost of each flight. The Savings column converts data entries into dollars saved. ",null,null,"Enter the barrels of crude oil reduced.  Enter the unit cost if known or leave blank to populate with the national default value. The Savings column converts data entries into dollars saved. ",null,null,"Enter the tons of coal reduced.  Enter the unit cost if known or leave blank to populate with national default value. The Savings column converts data entries into dollars saved. "]
["Calculation Description","Unit quantity of natural gas reduced  * unit cost (user-specified or default value) = Dollars saved.  The calculator formula converts all units to therms.",null,null,null,null,"Miles reduced  * unit cost (user-specified or default) = Dollars saved.",null,null,"Gallons reduced  * unit cost (user-specified or default) = Dollars saved.",null,null,"Diesel gallons reduced  * unit cost (user-specified or default) = Dollars saved.",null,null,"Biodiesel gallons reduced * unit cost (user-specified or default) = Dollars saved",null,null,"Jet fuel gallons reduced  * unit cost (user-specified or default) = Dollars saved.",null,null,"Number of flights avoided  * unit cost of flight (user-specified ) = Dollars saved.",null,null,"Crude oil barrels reduced  * unit cost (user-specified or default) = Dollars saved.",null,null,"Tons of coal reduced * unit cost (user-specified or default) = Dollars saved."]
["Default Unit Cost",0.69099999999999995,"/therms",null,null,null,0.54,"/mile",null,1.246,"/gal",null,2.3159999999999998,"/gal",null,2.54,"/gal",null,1.83,"/gal",null,null,null,null,41.02,"/barrel",null,68.790000000000006,"/ton"]
[null,"Amount of Natural Gas Reduced","Unit (select)","Unit Cost ($/unit just selected)","Therms Reduced","Dollar Savings","Miles Reduced","Unit Cost ($/mile) ","Dollar Savings","Reduced Gallons of Gas","Unit Cost ($/gal) ","Dollar Savings","Reduced Gallons of Diesel","Unit Cost ($/gal) ","Dollar Savings","Reduced Gallons of Biodiesel","Unit Cost ($/gal) ","Dollar Savings","Reduced Gallons of Jet Fuel","Unit Cost ($/gal) ","Dollar Savings","Flights Avoided (#)","Unit Cost ($/flight)","Dollar Savings","Reduced Barrels of Crude Oil","Unit Cost ($/barrel) ","Dollar Savings ","Reduced Tons of Coal","Unit Cost ($/ton) ","Dollar Savings"]
["Example","Green building reduced heat usage at two commercial buildings. "]
[null,150000,"therms",null,{"$f":"IF(C10=\"therms\",B10,IF(C10=\"cubic feet\",B10*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31,IF(C10=\"BTU\",B10/'C_Conversion Factors'!$D$31,0)))","v":150000},{"$f":"E10*$B$7","v":103649.99999999999}]
["Total Input - All Projects",null,null,null,{"$f":"SUM(E13:E23)","v":0},{"$f":"SUM(F13:F23)","v":0},{"$f":"SUM(G13:G23)","v":0},null,{"$f":"SUM(I13:I23)","v":0},{"$f":"SUM(J13:J23)","v":0},null,{"$f":"SUM(L13:L23)","v":0},{"$f":"SUM(M13:M23)","v":0},null,{"$f":"SUM(O13:O23)","v":0},{"$f":"SUM(P13:P23)","v":0},null,{"$f":"SUM(R13:R23)","v":0},{"$f":"SUM(S13:S23)","v":0},null,{"$f":"SUM(U13:U23)","v":0},{"$f":"SUM(V13:V23)","v":0},null,{"$f":"SUM(X13:X23)","v":0},{"$f":"SUM(Y13:Y23)","v":0},null,{"$f":"SUM(AA13:AA23)","v":0},{"$f":"SUM(AB13:AB23)","v":0},null,{"$f":"SUM(AD13:AD23)","v":0}]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},"(calculated directly in column E)",null,null,{"$f":"IF('Stationary Sources'!U12=\"therms\", 'Stationary Sources'!T12, IF('Stationary Sources'!U12=\"cubic feet\", 'Stationary Sources'!T12*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U12=\"BTU\", 'Stationary Sources'!T12/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U12=\"CCF\", 'Stationary Sources'!T12*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))\n+\nIF('Mobile Sources'!P13=\"therms\", 'Mobile Sources'!O13, IF('Mobile Sources'!P13=\"cubic feet\", 'Mobile Sources'!O13*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P13=\"BTU\", 'Mobile Sources'!O13/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P13=\"CCF\", 'Mobile Sources'!O13*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))","v":0},{"$f":"IF(D13=\"\",E13*$B$7,B13*D13)","v":0},null,null,{"$f":"IF(H13=\"\",G13*$G$7,G13*H13)","v":0},{"$f":"'Stationary Sources'!N12+'Mobile Sources'!K13+'Mobile Sources'!S13+'Mobile Sources'!Y13","v":0},null,{"$f":"IF(K13=\"\",J13*$J$7,J13*K13)","v":0},{"$f":"'Stationary Sources'!L12+'Mobile Sources'!D13","v":0},null,{"$f":"IF(N13=\"\",M13*$M$7,M13*N13)","v":0},{"$f":"'Stationary Sources'!Y12+'Mobile Sources'!V13","v":0},null,{"$f":"IF(Q13=\"\", P13*$P$7, P13*Q13)","v":0},{"$f":"'Mobile Sources'!F13","v":0},null,{"$f":"IF(T13=\"\",S13*$S$7,S13*T13)","v":0},null,null,{"$f":"V13*W13","v":0},{"$f":"('Stationary Sources'!J12+'Mobile Sources'!B13)/'Glossary & Conversions'!$D$35","v":0},null,{"$f":"IF(Z13=\"\",Y13*$Y$7,Y13*Z13)","v":0},{"$f":"('Stationary Sources'!B12+'Stationary Sources'!D12+'Stationary Sources'!F12+'Stationary Sources'!H12)/'Glossary & Conversions'!$D$32","v":0},null,{"$f":"IF(AC13=\"\",AB13*$AB$7,AB13*AC13)","v":0}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},"(calculated directly in column E)",null,null,{"$f":"IF('Stationary Sources'!U13=\"therms\", 'Stationary Sources'!T13, IF('Stationary Sources'!U13=\"cubic feet\", 'Stationary Sources'!T13*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U13=\"BTU\", 'Stationary Sources'!T13/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U13=\"CCF\", 'Stationary Sources'!T13*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))\n+\nIF('Mobile Sources'!P14=\"therms\", 'Mobile Sources'!O14, IF('Mobile Sources'!P14=\"cubic feet\", 'Mobile Sources'!O14*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P14=\"BTU\", 'Mobile Sources'!O14/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P14=\"CCF\", 'Mobile Sources'!O14*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))","v":0},0,null,null,{"$f":"G14*$G$7","v":0},{"$f":"'Stationary Sources'!N13+'Mobile Sources'!K14+'Mobile Sources'!S14+'Mobile Sources'!Y14","v":0},null,0,{"$f":"'Stationary Sources'!L13+'Mobile Sources'!D14","v":0},null,0,{"$f":"'Stationary Sources'!Y13+'Mobile Sources'!V14","v":0},null,0,{"$f":"'Mobile Sources'!F14","v":0},null,0,null,null,0,{"$f":"('Stationary Sources'!J13+'Mobile Sources'!B14)/'Glossary & Conversions'!$D$35","v":0},null,0,{"$f":"('Stationary Sources'!B13+'Stationary Sources'!D13+'Stationary Sources'!F13+'Stationary Sources'!H13)/'Glossary & Conversions'!$D$32","v":0},null,0]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},"(calculated directly in column E)",null,null,{"$f":"IF('Stationary Sources'!U14=\"therms\", 'Stationary Sources'!T14, IF('Stationary Sources'!U14=\"cubic feet\", 'Stationary Sources'!T14*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U14=\"BTU\", 'Stationary Sources'!T14/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U14=\"CCF\", 'Stationary Sources'!T14*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))\n+\nIF('Mobile Sources'!P15=\"therms\", 'Mobile Sources'!O15, IF('Mobile Sources'!P15=\"cubic feet\", 'Mobile Sources'!O15*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P15=\"BTU\", 'Mobile Sources'!O15/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P15=\"CCF\", 'Mobile Sources'!O15*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))","v":0},0,null,null,0,{"$f":"'Stationary Sources'!N14+'Mobile Sources'!K15+'Mobile Sources'!S15+'Mobile Sources'!Y15","v":0},null,0,{"$f":"'Stationary Sources'!L14+'Mobile Sources'!D15","v":0},null,0,{"$f":"'Stationary Sources'!Y14+'Mobile Sources'!V15","v":0},null,0,{"$f":"'Mobile Sources'!F15","v":0},null,0,null,null,0,{"$f":"('Stationary Sources'!J14+'Mobile Sources'!B15)/'Glossary & Conversions'!$D$35","v":0},null,0,{"$f":"('Stationary Sources'!B14+'Stationary Sources'!D14+'Stationary Sources'!F14+'Stationary Sources'!H14)/'Glossary & Conversions'!$D$32","v":0},null,0]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},"(calculated directly in column E)",null,null,{"$f":"IF('Stationary Sources'!U15=\"therms\", 'Stationary Sources'!T15, IF('Stationary Sources'!U15=\"cubic feet\", 'Stationary Sources'!T15*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U15=\"BTU\", 'Stationary Sources'!T15/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U15=\"CCF\", 'Stationary Sources'!T15*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))\n+\nIF('Mobile Sources'!P16=\"therms\", 'Mobile Sources'!O16, IF('Mobile Sources'!P16=\"cubic feet\", 'Mobile Sources'!O16*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P16=\"BTU\", 'Mobile Sources'!O16/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P16=\"CCF\", 'Mobile Sources'!O16*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))","v":0},0,null,null,0,{"$f":"'Stationary Sources'!N15+'Mobile Sources'!K16+'Mobile Sources'!S16+'Mobile Sources'!Y16","v":0},null,0,{"$f":"'Stationary Sources'!L15+'Mobile Sources'!D16","v":0},null,0,{"$f":"'Stationary Sources'!Y15+'Mobile Sources'!V16","v":0},null,0,{"$f":"'Mobile Sources'!F16","v":0},null,0,null,null,0,{"$f":"('Stationary Sources'!J15+'Mobile Sources'!B16)/'Glossary & Conversions'!$D$35","v":0},null,0,{"$f":"('Stationary Sources'!B15+'Stationary Sources'!D15+'Stationary Sources'!F15+'Stationary Sources'!H15)/'Glossary & Conversions'!$D$32","v":0},null,0]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},"(calculated directly in column E)",null,null,{"$f":"IF('Stationary Sources'!U16=\"therms\", 'Stationary Sources'!T16, IF('Stationary Sources'!U16=\"cubic feet\", 'Stationary Sources'!T16*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U16=\"BTU\", 'Stationary Sources'!T16/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U16=\"CCF\", 'Stationary Sources'!T16*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))\n+\nIF('Mobile Sources'!P17=\"therms\", 'Mobile Sources'!O17, IF('Mobile Sources'!P17=\"cubic feet\", 'Mobile Sources'!O17*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P17=\"BTU\", 'Mobile Sources'!O17/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P17=\"CCF\", 'Mobile Sources'!O17*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))","v":0},0,null,null,0,{"$f":"'Stationary Sources'!N16+'Mobile Sources'!K17+'Mobile Sources'!S17+'Mobile Sources'!Y17","v":0},null,0,{"$f":"'Stationary Sources'!L16+'Mobile Sources'!D17","v":0},null,0,{"$f":"'Stationary Sources'!Y16+'Mobile Sources'!V17","v":0},null,0,{"$f":"'Mobile Sources'!F17","v":0},null,0,null,null,0,{"$f":"('Stationary Sources'!J16+'Mobile Sources'!B17)/'Glossary & Conversions'!$D$35","v":0},null,0,{"$f":"('Stationary Sources'!B16+'Stationary Sources'!D16+'Stationary Sources'!F16+'Stationary Sources'!H16)/'Glossary & Conversions'!$D$32","v":0},null,0]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},"(calculated directly in column E)",null,null,{"$f":"IF('Stationary Sources'!U17=\"therms\", 'Stationary Sources'!T17, IF('Stationary Sources'!U17=\"cubic feet\", 'Stationary Sources'!T17*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U17=\"BTU\", 'Stationary Sources'!T17/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U17=\"CCF\", 'Stationary Sources'!T17*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))\n+\nIF('Mobile Sources'!P18=\"therms\", 'Mobile Sources'!O18, IF('Mobile Sources'!P18=\"cubic feet\", 'Mobile Sources'!O18*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P18=\"BTU\", 'Mobile Sources'!O18/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P18=\"CCF\", 'Mobile Sources'!O18*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))","v":0},0,null,null,0,{"$f":"'Stationary Sources'!N17+'Mobile Sources'!K18+'Mobile Sources'!S18+'Mobile Sources'!Y18","v":0},null,0,{"$f":"'Stationary Sources'!L17+'Mobile Sources'!D18","v":0},null,0,{"$f":"'Stationary Sources'!Y17+'Mobile Sources'!V18","v":0},null,0,{"$f":"'Mobile Sources'!F18","v":0},null,0,null,null,0,{"$f":"('Stationary Sources'!J17+'Mobile Sources'!B18)/'Glossary & Conversions'!$D$35","v":0},null,0,{"$f":"('Stationary Sources'!B17+'Stationary Sources'!D17+'Stationary Sources'!F17+'Stationary Sources'!H17)/'Glossary & Conversions'!$D$32","v":0},null,0]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},"(calculated directly in column E)",null,null,{"$f":"IF('Stationary Sources'!U18=\"therms\", 'Stationary Sources'!T18, IF('Stationary Sources'!U18=\"cubic feet\", 'Stationary Sources'!T18*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U18=\"BTU\", 'Stationary Sources'!T18/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U18=\"CCF\", 'Stationary Sources'!T18*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))\n+\nIF('Mobile Sources'!P19=\"therms\", 'Mobile Sources'!O19, IF('Mobile Sources'!P19=\"cubic feet\", 'Mobile Sources'!O19*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P19=\"BTU\", 'Mobile Sources'!O19/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P19=\"CCF\", 'Mobile Sources'!O19*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))","v":0},0,null,null,0,{"$f":"'Stationary Sources'!N18+'Mobile Sources'!K19+'Mobile Sources'!S19+'Mobile Sources'!Y19","v":0},null,0,{"$f":"'Stationary Sources'!L18+'Mobile Sources'!D19","v":0},null,0,{"$f":"'Stationary Sources'!Y18+'Mobile Sources'!V19","v":0},null,0,{"$f":"'Mobile Sources'!F19","v":0},null,0,null,null,0,{"$f":"('Stationary Sources'!J18+'Mobile Sources'!B19)/'Glossary & Conversions'!$D$35","v":0},null,0,{"$f":"('Stationary Sources'!B18+'Stationary Sources'!D18+'Stationary Sources'!F18+'Stationary Sources'!H18)/'Glossary & Conversions'!$D$32","v":0},null,0]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},"(calculated directly in column E)",null,null,{"$f":"IF('Stationary Sources'!U19=\"therms\", 'Stationary Sources'!T19, IF('Stationary Sources'!U19=\"cubic feet\", 'Stationary Sources'!T19*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U19=\"BTU\", 'Stationary Sources'!T19/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U19=\"CCF\", 'Stationary Sources'!T19*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))\n+\nIF('Mobile Sources'!P20=\"therms\", 'Mobile Sources'!O20, IF('Mobile Sources'!P20=\"cubic feet\", 'Mobile Sources'!O20*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P20=\"BTU\", 'Mobile Sources'!O20/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P20=\"CCF\", 'Mobile Sources'!O20*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))","v":0},0,null,null,0,{"$f":"'Stationary Sources'!N19+'Mobile Sources'!K20+'Mobile Sources'!S20+'Mobile Sources'!Y20","v":0},null,0,{"$f":"'Stationary Sources'!L19+'Mobile Sources'!D20","v":0},null,0,{"$f":"'Stationary Sources'!Y19+'Mobile Sources'!V20","v":0},null,0,{"$f":"'Mobile Sources'!F20","v":0},null,0,null,null,0,{"$f":"('Stationary Sources'!J19+'Mobile Sources'!B20)/'Glossary & Conversions'!$D$35","v":0},null,0,{"$f":"('Stationary Sources'!B19+'Stationary Sources'!D19+'Stationary Sources'!F19+'Stationary Sources'!H19)/'Glossary & Conversions'!$D$32","v":0},null,0]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},"(calculated directly in column E)",null,null,{"$f":"IF('Stationary Sources'!U20=\"therms\", 'Stationary Sources'!T20, IF('Stationary Sources'!U20=\"cubic feet\", 'Stationary Sources'!T20*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U20=\"BTU\", 'Stationary Sources'!T20/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U20=\"CCF\", 'Stationary Sources'!T20*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))\n+\nIF('Mobile Sources'!P21=\"therms\", 'Mobile Sources'!O21, IF('Mobile Sources'!P21=\"cubic feet\", 'Mobile Sources'!O21*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P21=\"BTU\", 'Mobile Sources'!O21/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P21=\"CCF\", 'Mobile Sources'!O21*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))","v":0},0,null,null,0,{"$f":"'Stationary Sources'!N20+'Mobile Sources'!K21+'Mobile Sources'!S21+'Mobile Sources'!Y21","v":0},null,0,{"$f":"'Stationary Sources'!L20+'Mobile Sources'!D21","v":0},null,0,{"$f":"'Stationary Sources'!Y20+'Mobile Sources'!V21","v":0},null,0,{"$f":"'Mobile Sources'!F21","v":0},null,0,null,null,0,{"$f":"('Stationary Sources'!J20+'Mobile Sources'!B21)/'Glossary & Conversions'!$D$35","v":0},null,0,{"$f":"('Stationary Sources'!B20+'Stationary Sources'!D20+'Stationary Sources'!F20+'Stationary Sources'!H20)/'Glossary & Conversions'!$D$32","v":0},null,0]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},"(calculated directly in column E)",null,null,{"$f":"IF('Stationary Sources'!U21=\"therms\", 'Stationary Sources'!T21, IF('Stationary Sources'!U21=\"cubic feet\", 'Stationary Sources'!T21*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U21=\"BTU\", 'Stationary Sources'!T21/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U21=\"CCF\", 'Stationary Sources'!T21*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))\n+\nIF('Mobile Sources'!P22=\"therms\", 'Mobile Sources'!O22, IF('Mobile Sources'!P22=\"cubic feet\", 'Mobile Sources'!O22*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P22=\"BTU\", 'Mobile Sources'!O22/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P22=\"CCF\", 'Mobile Sources'!O22*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))","v":0},0,null,null,0,{"$f":"'Stationary Sources'!N21+'Mobile Sources'!K22+'Mobile Sources'!S22+'Mobile Sources'!Y22","v":0},null,0,{"$f":"'Stationary Sources'!L21+'Mobile Sources'!D22","v":0},null,0,{"$f":"'Stationary Sources'!Y21+'Mobile Sources'!V22","v":0},null,0,{"$f":"'Mobile Sources'!F22","v":0},null,0,null,null,0,{"$f":"('Stationary Sources'!J21+'Mobile Sources'!B22)/'Glossary & Conversions'!$D$35","v":0},null,0,{"$f":"('Stationary Sources'!B21+'Stationary Sources'!D21+'Stationary Sources'!F21+'Stationary Sources'!H21)/'Glossary & Conversions'!$D$32","v":0},null,0]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},"(calculated directly in column E)",null,null,{"$f":"IF('Stationary Sources'!U22=\"therms\", 'Stationary Sources'!T22, IF('Stationary Sources'!U22=\"cubic feet\", 'Stationary Sources'!T22*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U22=\"BTU\", 'Stationary Sources'!T22/'C_Conversion Factors'!$D$31, IF('Stationary Sources'!U22=\"CCF\", 'Stationary Sources'!T22*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))\n+\nIF('Mobile Sources'!P23=\"therms\", 'Mobile Sources'!O23, IF('Mobile Sources'!P23=\"cubic feet\", 'Mobile Sources'!O23*'C_Conversion Factors'!$D$33/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P23=\"BTU\", 'Mobile Sources'!O23/'C_Conversion Factors'!$D$31, IF('Mobile Sources'!P23=\"CCF\", 'Mobile Sources'!O23*'C_Conversion Factors'!$D$34/'C_Conversion Factors'!$D$31, 0))))","v":0},{"$f":"IF(D23=\"\",E23*$B$7,B23*D23)","v":0},null,null,{"$f":"G23*$G$7","v":0},{"$f":"'Stationary Sources'!N22+'Mobile Sources'!K23+'Mobile Sources'!S23+'Mobile Sources'!Y23","v":0},null,{"$f":"IF(K23=\"\",J23*$J$7,J23*K23)","v":0},{"$f":"'Stationary Sources'!L22+'Mobile Sources'!D23","v":0},null,{"$f":"IF(N23=\"\",M23*$M$7,M23*N23)","v":0},{"$f":"'Stationary Sources'!Y22+'Mobile Sources'!V23","v":0},null,{"$f":"IF(Q23=\"\", P23*$P$7, P23*Q23)","v":0},{"$f":"'Mobile Sources'!F23","v":0},null,{"$f":"IF(T23=\"\",S23*$S$7,S23*T23)","v":0},null,null,{"$f":"V23*W23","v":0},{"$f":"('Stationary Sources'!J22+'Mobile Sources'!B23)/'Glossary & Conversions'!$D$35","v":0},null,{"$f":"IF(Z23=\"\",Y23*$Y$7,Y23*Z23)","v":0},{"$f":"('Stationary Sources'!B22+'Stationary Sources'!D22+'Stationary Sources'!F22+'Stationary Sources'!H22)/'Glossary & Conversions'!$D$32","v":0},null,{"$f":"IF(AC23=\"\",AB23*$AB$7,AB23*AC23)","v":0}]
[]
["Color Key",null,"therms"]
["User enters value",null,"cubic feet"]
["User selects option from drop-down menu",null,"BTU"]
["Do not change- calculation"]
[]
[" Sources"]
["NATURAL GAS","Energy Information Administration (EIA), 2016"]
[]
["VEHICLE MILES TRAVELED","Internal Revenue Service (IRS), 2016"]
[]
["MOTOR GASOLINE","Energy Information Administration (EIA), 2016"]
[]
["DIESEL","Energy Information Administration (EIA), 2016"]
[]
["BIODIESEL","U.S. Department of Energy, Energy Efficiency and Renewable Energy (EERE), 2016"]
[]
["HEATING OIL","Energy Information Administration (EIA), 2016"]
[]
["JET FUEL","US Department of Transporation, Bureau of Transportation Statistics, 2016"]
[]
["CRUDE OIL","Energy Information Administration (EIA), 2016"]
[]
["COAL","Energy Information Administration (EIA), 2016\n"]

{"sheet":"C_Electricity Use","index":30,"n_rows":33,"n_cols":12,"rows_kept":33,"cut":false,"hidden":true,"merged":[[30,1,30,5],[31,0,31,5],[32,1,32,5],[8,0,9,0],[1,1,1,11],[3,7,3,11],[4,7,4,11],[5,7,5,11],[3,2,3,6],[4,2,4,6],[5,2,5,6],[8,2,8,6],[8,7,8,11],[0,0,2,0]]}
[null,"Electricity Use"]
[null,"This tab calculates dollars saved from conserving conventional electricity and net dollars spent purchasing green electricity.  The Aggregate tab will reflect the net cost savings  (positive or negative) calculated on this tab."]
[]
["Type of Activity",null,"Conserving Conventional Electricity",null,null,null,null,"Purchasing Green Electricity "]
["How to use this tab",null,"Enter the quantity of electricity conserved, selecting the appropriate unit. Enter the unit cost if known or select the state or U.S. National from the drop-down list to populate with the default state or national value. The Savings column converts data entries into dollars saved. ",null,null,null,null,"Work in this area only; all related cost trade-offs (user-specified or default) between buying green electricity and not buying conventional electricity will occur here.  \nEnter the quantity of green electricity purchased, selecting the appropriate unit. For unit cost, enter the negative (use a negative sign) difference between conventional electricity cost and green electricity cost in the same units (green electricity costs more, producing a negative savings).  If difference in unit cost is unknown, leave blank to use the state or national default value for the negative differential.  The Dollars Spent column converts data entries into dollars spent (negative savings). "]
["Calculation Description",null,"Quantity of electricity reduced (user specified units) * unit cost (user-specified or default) = Dollar savings.",null,null,null,null,"Quantity of electricity purchased (user specified units) *  negative unit cost differential (user-specified or default) = Dollars spent."]
["Default Unit Cost",null,0.1017,"/kWh",null,null,null,{"$f":"-0.0175","v":-1.7500000000000002E-2},"/kWh"]
[null,"State or U.S. (Select)","Electricity Conserved Quantity","Unit \n(select)","Unit Cost ($/unit just selected)","kWh Reduced","Dollar Savings","Green Electricity Quantity","Unit\n(select)","Unit Cost Difference ($/unit just selected)","Green kWh Purchased","Dollars Spent \n(negative cost savings)"]
["Example",null,"Installed energy-efficient lighting and reduced lighting and air conditioning usage at two commercial buildings. "]
[null,"NC",1700000,"kWh",null,{"$f":"IF(D10=\"kWh\",C10,IF(D10=\"Btu\",C10/'C_Conversion Factors'!$D$29,IF(D10=\"therms\",C10*'C_Conversion Factors'!$G$31,IF(D10=\"Gj\",C10*'C_Conversion Factors'!$G$30,0))))","v":1700000},{"$f":"IF(B10=\"\", C10*E10, F10*VLOOKUP(B10, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE))","v":188190},25000,"therms",null,{"$f":"IF(I10=\"kWh\",H10,IF(I10=\"Btu\",H10/'C_Conversion Factors'!$D$29,IF(I10=\"therms\",H10*'C_Conversion Factors'!$G$31,IF(I10=\"Gj\",H10*'C_Conversion Factors'!$G$30,0))))","v":732708.08909730357},{"$f":"IF( ISERROR( IF( AND(B10<>\"\", J10=\"\"), K10*-VLOOKUP(B10, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H10*J10)), \"-\", IF( AND(B10<>\"\", J10=\"\"), K10*-VLOOKUP(B10, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H10*J10))","v":-22963.071512309492}]
["Total Input - All Projects",null,null,null,null,{"$f":"SUM(F13:F23)","v":0},{"$f":"SUM(G13:G23)","v":0},null,null,null,{"$f":"SUM(K13:K23)","v":0},{"$f":"SUM(L13:L23)","v":0}]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},{"$f":"IF(ISBLANK('Electricity Management'!B12), 'Green Energy'!B12, 'Electricity Management'!B12)","v":"(select)"},{"$f":"'Electricity Management'!C12","v":0},{"$f":"'Electricity Management'!D12","v":"(select)"},null,{"$f":"IF(D13=\"kWh\",C13,IF(D13=\"Btu\",C13/'C_Conversion Factors'!$D$29,IF(D13=\"therms\",C13*'C_Conversion Factors'!$G$31,IF(D13=\"Gj\",C13*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B13<>\"\", E13=\"\"), F13*VLOOKUP(B13, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C13*E13)), \"-\", IF( AND(B13<>\"\", E13=\"\"), F13*VLOOKUP(B13, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C13*E13))","v":"-"},{"$f":"'Green Energy'!C12","v":0},{"$f":"'Green Energy'!D12","v":"(select)"},null,{"$f":"IF(I13=\"kWh\",H13,IF(I13=\"Btu\",H13/'C_Conversion Factors'!$D$29,IF(I13=\"therms\",H13*'C_Conversion Factors'!$G$31,IF(I13=\"Gj\",H13*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B13<>\"\", J13=\"\"), K13*-VLOOKUP(B13, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H13*J13)), \"-\", IF( AND(B13<>\"\", J13=\"\"), K13*-VLOOKUP(B13, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H13*J13))","v":"-"}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},{"$f":"IF(ISBLANK('Electricity Management'!B13), 'Green Energy'!B13, 'Electricity Management'!B13)","v":"(select)"},{"$f":"'Electricity Management'!C13","v":0},{"$f":"'Electricity Management'!D13","v":"(select)"},null,{"$f":"IF(D14=\"kWh\",C14,IF(D14=\"Btu\",C14/'C_Conversion Factors'!$D$29,IF(D14=\"therms\",C14*'C_Conversion Factors'!$G$31,IF(D14=\"Gj\",C14*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B14<>\"\", E14=\"\"), F14*VLOOKUP(B14, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C14*E14)), \"-\", IF( AND(B14<>\"\", E14=\"\"), F14*VLOOKUP(B14, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C14*E14))","v":"-"},{"$f":"'Green Energy'!C13","v":0},{"$f":"'Green Energy'!D13","v":"(select)"},null,{"$f":"IF(I14=\"kWh\",H14,IF(I14=\"Btu\",H14/'C_Conversion Factors'!$D$29,IF(I14=\"therms\",H14*'C_Conversion Factors'!$G$31,IF(I14=\"Gj\",H14*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B14<>\"\", J14=\"\"), K14*-VLOOKUP(B14, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H14*J14)), \"-\", IF( AND(B14<>\"\", J14=\"\"), K14*-VLOOKUP(B14, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H14*J14))","v":"-"}]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},{"$f":"IF(ISBLANK('Electricity Management'!B14), 'Green Energy'!B14, 'Electricity Management'!B14)","v":"(select)"},{"$f":"'Electricity Management'!C14","v":0},{"$f":"'Electricity Management'!D14","v":"(select)"},null,{"$f":"IF(D15=\"kWh\",C15,IF(D15=\"Btu\",C15/'C_Conversion Factors'!$D$29,IF(D15=\"therms\",C15*'C_Conversion Factors'!$G$31,IF(D15=\"Gj\",C15*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B15<>\"\", E15=\"\"), F15*VLOOKUP(B15, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C15*E15)), \"-\", IF( AND(B15<>\"\", E15=\"\"), F15*VLOOKUP(B15, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C15*E15))","v":"-"},{"$f":"'Green Energy'!C14","v":0},{"$f":"'Green Energy'!D14","v":"(select)"},null,{"$f":"IF(I15=\"kWh\",H15,IF(I15=\"Btu\",H15/'C_Conversion Factors'!$D$29,IF(I15=\"therms\",H15*'C_Conversion Factors'!$G$31,IF(I15=\"Gj\",H15*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B15<>\"\", J15=\"\"), K15*-VLOOKUP(B15, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H15*J15)), \"-\", IF( AND(B15<>\"\", J15=\"\"), K15*-VLOOKUP(B15, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H15*J15))","v":"-"}]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},{"$f":"IF(ISBLANK('Electricity Management'!B15), 'Green Energy'!B15, 'Electricity Management'!B15)","v":"(select)"},{"$f":"'Electricity Management'!C15","v":0},{"$f":"'Electricity Management'!D15","v":"(select)"},null,{"$f":"IF(D16=\"kWh\",C16,IF(D16=\"Btu\",C16/'C_Conversion Factors'!$D$29,IF(D16=\"therms\",C16*'C_Conversion Factors'!$G$31,IF(D16=\"Gj\",C16*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B16<>\"\", E16=\"\"), F16*VLOOKUP(B16, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C16*E16)), \"-\", IF( AND(B16<>\"\", E16=\"\"), F16*VLOOKUP(B16, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C16*E16))","v":"-"},{"$f":"'Green Energy'!C15","v":0},{"$f":"'Green Energy'!D15","v":"(select)"},null,{"$f":"IF(I16=\"kWh\",H16,IF(I16=\"Btu\",H16/'C_Conversion Factors'!$D$29,IF(I16=\"therms\",H16*'C_Conversion Factors'!$G$31,IF(I16=\"Gj\",H16*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B16<>\"\", J16=\"\"), K16*-VLOOKUP(B16, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H16*J16)), \"-\", IF( AND(B16<>\"\", J16=\"\"), K16*-VLOOKUP(B16, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H16*J16))","v":"-"}]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},{"$f":"IF(ISBLANK('Electricity Management'!B16), 'Green Energy'!B16, 'Electricity Management'!B16)","v":"(select)"},{"$f":"'Electricity Management'!C16","v":0},{"$f":"'Electricity Management'!D16","v":"(select)"},null,{"$f":"IF(D17=\"kWh\",C17,IF(D17=\"Btu\",C17/'C_Conversion Factors'!$D$29,IF(D17=\"therms\",C17*'C_Conversion Factors'!$G$31,IF(D17=\"Gj\",C17*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B17<>\"\", E17=\"\"), F17*VLOOKUP(B17, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C17*E17)), \"-\", IF( AND(B17<>\"\", E17=\"\"), F17*VLOOKUP(B17, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C17*E17))","v":"-"},{"$f":"'Green Energy'!C16","v":0},{"$f":"'Green Energy'!D16","v":"(select)"},null,{"$f":"IF(I17=\"kWh\",H17,IF(I17=\"Btu\",H17/'C_Conversion Factors'!$D$29,IF(I17=\"therms\",H17*'C_Conversion Factors'!$G$31,IF(I17=\"Gj\",H17*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B17<>\"\", J17=\"\"), K17*-VLOOKUP(B17, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H17*J17)), \"-\", IF( AND(B17<>\"\", J17=\"\"), K17*-VLOOKUP(B17, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H17*J17))","v":"-"}]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},{"$f":"IF(ISBLANK('Electricity Management'!B17), 'Green Energy'!B17, 'Electricity Management'!B17)","v":"(select)"},{"$f":"'Electricity Management'!C17","v":0},{"$f":"'Electricity Management'!D17","v":"(select)"},null,{"$f":"IF(D18=\"kWh\",C18,IF(D18=\"Btu\",C18/'C_Conversion Factors'!$D$29,IF(D18=\"therms\",C18*'C_Conversion Factors'!$G$31,IF(D18=\"Gj\",C18*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B18<>\"\", E18=\"\"), F18*VLOOKUP(B18, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C18*E18)), \"-\", IF( AND(B18<>\"\", E18=\"\"), F18*VLOOKUP(B18, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C18*E18))","v":"-"},{"$f":"'Green Energy'!C17","v":0},{"$f":"'Green Energy'!D17","v":"(select)"},null,{"$f":"IF(I18=\"kWh\",H18,IF(I18=\"Btu\",H18/'C_Conversion Factors'!$D$29,IF(I18=\"therms\",H18*'C_Conversion Factors'!$G$31,IF(I18=\"Gj\",H18*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B18<>\"\", J18=\"\"), K18*-VLOOKUP(B18, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H18*J18)), \"-\", IF( AND(B18<>\"\", J18=\"\"), K18*-VLOOKUP(B18, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H18*J18))","v":"-"}]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},{"$f":"IF(ISBLANK('Electricity Management'!B18), 'Green Energy'!B18, 'Electricity Management'!B18)","v":"(select)"},{"$f":"'Electricity Management'!C18","v":0},{"$f":"'Electricity Management'!D18","v":"(select)"},null,{"$f":"IF(D19=\"kWh\",C19,IF(D19=\"Btu\",C19/'C_Conversion Factors'!$D$29,IF(D19=\"therms\",C19*'C_Conversion Factors'!$G$31,IF(D19=\"Gj\",C19*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B19<>\"\", E19=\"\"), F19*VLOOKUP(B19, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C19*E19)), \"-\", IF( AND(B19<>\"\", E19=\"\"), F19*VLOOKUP(B19, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C19*E19))","v":"-"},{"$f":"'Green Energy'!C18","v":0},{"$f":"'Green Energy'!D18","v":"(select)"},null,{"$f":"IF(I19=\"kWh\",H19,IF(I19=\"Btu\",H19/'C_Conversion Factors'!$D$29,IF(I19=\"therms\",H19*'C_Conversion Factors'!$G$31,IF(I19=\"Gj\",H19*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B19<>\"\", J19=\"\"), K19*-VLOOKUP(B19, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H19*J19)), \"-\", IF( AND(B19<>\"\", J19=\"\"), K19*-VLOOKUP(B19, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H19*J19))","v":"-"}]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},{"$f":"IF(ISBLANK('Electricity Management'!B19), 'Green Energy'!B19, 'Electricity Management'!B19)","v":"(select)"},{"$f":"'Electricity Management'!C19","v":0},{"$f":"'Electricity Management'!D19","v":"(select)"},null,{"$f":"IF(D20=\"kWh\",C20,IF(D20=\"Btu\",C20/'C_Conversion Factors'!$D$29,IF(D20=\"therms\",C20*'C_Conversion Factors'!$G$31,IF(D20=\"Gj\",C20*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B20<>\"\", E20=\"\"), F20*VLOOKUP(B20, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C20*E20)), \"-\", IF( AND(B20<>\"\", E20=\"\"), F20*VLOOKUP(B20, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C20*E20))","v":"-"},{"$f":"'Green Energy'!C19","v":0},{"$f":"'Green Energy'!D19","v":"(select)"},null,{"$f":"IF(I20=\"kWh\",H20,IF(I20=\"Btu\",H20/'C_Conversion Factors'!$D$29,IF(I20=\"therms\",H20*'C_Conversion Factors'!$G$31,IF(I20=\"Gj\",H20*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B20<>\"\", J20=\"\"), K20*-VLOOKUP(B20, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H20*J20)), \"-\", IF( AND(B20<>\"\", J20=\"\"), K20*-VLOOKUP(B20, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H20*J20))","v":"-"}]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},{"$f":"IF(ISBLANK('Electricity Management'!B20), 'Green Energy'!B20, 'Electricity Management'!B20)","v":"(select)"},{"$f":"'Electricity Management'!C20","v":0},{"$f":"'Electricity Management'!D20","v":"(select)"},null,{"$f":"IF(D21=\"kWh\",C21,IF(D21=\"Btu\",C21/'C_Conversion Factors'!$D$29,IF(D21=\"therms\",C21*'C_Conversion Factors'!$G$31,IF(D21=\"Gj\",C21*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B21<>\"\", E21=\"\"), F21*VLOOKUP(B21, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C21*E21)), \"-\", IF( AND(B21<>\"\", E21=\"\"), F21*VLOOKUP(B21, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C21*E21))","v":"-"},{"$f":"'Green Energy'!C20","v":0},{"$f":"'Green Energy'!D20","v":"(select)"},null,{"$f":"IF(I21=\"kWh\",H21,IF(I21=\"Btu\",H21/'C_Conversion Factors'!$D$29,IF(I21=\"therms\",H21*'C_Conversion Factors'!$G$31,IF(I21=\"Gj\",H21*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B21<>\"\", J21=\"\"), K21*-VLOOKUP(B21, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H21*J21)), \"-\", IF( AND(B21<>\"\", J21=\"\"), K21*-VLOOKUP(B21, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H21*J21))","v":"-"}]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},{"$f":"IF(ISBLANK('Electricity Management'!B21), 'Green Energy'!B21, 'Electricity Management'!B21)","v":"(select)"},{"$f":"'Electricity Management'!C21","v":0},{"$f":"'Electricity Management'!D21","v":"(select)"},null,{"$f":"IF(D22=\"kWh\",C22,IF(D22=\"Btu\",C22/'C_Conversion Factors'!$D$29,IF(D22=\"therms\",C22*'C_Conversion Factors'!$G$31,IF(D22=\"Gj\",C22*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B22<>\"\", E22=\"\"), F22*VLOOKUP(B22, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C22*E22)), \"-\", IF( AND(B22<>\"\", E22=\"\"), F22*VLOOKUP(B22, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C22*E22))","v":"-"},{"$f":"'Green Energy'!C21","v":0},{"$f":"'Green Energy'!D21","v":"(select)"},null,{"$f":"IF(I22=\"kWh\",H22,IF(I22=\"Btu\",H22/'C_Conversion Factors'!$D$29,IF(I22=\"therms\",H22*'C_Conversion Factors'!$G$31,IF(I22=\"Gj\",H22*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B22<>\"\", J22=\"\"), K22*-VLOOKUP(B22, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H22*J22)), \"-\", IF( AND(B22<>\"\", J22=\"\"), K22*-VLOOKUP(B22, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H22*J22))","v":"-"}]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},{"$f":"IF(ISBLANK('Electricity Management'!B22), 'Green Energy'!B22, 'Electricity Management'!B22)","v":"(select)"},{"$f":"'Electricity Management'!C22","v":0},{"$f":"'Electricity Management'!D22","v":"(select)"},null,{"$f":"IF(D23=\"kWh\",C23,IF(D23=\"Btu\",C23/'C_Conversion Factors'!$D$29,IF(D23=\"therms\",C23*'C_Conversion Factors'!$G$31,IF(D23=\"Gj\",C23*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B23<>\"\", E23=\"\"), F23*VLOOKUP(B23, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C23*E23)), \"-\", IF( AND(B23<>\"\", E23=\"\"), F23*VLOOKUP(B23, 'C_State Elec. Prices & Premiums'!$B$4:$D$55, 3, FALSE), C23*E23))","v":"-"},{"$f":"'Green Energy'!C22","v":0},{"$f":"'Green Energy'!D22","v":"(select)"},null,{"$f":"IF(I23=\"kWh\",H23,IF(I23=\"Btu\",H23/'C_Conversion Factors'!$D$29,IF(I23=\"therms\",H23*'C_Conversion Factors'!$G$31,IF(I23=\"Gj\",H23*'C_Conversion Factors'!$G$30,0))))","v":0},{"$f":"IF( ISERROR( IF( AND(B23<>\"\", J23=\"\"), K23*-VLOOKUP(B23, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H23*J23)), \"-\", IF( AND(B23<>\"\", J23=\"\"), K23*-VLOOKUP(B23, 'C_State Elec. Prices & Premiums'!$F$4:$H$55, 3, FALSE), H23*J23))","v":"-"}]
[]
["Color Key"]
["User enters value"]
["User selects option from drop-down menu"]
["Do not change- calculation"]
[]
[" Sources"]
["ELECTRICITY CONSERVATION","Energy Information Administration (EIA), 2015"]
[]
["PURCHASED GREEN ELECTRICITY","Energy Efficiency and Renewable Energy (EERE), 2015"]

{"sheet":"C_Non-Haz Inputs & Solid Wa","index":31,"n_rows":34,"n_cols":9,"rows_kept":34,"cut":false,"hidden":true,"merged":[[33,1,33,5],[32,0,32,5],[31,1,31,5],[11,6,11,7],[11,2,11,3],[0,0,2,0],[9,0,10,0],[1,1,1,8],[3,5,3,8],[3,1,3,4],[9,1,9,4],[9,5,9,8],[6,1,7,4],[5,5,5,8],[4,1,4,4],[6,0,7,0],[5,1,5,4],[4,5,4,8]]}
[null,"Non-Hazardous Inputs & Solid Wastes"]
[null,"This tab calculates cost savings from using fewer non-hazardous inputs or reducing solid waste.  Do not include these cost savings in EPA's reporting measure of P2 cost savings. "]
[]
["Type of Reduction","Reducing Non-Hazardous Inputs",null,null,null,"Reducing Solid Waste"]
["How to use this tab","Enter the quantity of input reduced, selecting the appropriate unit.  Enter the cost per unit selected.  The Savings column converts data entries into dollars saved.",null,null,null,"Enter the quantity of solid waste reduced, selecting the appropriate unit.  Enter the unit cost if known of leave blank to populate the national default value. The Savings column converts data entries into dollars saved."]
["Calculation Description","Quantity of input reduced * Unit Cost (user specified value) = Dollars saved.",null,null,null,"Quantity of waste reduced * Unit Cost (user-specified or default) = Dollars saved."]
["Default Unit Cost",null,null,null,null,2.4E-2,"/ lbs"]
[null,null,null,null,null,0.19700000000000001,"/ gal"]
[null,"Reduced Inputs Quantity ","Unit (select)","Unit Cost ($/unit selected)","Dollar Savings","Reduced Waste Quantity","Unit (select)","Unit Cost ($/unit selected)","Dollar Savings"]
["Example"]
[]
["Total Input - All Projects",{"$f":"SUMIF(C14:C24,\"lbs\",B14:B24)&\" lbs\"&\"; \"&SUMIF(C14:C24,\"gal\",B14:B24)&\" gal\"&\"; \"&SUMIF(C14:C24,\"tons\",B14:B24)&\" tons\"&\"; \"&SUMIF(C14:C24,\"kg\",B14:B24)&\" kg\"","v":"0 lbs; 0 gal; 0 tons; 0 kg"},null,null,{"$f":"SUM(E14:E24)","v":0},{"$f":"SUMIF(G14:G24,\"lbs\",F14:F24)&\" lbs\"&\"; \"&SUMIF(G14:G24,\"gal\",F14:F24)&\" gal\"","v":"0 lbs; 0 gal"},null,null,{"$f":"SUM(I14:I24)","v":0}]
[]
[{"$f":"Aggregate_CO2e!A8","v":"Project 1"},null,"(Select)",null,{"$f":"B14*D14","v":0},null,"(Select)",null,{"$f":"IF(AND(H14=\"\",G14=\"lbs\"),F14*$F$7,IF(AND(H14=\"\",G14=\"gal\"),F14*$F$8,F14*H14))","v":0}]
[{"$f":"Aggregate_CO2e!A9","v":"Project 2"},null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A10","v":"Project 3"},null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A11","v":"Project 4"},null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A12","v":"Project 5"},null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A13","v":"Project 6"},null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A14","v":"Project 7"},null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A15","v":"Project 8"},null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A16","v":"Project 9"},null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A17","v":"Project 10"},null,"(Select)",null,0,null,"(Select)",null,0]
[{"$f":"Aggregate_CO2e!A18","v":"Project 11"},null,"(Select)",null,{"$f":"B24*D24","v":0},null,"(Select)",null,{"$f":"IF(AND(H24=\"\",G24=\"lbs\"),F24*$F$7,IF(AND(H24=\"\",G24=\"gal\"),F24*$F$8,F24*H24))","v":0}]
[]
["Color Key"]
["User enters value"]
["User selects option from drop-down menu"]
["Do not change- calculation"]
[]
[" Sources"]
["NON-HAZARDOUS INPUT REDUCTION","Will vary- user provides"]
[]
["SOLID WASTE","Waste Business Journal"]

{"sheet":"C_Conversion Factors","index":32,"n_rows":34,"n_cols":8,"rows_kept":34,"cut":false,"hidden":true,"merged":[[5,4,5,6],[17,0,17,7],[11,0,11,2],[11,3,11,7],[1,4,1,7],[0,0,0,7],[1,0,1,2],[4,4,4,6],[2,4,2,6],[3,4,3,6]]}
["Glossary & Conversions"]
["Abbreviation",null,null,null,"Meaning"]
[null,"kwh",null,null,"Kilowatt hour"]
[null,"BTU",null,null,"British thermal unit"]
[null,"MBTU",null,null,"Thousand BTU"]
[null,"MMBTU",null,null,"Million BTU"]
[null,"tons",null,null,"U.S. short tons"]
[null,"kg",null,null,"Kilogram"]
[null,"lbs",null,null,"Pounds"]
[null,"gal",null,null,"Gallon(s)"]
[]
["Prefixes",null,null,"                Factor"]
[null,"Kilo","=",1000]
[null,"Mega","=",1000000]
[null,"Giga","=",1000000000]
[null,"Tera","=",1000000000000]
[]
["Useful Conversions"]
[1,"mile","=",1.609,"kilometers"]
[1,"lbs","=",0.45400000000000001,"kg","=",{"$f":"1/D23","v":5.0000000000000001E-4},"ton"]
[1,"kg","=",2.2050000000000001,"lbs.","=",{"$f":"D21/D23","v":1.1025E-3},"ton"]
[1,"metric ton","=",1000,"kg","=",{"$f":"G21*D22","v":1.1025},"ton"]
[1,"U.S. short ton","=",2000,"lbs.","=",1,"ton"]
[]
[1,"liter","=",0.26419999999999999,"gallons"]
[1,"gallon","=",3.7854000000000001,"liters"]
[1,"barrel petroleum","=",42,"gallons"]
[]
[1,"kWh","=",3412,"BTU","=",1,"kwh"]
[1,"Gj","=",{"$f":"10^9/1055","v":947867.298578199},"BTU","=",{"$f":"D30/3412","v":277.8040148236222},"kwh"]
[1,"therms","=",{"$f":"10^5","v":100000},"BTU","=",{"$f":"D31/3412","v":29.308323563892145},"kwh"]
[1,"BTU","=",1,"BTU","=",{"$f":"1/3412","v":2.9308323563892143E-4},"kwh"]
[1,"cubic feet","=",1027,"BTU"]
[1,"CCF","=",{"$f":"1027*100","v":102700},"BTU"]

{"sheet":"C_State Air Emission","index":33,"n_rows":63,"n_cols":14,"rows_kept":63,"cut":false,"hidden":true,"merged":[]}
[null,1,{"$f":"B1+1","v":2},{"$f":"C1+1","v":3},null,{"$f":"D1+1","v":4},null,1,{"$f":"H1+1","v":2},{"$f":"I1+1","v":3},null,{"$f":"J1+1","v":4}]
[{"$f":"COLUMN()","v":1},{"$f":"COLUMN()","v":2},{"$f":"COLUMN()","v":3},{"$f":"COLUMN()","v":4},null,{"$f":"COLUMN()","v":6},null,{"$f":"COLUMN()","v":8},{"$f":"COLUMN()","v":9},{"$f":"COLUMN()","v":10},null,{"$f":"COLUMN()","v":12},{"$f":"COLUMN()","v":13}]
["States","Blocks","Group","Nox, Sox, PM10, VOCs","Nox, SOx, PM10, VOCs (2015$/ton)","Category","Notes","Blocks","Group","HAPs","HAPs (2015$/ton)","Category","Notes","Sources and Notes"]
["U.S. National","U.S. National",1,45.14,{"$f":"IFERROR(D4*(109.3815/101.221), D4)","v":48.779214886239018},"National",null,"U.S. National",1,45.8,{"$f":"IFERROR(J4*(109.3815/101.221), J4)","v":49.49242449689293}]
["AK",{"$f":"IF(OR(F5=\"\",F5=\"National\"),A5,A5&\"_\"&F5)","v":"AK"},1,28.57,{"$f":"IFERROR(D5*(109.3815/101.221), D5)","v":30.873331176336922},null,null,{"$f":"IF(OR($L5=\"\",$L5=\"National\"),$A5,$A5&\"_\"&$L5)","v":"AK"},1,28.57,{"$f":"IFERROR(J5*(109.3815/101.221), J5)","v":30.873331176336922},null,null,"\"Air Permits Program Fee Rate Evaluation Report (February 25th, 2010),\"  Department of Environmental Conservation, Division of Air Quality (http://www.dec.state.ak.us/air/ap/fees.htm)                                                                    "]
["AL","AL",1,32.5,35.120170221594329,null,null,"AL",1,32.5,35.120170221594329,null,null,"Information received by Sarah Helinek via e-mail in January 2010 from Tim Owen, Chief, Energy Branch, Air Division, AL Department of Environmental Management (Airmail@adem.state.al.us)                                      "]
["AR","AR",1,22.07,23.849297132018059,null,null,"AR",1,22.07,23.849297132018059,null,null,"Information received by Sarah Helinek via e-mail in March 2010 from Thomas Rheaume, Permit Branch Manager, Arkansas Department of Environmental Quality, Air Division (RHEAUME@adeq.state.ar.us)                                         "]
["AZ","AZ",1,36.96,39.939738196619274,null,null,"AZ",1,36.96,39.939738196619274,null,null,"Information received by Sarah Helinek via e-mail in March 2010 from Trevor Baggiore, Air Quality Permits Section, Arizona Deparment of Environmental Quality (Baggiore.Trevor@azdeq.gov)              "]
["CA","CA",1,46.64,50.400145819543368,null,null,"CA",1,47.23,51.037711986643082,null,null,"\"District Rules Database,\" Air Resources Board, CA Environmental Protection Agency website  (http://www.arb.ca.gov/drdb/drdb.htm)                                                               (*NOTE: CA has 35 different air districts, each with unique air pollution laws and fee. Many districts did not provide Title V fee information, and of those that did, many were not up to date. Only four had sufficient/up-to-date data to report)                                                                                                                   "]
["CO","CO",1,22.9,24.746212248446465,null,null,"CO",1,152.9,165.2268931348238,null,null,"\"Air Pollution Billing and Fees Stationary Sources Program,\" Colorado Department of Public Health and Environment,  Air Pollution Control Division (http://www.cdphe.state.co.us/ap/billing.html)                                                              "]
["CT","CT",1,229.47,247.97001417690004,null,null,"CT",1,229.47,247.97001417690004,null,null,"Information received by Sarah Helinek via e-mail in January 2010 from Dennise Goulbourne, Fiscal Administrative Officer, Bureau of Financial & Support Services (Dennise.Goulbourne@ct.gov)                                        "]
["DC","DC",1,43.72,47.244733602710895,null,null,"DC",1,0,0,null,null,"Information received by Sarah Helinek via e-mail in January 2010 from Jessica Daniels, Environmental Protection Specialist, Government of the District of Columbia, District Department of the Environment (jessica.daniels@dc.gov)                            "]
["DE","DE",2,"U.S. National",{"$f":"IFERROR(D13*(115.381/110.993), D13)","v":"U.S. National"},"National","Determined on a case-by-case basis","DE",2,"U.S. National",{"$f":"IFERROR(J13*(115.381/110.993), J13)","v":"U.S. National"},"National","Determined on a case-by-case basis","DE determines its air emissions fees on a complicated, case-by-case basis, and is therefore not included in the average (Based on e-mail from Amy Mann, DE Department of Natural Resources and Environmental Control, Amy.Mann@state.de.us)"]
["FL","FL",1,30,32.41861866608707,null,null,"FL",1,30,32.41861866608707,null,null,"\"Title V Annual Emissions Fee On-line Information Center,\" Maryland Department of Environmental Protection website (http://www.dep.state.fl.us/AIR/emission/tvfee.htm)                                           "]
["GA","GA",1,34,36.741101154898686,null,null,"GA",1,34,36.741101154898686,null,null,"\"Procedures for Calculating Air Permit Fees,\" Georgia Department of Natural Resources website (http://www.gaepd.org/air/airpermit/html/aqrules/fee.htm)                       "]
["HI","HI",1,61.52,66.479780677922562,null,null,"HI",1,0,0,null,null,"Information received by Sarah Helinek via e-mail in March 2010 from Scott Takamoto, Clean Air Branch, Hawaii Department of Health (scott.takamoto@doh.hawaii.gov)                                                                   "]
["IA","IA",1,56,60.514754843362539,null,null,"IA",1,56,60.514754843362539,null,null,"Information received by Sarah Helinek via e-mail in March 2010 from Doug Campbell, Supervisor, Operating Permits Section, Air Quality Bureau Iowa Department of Natural Resources (Doug.Campbell@dnr.iowa.gov)                                "]
["ID","ID",1,39.479999999999997,42.662902164570582,null,null,"ID",1,0,0,null,null,"Information received by Sarah Helinek via e-mail in March 2010 from Stephen Coe, Regional Airshed Manager, Idaho Department Of Environmental Quality (Stephen.Coe@deq.idaho.gov)                                                                               "]
["IL","IL_<100",3,0,0,"<100",null,"IL_<100",3,0,0,"<100","<100","\"Clean Air Title V Fees,\" Illinois Environmental Protection Agency (http://www.epa.state.il.us/fees/clean-air-title-v.html)                                   "]
["IL","IL_>=100",3,18,19.451171199652244,">=100",null,"IL_>=100",3,18,19.451171199652244,">=100",">=100","\"Clean Air Title V Fees,\" Illinois Environmental Protection Agency (http://www.epa.state.il.us/fees/clean-air-title-v.html)                                     "]
["IN","IN",1,41.25,44.575600665869729,null,null,"IN",1,0,0,null,null,"Information received by Sarah Helinek in March 2010 via e-mail from Kristin Wiley, Correspondence Coordinator, Governor's Liaison for Indiana Department of Environmental Management (INFO@idem.in.gov)                                                        "]
["KS","KS_<100",3,0,0,"<100",null,"KS_<10",3,0,0,"<10","<10","Information received by Sarah Helinek via e-mail in March 2010 from Marian Massoth, P.E. Air Permitting Section, KDHE - Bureau of Air (MMassoth@kdheks.gov)                                                                                                    "]
["KS","KS_>=100",3,25,27.015515555072561,">=100",null,"KS_>=10",3,25,27.015515555072561,">=10",">=10","Information received by Sarah Helinek via e-mail in March 2010 from Marian Massoth, P.E. Air Permitting Section, KDHE - Bureau of Air (MMassoth@kdheks.gov)                                                                                                    "]
["KY","KY",1,48.12,51.999464340403662,null,null,"KY",1,48.12,51.999464340403662,null,null,"\"Permit Fees for Fiscal Year 2010,\" Kentucky Air Pollution Control District website (http://www.louisvilleky.gov/APCD/EE/Permits.htm#aCost)     "]
["LA","LA",2,"U.S. National","U.S. National","National","No data received","LA",2,"U.S. National","U.S. National","National","No data received","N/A"]
["MA","MA",2,"U.S. National","U.S. National","National","No data received","MA",2,"U.S. National","U.S. National","National","No data received","Information N/A"]
["MD","MD",1,52.23,{"$f":"IFERROR(D27*(109.3815/101.221), D27)","v":56.440815097657591},null,null,"MD",1,52.23,{"$f":"IFERROR(J27*(109.3815/101.221), J27)","v":56.440815097657591},null,null,"\"Title V Fee Sheet,\" Maryland Department of the Environment website (http://www.mde.state.md.us/Permits/AirManagementPermits/Title5/title5feesheet.asp)                                                                                                        "]
["ME","ME_<1000",3,7.28,7.8669181296371304,"<1000",null,"ME_<1000",3,7.28,7.8669181296371304,"<1000","<1000","\"Major Source Information - Air Emissions License Revised Fee Schedule,\" Bureau of Air Quality, Maine Department of Environment  (http://www.state.me.us/dep/air/licensing/major.htm)                                            "]
["ME","ME_1000-4000",3,14.59,15.766254877940346,"1000-4000",null,"ME_1000-4000",3,14.59,15.766254877940346,"1000-4000","1000-4,000","\"Major Source Information - Air Emissions License Revised Fee Schedule,\" Bureau of Air Quality, Maine Department of Environment  (http://www.state.me.us/dep/air/licensing/major.htm)                                              "]
["ME","ME_>=4000",3,21.86,23.622366801355447,">=4000",null,"ME_>=4000",3,21.86,23.622366801355447,">=4000",">=4000","\"Major Source Information - Air Emissions License Revised Fee Schedule,\" Bureau of Air Quality, Maine Department of Environment  (http://www.state.me.us/dep/air/licensing/major.htm)                                             "]
["MI","MI",1,45.25,48.898083154681338,null,null,"MI",1,45.25,48.898083154681338,null,null,"\"Michigan Air Quality Fees for 2010,\" MI Department of Natural Resources and Environment (http://www.michigan.gov/deq/0,1607,7-135-3310_4103_5784---,00.html)     State Fee: $45.25/ton                                                                        "]
["MN","MN",1,43.33,46.823291560051764,null,null,"MN",1,43.33,46.823291560051764,null,null,"Information received by Sarah Helinek in March 2010 via e-mail from Michael Smith, Minnesota Pollution Control Agency Environmental Analysis and Outcomes, Air Emission Inventory Coordinator (Michael.Smith@state.mn.us)                                      "]
["MO","MO",1,40,43.224824888116096,null,null,"MO",1,40,43.224824888116096,null,null,"\"The State of Missouri's Environment, 2009,\" Missouri Department of Natural Resources (http://www.dnr.mo.gov/env/apcp/index.html)                                                                  "]
["MS","MS",1,36,38.902342399304487,null,null,"MS",1,36,38.902342399304487,null,null,"\"Mississippi Department on  Environmental Quality Office of Pollution Control Public Notice,\" under Title V Fees section of Mississippi Department of Environmental Quality website (http://www.deq.state.ms.us/mdeq.nsf/page/Air_TitleVFees?OpenDocument) "]
["MT","MT",1,38.24,41.322932593038992,null,null,"MT",1,0,0,null,null,"Information received by Sarah Helinek via e-mail in March 2010 from Charles Homer, MT Department of Environmental Quality (chomer@mt.gov)                                                                                                        "]
["NC","NC",1,27.5,29.717067110579816,null,null,"NC",1,27.5,29.717067110579816,null,null,"\"Calendar Year 2010 Air Quality Fees,\" NC Department of Environment and Natural Resources, Division of Air Quality website; under \"Permits\" then under \"Fees\" (http://daq.state.nc.us/)                                           "]
["ND","ND",1,13.4,14.480316337518893,null,null,"ND",1,27.9,30.149315359460978,null,null,"Information received by Sarah Helinek via e-mail in March 2010 from Lewis Dendy, Lew Dendy, Environmental Scientist, ND Division of Air Quality (ldendy@nd.gov)                                                                                                "]
["NE","NE",1,62,66.998478576579956,null,null,"NE",1,62,66.998478576579956,null,null,"\"2008 Emission Inventory Fee Assessment,\" Nebraska Department of Environmental Quality (http://www.deq.state.ne.us/AirDivis.nsf/Pages/2006EIFA)                                                                                                                "]
["NH","NH",1,136.15,147.12649771292519,null,null,"NH",1,136.15,147.12649771292519,null,null,"\"What Fees Are Required for an Air Permit?\" New Hampshire Department of Environmental Services (http://des.nh.gov/organization/divisions/air/pehb/apps/fees.htm)                                                                 "]
["NJ","NJ",1,105.12,113.59483980596912,null,null,"NJ",1,105.12,113.59483980596912,null,null,"\"Consumer Price Index Percentage Adjustments to Air Contaminant Emission Fees, and Base Fee Tables and Supplemental Fee Schedules,\" NJDEP Air Quality Permitting Program (http://www.nj.gov/dep/aqpp/archived/11162009NJRpage.html)                     "]
["NM","NM",1,23.07,24.929917754220959,null,null,"NM",1,173.86,187.87670137619662,null,null,"\"Air Quality Bureau,\" New Mexico Department of Environment (http://www.nmenv.state.nm.us/aqb/permit/permit_fees.htm)                                                                                                                                           "]
["NV","NV",1,16,17.289929955246439,null,"**It should be noted that the majority of NV's fee revenue comes from \"maintenance fees\" as opposed to \"emissions fees,\" unlike most states; for example, a Major Source with a Title V permit pays the $16.00/ton plus a $20,000 base fee","NV",1,16,17.289929955246439,null,"**It should be noted that the majority of NV's fee revenue comes from \"maintenance fees\" as opposed to \"emissions fees,\" unlike most states; for example, a Major Source with a Title V permit pays the $16.00/ton plus a $20,000 base fee","Information received by Sarah Helinek via e-mail in March 2010 from Patrick Anderson, Bureau of Air Pollution Control, Nevada Division of Environmental Protection (patricka@ndep.nv.gov)                                                                      "]
["NY","NY_<1000",3,45,48.627927999130613,"<1000",null,"NY_<1000",3,45,48.627927999130613,"<1000","<1000","\"Adopted Subpart 482-2, Operating Program Fees - Effective June 24, 2009,\"New York State Department of Environmental Conservation (http://www.dec.ny.gov/regulations/55931.html)                               "]
["NY","NY_1000-2000",3,50,54.031031110145122,"1000-2000",null,"NY_1000-2000",3,50,54.031031110145122,"1000-2000","1000-2000","\"Adopted Subpart 482-2, Operating Program Fees - Effective June 24, 2009,\"New York State Department of Environmental Conservation (http://www.dec.ny.gov/regulations/55931.html)                                       "]
["NY","NY_2000-5000",3,55,59.434134221159631,"2000-5000",null,"NY_2000-5000",3,55,59.434134221159631,"2000-5000","2000-5000","\"Adopted Subpart 482-2, Operating Program Fees - Effective June 24, 2009,\"New York State Department of Environmental Conservation (http://www.dec.ny.gov/regulations/55931.html)                                                       "]
["NY","NY_>=5000",3,65,70.240340443188657,">=5000",null,"NY_>=5000",3,65,70.240340443188657,">=5000",">=5000","\"Adopted Subpart 482-2, Operating Program Fees - Effective June 24, 2009,\"New York State Department of Environmental Conservation (http://www.dec.ny.gov/regulations/55931.html)                                                       "]
["OH","OH",1,43.75,47.27715222137698,null,null,"OH",1,43.75,47.27715222137698,null,null,"\"Title V General Information - Title V Emissions Fee Report Requirements,\" Ohio Environmental Protection Agency, Division of Air Pollution Control (http://web.epa.ohio.gov/dapc/title_v/titlev.html)                                "]
["OK","OK",1,34.04,36.7843259797868,null,null,"OK",1,34.04,36.7843259797868,null,null,"Information received by Sarah Helinek via e-mail in March 2010 from Morris Moffit, Morris Moffett, Air Quality Division, OK Department of Environmental Quality (Morris.Moffett@deq.ok.gov)                                                                    "]
["OR","OR",1,54.21,58.580443929619342,null,null,"OR",1,54.21,58.580443929619342,null,null,"Information received by Sarah Helinek via e-mail in March 2010 from Andrea Curtis,  Air Quality Division, Oregon Department of Environmental Equality (CURTIS.Andrea@deq.state.or.us)                                                                          "]
["PA","PA",1,54,58.353513598956731,null,null,"PA",1,54,58.353513598956731,null,null,"Information received by Sarah Helinek via e-mail in January 2010 from Douglas Malchenson, Air Quality Engineer. PA Department of Environmental Protection (dmalchenso@state.pa.us)                                                                        "]
["RI","RI",2,"U.S. National","U.S. National","National","No data received","RI",2,"U.S. National","U.S. National","National","No data received","Information N/A"]
["SC","SC",1,41.96,45.34284130763379,null,null,"SC",1,41.96,45.34284130763379,null,null,"\"Environmental Protection Fees - Fee Schedule,\" SC Department of Health and Environmental Control, Air Quality Division (http://www.scdhec.gov/environment/baq/fees.aspx)             "]
["SD","SD",2,"U.S. National","U.S. National","National","No data received","SD",2,"U.S. National","U.S. National","National","No data received","N/A"]
["TN","TN",1,43.75,47.27715222137698,null,null,"TN",1,43.75,47.27715222137698,null,null,"\"Title V Implementation Plan,\" TN Division of Air Pollution Control (http://www.tnchamber.org/environment/Draft%202008-2009%20Workload%20Analysis.pdf)                                                         "]
["TX","TX",1,44.17,47.731012882702203,null,null,"TX",1,44.17,47.731012882702203,null,null,"\"Point Source Air Emissions and Air Inspection Fees,\" Texas Commission on Environmental Quality (http://www.tceq.state.tx.us/implementation/air/industei/psei/air-fees.html#time)                                                                              "]
["UT","UT",2,"U.S. National","U.S. National","National","No data received","UT",2,"U.S. National","U.S. National","National","No data received","N/A"]
["VA","VA",1,44.17,47.731012882702203,null,null,"VA",1,44.17,47.731012882702203,null,null,"Information received by Sarah Helinek via e-mail in January 2010 from Gary Graham, Regulatory Analyst, Office of Regulatory Affairs, Commonwealth of Virginia Department of Environmental Quality (Gary.Graham@deq.virginia.gov)  "]
["VT","VT",1,42,45.386066132521904,null,null,"VT",1,0,0,null,null,"Information received by Sarah Helinek via e-mail in January 2010 from Doug Elliot, Air Pollution Control Division, Vermont Department of Environmental Conservation (Doug.Elliott@state.vt.us) "]
["WA","WA",1,22.37,24.17348331867893,null,null,"WA",1,22.37,24.17348331867893,null,null,"Information received by Sarah Helinek via e-mail in March 2010 from Crystal Alford, AOP Coordinator, Washington State Department of Ecology (Crystal.Alford@ecy.wa.gov)                                                                                        "]
["WI","WI",1,35.71,38.588962418865648,null,null,"WI",1,35.71,38.588962418865648,null,null,"Information received by Sarah Helinek in March 2010 via e-mail from Ralph Patterson, Emission Inventory Team Leader, Emissions Inventory and Small Source Section, Bureau of Air Management, \nWisconsin Department of Natural Resources (Ralph.Patterson@wiscon"]
["WV","WV",1,23.87,25.794414251983284,null,null,"WV",1,23.87,25.794414251983284,null,null,"\"West Virginia Air Quality Fees,\"  West Virginia Department of Environmental Protection (http://www.dep.wv.gov/daq/planning/Pages/AirQualityFees.aspx)      "]
["WY","WY",1,28.16,30.430276721233732,null,null,"WY",1,28.16,30.430276721233732,null,null,"\"Wyoming's Title V Operating Permit Program,\" Wyoming Department of Environmental Quality (http://deq.state.wy.us/aqd/TitleVOperatingPermitProgram.asp)                                                                                                        "]
["*All costs are in $/ton","*All costs are in $/ton",null,null,null,null,null,"*All costs are in $/ton"]

{"sheet":"C_State Water  Charges","index":34,"n_rows":56,"n_cols":9,"rows_kept":56,"cut":false,"hidden":true,"merged":[]}
[]
["State","Wastewater (2014$/gallons)*","TSS(2014$/lbs)*","BOD/COD (2014$/lbs)*","Water (2014$/gallons)*","Wastewater (2015$/gallons)*","TSS(2015$/lbs)*","BOD/COD (2015$/lbs)*","Water (2015$/gallons)*"]
["U.S. National",5.0018399999999996E-3,0.33,0.39,4.5135561497326206E-3,{"$f":"109.382/108.686*B3","v":5.0338706262076068E-3},{"$f":"109.382/108.686*C3","v":0.33211324365603667},{"$f":"109.382/108.686*D3","v":0.39249746977531608},{"$f":"109.382/108.686*E3","v":4.5424599191253101E-3}]
["AK",6.687636887608068E-3,0.33,0.39,5.2995454545454544E-3,{"$f":"109.382/108.686*B4","v":6.7304629670826574E-3},0.33211324365603667,0.39249746977531608,5.3334825176112001E-3]
["AL",4.6531027857829007E-3,0.25,0.26500000000000001,2.6876844919786098E-3,4.6829001795493921E-3,0.25160094216366413,0.26669699869348401,2.7048958016819488E-3]
["AR",5.2202305475504323E-3,0.1295,0.13450000000000001,1.3944786096256683E-3,5.2536596963009162E-3,0.13032928804077804,0.13536130688405132,1.4034085280355782E-3]
["AZ",3.3634870317002887E-3,0.26,0.26,3.6453055767761652E-3,3.3850260245242348E-3,0.2616649798502107,0.2616649798502107,3.6686492703653689E-3]
["CA",2.1859098108006516E-3,0.50833333333333341,0.34404773657499998,3.5510154061624642E-3,2.1999078715289632E-3,0.51158858239945049,0.34625093868618451,3.5737552873126499E-3]
["CO",3.7427185398655142E-3,0.31548000000000004,0.44662499999999999,3.5510154061624642E-3,3.7666860435343068E-3,0.31750026093517109,0.44948508317538599,3.5737552873126499E-3]
["CT",3.2851585014409225E-3,0.33,0.39,1.679010695187166E-3,3.3061958964780282E-3,0.33211324365603667,0.39249746977531608,1.6897626912478385E-3]
["DC",6.3544668587896249E-3,0.33,0.39,4.8463636363636365E-3,6.3951593944769954E-3,0.33211324365603667,0.39249746977531608,4.8773986279072494E-3]
["DE",5.0018399999999996E-3,0.33,0.39,4.5135561497326206E-3,5.0338706262076068E-3,0.33211324365603667,0.39249746977531608,{"$f":"109.382/108.686*E12","v":4.5424599191253101E-3}]
["FL",5.9215821325648409E-3,0.50776125000000005,0.9115185714285714,3.9102285459638392E-3,5.9595025746113335E-3,0.51101283557679922,0.91735572548442301,3.9352687449590255E-3]
["GA",4.5994587896253597E-3,0.378,0.47400000000000003,4.3143226381461668E-3,4.628912659650747E-3,0.3804206245514602,0.47703538634230724,4.3419505622224021E-3]
["HI",5.0018399999999996E-3,0.33,0.39,4.5135561497326206E-3,5.0338706262076068E-3,0.33211324365603667,0.39249746977531608,{"$f":"109.382/108.686*E15","v":4.5424599191253101E-3}]
["IA",3.4998270893371757E-3,0.56000000000000005,0.53,2.5277183600713013E-3,3.5222391723485911E-3,0.56358611044660767,0.53339399738696802,2.5439052836733257E-3]
["ID",3.3227089337175791E-3,0.26,0.21,1.7038770053475936E-3,3.3439867930358668E-3,0.2616649798502107,0.21134479141747786,1.7147882395058284E-3]
["IL",3.1675856548190849E-3,0.25431999999999999,0.24521999999999999,3.3314383453916328E-3,3.1878701405463551E-3,0.25594860644425221,0.24679033214949486,3.3527721058427724E-3]
["IN",4.6857829010566758E-3,0.10186666666666666,0.31946666666666668,2.680267379679145E-3,4.7157895707209884E-3,0.10251899723362101,0.32151245729287431,2.6974311919112327E-3]
["KS",4.9291181556195959E-3,0.18818454800000001,0.30961137999999999,3.0381773618538325E-3,4.9606830879596513E-3,0.18938963830977312,0.31159405965036896,3.0576331468109589E-3]
["KY",7.039012968299712E-3,0.21399999999999997,0.18,3.1967058823529409E-3,7.0840891789058303E-3,0.21537040649209646,0.18115267835783816,3.2171768472805088E-3]
["LA",5.4993083573487032E-3,0.14350000000000002,0.27700000000000002,3.0085494652406417E-3,5.5345246558297836E-3,0.14441894080194323,0.27877384391733989,3.0278155200021335E-3]
["MA",5.0018399999999996E-3,0.33,0.39,4.1283422459893046E-3,5.0338706262076068E-3,0.33211324365603667,0.39249746977531608,4.1547791946598654E-3]
["MD",6.1939409221902011E-3,0.28000000000000003,0.39,3.6950868983957217E-3,6.2336054869165172E-3,0.28179305522330383,0.39249746977531608,3.7187493800519005E-3]
["ME",9.1548847262247837E-3,0.33,0.39,1.253101604278075E-3,9.2135104900715765E-3,0.33211324365603667,0.39249746977531608,1.2611261770526508E-3]
["MI",4.7241858789625361E-3,0.313,0.44799999999999995,2.387349121466768E-3,4.7544384724130077E-3,0.31500437958890748,0.45086888835728606,2.4026371529385386E-3]
["MN",1.990706051873199E-3,0.33,0.39,1.53697192513369E-3,2.0034540728888195E-3,0.33211324365603667,0.39249746977531608,1.5468143377709482E-3]
["MO",2.1140345821325647E-3,0.17,0.27933333333333332,3.6122994652406418E-3,2.1275723705244851E-3,0.17108864067129162,0.28112211937753406,3.6354317953273822E-3]
["MS",6.5844380403458206E-4,0.11600000000000001,0.13200000000000001,4.5980748663101605E-3,6.6266032582771152E-4,0.11674283716394017,0.13284529746241466,4.6275198740108013E-3]
["MT",5.1735446685878964E-3,0.33,0.39,2.4600802139037436E-3,5.2066748517700647E-3,0.33211324365603667,0.39249746977531608,2.4758339984654811E-3]
["NC",5.7552713736791538E-3,0.21015700000000001,0.34220100000000009,3.773464476699771E-3,5.7921268001009619E-3,0.21150279680915665,0.3443923760373922,3.7976288702351209E-3]
["ND",5.0018399999999996E-3,0.33,0.39,4.5135561497326206E-3,5.0338706262076068E-3,0.33211324365603667,0.39249746977531608,{"$f":"109.382/108.686*E32","v":4.5424599191253101E-3}]
["NE",2.3152161383285302E-3,0.33,0.39,1.4228163992869875E-3,2.3300422468639135E-3,0.33211324365603667,0.39249746977531608,1.4319277863460728E-3]
["NH",5.0018399999999996E-3,0.33,0.39,4.5135561497326206E-3,5.0338706262076068E-3,0.33211324365603667,0.39249746977531608,{"$f":"109.382/108.686*E34","v":4.5424599191253101E-3}]
["NJ",5.0018399999999996E-3,0.33,0.39,4.5135561497326206E-3,5.0338706262076068E-3,0.33211324365603667,0.39249746977531608,{"$f":"109.382/108.686*E35","v":4.5424599191253101E-3}]
["NM",3.3856484149855908E-3,0.315,0.26,3.2377165775401067E-3,3.407329324181163E-3,0.31701718712621679,0.2616649798502107,3.2584501654720197E-3]
["NV",2.5587415946205574E-3,0.185,0.21000000000000002,2.3868716577540106E-3,2.5751271838395542E-3,0.18618469720111144,0.21134479141747789,2.4021566316586238E-3]
["NY",4.46978386167147E-3,0.1666,0.1226,2.2953654188948309E-3,4.4984073234579317E-3,0.16766686785786578,0.12338510203706089,2.3100644080153322E-3]
["OH",6.6310259365994243E-3,0.3833333333333333,0.3666666666666667,4.3594117647058825E-3,6.673489492640434E-3,0.38578811131761831,0.36901471517337409,4.3873284291174467E-3]
["OK",5.5714121037463973E-3,0.44800000000000001,0.47020000000000001,2.6986898395721928E-3,5.6070901379385429E-3,0.45086888835728611,0.4732110520214195,2.7159716249754852E-3]
["OR",6.2339145052833821E-3,0.92449999999999999,0.71350000000000002,2.1750808080808082E-3,6.2738350515881246E-3,0.9304202841212299,0.71806908893509747,2.189009522380941E-3]
["PA",4.51097502401537E-3,0.186,0.28566666666666668,3.9917112299465238E-3,4.5398622644760977E-3,0.1871911009697661,0.28749600991234692,4.0172732251992959E-3]
["RI",5.0018399999999996E-3,0.33,0.39,2.0796256684491978E-3,5.0338706262076068E-3,0.33211324365603667,0.39249746977531608,2.0929431101182317E-3]
["SC",6.0166200082338401E-3,0.27500000000000002,0.3125,3.2144385026737971E-3,6.0551490508495469E-3,0.27676103638003058,0.31450117770458019,3.2350230231995404E-3]
["SD",5.8516426512968296E-3,0.2429,0.2429,4.1135828877005348E-3,5.8891152170854558E-3,0.24445547540621607,0.24445547540621607,4.1399253208551229E-3]
["TN",6.3202567461357103E-3,0.55000000000000004,0.46760000000000002,3.514409854851032E-3,6.3607302081759957E-3,0.55352207276006116,0.47059440222291743,3.5369153225191432E-3]
["TX",3.7027951145876207E-3,1.0598399999999999,0.52285625000000002,4.1557344385026737E-3,3.7265069578770321E-3,1.066626970170951,0.52620450046464129,4.1823468004370335E-3]
["UT",3.9481268011527376E-3,0.33,0.31940000000000002,1.2023262032085562E-3,3.9734096918065693E-3,0.33211324365603667,0.32144536370829729,1.2100256220613354E-3]
["VA",5.1845389048991355E-3,0.3,0.25650000000000001,4.3677785204991083E-3,5.2177394926271759E-3,0.30192113059639697,0.25814256665991941,4.395748763679163E-3]
["VT",5.0018399999999996E-3,0.33,0.39,4.5135561497326206E-3,5.0338706262076068E-3,0.33211324365603667,0.39249746977531608,{"$f":"109.382/108.686*E50","v":4.5424599191253101E-3}]
["WA",6.8984602717167554E-3,0.33,0.42,2.6766737967914437E-3,6.9426364153701682E-3,0.33211324365603667,0.42268958283495572,2.6938145965500772E-3]
["WI",3.6901902017291064E-3,0.40416666666666662,1.3464750000000001,2.6766737967914437E-3,3.7138213260726597E-3,0.40675485649792364,1.3550975143992787,2.6938145965500772E-3]
["WV",1.9479927953890488E-2,0.33,0.56000000000000005,2.7449732620320852E-3,1.9604672905916581E-2,0.33211324365603667,0.56358611044660767,2.7625514357653568E-3]
["WY",4.2388472622478393E-3,0.33,0.45,4.1747860962566838E-3,4.2659918594776984E-3,0.33211324365603667,0.45288169589459543,4.2015204605997886E-3]
[null,"*Values are calculated as the average rate charged by utilities in the state."]
[null,"Note: States with missing data are assigned the national average, signified in bold italics."]

{"sheet":"C_Average HW Cost","index":35,"n_rows":15,"n_cols":8,"rows_kept":15,"cut":false,"hidden":true,"merged":[]}
[]
[null,"Computation of average cost for RCRA industrial hazardous waste disposal:"]
[]
[null,null,null,null,null,null,"Wtd avg","2011 BRS tons*"]
[null,null,"A. ",null,null,"Incineration price (per ton) =",{"$f":"(C_Incineration!J256)","v":643.28505904889187},1009814]
[null,null,"B.",null,null,"Landfill price (per ton) =",{"$f":"(C_Landfill!J200)","v":163.75043665334849},1291650]
[null,null,null,null,null,"Tonnage weighted average price =",{"$f":"ROUND(SUMPRODUCT(G5:G6,H5:H6)/SUM(H5:H6), 0)","v":374}]
[null,null,null,null,null,null,{"$f":"\"$\"&G7&\"/ton - weighted by physical form and incin/landfill proportion\"","v":"$374/ton - weighted by physical form and incin/landfill proportion"}]
[null,null,null,null,null,null,{"$f":"G7/2200","v":0.17},"per pound"]
[null,null,null,null,null,null,{"$f":"G9+(0.07*1.23)","v":0.25609999999999999},"including transportation"]
[null,null,"Notes:"]
[null,null,"A. Incineration price calculated on the Incineration tab"]
[null,null,"B. Landfill price calculated on the Landfill tab"]
[null,null,"* Source: Exhibit 2.5 of 2011 RCRA National Biennial Report"]
[null,null,"See Reference tab for more information"]

{"sheet":"C_Incineration","index":36,"n_rows":258,"n_cols":11,"rows_kept":258,"cut":false,"hidden":true,"merged":[]}
[]
[]
[]
[null,"Incineration Cost"]
[null,"1993 BRS","BRS treatment","BRS"]
[null,"wastestream","code for  ","physical",null,"1993 tons"]
[null,"count","incineration","form code","Physical form code description","incinerated","<Tons based on OSW's 1996 NHWCS survey"]
[null,1,"M043","B001","Lab packs",13.1]
[null,2,"M041","B101","Non-halogen liquids (inorganic liquids)",132.19999999999999]
[null,3,"M041","B101","Non-halogen liquids (inorganic liquids)",553.5]
[null,4,"M041","B101","Non-halogen liquids (inorganic liquids)",40989]
[null,5,"M041","B101","Non-halogen liquids (inorganic liquids)",140006]
[null,6,"M041","B101","Non-halogen liquids (inorganic liquids)",200937]
[null,7,"M041","B102","Non-halogen liquids (inorganic liquids)",516.1]
[null,8,"M041","B102","Non-halogen liquids (inorganic liquids)",782.6]
[null,9,"M041","B102","Non-halogen liquids (inorganic liquids)",1058.4000000000001]
[null,10,"M041","B102","Non-halogen liquids (inorganic liquids)",2601.6]
[null,11,"M041","B102","Non-halogen liquids (inorganic liquids)",2807.7]
[null,12,"M041","B102","Non-halogen liquids (inorganic liquids)",7818]
[null,13,"M041","B102","Non-halogen liquids (inorganic liquids)",49077]
[null,14,"M041","B102","Non-halogen liquids (inorganic liquids)",76709]
[null,15,"M041","B105","Non-halogen liquids (inorganic liquids)",67194]
[null,16,"M041","B105","Non-halogen liquids (inorganic liquids)",964109]
[null,17,"M041","B119","Non-halogen liquids (inorganic liquids)",1512]
[null,18,"M041","B201","Non-halogen liquids (organic liquids)",78]
[null,19,"M041","B201","Non-halogen liquids (organic liquids)",267.2]
[null,20,"M041","B201","Non-halogen liquids (organic liquids)",412.1]
[null,21,"M041","B201","Non-halogen liquids (organic liquids)",461.5]
[null,22,"M041","B201","Non-halogen liquids (organic liquids)",493.6]
[null,23,"M041","B201","Non-halogen liquids (organic liquids)",551.6]
[null,24,"M041","B201","Non-halogen liquids (organic liquids)",577.1]
[null,25,"M041","B201","Non-halogen liquids (organic liquids)",668.3]
[null,26,"M041","B201","Non-halogen liquids (organic liquids)",999.8]
[null,27,"M041","B201","Non-halogen liquids (organic liquids)",1180]
[null,28,"M041","B201","Non-halogen liquids (organic liquids)",1271.8]
[null,29,"M041","B201","Non-halogen liquids (organic liquids)",1595]
[null,30,"M041","B201","Non-halogen liquids (organic liquids)",1605.9]
[null,31,"M041","B201","Non-halogen liquids (organic liquids)",1684.9]
[null,32,"M041","B201","Non-halogen liquids (organic liquids)",1826.5]
[null,33,"M041","B201","Non-halogen liquids (organic liquids)",3955]
[null,34,"M041","B202","Organic liquids: halogenated",35.799999999999997]
[null,35,"M041","B202","Organic liquids: halogenated",182.9]
[null,36,"M041","B202","Organic liquids: halogenated",600.4]
[null,37,"M041","B202","Organic liquids: halogenated",688]
[null,38,"M041","B202","Organic liquids: halogenated",998]
[null,39,"M041","B202","Organic liquids: halogenated",1034.2]
[null,40,"M041","B202","Organic liquids: halogenated",1090.7]
[null,41,"M041","B202","Organic liquids: halogenated",1236]
[null,42,"M041","B202","Organic liquids: halogenated",3059]
[null,43,"M041","B202","Organic liquids: halogenated",3421]
[null,44,"M041","B202","Organic liquids: halogenated",8489]
[null,45,"M041","B203","Non-halogen liquids (organic liquids)",25.4]
[null,46,"M041","B203","Non-halogen liquids (organic liquids)",25.8]
[null,47,"M041","B203","Non-halogen liquids (organic liquids)",425.1]
[null,48,"M041","B203","Non-halogen liquids (organic liquids)",439.7]
[null,49,"M041","B203","Non-halogen liquids (organic liquids)",455.5]
[null,50,"M041","B203","Non-halogen liquids (organic liquids)",461.6]
[null,51,"M041","B203","Non-halogen liquids (organic liquids)",465.6]
[null,52,"M041","B203","Non-halogen liquids (organic liquids)",471.1]
[null,53,"M041","B203","Non-halogen liquids (organic liquids)",487.7]
[null,54,"M041","B203","Non-halogen liquids (organic liquids)",581.1]
[null,55,"M041","B203","Non-halogen liquids (organic liquids)",605.6]
[null,56,"M041","B203","Non-halogen liquids (organic liquids)",689.5]
[null,57,"M041","B203","Non-halogen liquids (organic liquids)",891.3]
[null,58,"M041","B203","Non-halogen liquids (organic liquids)",903.5]
[null,59,"M041","B203","Non-halogen liquids (organic liquids)",906]
[null,60,"M041","B203","Non-halogen liquids (organic liquids)",908.8]
[null,61,"M041","B203","Non-halogen liquids (organic liquids)",909.7]
[null,62,"M041","B203","Non-halogen liquids (organic liquids)",1065.5]
[null,63,"M041","B203","Non-halogen liquids (organic liquids)",1087]
[null,64,"M041","B203","Non-halogen liquids (organic liquids)",1152.5]
[null,65,"M041","B203","Non-halogen liquids (organic liquids)",1176.3]
[null,66,"M041","B203","Non-halogen liquids (organic liquids)",2092]
[null,67,"M041","B203","Non-halogen liquids (organic liquids)",2245.5]
[null,68,"M041","B203","Non-halogen liquids (organic liquids)",2289.1]
[null,69,"M041","B203","Non-halogen liquids (organic liquids)",2617.4]
[null,70,"M041","B203","Non-halogen liquids (organic liquids)",2845.7]
[null,71,"M041","B203","Non-halogen liquids (organic liquids)",2942]
[null,72,"M041","B203","Non-halogen liquids (organic liquids)",4633.3999999999996]
[null,73,"M041","B204","Organic liquids: halogenated",21.2]
[null,74,"M041","B204","Organic liquids: halogenated",198.4]
[null,75,"M041","B204","Organic liquids: halogenated",243.8]
[null,76,"M041","B204","Organic liquids: halogenated",376.8]
[null,77,"M041","B204","Organic liquids: halogenated",400.9]
[null,78,"M041","B204","Organic liquids: halogenated",418.8]
[null,79,"M041","B204","Organic liquids: halogenated",432.3]
[null,80,"M041","B204","Organic liquids: halogenated",453.6]
[null,81,"M041","B204","Organic liquids: halogenated",483.3]
[null,82,"M041","B204","Organic liquids: halogenated",544.1]
[null,83,"M041","B204","Organic liquids: halogenated",643.29999999999995]
[null,84,"M041","B204","Organic liquids: halogenated",651.29999999999995]
[null,85,"M041","B204","Organic liquids: halogenated",674.2]
[null,86,"M041","B204","Organic liquids: halogenated",692.6]
[null,87,"M041","B204","Organic liquids: halogenated",774.1]
[null,88,"M041","B204","Organic liquids: halogenated",1001]
[null,89,"M041","B204","Organic liquids: halogenated",1089.2]
[null,90,"M041","B204","Organic liquids: halogenated",1111.5]
[null,91,"M041","B204","Organic liquids: halogenated",1263.4000000000001]
[null,92,"M041","B204","Organic liquids: halogenated",1705.1]
[null,93,"M041","B204","Organic liquids: halogenated",1759]
[null,94,"M041","B204","Organic liquids: halogenated",1918.2]
[null,95,"M041","B204","Organic liquids: halogenated",1975]
[null,96,"M041","B204","Organic liquids: halogenated",2178]
[null,97,"M041","B204","Organic liquids: halogenated",2180.1]
[null,98,"M041","B204","Organic liquids: halogenated",2274.4]
[null,99,"M041","B204","Organic liquids: halogenated",2291.4]
[null,100,"M041","B204","Organic liquids: halogenated",2903]
[null,101,"M041","B204","Organic liquids: halogenated",3945.9]
[null,102,"M041","B204","Organic liquids: halogenated",4165.8]
[null,103,"M041","B204","Organic liquids: halogenated",5915]
[null,104,"M041","B204","Organic liquids: halogenated",6394.1]
[null,105,"M041","B204","Organic liquids: halogenated",7720]
[null,106,"M041","B204","Organic liquids: halogenated",8286.2000000000007]
[null,107,"M041","B204","Organic liquids: halogenated",8779.2999999999993]
[null,108,"M041","B204","Organic liquids: halogenated",9220.6]
[null,109,"M043","B204","Organic liquids: halogenated",10.6]
[null,110,"M043","B204","Organic liquids: halogenated",933.1]
[null,111,"M041","B205","Non-halogen liquids (organic liquids)",21.1]
[null,112,"M041","B205","Non-halogen liquids (organic liquids)",479]
[null,113,"M041","B206","Non-halogen liquids (organic liquids)",634.29999999999995]
[null,114,"M041","B206","Non-halogen liquids (organic liquids)",783.7]
[null,115,"M041","B206","Non-halogen liquids (organic liquids)",9181]
[null,116,"M041","B207","Non-halogen liquids (organic liquids)",429]
[null,117,"M041","B207","Non-halogen liquids (organic liquids)",550.79999999999995]
[null,118,"M041","B207","Non-halogen liquids (organic liquids)",638]
[null,119,"M041","B207","Non-halogen liquids (organic liquids)",758]
[null,120,"M041","B207","Non-halogen liquids (organic liquids)",857.3]
[null,121,"M041","B207","Non-halogen liquids (organic liquids)",910.8]
[null,122,"M041","B207","Non-halogen liquids (organic liquids)",1220.2]
[null,123,"M041","B207","Non-halogen liquids (organic liquids)",1699.9]
[null,124,"M041","B207","Non-halogen liquids (organic liquids)",2370.9]
[null,125,"M041","B207","Non-halogen liquids (organic liquids)",3455.3]
[null,126,"M041","B207","Non-halogen liquids (organic liquids)",5788.2]
[null,127,"M041","B207","Non-halogen liquids (organic liquids)",9155]
[null,128,"M041","B208","Non-halogen liquids (organic liquids)",458.1]
[null,129,"M041","B208","Non-halogen liquids (organic liquids)",1195]
[null,130,"M041","B208","Non-halogen liquids (organic liquids)",2105.6999999999998]
[null,131,"M043","B209","Non-halogen liquids (organic liquids)",2.8]
[null,132,"M041","B210","Non-halogen liquids (organic liquids)",1087.5]
[null,133,"M041","B212","Non-halogen liquids (organic liquids)",375.1]
[null,134,"M041","B212","Non-halogen liquids (organic liquids)",396.3]
[null,135,"M041","B212","Non-halogen liquids (organic liquids)",501.5]
[null,136,"M041","B212","Non-halogen liquids (organic liquids)",754.3]
[null,137,"M041","B212","Non-halogen liquids (organic liquids)",1234]
[null,138,"M041","B212","Non-halogen liquids (organic liquids)",1528.5]
[null,139,"M041","B219","Non-halogen liquids (organic liquids)",28.9]
[null,140,"M041","B219","Non-halogen liquids (organic liquids)",119.7]
[null,141,"M041","B219","Non-halogen liquids (organic liquids)",232.4]
[null,142,"M041","B219","Non-halogen liquids (organic liquids)",317.89999999999998]
[null,143,"M041","B219","Non-halogen liquids (organic liquids)",371]
[null,144,"M041","B219","Non-halogen liquids (organic liquids)",403.9]
[null,145,"M041","B219","Non-halogen liquids (organic liquids)",482.1]
[null,146,"M041","B219","Non-halogen liquids (organic liquids)",497.7]
[null,147,"M041","B219","Non-halogen liquids (organic liquids)",530.20000000000005]
[null,148,"M041","B219","Non-halogen liquids (organic liquids)",574.9]
[null,149,"M041","B219","Non-halogen liquids (organic liquids)",593.5]
[null,150,"M041","B219","Non-halogen liquids (organic liquids)",645]
[null,151,"M041","B219","Non-halogen liquids (organic liquids)",815.3]
[null,152,"M041","B219","Non-halogen liquids (organic liquids)",836]
[null,153,"M041","B219","Non-halogen liquids (organic liquids)",838]
[null,154,"M041","B219","Non-halogen liquids (organic liquids)",909]
[null,155,"M041","B219","Non-halogen liquids (organic liquids)",1336]
[null,156,"M041","B219","Non-halogen liquids (organic liquids)",1446.3]
[null,157,"M041","B219","Non-halogen liquids (organic liquids)",1640.9]
[null,158,"M041","B219","Non-halogen liquids (organic liquids)",3296]
[null,159,"M041","B219","Non-halogen liquids (organic liquids)",3364]
[null,160,"M041","B219","Non-halogen liquids (organic liquids)",3581]
[null,161,"M041","B219","Non-halogen liquids (organic liquids)",4034]
[null,162,"M041","B219","Non-halogen liquids (organic liquids)",7243]
[null,163,"M041","B219","Non-halogen liquids (organic liquids)",13476]
[null,164,"M041","B219","Non-halogen liquids (organic liquids)",15807.8]
[null,165,"M041","B219","Non-halogen liquids (organic liquids)",17066]
[null,166,"M041","B219","Non-halogen liquids (organic liquids)",18643]
[null,167,"M041","B219","Non-halogen liquids (organic liquids)",24241.4]
[null,168,"M043","B301","Soil",15.7]
[null,169,"M043","B301","Soil",22.4]
[null,170,"M043","B301","Soil",23]
[null,171,"M043","B301","Soil",23.1]
[null,172,"M043","B301","Soil",26.7]
[null,173,"M043","B301","Soil",31.4]
[null,174,"M043","B301","Soil",507.5]
[null,175,"M043","B301","Soil",544.29999999999995]
[null,176,"M043","B301","Soil",546.4]
[null,177,"M043","B301","Soil",3479.4]
[null,178,"M043","B302","Soil",843]
[null,179,"M043","B303","Inorganic solids (assume = soil)",1915]
[null,180,"M043","B306","Inorganic solids (assume = soil)",151]
[null,181,"M043","B307","Inorganic solids (assume = soil)",0]
[null,182,"M043","B312","Inorganic solids (assume = soil)",1070]
[null,183,"M043","B319","Inorganic solids (assume = soil)",2]
[null,184,"M043","B319","Inorganic solids (assume = soil)",38.6]
[null,185,"M043","B319","Inorganic solids (assume = soil)",56]
[null,186,"M043","B319","Inorganic solids (assume = soil)",577.29999999999995]
[null,187,"M043","B319","Inorganic solids (assume = soil)",603]
[null,188,"M043","B319","Inorganic solids (assume = soil)",621.79999999999995]
[null,189,"M043","B319","Inorganic solids (assume = soil)",708.4]
[null,190,"M043","B319","Inorganic solids (assume = soil)",718.6]
[null,191,"M043","B319","Inorganic solids (assume = soil)",721.3]
[null,192,"M043","B319","Inorganic solids (assume = soil)",758.4]
[null,193,"M043","B319","Inorganic solids (assume = soil)",779.5]
[null,194,"M043","B319","Inorganic solids (assume = soil)",1525.5]
[null,195,"M043","B319","Inorganic solids (assume = soil)",2669.3]
[null,196,"M043","B407","Organic solids (assume = soil)",2.1]
[null,197,"M043","B407","Organic solids (assume = soil)",24.6]
[null,198,"M043","B407","Organic solids (assume = soil)",174.8]
[null,199,"M043","B409","Organic solids (assume = soil)",4.0999999999999996]
[null,200,"M043","B409","Organic solids (assume = soil)",16.8]
[null,201,"M043","B409","Organic solids (assume = soil)",18.399999999999999]
[null,202,"M043","B409","Organic solids (assume = soil)",18.399999999999999]
[null,203,"M043","B409","Organic solids (assume = soil)",21.3]
[null,204,"M043","B409","Organic solids (assume = soil)",426.6]
[null,205,"M043","B409","Organic solids (assume = soil)",830.4]
[null,206,"M043","B409","Organic solids (assume = soil)",909.5]
[null,207,"M043","B409","Organic solids (assume = soil)",1528]
[null,208,"M043","B409","Organic solids (assume = soil)",10365.5]
[null,209,"M042","B489","Organic solids (assume = soil)",1125]
[null,210,"M043","B489","Organic solids (assume = soil)",909.7]
[null,211,"M043","B489","Organic solids (assume = soil)",909.9]
[null,212,"M043","B491","Organic solids (assume = soil)",909.3]
[null,213,"M049","B503","Sludges",148355]
[null,214,"M042","B504","Sludges",16739.7]
[null,215,"M041","B519","Sludges",714]
[null,216,"M042","B519","Sludges",23.8]
[null,217,"M042","B519","Sludges",2339]
[null,218,"M041","B601","Sludges",26632.7]
[null,219,"M041","B602","Sludges",330]
[null,220,"M041","B602","Sludges",746.6]
[null,221,"M041","B602","Sludges",1043]
[null,222,"M042","B603","Sludges",20.5]
[null,223,"M042","B603","Sludges",489.7]
[null,224,"M042","B603","Sludges",5991]
[null,225,"M042","B603","Sludges",10640.1]
[null,226,"M043","B603","Sludges",530.6]
[null,227,"M041","B606","Sludges",470.5]
[null,228,"M041","B606","Sludges",860.4]
[null,229,"M041","B606","Sludges",1977]
[null,230,"M042","B606","Sludges",712.7]
[null,231,"M041","B607","Sludges",1221.5]
[null,232,"M041","B607","Sludges",1319]
[null,233,"M042","B607","Sludges",29904]
[null,234,"M042","B609","Sludges",25]
[null,235,"M044","B701","Aerosols (gases)",17199]
[null,null,null,null,"Column total =",{"$f":"SUM(F8:F242)","v":2192507.5000000014}]
[]
[null,null,null,null,null,"1993 BRS","2004 ETC","2015$",null,"Equivalent"]
[null,null,null,null,"ETC Incineration Price Categories*","subtotal tons","avg price","avg price","Cost basis","Per-ton price"]
[null,null,null,1,"Drummed Halogen Liquid Organics",{"$f":"SUM(F41:F51,F80:F117)","v":106863.60000000002},206,{"$f":"G247*1.23","v":253.38},"per drum",{"$f":"(H247)*2200/(55*8.3)","v":1221.1084337349396},"Assume 55 gallons per drum @8.3 lbs per gallon"]
[null,null,null,2,"Drummed Non-Halogen Liquid  (assume 50%)",{"$f":"SUM(F9:F40,F52:F79,F118:F174)/2","v":890086.50000000023},120,147.6,"per drum",{"$f":"(H248)*2200/(55*8.3)","v":711.3253012048192},"Assume 55 gallons per drum @8.3 lbs per gallon"]
[null,null,null,3,"Bulk Non-Halogen Liquid          (assume 50%)",{"$f":"SUM(F9:F40,F52:F79,F118:F174)/2","v":890086.50000000023},0.96,1.1807999999999998,"per gallon",{"$f":"(H249)*2200/8.34","v":311.48201438848918},"Assume 8.3 lbs per gallon"]
[null,null,null,4,"Lab Packs",{"$f":"(F8)","v":13.1},1.91,2.3492999999999999,"per pound",{"$f":"(H250)*2200","v":5168.46},"Assume 2,200 lbs per ton"]
[null,null,null,5,"Drummed Pumpable Sludge     (assume 50%)",{"$f":"SUM(F220:F241)/2","v":125542.90000000002},278,341.94,"per drum",{"$f":"(H251)*2200/(55*8.3)","v":1647.9036144578311},"Assume 55 gallons per drum @8.3 lbs per gallon"]
[null,null,null,6,"Bulk Pumpable Sludges           (assume 50%)",{"$f":"SUM(F220:F241)/2","v":125542.90000000002},621,763.83,"per ton",{"$f":"(H252)","v":763.83}]
[null,null,null,7,"Bulk Contaminated Soils",{"$f":"SUM(F175:F219)","v":37172.999999999993},522,642.05999999999995,"per ton",{"$f":"(H253)","v":642.05999999999995}]
[null,null,null,8,"Aerosols",{"$f":"(F242)","v":17199},0.92,1.1315999999999999,"per pound",{"$f":"(H254)*2200","v":2489.52},"Assume 2,200 lbs per ton"]
[null,null,null,null,"Check sum =",{"$f":"SUM(F247:F254)","v":2192507.5000000005}]
[null,null,null,null,null,null,null,null,"Tonnage weighted-average unit cost (per ton) =",{"$f":"SUMPRODUCT(J247:J254,F247:F254)/SUM(F247:F254)","v":643.28505904889187},"per ton"]
[null,null,null,null,"* Source: ETC Cost Survey","        WEIGHTAVG(F247…F254, J247…J254)",null,null,null,{"$f":"J256/2200","v":0.2924022995676781},"per pound"]
[null,null,null,null,null,null,null,null,null,{"$f":"J256/2200*8.3","v":2.4269390864117284},"per gallon"]

{"sheet":"C_Landfill","index":37,"n_rows":202,"n_cols":11,"rows_kept":202,"cut":false,"hidden":true,"merged":[]}
[]
[null,"Landfill Cost"]
[null,"1993 BRS","BRS treatment","BRS"]
[null,"wastestream","code for  ","physical",null,"1993 tons"]
[null,"count","landfill","form code","Physical form code description","landfilled","<Tons based on OSW's 1996 NHWCS survey"]
[null,1,"M132","B207","Organic liquids (assume bulk w/treatment)",1575]
[null,2,"M132","B208","Organic liquids (assume bulk w/treatment)",810.2]
[null,3,"M132","B209","Organic liquids (assume bulk w/treatment)",810.2]
[null,4,"M132","B301","Soil contaminated w/organics (assume treated)",415.3]
[null,5,"M132","B301","Soil contaminated w/organics (assume treated)",426.9]
[null,6,"M132","B301","Soil contaminated w/organics (assume treated)",438.5]
[null,7,"M132","B301","Soil contaminated w/organics (assume treated)",499.7]
[null,8,"M132","B301","Soil contaminated w/organics (assume treated)",552]
[null,9,"M132","B301","Soil contaminated w/organics (assume treated)",752]
[null,10,"M132","B301","Soil contaminated w/organics (assume treated)",757.9]
[null,11,"M132","B301","Soil contaminated w/organics (assume treated)",877.4]
[null,12,"M132","B301","Soil contaminated w/organics (assume treated)",882.6]
[null,13,"M132","B301","Soil contaminated w/organics (assume treated)",967.4]
[null,14,"M132","B301","Soil contaminated w/organics (assume treated)",971.2]
[null,15,"M132","B301","Soil contaminated w/organics (assume treated)",1056.5999999999999]
[null,16,"M132","B301","Soil contaminated w/organics (assume treated)",1258.2]
[null,17,"M132","B301","Soil contaminated w/organics (assume treated)",1276.9000000000001]
[null,18,"M132","B301","Soil contaminated w/organics (assume treated)",1352.1]
[null,19,"M132","B301","Soil contaminated w/organics (assume treated)",1425]
[null,20,"M132","B301","Soil contaminated w/organics (assume treated)",1575]
[null,21,"M132","B301","Soil contaminated w/organics (assume treated)",1575]
[null,22,"M132","B301","Soil contaminated w/organics (assume treated)",1601.2]
[null,23,"M132","B301","Soil contaminated w/organics (assume treated)",1691]
[null,24,"M132","B301","Soil contaminated w/organics (assume treated)",1816.5]
[null,25,"M132","B301","Soil contaminated w/organics (assume treated)",1816.5]
[null,26,"M132","B301","Soil contaminated w/organics (assume treated)",2104.9]
[null,27,"M132","B301","Soil contaminated w/organics (assume treated)",2163.5]
[null,28,"M132","B301","Soil contaminated w/organics (assume treated)",2884]
[null,29,"M132","B301","Soil contaminated w/organics (assume treated)",3039.8]
[null,30,"M132","B301","Soil contaminated w/organics (assume treated)",3039.8]
[null,31,"M132","B301","Soil contaminated w/organics (assume treated)",3179.2]
[null,32,"M132","B301","Soil contaminated w/organics (assume treated)",3286.3]
[null,33,"M132","B301","Soil contaminated w/organics (assume treated)",3961.2]
[null,34,"M132","B301","Soil contaminated w/organics (assume treated)",3961.2]
[null,35,"M132","B301","Soil contaminated w/organics (assume treated)",3961.2]
[null,36,"M132","B301","Soil contaminated w/organics (assume treated)",4065.5]
[null,37,"M132","B301","Soil contaminated w/organics (assume treated)",4511]
[null,38,"M132","B301","Soil contaminated w/organics (assume treated)",4703.1000000000004]
[null,39,"M132","B301","Soil contaminated w/organics (assume treated)",5290.6]
[null,40,"M132","B301","Soil contaminated w/organics (assume treated)",5772.7]
[null,41,"M132","B301","Soil contaminated w/organics (assume treated)",5772.7]
[null,42,"M132","B301","Soil contaminated w/organics (assume treated)",5966.9]
[null,43,"M132","B301","Soil contaminated w/organics (assume treated)",6409.6]
[null,44,"M132","B301","Soil contaminated w/organics (assume treated)",7181.3]
[null,45,"M132","B301","Soil contaminated w/organics (assume treated)",7246.9]
[null,46,"M132","B301","Soil contaminated w/organics (assume treated)",7444]
[null,47,"M132","B301","Soil contaminated w/organics (assume treated)",8485.7999999999993]
[null,48,"M132","B301","Soil contaminated w/organics (assume treated)",8485.7999999999993]
[null,49,"M132","B301","Soil contaminated w/organics (assume treated)",8836.7000000000007]
[null,50,"M132","B301","Soil contaminated w/organics (assume treated)",10906.8]
[null,51,"M132","B301","Soil contaminated w/organics (assume treated)",10951.1]
[null,52,"M132","B301","Soil contaminated w/organics (assume treated)",12699.6]
[null,53,"M132","B301","Soil contaminated w/organics (assume treated)",14780.3]
[null,54,"M132","B301","Soil contaminated w/organics (assume treated)",15739.7]
[null,55,"M132","B301","Soil contaminated w/organics (assume treated)",16976.900000000001]
[null,56,"M132","B301","Soil contaminated w/organics (assume treated)",21862.5]
[null,57,"M132","B301","Soil contaminated w/organics (assume treated)",27688.2]
[null,58,"M132","B301","Soil contaminated w/organics (assume treated)",28928.7]
[null,59,"M132","B301","Soil contaminated w/organics (assume treated)",31977.1]
[null,60,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",500.3]
[null,61,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",723.8]
[null,62,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",1119.4000000000001]
[null,63,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",1575]
[null,64,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",1630.7]
[null,65,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",1816.5]
[null,66,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",1947.1]
[null,67,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",2724.7]
[null,68,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",2741]
[null,69,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",3105.3]
[null,70,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",4255.8999999999996]
[null,71,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",5024.1000000000004]
[null,72,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",5281.7]
[null,73,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",5772.7]
[null,74,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",8485.7999999999993]
[null,75,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",9706.7000000000007]
[null,76,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",23320.400000000001]
[null,77,"M132","B302","Soil contaminated w/inorganics (assume w/out treatment)",45162.9]
[null,78,"M132","B303","Inorganic solids (assume bulk w/out treatment)",451.3]
[null,79,"M132","B303","Inorganic solids (assume bulk w/out treatment)",495.3]
[null,80,"M132","B303","Inorganic solids (assume bulk w/out treatment)",498.9]
[null,81,"M132","B303","Inorganic solids (assume bulk w/out treatment)",557]
[null,82,"M132","B303","Inorganic solids (assume bulk w/out treatment)",1156.5999999999999]
[null,83,"M132","B303","Inorganic solids (assume bulk w/out treatment)",1984]
[null,84,"M132","B303","Inorganic solids (assume bulk w/out treatment)",2014.6]
[null,85,"M132","B303","Inorganic solids (assume bulk w/out treatment)",2127]
[null,86,"M132","B303","Inorganic solids (assume bulk w/out treatment)",2686.3]
[null,87,"M132","B303","Inorganic solids (assume bulk w/out treatment)",3039.8]
[null,88,"M132","B303","Inorganic solids (assume bulk w/out treatment)",4065.5]
[null,89,"M132","B303","Inorganic solids (assume bulk w/out treatment)",16507.900000000001]
[null,90,"M132","B304","Inorganic solids (assume bulk w/out treatment)",936.3]
[null,91,"M132","B304","Inorganic solids (assume bulk w/out treatment)",3179.2]
[null,92,"M132","B304","Inorganic solids (assume bulk w/out treatment)",3179.2]
[null,93,"M132","B304","Inorganic solids (assume bulk w/out treatment)",4703.1000000000004]
[null,94,"M132","B304","Inorganic solids (assume bulk w/out treatment)",18722.2]
[null,95,"M132","B305","Inorganic solids (assume bulk with treatment)",1242.4000000000001]
[null,96,"M132","B305","Inorganic solids (assume bulk with treatment)",1531.1]
[null,97,"M132","B305","Inorganic solids (assume bulk with treatment)",1816.5]
[null,98,"M132","B305","Inorganic solids (assume bulk with treatment)",3179.2]
[null,99,"M132","B305","Inorganic solids (assume bulk with treatment)",3961.2]
[null,100,"M132","B305","Inorganic solids (assume bulk with treatment)",5632.3]
[null,101,"M132","B305","Inorganic solids (assume bulk with treatment)",5772.7]
[null,102,"M132","B305","Inorganic solids (assume bulk with treatment)",7980]
[null,103,"M132","B305","Inorganic solids (assume bulk with treatment)",8485.7999999999993]
[null,104,"M132","B305","Inorganic solids (assume bulk with treatment)",10781.5]
[null,105,"M132","B305","Inorganic solids (assume bulk with treatment)",15500]
[null,106,"M132","B305","Inorganic solids (assume bulk with treatment)",24080]
[null,107,"M132","B305","Inorganic solids (assume bulk with treatment)",38004.1]
[null,108,"M132","B305","Inorganic solids (assume bulk with treatment)",38272]
[null,109,"M132","B305","Inorganic solids (assume bulk with treatment)",56789]
[null,110,"M132","B305","Inorganic solids (assume bulk with treatment)",58500]
[null,111,"M132","B305","Inorganic solids (assume bulk with treatment)",78274.399999999994]
[null,112,"M132","B306","Inorganic solids (assume bulk w/out treatment)",580]
[null,113,"M132","B306","Inorganic solids (assume bulk w/out treatment)",1575]
[null,114,"M132","B306","Inorganic solids (assume bulk w/out treatment)",16248]
[null,115,"M132","B307","Inorganic solids (assume bulk w/out treatment)",3961.2]
[null,116,"M132","B307","Inorganic solids (assume bulk w/out treatment)",4350]
[null,117,"M132","B307","Inorganic solids (assume bulk w/out treatment)",5772.7]
[null,118,"M132","B310","Inorganic solids (assume bulk w/out treatment)",5772.7]
[null,119,"M132","B312","Inorganic solids (assume bulk with treatment)",3961.2]
[null,120,"M132","B312","Inorganic solids (assume bulk with treatment)",3961.2]
[null,121,"M132","B312","Inorganic solids (assume bulk with treatment)",3961.2]
[null,122,"M132","B312","Inorganic solids (assume bulk with treatment)",5090.1000000000004]
[null,123,"M132","B312","Inorganic solids (assume bulk with treatment)",5730.5]
[null,124,"M132","B314","Inorganic solids (assume bulk with treatment)",2558]
[null,125,"M132","B316","Inorganic solids (assume bulk with treatment)",489.1]
[null,126,"M132","B316","Inorganic solids (assume bulk with treatment)",1575]
[null,127,"M132","B316","Inorganic solids (assume bulk with treatment)",4255.8999999999996]
[null,128,"M132","B316","Inorganic solids (assume bulk with treatment)",4703.1000000000004]
[null,129,"M132","B316","Inorganic solids (assume bulk with treatment)",6570]
[null,130,"M132","B316","Inorganic solids (assume bulk with treatment)",7253.4]
[null,131,"M132","B316","Inorganic solids (assume bulk with treatment)",16128.3]
[null,132,"M132","B319","Inorganic solids (assume debris drummed w/out treatment)",33]
[null,133,"M132","B319","Inorganic solids (assume debris)",493.6]
[null,134,"M132","B319","Inorganic solids (assume debris)",531.20000000000005]
[null,135,"M132","B319","Inorganic solids (assume debris)",588]
[null,136,"M132","B319","Inorganic solids (assume debris)",718.9]
[null,137,"M132","B319","Inorganic solids (assume debris)",762.4]
[null,138,"M132","B319","Inorganic solids (assume debris)",960]
[null,139,"M132","B319","Inorganic solids (assume debris)",1070.2]
[null,140,"M132","B319","Inorganic solids (assume debris)",1121.3]
[null,141,"M132","B319","Inorganic solids (assume debris)",1575]
[null,142,"M132","B319","Inorganic solids (assume debris)",1816.5]
[null,143,"M132","B319","Inorganic solids (assume debris)",1816.5]
[null,144,"M132","B319","Inorganic solids (assume debris)",1842.9]
[null,145,"M132","B319","Inorganic solids (assume debris)",2449.8000000000002]
[null,146,"M132","B319","Inorganic solids (assume debris)",3029.8]
[null,147,"M132","B319","Inorganic solids (assume debris)",3039.8]
[null,148,"M132","B319","Inorganic solids (assume debris)",3628.6]
[null,149,"M132","B319","Inorganic solids (assume debris)",3717.8]
[null,150,"M132","B319","Inorganic solids (assume debris)",4065.5]
[null,151,"M132","B319","Inorganic solids (assume debris)",4065.5]
[null,152,"M132","B319","Inorganic solids (assume debris)",4065.5]
[null,153,"M132","B319","Inorganic solids (assume debris)",4255.8999999999996]
[null,154,"M132","B319","Inorganic solids (assume debris)",4255.8999999999996]
[null,155,"M132","B319","Inorganic solids (assume debris)",4703.1000000000004]
[null,156,"M132","B319","Inorganic solids (assume debris)",5198.5]
[null,157,"M132","B319","Inorganic solids (assume debris)",8485.7999999999993]
[null,158,"M132","B319","Inorganic solids (assume debris)",8540.5]
[null,159,"M132","B319","Inorganic solids (assume debris)",19158.900000000001]
[null,160,"M132","B319","Inorganic solids (assume debris)",22269.4]
[null,161,"M132","B319","Inorganic solids (assume debris)",78829.399999999994]
[null,162,"M132","B403","Organic solids (assume bulk w/out treatment)",5772.7]
[null,163,"M132","B407","Organic solids (assume bulk w/treatment)",4065.5]
[null,164,"M132","B409","Organic solids (assume bulk w/treatment)",4065.5]
[null,165,"M132","B409","Organic solids (assume bulk w/treatment)",4703.1000000000004]
[null,166,"M132","B501","Inorganic sludges (assume bulk w/out treatment)",3134.7]
[null,167,"M132","B503","Inorganic sludges (assume bulk w/treatment)",1084]
[null,168,"M132","B503","Inorganic sludges (assume bulk w/treatment)",16805]
[null,169,"M132","B504","Inorganic sludges (assume bulk w/treatment)",1816.5]
[null,170,"M132","B504","Inorganic sludges (assume bulk w/treatment)",1816.5]
[null,171,"M132","B504","Inorganic sludges (assume bulk w/treatment)",2610]
[null,172,"M132","B504","Inorganic sludges (assume bulk w/treatment)",3961.2]
[null,173,"M132","B504","Inorganic sludges (assume bulk w/treatment)",5772.7]
[null,174,"M132","B512","Inorganic sludges (assume bulk w/treatment)",1057.4000000000001]
[null,175,"M132","B512","Inorganic sludges (assume bulk w/treatment)",37767.9]
[null,176,"M132","B603","Organic sludges (assume bulk w/treatment)",1462.5]
[null,177,"M132","B603","Organic sludges (assume bulk w/treatment)",4255.8999999999996]
[null,178,"M132","B603","Organic sludges (assume bulk w/treatment)",4523.8999999999996]
[null,179,"M132","B603","Organic sludges (assume bulk w/treatment)",5772.7]
[null,180,"M132","B606","Organic sludges (assume bulk w/treatment)",2059.3000000000002]
[null,181,"M132","B607","Organic sludges (assume bulk w/out treatment)",8720.2000000000007]
[null,182,"M132","B607","Organic sludges (assume bulk w/out treatment)",35858]
[null,null,null,null,"Column total =",{"$f":"SUM(F6:F187)","v":1351116.2999999991}]
[]
[null,null,null,null,null,"1993 BRS","2004 ETC","2016$",null,"Equivalent"]
[null,null,null,null,"ETC Landfill Price Categories*","'subtotal tons","avg price",null,"Cost basis","Per-ton price"]
[null,null,null,1,"Debris",{"$f":"SUM(F138:F166)","v":197056.19999999998},194,{"$f":"G192*'C_Implicit GDP Price Deflators'!$AE$8/'C_Implicit GDP Price Deflators'!$Q$8","v":241.48450403949727},"per ton",{"$f":"(H192)","v":241.48450403949727}]
[null,null,null,2,"Bulk with Treatment",{"$f":"SUM(F6:F8,F100:F116,F124:F136,F168:F170,F172:F185)","v":532834.20000000007},133,{"$f":"G193*'C_Implicit GDP Price Deflators'!$AE$8/'C_Implicit GDP Price Deflators'!$Q$8","v":165.55380947037699},"per ton",{"$f":"(H193)","v":165.55380947037699}]
[null,null,null,3,"Bulk without Treatment",{"$f":"SUM(F83:F99,F117:F123,F167,F171,F186:F187)","v":158049.39999999997},90,{"$f":"G194*'C_Implicit GDP Price Deflators'!$AE$8/'C_Implicit GDP Price Deflators'!$Q$8","v":112.02889362657091},"per ton",{"$f":"(H194)","v":112.02889362657091}]
[null,null,null,4,"Drummed with Treatment",0,175,{"$f":"G195*'C_Implicit GDP Price Deflators'!$AE$8/'C_Implicit GDP Price Deflators'!$Q$8","v":217.83395982944342},"per drum",{"$f":"(H195)*2000/(55*8.3)","v":954.36565095046399},"Assume 55 gallons per drum @8.3 lbs per gallon"]
[null,null,null,5,"Drummed without Treatment",{"$f":"(F137)","v":33},100,{"$f":"G196*'C_Implicit GDP Price Deflators'!$AE$8/'C_Implicit GDP Price Deflators'!$Q$8","v":124.47654847396768},"per drum",{"$f":"(H196)*2000/(55*8.3)","v":545.35180054312229},"Assume 55 gallons per drum @8.3 lbs per gallon"]
[null,null,null,6,"Soil Treated and Landfilled",{"$f":"SUM(F9:F64)","v":338249.5},135,{"$f":"G197*'C_Implicit GDP Price Deflators'!$AE$8/'C_Implicit GDP Price Deflators'!$Q$8","v":168.04334043985637},"per ton",{"$f":"(H197)","v":168.04334043985637}]
[null,null,null,7,"Soil Direct to Landfill",{"$f":"SUM(F65:F82)","v":124894},70,{"$f":"G198*'C_Implicit GDP Price Deflators'!$AE$8/'C_Implicit GDP Price Deflators'!$Q$8","v":87.133583931777366},"per ton",{"$f":"(H198)","v":87.133583931777366}]
[null,null,null,null,"Check sum =",{"$f":"SUM(F192:F198)","v":1351116.3}]
[null,null,null,null,null,null,null,null,"Tonnage weighted-average unit cost (per ton) =",{"$f":"SUMPRODUCT(F192:F198,J192:J198)/SUM(F192:F198)","v":163.75043665334849},"per ton"]
[null,null,null,null,"* Source: ETC Cost Survey","        WEIGHTAVG(F192…F198, J192…J198)",null,null,null,{"$f":"J200/2200","v":7.4432016660612943E-2},"per pound"]
[null,null,null,null,null,null,null,null,null,{"$f":"J200/2000*8.3","v":0.67956431211139623},"per gallon"]

{"sheet":"C_State Elec. Prices & Premiums","index":38,"n_rows":61,"n_cols":8,"rows_kept":61,"cut":false,"hidden":true,"merged":[[1,1,1,3],[1,5,1,7]]}
[]
[null,"Electricity Prices",null,null,null,"Green Electricity Premiums"]
[null,"State","Electricity Prices (Commercial End-Use Sector) (c/Kwh)","Electricity Prices (Commercial End-Use Sector) ($/Kwh)",null,"State","Electricity Prices (Commercial End-Use Sector) (c/Kwh)","Electricity Prices (Commercial End-Use Sector) ($/Kwh)"]
[null,"U.S. National",12.42,{"$f":"C4/100","v":0.1242},null,"U.S. National",1.958E-2,{"$f":"G4/100","v":1.9579999999999999E-4}]
[null,"AK",19.600000000000001,{"$f":"C5/100","v":0.19600000000000001},null,"AK",1.958E-2,{"$f":"G5/100","v":1.9579999999999999E-4}]
[null,"AL",11.59,0.1159,null,"AL",1.9733333333333334,{"$f":"G6/100","v":1.9733333333333335E-2}]
[null,"AR",9.2899999999999991,9.2899999999999996E-2,null,"AR",5,0.05]
[null,"AZ",11.83,0.1183,null,"AZ",1.5674999999999999,1.5674999999999998E-2]
[null,"CA",16.350000000000001,0.16350000000000001,null,"CA",1.8744047621428572,1.8744047621428572E-2]
[null,"CO",11.74,0.1174,null,"CO",1.5018749999999998,1.5018749999999999E-2]
[null,"CT",21.97,0.21969999999999998,null,"CT",1.958E-2,1.9579999999999999E-4]
[null,"DC",12.59,0.12590000000000001,null,"DC",1.958E-2,1.9579999999999999E-4]
[null,"DE",13.08,0.1308,null,"DE",0.2,2E-3]
[null,"FL",11.78,0.11779999999999999,null,"FL",2.25,2.2499999999999999E-2]
[null,"GA",10.88,0.10880000000000001,null,"GA",3.4550000000000001,3.4549999999999997E-2]
[null,"HI",31.07,0.31069999999999998,null,"HI",1.958E-2,1.9579999999999999E-4]
[null,"ID",9.91,9.9100000000000008E-2,null,"IA",1.9,1.9E-2]
[null,"IL",12.29,0.1229,null,"ID",1.1333333333333333,1.1333333333333332E-2]
[null,"IN",10.98,0.10980000000000001,null,"IL",1.7333333333333334,1.7333333333333333E-2]
[null,"IO",11.04,0.1104,null,"IN",1.3060000000000003,1.3060000000000002E-2]
[null,"KS",12.08,0.1208,null,"KS",1,0.01]
[null,"KY",9.82,9.820000000000001E-2,null,"KY",2.3374999999999999,2.3375E-2]
[null,"LA",9.0299999999999994,9.0299999999999991E-2,null,"LA",1.958E-2,1.9579999999999999E-4]
[null,"MA",21.41,0.21410000000000001,null,"MA",2.5,2.5000000000000001E-2]
[null,"MD",13.29,0.13289999999999999,null,"MD",1.958E-2,1.9579999999999999E-4]
[null,"ME",15.81,0.15810000000000002,null,"ME",1.958E-2,1.9579999999999999E-4]
[null,"MI",13.86,0.1386,null,"MI",2.0562499999999999,2.0562499999999997E-2]
[null,"MN",11.83,0.1183,null,"MN",1.7995000000000001,1.7995000000000001E-2]
[null,"MO",9.91,9.9100000000000008E-2,null,"MO",2.2475000000000001,2.2475000000000002E-2]
[null,"MS",11.41,0.11410000000000001,null,"MS",2.67,2.6699999999999998E-2]
[null,"MT",10.74,0.1074,null,"MT",1.1099999999999999,1.1099999999999999E-2]
[null,"NC",11.07,0.11070000000000001,null,"NC",3.1339999999999999,3.134E-2]
[null,"ND",9.07,9.0700000000000003E-2,null,"ND",1.1499999999999999,1.15E-2]
[null,"NE",9.91,9.9100000000000008E-2,null,"NE",1.25,1.2500000000000001E-2]
[null,"NH",19.46,0.1946,null,"NH",1.958E-2,1.9579999999999999E-4]
[null,"NJ",15.6,0.156,null,"NJ",1.958E-2,1.9579999999999999E-4]
[null,"NM",12.31,0.1231,null,"NM",3.04,3.04E-2]
[null,"NV",13.31,0.1331,null,"NV",1.95,1.95E-2]
[null,"NY",18.87,0.18870000000000001,null,"NY",1.958E-2,1.9579999999999999E-4]
[null,"OH",12.29,0.1229,null,"OH",1.4000000000000001,1.4000000000000002E-2]
[null,"OK",9.74,9.74E-2,null,"OK",0.98399999999999999,9.8399999999999998E-3]
[null,"OR",10.51,0.1051,null,"OR",1.3958333333333333,1.3958333333333333E-2]
[null,"PA",13.28,0.1328,null,"PA",1.958E-2,1.9579999999999999E-4]
[null,"RI",19.440000000000001,0.19440000000000002,null,"RI",1.958E-2,1.9579999999999999E-4]
[null,"SC",12.26,0.1226,null,"SC",3.75,3.7499999999999999E-2]
[null,"SD",10.43,0.1043,null,"SD",1.75,1.7500000000000002E-2]
[null,"TN",10.08,0.1008,null,"TN",2.67,2.6699999999999998E-2]
[null,"TX",11.8,0.11800000000000001,null,"TX",2.4449999999999998,2.445E-2]
[null,"UT",10.57,0.1057,null,"UT",2.0100000000000002,2.0100000000000003E-2]
[null,"VA",11.09,{"$f":"C49/100","v":0.1057},null,"VA",1.3,1.3000000000000001E-2]
[null,"VT",16.82,0.1109,null,"VT",4,0.04]
[null,"WA",8.59,0.16820000000000002,null,"WA",1.592857142857143,1.5928571428571431E-2]
[null,"WI",14.12,8.5900000000000004E-2,null,"WI",1.8157142857142858,1.8157142857142858E-2]
[null,"WV",9.4700000000000006,0.14119999999999999,null,"WV",1.958E-2,1.9579999999999999E-4]
[null,"WY",10.63,9.4700000000000006E-2,null,"WY",1.2479999999999998,1.2479999999999998E-2]
[]
[null,"Source: http://www.eia.gov/electricity/monthly, Table 5.6B",null,null,null,"Source: http://apps3.eere.energy.gov/greenpower/markets/, Green Pricing page,"]
[null,"Average price of electricity to commercial sector, by state",null,null,null,"Table of Utility Programs by State"]
[null,null,null,null,null,"Data averaged by state. National average is mean of state data."]
[null,null,null,null,null,"When premium ranges were given, the midpoint of the range was used."]
[null,null,null,null,null,"States with no information are assigned the national average (in bold italics)."]

{"sheet":"C_Green Elec. Premium Worksheet","index":39,"n_rows":200,"n_cols":22,"rows_kept":200,"cut":false,"hidden":true,"merged":[]}
[]
[null,"EERE Data (verified January 2015, with regular updates)",null,null,null,null,null,null,"Summary of Price Premiums",null,null,null,null,null,"National Average Premium Calculation",null,null,null,null,"State Average Premium"]
[null,"State","Utility Information","Enrollment Information","Type","Start Date","Premium",null,"State","Lower End of Price Premium Range (cents)","Upper End of Price Premium Range (cents)","High End of Price Premium Range, or Price Premium if no Range (cents)","Price Premiums (cents)",null,null,"Low Range","High Range","High Range or Single Price Premium",null,"State","Average Price Premium"]
[null,"AL","Alabama Power Company","Renewable Energy Rate","hydro, wind, biomass","2003/2000","1.25¢/kWh",null,"AL",1.25,null,1.25,1.25,null,"Mean",{"$f":"AVERAGE(J4:J200)","v":1.842465483254438},{"$f":"AVERAGE(L4:L200)","v":1.9780276134319523},{"$f":"AVERAGE(M4:M200)","v":1.9580571992307689},null,"AL",1.9733333333333334,{"$f":"AVERAGE(M4:M6)","v":1.9733333333333334}]
[null,"AL","PowerSouth Energy Cooperative: City of Andalusia, Baldwin Electric Membership Cooperative, City of Brundidge, Central Alabama Electric Cooperative, Clarke-Washington Electric Membership Cooperative, Coosa Valley Electric Cooperative, Covington Electric Cooperative, Dixie Electric Cooperative, City of Elba, City of Opp, Pea River Electric Cooperative, Pioneer Electric Cooperative, South Alabama Electric Cooperative, Southern Pine Electric Cooperative, Tallapoosa River Electric Cooperative, Wiregrass Electric Cooperative","Green Power Choice","landfill gas, wind, hydro",2006,"2.0¢/kWh",null,"AL",2,null,2,2,null,"Median",{"$f":"MEDIAN(J4:J200)","v":1.7916666699999999},{"$f":"MEDIAN(L4:L200)","v":1.95},{"$f":"MEDIAN(M4:M200)","v":1.95},null,"AR",5,{"$f":"M13","v":5}]
[null,"AL","TVA: City of Athens Electric Department, Cherokee Electric Coop, Cullman Electric Coop, Cullman Power Board, Decatur Utilities, Florence Utilities, Guntersville Electric Board, Hartselle Utilities, Huntsville Utilities, Joe Wheeler EMC, Marshall-DeKalb Electric Coop, Muscle Shoals Electric Board, North Alabama Electric Coop, Sand Mountain Electric Coop, Scottsboro Electric Power Board, Sheffield Utilities, Tuscumbia Electric Department","Green Power Switch","landfill gas, PV, wind",2000,"2.67¢/kWh",null,"AL",2.67,null,2.67,2.67,null,"Min",{"$f":"MIN(J4:J200)","v":0},{"$f":"MIN(L4:L200)","v":0},{"$f":"MIN(M4:M200)","v":0},null,"AZ",1.5674999999999999,{"$f":"AVERAGE(M8:M12)","v":1.5674999999999999}]
[null,"AK","Golden Valley Electric Association","Sustainable Natural Alternative Power (SNAP)","various local projects",2005,"11.02¢/kWh",null,"AK",11.02,null,11.02,11.02,null,"Max",{"$f":"MAX(J4:J200)","v":11.02},{"$f":"MAX(L4:L200)","v":11.02},{"$f":"MAX(M4:M200)","v":11.02},null,"CA",1.8744047621428572,{"$f":"AVERAGE(M14:M28)","v":1.8744047621428572}]
[null,"AZ","Arizona Public Service","Green Choice","wind, biomass, landfill gas, geothermal, and solar",2007,"1.02¢/kWh",null,"AZ",1.02,null,1.02,1.02,null,"n (data)",{"$f":"COUNT(J4:J200)","v":169},{"$f":"COUNT(L4:L200)","v":169},{"$f":"COUNT(M4:M200)","v":169},null,"CO",1.5018749999999998,{"$f":"AVERAGE(M29:M36)","v":1.5018749999999998}]
[null,"AZ","Salt River Project","EarthWise Energy","PV for non-profits","1998/2001","Contribution",null,"AZ","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION",null,"n (total)",{"$f":"COUNTIF(J4:J200, \"<>\")","v":197},{"$f":"COUNTIF(L4:L200, \"<>\")","v":197},{"$f":"COUNTIF(M4:M200, \"<>\")","v":197},null,"DE",0.2,{"$f":"AVERAGE(M37)","v":0.2}]
[null,"AZ","Tri-State Generation & Transmission: Columbus Electric Cooperative, Inc.","Renewable Resource Power Rider","wind, hydro",2001,"1.25¢/kWh",null,"AZ",1.25,null,1.25,1.25,null,null,null,null,null,null,"FL",2.25,{"$f":"AVERAGE(M38:M40)","v":2.25}]
[null,"AZ","Tucson Electric","Bright Tucson Community Solar Program","local PV",2010,"2.0¢/kWh",null,"AZ",2,null,2,2,null,null,null,null,null,null,"GA",3.4550000000000001,{"$f":"AVERAGE(M41:M44)","v":3.4550000000000001}]
[null,"AZ","UniSource Energy Services","Bright Arizona Community Solar Program","local PV",2004,"2.0¢/kWh",null,"AZ",2,null,2,2,null,null,null,null,null,null,"HI","CONTRIBUTION"]
[null,"AR","Electric Cooperatives of Arkansas: (17 distribution coops) Arkansas Valley Electric Cooperative Corp., Ashley-Chicot Electric Cooperative, Inc., C&L Electric Cooperative Corp, Carroll Electric Cooperative Corp., Clay County Electric Cooperative Corp., Craighead Electric Cooperative Corp., Farmers Electric Cooperative Corp., First Electric Cooperative Corp., Mississippi County Electric Cooperative, Inc., North Arkansas Electric Cooperative, Inc. Ouachita Electric Cooperative Corp., Ozarks Electric Cooperative Corp., Petit Jean Electric Cooperative Corp., Rich Mountain Electric Cooperative, Inc. Southwest Arkansas Electric Cooperative Corp., South Central Arkansas Electric Cooperative, Inc., Woodruff Electric Cooperative Corp.","ECA Green Power","hydro, solar, and wind",2008,"5.0¢/kWh",null,"AR",5,null,5,5,null,null,null,null,null,null,"IA",1.9,{"$f":"AVERAGE(M61:M70)","v":1.9}]
[null,"CA","Alameda Municipal Power","Alameda Green","wind, solar",2012,"1.5¢/kWh",null,"CA",1.5,null,1.5,1.5,null,null,null,null,null,null,"ID",1.1333333333333333,{"$f":"AVERAGE(M46:M49)","v":1.1333333333333333}]
[null,"CA","Anaheim Public Utilities","Green Power for the Grid","various renewables",2002,"2.0¢/kWh",null,"CA",2,null,2,2,null,null,null,null,null,null,"IL",1.7333333333333334,{"$f":"AVERAGE(M50:M52)","v":1.7333333333333334}]
[null,"CA","Anaheim Public Utilities","Sun Power for the Schools","PV",2002,"Contribution",null,"CA","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION",null,null,null,null,null,null,"IN",1.3060000000000003,{"$f":"AVERAGE(M53:M57)","v":1.3060000000000003}]
[null,"CA","Los Angeles Department of Water and Power","Green Power for a Green LA","wind, hydro and PV",1999,"3.0¢/kWh",null,"CA",3,null,3,3,null,null,null,null,null,null,"KS",1,{"$f":"AVERAGE(M71)","v":1}]
[null,"CA","Marin Clean Energy: City of Belvedere, Town of Fairfax, County of Marin, City of Mill Valley, Town of San Anselmo, City of San Rafael, City of Sausalito, Town of Tiburon","Local Sol","100% local solar",2014,"6.0¢/kWh",null,"CA",6,null,6,6,null,null,null,null,null,null,"KY",2.3374999999999999,{"$f":"AVERAGE(M72:M75)","v":2.3374999999999999}]
[null,"CA","Marin Clean Energy: City of Belvedere, Town of Fairfax, County of Marin, City of Mill Valley, Town of San Anselmo, City of San Rafael, City of Sausalito, Town of Tiburon","Deep Green","100% renewable",2010,"1.0¢/kWh",null,"CA",1,null,1,1,null,null,null,null,null,null,"LA"]
[null,"CA","Marin Clean Energy: City of Belvedere, Town of Fairfax, County of Marin, City of Mill Valley, Town of San Anselmo, City of San Rafael, City of Sausalito, Town of Tiburon","Light Green","50% renewable",2008,"0.0¢/kWh",null,"CA",0,null,0,0,null,null,null,null,null,null,"MA",2.5,{"$f":"AVERAGE(M76:M79)","v":2.5}]
[null,"CA","PacifiCorp: Pacific Power","Blue Sky Block","wind",2000,"1.95¢/kWh",null,"CA",1.95,null,1.95,1.95,null,null,null,null,null,null,"MI",2.0562499999999999,{"$f":"AVERAGE(M80:M87)","v":2.0562499999999999}]
[null,"CA","Pasadena Water & Power","Green Power","wind",2003,"2.5¢/kWh",null,"CA",2.5,null,2.5,2.5,null,null,null,null,null,null,"MN",1.7995000000000001,{"$f":"AVERAGE(M88:M98)","v":1.7995000000000001}]
[null,"CA","Roseville Electric","Green Roseville","wind, PV",2005,"0.5¢/kWh",null,"CA",0.5,null,0.5,0.5,null,null,null,null,null,null,"MO",2.2475000000000001,{"$f":"AVERAGE(M100:M103)","v":2.2475000000000001}]
[null,"CA","Sacramento Municipal Utility District","Greenergy","100% wind, PV, landfill gas, hydro, geothermal",1997,"$6/month or 1.0¢/kWh",null,"CA",1,null,1,1,null,null,null,null,null,null,"MS",2.67,{"$f":"M99","v":2.67}]
[null,"CA","Sacramento Municipal Utility District","SolarShares","PV",2007,"$10.75/mo or  1.8¢/kWh",null,"CA",1.7916666699999999,null,1.7916666699999999,1.7916666699999999,null,null,null,null,null,null,"MT",1.1099999999999999,{"$f":"AVERAGE(M104:M108)","v":1.1099999999999999}]
[null,"CA","Silicon Valley Power / 3Degrees","Santa Clara Green Power","wind, PV",2004,"1.5¢/kWh",null,"CA",1.5,null,1.5,1.5,null,null,null,null,null,null,"NC",3.1339999999999999,{"$f":"AVERAGE(M119:M123)","v":3.1339999999999999}]
[null,"CA","Sonoma Clean Power","Clean Start","36% biomass, geothermal, wind",2014,"0.0¢/kWh",null,"CA",0,null,0,0,null,null,null,null,null,null,"ND",1.1499999999999999,{"$f":"AVERAGE(M124:M126)","v":1.1499999999999999}]
[null,"CA","Sonoma Clean Power ","Evergreen","100% geothermal",2014,"3.5¢/kWh",null,"CA",3.5,null,3.5,3.5,null,null,null,null,null,null,"NE",1.25,{"$f":"AVERAGE(M109:M110)","v":1.25}]
[null,"CO","Colorado Springs Utilities","Renewable Energy Certificates Program","wind and geothermal",2008,"0.34¢/kWh",null,"CO",0.34,null,0.34,0.34,null,null,null,null,null,null,"NM",3.04,{"$f":"AVERAGE(M114:M118)","v":3.04}]
[null,"CO","Colorado Springs Utilities","Green Power","wind",1999,"3.0¢/kWh",null,"CO",3,null,3,2.33,null,null,null,null,null,null,"NV",1.95,{"$f":"AVERAGE(M111:M113)","v":1.95}]
[null,"CO","Holy Cross Energy","Wind Power Pioneers","wind",1998,"0.5¢/kWh-1.25¢/kWh",null,"CO",0.5,1.25,1.25,0.875,null,null,null,null,null,null,"OH",1.4000000000000001,{"$f":"AVERAGE(M127:M130)","v":1.4000000000000001}]
[null,"CO","Holy Cross Energy","Local Renewable Energy Pool","small hydro",2002,"2.33¢/kWh",null,"CO",2.33,null,2.33,2.33,null,null,null,null,null,null,"OK",0.98399999999999999,{"$f":"AVERAGE(M131:M135)","v":0.98399999999999999}]
[null,"CO","Platte River Power Authority: Estes Park, Fort Collins Utilities, Longmont Power & Communications, Loveland Water & Power","Nature's Energy","wind",1999,"1.3¢/kWh-2.96¢/kWh",null,"CO",1.3,2.96,2.96,2.13,null,null,null,null,null,null,"OR",1.3958333333333333,{"$f":"AVERAGE(M136:M149)","v":1.3958333333333333}]
[null,"CO","Tri-State Generation & Transmission : Delta-Montrose Electric Association, Empire Electric Association, Inc., Gunnison County Electric Association, Inc., Highline Electric Association, La Plata Electric Association, Inc., Morgan County Rural Electric Association, Mountain Parks Electric, Inc., Mountain View Electric Association, Inc., Poudre Valley Rural Electric Association, Inc., San Isabel Electric Association, Inc., San Luis Valley Rural Electric Cooperative, Inc., San Miguel Power Association, Inc., Sangre de Cristo Electric Association, Inc., Southeast Colorado Power Association, United Power, Inc., White River Electric Association, Inc., Y-W Electric Association, Inc.","Green Power Program","wind, solar, and hydro",1998,"1.25¢/kWh",null,"CO",1.25,null,1.25,1.25,null,null,null,null,null,null,"SC",3.75,{"$f":"AVERAGE(M150:M153)","v":3.75}]
[null,"CO","Xcel Energy","WindSource","wind",1997,"2.16¢/kWh",null,"CO",2.16,null,2.16,2.16,null,null,null,null,null,null,"SD",1.75,{"$f":"AVERAGE(M154:M156)","v":1.75}]
[null,"CO","Yampa Valley Electric Association","Green Power Options","wind and solar",1999,"0.6¢/kWh",null,"CO",0.6,null,0.6,0.6,null,null,null,null,null,null,"TN",2.67,{"$f":"AVERAGE(M157)","v":2.67}]
[null,"DE","Delaware Electric Cooperative","Renewable Energy Rider","landfill gas",2006,"0.2¢/kWh",null,"DE",0.2,null,0.2,0.2,null,null,null,null,null,null,"TX",2.4449999999999998,{"$f":"AVERAGE(M158:M161)","v":2.4449999999999998}]
[null,"FL","PowerSouth Energy Cooperative: CHELCO, Escambia River Electric Cooperative, Gulf Coast Electric Cooperative, West Florida Electric Cooperative","Green Power Choice","landfill gas",2006,"2.0¢/kWh",null,"FL",2,null,2,2,null,null,null,null,null,null,"UT",2.0100000000000002,{"$f":"AVERAGE(M162:M166)","v":2.0100000000000002}]
[null,"FL","Tampa Electric Company (TECO)","Renewable Energy","PV, landfill, biomass co-firing (wood)",2001,"2.5¢/kWh",null,"FL",2.5,null,2.5,2.5,null,null,null,null,null,null,"VA",1.3,{"$f":"AVERAGE(M168)","v":1.3}]
[null,"FL","Utilities Commission City of New Smyrna Beach","Green Fund","local PV projects",1999,"Contribution",null,"FL","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION",null,null,null,null,null,null,"VT",4,{"$f":"M167","v":4}]
[null,"GA","Georgia Electric Membership Corporation (35 of 42 coops offer program): Altamaha EMC, Amicalola EMC, Canoochee EMC, Carroll EMC, Central Georgia EMC, Cobb EMC, Coastal Electric, Colquitt EMC, Coweta-Fayette EMC, Diverse Power, Flint Energies, Grady EMC, GreyStone Power, Habersham EMC, Hart EMC, Irwin EMC, Jackson EMC, Jefferson Energy, Little Ocmulgee EMC, Middle Georgia EMC, Mitchell EMC, Ocmulgee EMC, Oconee EMC, Planters EMC, Rayle EMC, Sawnee EMC, Slash Pine EMC, Snapping Shoals EMC, Southern Rivers Energy, Sumter EMC, Three Notch EMC, Tri-County EMC, Upson EMC, Walton EMC, Washington EMC","Green Power EMC","landfill gas, PV in schools, wind, woodwaste",2001,"2.0¢/kWh-3.3¢/kWh",null,"GA",2,3.3,3.3,2.65,null,null,null,null,null,null,"WA",1.592857142857143,{"$f":"AVERAGE(M169:M186)","v":1.592857142857143}]
[null,"GA","Georgia Power","Premium Green Energy with Solar Option","biomass and landfill gas with at least 50% solar",2006,"5.0¢/kWh",null,"GA",5,null,5,5,null,null,null,null,null,null,"WI",1.8157142857142858,{"$f":"AVERAGE(M187:M194)","v":1.8157142857142858}]
[null,"GA","Georgia Power","Standard Green Energy Option","biomass, landfill gas, and solar",2006,"3.5¢/kWh",null,"GA",3.5,null,3.5,3.5,null,null,null,null,null,null,"WV"]
[null,"GA","TVA: Blue Ridge Mountain EMC, North Georgia EMC, Tri-State EMC","Green Power Switch","landfill gas, PV, wind",2000,"2.67¢/kWh",null,"GA",2.67,null,2.67,2.67,null,null,null,null,null,null,"WY",1.2479999999999998,{"$f":"AVERAGE(M195:M200)","v":1.2479999999999998}]
[null,"HI","Hawaiian Electric","Sun Power for Schools","PV in schools",1997,"Contribution",null,"HI","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"ID","Avista Utilities","Buck-A-Block","wind, solar and biomass",2002,"0.35¢/kWh",null,"ID",0.35,null,0.35,0.35]
[null,"ID","Idaho Power","Green Power Program","wind",2001,"Contribution",null,"ID","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"ID","PacifiCorp: Rocky Mountain Power","Blue Sky","wind",2003,"1.95¢/kWh",null,"ID",1.95,null,1.95,1.95]
[null,"ID","Vigilante Electric Cooperative","Alternative Renewable Energy Program","wind",2003,"1.1¢/kWh",null,"ID",1.1000000000000001,null,1.1000000000000001,1.1000000000000001]
[null,"IL","City of Naperville / Community Energy","Renewable Energy Program","wind, PV",2005,"2.5¢/kWh",null,"IL",2.5,null,2.5,2.5]
[null,"IL","Dairyland Power Cooperative: Jo-Carroll Energy/Elizabeth","Evergreen Renewable Energy Program","landfill gas, biogas, hydro, wind",1997,"1.5¢/kWh",null,"IL",1.5,null,1.5,1.5]
[null,"IL","Wabash Valley Power Association (10 of 25 coops offer program): Boone REMC, Fulton County REMC, Kankakee Valley REMC, Kosciusko REMC, LaGrange County REMC, Miami-Cass REMC, NineStar Connect, Northeastern REMC, Parke County REMC, Tipmont REMC","EnviroWatts","wind, landfill gas",2000,"0.9¢/kWh-1.5¢/kWh",null,"IL",0.9,1.5,1.5,1.2]
[null,"IN","Duke Energy","GoGreen Power","wind, PV, landfill gas, digester gas",2001,"1.8-2.0¢/kWh",null,"IN",1.8,2,2,1.9]
[null,"IN","Hoosier Energy (6 of 17 coops offer program): Daviess-Martin County REMC, Decatur County REMC, Henry County REMC, South Central Indiana REMC, Southeastern Indiana REMC, Utilities District of Western Indiana REMC","EnviroWatts","landfill gas, wind and hydro",2001,"2.0¢/kWh-4.0¢/kWh",null,"IN",2,4,4,3]
[null,"IN","Indianapolis Power & Light","Green Power Option","wind",1998,"0.2¢/kWh",null,"IN",0.2,null,0.2,0.2]
[null,"IN","Northern Indiana Public Service Company","Green Power Program","100% wind",2013,"0.23¢/kWh",null,"IN",0.23,null,0.23,0.23]
[null,"IN","Wabash Valley Power Association (10 of 25 coops offer program): Boone REMC, Fulton County REMC, Kankakee Valley REMC, Kosciusko REMC, LaGrange County REMC, Miami-Cass REMC, NineStar Connect, Northeastern REMC, Parke County REMC, Tipmont REMC","EnviroWatts","wind, landfill gas",2000,"0.9¢/kWh-1.5¢/kWh",null,"IN",0.9,1.5,1.5,1.2]
[null,"IA","Alliant Energy","Second Nature","landfill gas, wind",2001,"2.0¢/kWh",null,"IA",2,null,2,2]
[null,"IA","Associated Electric Cooperative, Inc.: Access Energy Cooperative, Chariton Valley Electric Cooperative, Southern Iowa Electric Cooperative","varies by utility","biomass, wind",2003,"2.0¢/kWh-3.5¢/kWh",null,"IA",2,3.5,3.5,2.75]
[null,"IA","Basin Electric Power Cooperative: Lyon Rural, Harrison County, Nishnabotna Valley Cooperative, Northwest Rural Electric Cooperative, Western Iowa","Prairie Winds","wind",2000,"varies by utillity",null,"IA","VARIES BY UTILITY",null,"VARIES BY UTILITY","VARIES BY UTILITY"]
[null,"IA","Cedar Falls Utilities","Harvest the Wind","wind",2000,"2.5¢/kWh",null,"IA",2.5,null,2.5,2.5]
[null,"IA","Central Iowa Power Cooperatives (all 12 coops/1 muni): Maquoketa Valley Electric Cooperative, Eastern Iowa REC, East-Central Iowa REC, Linn County REC, Pella, TIP Rural Electric Cooperative, Clarke Electric Cooperative, Midland Power Cooperative, Guthrie County REC, Farmers Electric Cooperative, Southwest Iowa REC, Consumer Energy, South Iowa Municipal Electric Cooperative Association","Alternative Energy Contribution Program","wind",2006,"2.0¢/kWh",null,"IA",2,null,2,2]
[null,"IA","Corn Belt Power Cooperatives (5 of 11 coops offer program): Butler County REC, Franklin REC, Grundy County REC, Humboldt County REC, Sac County REC","Energy Wise Renewables","wind",2003,"1.5¢/kWh",null,"IA",1.5,null,1.5,1.5]
[null,"IA","Dairyland Power Cooperative: Allamakee-Clayton/Postville, Hawkeye Tri-County/Cresco, Heartland Power/Thompson & St. Ansgar","Evergreen Renewable Energy Program","hydro, wind, landfill gas, biogas and solar",1998,"1.5¢/kWh",null,"IA",1.5,null,1.5,1.5]
[null,"IA","Farmers Electric Cooperative ","Green Power Project","biodiesel, wind",2004,"Contribution",null,"IA","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"IA","Iowa Association of Municipal Utilities (84 of 137 munis offer program) Afton, Algona, Alta Vista, Aplington, Auburn, Bancroft, Bellevue, Bloomfield, Breda, Brooklyn, Buffalo, Burt, Callender, Carlisle, Cascade, Coggon, Coon Rapids, Corning, Corwith, Danville, Dayton, Durant, Dysart, Earlville, Eldridge, Ellsworth, Estherville, Fairbank, Farnhamville, Fontanelle, Forest City, Gowrie, Grafton, Grand Junction, Greenfield, Grundy Center, Guttenberg, Hopkinton, Hudson, Independence, Keosauqua, La Porte City, Lake Mills, Lake View, Laurens, Lenox, Livermore, Maquoketa, Marathon, McGregor, Milford, Montezuma, Mount Pleasant, Neola, New Hampton, Ogden, Orient, Osage, Panora, Pella, Pocahontas, Preston, Readlyn, Rockford, Sabula, Sergeant Bluff, Sibley, Spencer, Stanhope, State Center, Stratford, Strawberry Point, Stuart, Tipton, Villisca, Vinton, Webster City, West Bend, West Liberty, West Point, Westfield, Whittemore, Wilton, Winterset","Green City Energy","wind, biomass, PV",2003,"Varies by utility",null,"IA","VARIES BY UTILITY",null,"VARIES BY UTILITY","VARIES BY UTILITY"]
[null,"IA","MidAmerican Energy","Renewable Advantage","wind",2004,"Contribution",null,"IA","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"IA","Missouri River Energy Services: Alton, Atlantic, Denison, Fontanelle, Hartley, Hawarden, Kimballton, Lake Park, Manilla, Orange City, Paullina, Primghar, Remsen, Rock Rapids, Sanborn, Shelby, Sioux Center, Woodbine","RiverWinds","wind",2003,"2.0¢/kWh",null,"IA",2,null,2,2]
[null,"IA","Muscatine Power and Water","Green Muscatine","PV, wind, geothermal",2004,"Contribution",null,"IA","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"IA","Waverly Light & Power","Green Power Choice","wind",2003,"Contribution",null,"IA","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"KS","Westar Energy","Renewable Energy Program Rider","wind",2012,"1.0¢/kWh",null,"KS",1,null,1,1]
[null,"KY","Big Rivers Electric Corporation: Jackson Purchase Energy Corporation, Kenergy Corporation, Meade County Rural Electric Cooperative Corporation","Renewable Resources Energy (EnviroWatts)","100% biomass",2007,"3.63¢/kWh",null,"KY",3.63,null,3.63,3.63]
[null,"KY","East Kentucky Power Cooperative: Blue Grass Energy, Clark, Cumberland, Fleming-Mason, Grayson, Inter-County Energy, Jackson, Licking Valley, Nolin, Owen Electric, Salt River, Shelby, South Kentucky","EnviroWatts","landfill gas",2002,"2.75¢/kWh",null,"KY",2.75,null,2.75,2.75]
[null,"KY","E.ON U.S.: Louisville Gas and Electric Co., Kentucky Utilities Co.","Green Energy","biomass, low impact hydro, wind",2007,"0.3¢/kWh",null,"KY",0.3,null,0.3,0.3]
[null,"KY","TVA: Bowling Green Municipal Utilities, Franklin Electric Plant Board, Hopkinsville Electric System, Murray Electric System, Pennyrile Rural Electric Coop, Russellville Electric Plant Board, Tri-County Electric, Warren Rural Electric Coop","Green Power Switch","landfill gas, PV, wind",2000,"2.67¢/kWh",null,"KY",2.67,null,2.67,2.67]
[null,"MA","Braintree Electric Light Department","BGreen","solar and wind",2009,"Contribution",null,"MA","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"MA","Concord Municipal Light Plant (CMLP)","Green Power","hydro",2004,"3.0¢/kWh",null,"MA",3,null,3,3]
[null,"MA","Shrewsbury Electric and Cable Operations","SELCO Green Light","wind",2009,"0.5¢/kWh",null,"MA",0.5,null,0.5,0.5]
[null,"MA","Wellesley Municipal Light Plant","Wellesley Renewable Energy","solar, wind and biomass",2009,"4.0¢/kWh",null,"MA",4,null,4,4]
[null,"MI","Consumers Energy","Green Generation","75% wind, 25% landfill gas",2005,"1.0¢/kWh",null,"MI",1,null,1,1]
[null,"MI","DTE Energy","GreenCurrents","wind, biomass",2007,"2.0¢/kWh-2.5¢/kWh",null,"MI",2,2.5,2.5,2.25]
[null,"MI","Lansing Board of Water and Light","GreenWise Electric Power","landfill gas, small hydro",2001,"3.0¢/kWh",null,"MI",3,null,3,3]
[null,"MI","Upper Peninsula Power Company","UPPCO Green","wind, solar, and biomass",2004,"2.4¢/kWh",null,"MI",2.4,null,2.4,2.4]
[null,"MI","Wabash Valley Power Association (10 of 25 coops offer program): Boone REMC, Fulton County REMC, Kankakee Valley REMC, Kosciusko REMC, LaGrange County REMC, Miami-Cass REMC, NineStar Connect, Northeastern REMC, Parke County REMC, Tipmont REMC","EnviroWatts","wind, landfill gas",2000,"0.9¢/kWh-1.5¢/kWh",null,"MI",0.9,1.5,1.5,1.2]
[null,"MI","We Energies","Energy for Tomorrow","wind, landfill gas, hydro, PV",2000,"3.0¢/kWh",null,"MI",3,null,3,3]
[null,"MI","Wisconsin Public Service","NatureWise","wind, solar and biomass",2002,"2.4¢/kWh",null,"MI",2.4,null,2.4,2.4]
[null,"MI","Xcel Energy","WindSource","wind",2011,"1.2¢/kWh",null,"MI",1.2,null,1.2,1.2]
[null,"MN","Alliant Energy","Second Nature","landfill gas, wind",2002,"2.0¢/kWh",null,"MN",2,null,2,2]
[null,"MN","Basin Electric Power Cooperative: Minnesota Valley Electric Coop, Sioux Valley Southwestern","Prairie Winds","wind",2002,"varies by utillity",null,"MN","VARIES BY UTILITY",null,"VARIES BY UTILITY","VARIES BY UTILITY"]
[null,"MN","Central Minnesota Municipal Power Agency: Blue Earth, Delano, Glencoe, Granite Falls, Janesville, Kenyon, Lake Crystal, Madelia, Mt. Lake, New Ulm, Sleepy Eye, Springfield, Truman, and Windom","Green Energy Program","wind, landfill gas",2000,"1.5¢/kWh-2.5¢/kWh",null,"MN",1.5,2.5,2.5,2]
[null,"MN","Dairyland Power Cooperative: Freeborn-Mower Cooperative / Albert Lea, People's / Rochester, Tri-County / Rushford","Evergreen Renewable Energy Program","hydro, wind, landfill gas, biogas",1998,"1.5¢/kWh",null,"MN",1.5,null,1.5,1.5]
[null,"MN","Great River Energy (all 28 coops offer program): Agralite, Arrowhead, BENCO Electric, Brown County Rural Electric, Connexus Energy, Co-op Light & Power, Crow Wing Power, Dakota Electric Association, East Central Electric Association, Federated Rural Electric, Goodhue County, Itasca Mantrap Cooperative, Kandiyohi Power Cooperative, Lake Country Power, Lake Region Electric Cooperative, McLeod Cooperative Power, Meeker Cooperative Light & Power, Mille Lacs Electric Cooperative, Minnesota Valley, Nobles Cooperative Electric, North Itasca, Redwood Electric Cooperative, Runestone Electric, South Central Electric Association, Stearns Electric, Steele-Waseca, Todd-Wadena, Wright-Hennepin Electric","Wellspring Renewable Wind Energy Program","wind",1998,"0.4¢/kWh",null,"MN",0.4,null,0.4,0.4]
[null,"MN","Minnesota Power","WindSense","wind",2002,"2.5¢/kWh",null,"MN",2.5,null,2.5,2.5]
[null,"MN","Minnkota Power Cooperative: Beltrami, Clearwater Polk, North Star, PKM, Red Lake, Red River, Roseau, Wild Rice; Northern Municipal Power Agency (10 municipals)","Infinity Wind Energy","wind",1999,"0.5¢/kWh",null,"MN",0.5,null,0.5,0.5]
[null,"MN","Missouri River Energy Services: Adrian, Alexandria, Barnesville, Benson, Breckenridge, Detroit Lakes, Elbow Lake, Henning, Jackson, Lakefield, Lake Park, Luverne, Madison, Moorhead, Ortonville, St. James, Sauk Centre, Staples, Wadena, Westbrook, Worthington","RiverWinds","wind",2002,"2.0¢/kWh-2.5¢/kWh",null,"MN",2,2.5,2.5,2]
[null,"MN","Moorhead Public Service","Capture the Wind","wind",1998,"0.5¢/kWh",null,"MN",0.5,null,0.5,5]
[null,"MN","Otter Tail Power Company","TailWinds","wind",2002,"1.3¢/kWh",null,"MN",1.3,null,1.3,1.3]
[null,"MN","Xcel Energy","WindSource","wind",2003,"0.795¢/kWh",null,"MN",0.79500000000000004,null,0.79500000000000004,0.79500000000000004]
[null,"MS","TVA: 4-County Electric Power Association, Alcorn Electric Power Association, Central Electric Power Association, Columbus Light & Water, North East Mississippi Electric Power Association, Northcentral MS EPA, City of Okolona Electric Dept., City of Oxford Electric Dept., Starkville Electric System, Tallahatchie Valley EPA, Tippah Electric Power Association, Tishomingo County Electric Power Association, Tupelo Water & Light Department","Green Power Switch","landfill gas, PV, wind",2000,"2.67¢/kWh",null,"MS",2.67,null,2.67,2.67]
[null,"MO","Ameren Missouri","Pure Power","wind",2007,"1.0¢/kWh",null,"MO",1,null,1,1]
[null,"MO","Associated Electric Cooperative, Inc.: Black River Electric Cooperative, Boone Electric Cooperative, Callaway Electric Cooperative, Co-Mo Electric Cooperative , Crawford Electric Cooperative, Cuivre River Electric Cooperative, Howell-Oregon Electric Cooperative, Intercounty Electric Cooperative, Laclede Electric Cooperative, Lewis County Rural Electric Cooperative, Macon Electric Cooperative, White River Valley Electric Cooperative","varies by utility","biomass, wind",2003,"2.0¢/kWh-3.5¢/kWh",null,"MO",2,3.5,3.5,2.75]
[null,"MO","City Utilities of Springfield","CU Solar Initiative","solar",2000,"4.04¢/kWh",null,"MO",4.04,null,4.04,4.04]
[null,"MO","Wabash Valley Power Association (10 of 25 coops offer program): Boone REMC, Fulton County REMC, Kankakee Valley REMC, Kosciusko REMC, LaGrange County REMC, Miami-Cass REMC, NineStar Connect, Northeastern REMC, Parke County REMC, Tipmont REMC","EnviroWatts","wind, landfill gas",2000,"0.9¢/kWh-1.5¢/kWh",null,"MO",0.9,1.5,1.5,1.2]
[null,"MT","Basin Electric Power Cooperative: Flathead Electric Coop, Lower Yellowstone, Powder River Energy","Prairie Winds","wind",2000,"varies by utillity",null,"MT","VARIES BY UTILITY",null,"VARIES BY UTILITY","VARIES BY UTILITY"]
[null,"MT","Northwestern Energy","E+ Green","wind, PV",2003,"2.0¢/kWh",null,"MT",2,null,2,2]
[null,"MT","Park Electric Cooperative","Green Power Program","various renewables",2002,"0.09¢/kWh",null,"MT",0.09,null,0.09,0.09]
[null,"MT","Tri-State Generation & Transmission: Big Horn Rural Electric Company","Renewable Resource Power Service","wind, hydro",2001,"1.25¢/kWh",null,"MT",1.25,null,1.25,1.25]
[null,"MT","Vigilante Electric Cooperative","Alternative Renewable Energy Program","wind",2003,"1.1¢/kWh",null,"MT",1.1000000000000001,null,1.1000000000000001,1.1000000000000001]
[null,"NE","Omaha Public Power District","Green Power Program","landfill gas, wind",2002,"Contribution",null,"NE","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"NE","Tri-State Generation & Transmission: Chimney Rock Public Power District, Highline Electric Association, Northwest Rural Public Power District","Renewable Resource Power Service","wind, hydro",2001,"1.25¢/kWh",null,"NE",1.25,null,1.25,1.25]
[null,"NV","Deseret Power: Mt. Wheeler Power Cooperative","GreenWay","various",2005,"1.95¢/kWh",null,"NV",1.95,null,1.95,1.95]
[null,"NV","NV Energy","Desert Research Institute's GreenPower Program","PV on schools","Unknown","Contribution",null,"NV","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"NV","NV Energy","NV Green Energy Rate","50% or 100% renewables",2013,"varies quarterly",null,"NV","VARIES QUARTERLY",null,"VARIES QUARTERLY","VARIES QUARTERLY"]
[null,"NM","El Paso Electric Company","Renewable Energy Tariff","solar, wind, geothermal, hydro and biomass",2003,"5.84¢/kWh",null,"NM",5.84,null,5.84,5.84]
[null,"NM","Los Alamos Department of Public Utilities","LA Green","wind, solar and hydro",2013,"0.5¢/kWh",null,"NM",0.5,null,0.5,0.5]
[null,"NM","Public Service of New Mexico","PNM Sky Blue","solar and wind",2003,"1.7¢/kWh",null,"NM",1.7,null,1.7,1.7]
[null,"NM","Tri-State Generation & Transmission: Central New Mexico Electric Cooperative, Inc., Columbus Electric Cooperative, Inc., Continental Divide Electric Cooperative, Inc., Jemez Mountains Electric Cooperative, Inc., Kit Carson Electric Cooperative, Inc., Mora-San Miguel Electric Cooperative, Inc., Navopache Electric Cooperative, Northern Rio Arriba Electric Cooperative, Otero County Electric Cooperative, Inc., Sierra Electric Cooperative, Inc., Socorro Electric Cooperative, Inc., Southwestern Electric Cooperative, Inc., Springer Electric Cooperative, Inc.","Renewable Resource Power Service","wind, hydro",2001,"varies by utility",null,"NM","VARIES BY UTILITY",null,"VARIES BY UTILITY","VARIES BY UTILITY"]
[null,"NM","Xcel Energy","WindSource","wind",1999,"4.12¢/kWh",null,"NM",4.12,null,4.12,4.12]
[null,"NC","Dominion North Carolina Power","NC GreenPower","biomass, hydro, landfill gas, PV, wind",2003,"2.5¢/kWh-4.0¢/kWh",null,"NC",2.5,4,4,3.25]
[null,"NC","Duke Energy","NC GreenPower","biomass, hydro, landfill gas, PV, wind",2003,"2.5¢/kWh-4.0¢/kWh",null,"NC",2.5,4,4,3.25]
[null,"NC","ElectriCities: City of Albemarle, Town of Apex, City of Concord, Town of Cornelius, Fayetteville PWC, Town of Granite Falls, Greenville Utilities, City of High Point, Town of Huntersville, City of Kinston, City of Laurinburg, City of Lexington, City of Monroe, City of New Bern, City of Newton, City of Shelby, City of Statesville, Town of Wake Forest, City of Washington, Town of Waynesville, City of Wilson-Wilson Energy","NC GreenPower","biomass, hydro, landfill gas, PV, wind",2003,"2.5¢/kWh-4.0¢/kWh",null,"NC",2.5,4,4,3.25]
[null,"NC","Progress Energy / CP&L","NC GreenPower","biomass, hydro, landfill gas, PV, wind",2003,"2.5¢/kWh-4.0¢/kWh",null,"NC",2.5,4,4,3.25]
[null,"NC","TVA: Mountain Electric Cooperative","Green Power Switch","landfill gas, PV, wind",2000,"2.67¢/kWh",null,"NC",2.67,null,2.67,2.67]
[null,"ND","Basin Electric Power Cooperative: Burke Divide, Capital, Dakota Valley, KEM Electric Coop, Oliver Mercer Electric Coop, McKenzie Electric Coop, Montrail Williams, Mor-gran-sou Electric Coop, North Central Electric Coop, Northern Plains, Slope Electric Coop, Verendrye, West Plains","PrairieWinds","wind",2000,"varies by utillity",null,"ND","VARIES BY UTILITY",null,"VARIES BY UTILITY","VARIES BY UTILITY"]
[null,"ND","Minnkota Power Cooperative: Cass County Electric, Cavalier Rural Electric, Nodak Electric; Northern Municipal Power Agency (2 municipals)","Infinity Wind Energy","wind",1999,"0.3¢/kWh",null,"ND",0.3,null,0.3,0.3]
[null,"ND","Missouri River Energy Services: City of Lakota","RiverWinds","wind",2002,"2.0¢/kWh",null,"ND",2,null,2,2]
[null,"OH","American Municipal Power-Ohio / Green Mountain Energy: City of Bowling Green, Cuyahoga Falls, Westerville, Wyandotte, Yellow Springs","EcoSmart Choice","small hydro, landfill gas, wind",2009,"0.5¢/kWh",null,"OH",0.5,null,0.5,0.5]
[null,"OH","Buckeye Power (Ohio Rural Electric Cooperatives)","EnviroWatts","wind, solar, bio-digesters, landfill gas",2006,"2.0¢/kWh",null,"OH",2,null,2,2]
[null,"OH","Duke Energy","GoGreen Power","wind, PV, landfill gas, digester gas",2001,"1.8-2.0¢/kWh",null,"OH",1.8,2,2,1.9]
[null,"OH","Wabash Valley Power Association (10 of 25 coops offer program): Boone REMC, Fulton County REMC, Kankakee Valley REMC, Kosciusko REMC, LaGrange County REMC, Miami-Cass REMC, NineStar Connect, Northeastern REMC, Parke County REMC, Tipmont REMC","EnviroWatts","wind, landfill gas",2000,"0.9¢/kWh-1.5¢/kWh",null,"OH",0.9,1.5,1.5,1.2]
[null,"OK","Associated Electric Cooperative, Inc.: Central Rural Electric Cooperative","varies by utility","biomass, wind",2003,"2.0¢/kWh-3.5¢/kWh",null,"OK",2,3.5,3.5,2.75]
[null,"OK","OG&E Electric Services","OG&E Wind Power","wind",2003,"0.35¢/kWh-0.45¢/kWh",null,"OK",0.35,0.45,0.45,0.4]
[null,"OK","Oklahoma Municipal Power Authority: Tonkawa, Altus, Frederick, Okeene, Prague Municipal Utilities and Edmond Electric","Pure & Simple","wind",2004,"0.27¢/kWh",null,"OK",0.27,null,0.27,0.27]
[null,"OK","Public Service Company of Oklahoma","WindChoice","100% wind",2011,"1.0¢/kWh",null,"OK",1,null,1,1]
[null,"OK","Western Farmers Electric Cooperative (19 of 19 coops offer program): Alfalfa Electric Cooperative, Caddo Electric Cooperative, Canadian Valley Electric Cooperative, Choctaw Electri Cooperative, Cimmaron Electric Cooperative, Cotton Electric Cooperative, East Central Oklahoma Electric Cooperative, Harmon Electric Cooperative, Kay Electric Cooperative, Kiamichi Electric Cooperative, Kiwash Electric Cooperative, Northfork Electric Cooperative, Northwestern Electric Cooperative, Oklahoma Electric Cooperative, People's Electric Cooperative, Red River Valley Rural Electric Cooperative, Rural Electric Cooperative, Southeastern Electric Cooperative, Southwest Rural Electric Cooperative","WindWorks","wind",2004,"0.5¢/kWh",null,"OK",0.5,null,0.5,0.5]
[null,"OR","City of Ashland / Bonneville Environmental Foundation","Renewable Pioneers","PV, wind",2003,"2.0¢/kWh",null,"OR",2,null,2,2]
[null,"OR","Columbia River PUD","Choice Energy","wind",2005,"1.5¢/kWh",null,"OR",1.5,null,1.5,1.5]
[null,"OR","Emerald People's Utility District","GREEN for Homes","wind and landfill gas",2011,"0.8¢/kWh",null,"OR",0.8,null,0.8,0.8]
[null,"OR","Eugene Water & Electric Board","EWEB Greenpower","various renewables",2007,"1.0¢/kWh-1.5¢/kWh",null,"OR",1,1.5,1.5,1.25]
[null,"OR","Idaho Power","Green Power Program","wind",2001,"Contribution",null,"OR","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"OR","Midstate Electric Cooperative","Environmentally-Preferred Power","wind",1999,"2.5¢/kWh",null,"OR",2.5,null,2.5,2.5]
[null,"OR","Oregon Trail Electric Cooperative","Green Power","wind",2002,"1.5¢/kWh",null,"OR",1.5,null,1.5,1.5]
[null,"OR","Pacific Northwest Generating Cooperative: Blachly-Lane Electric Cooperative, Central Electric Cooperative, Clearwater Power, Consumers Power, Coos-Curry Electric Cooperative, Douglas Electric Cooperative, Fall River Rural Electric Cooperative, Lost River Electric Cooperative, Raft River Rural Electric Cooperative, Umatilla Electric Cooperative, West Oregon Electric Cooperative, (11 of 15 coops offer program)","Green Power","landfill gas",1998,"1.8¢/kWh-2.0¢/kWh",null,"OR",1.8,2,2,1.9]
[null,"OR","PacifiCorp: Pacific Power","Blue Sky Block","wind",2000,"1.95¢/kWh",null,"OR",1.95,null,1.95,1.95]
[null,"OR","PacifiCorp: Pacific Power","Blue Sky QS (Commercial Only)","wind",2004,"Sliding scale depending on size",null,"OR","SLIDING SCALE",null,"SLIDING SCALE","SLIDING SCALE"]
[null,"OR","Portland General Electric / Green Mountain Energy Company","Clean Wind for Medium to Large Commercial & Industrial Accounts","wind",2002,"0.3¢/kWh",null,"OR",0.3,null,0.3,0.3]
[null,"OR","Portland General Electric / Green Mountain Energy Company","Clean Wind ","wind",2002,"1.25¢/kWh",null,"OR",1.25,null,1.25,1.25]
[null,"OR","Portland General Electric / Green Mountain Energy Company","Green Source","wind, landfill gas, low-impact hydro",2002,"0.8¢/kWh",null,"OR",0.8,null,0.8,0.8]
[null,"OR","Springfield Utility Board","ECOchoice","various",2007,"1.0¢/kWh",null,"OR",1,null,1,1]
[null,"SC","Duke Energy Carolinas","Palmetto Clean Energy (PaCE)","wind, solar, landfill gas",2008,"4.0¢/kWh",null,"SC",4,null,4,4]
[null,"SC","Progress Energy Carolinas","Palmetto Clean Energy (PaCE)","wind, solar, landfill gas",2008,"4.0¢/kWh",null,"SC",4,null,4,4]
[null,"SC","Santee Cooper: Aiken Electric Cooperative, Berkeley Electric Cooperative, Blue Ridge Electric, Coastal Electric Cooperative, Edisto Electric Cooperative, Fairfield Electric Cooperative, Horry Electric Cooperative, Laurens Electric Cooperative, Lynches River Electric Cooperative, Marlboro Electric Cooperative, Mid-Carolina Electric Cooperative, Palmetto Electric Cooperative, Pee Dee Electric Cooperative, Santee Electric Cooperative, Tri-County Electric Cooperative, York Electric Cooperative","Green Power Program","landfill gas, wind, solar",2001,"3.0¢/kWh",null,"SC",3,null,3,3]
[null,"SC","SCE&G","Palmetto Clean Energy (PaCE)","wind, solar, landfill gas",2008,"4.0¢/kWh",null,"SC",4,null,4,4]
[null,"SD","Basin Electric Power Cooperative: Bon Homme-Yankton Electric Assn., Central Electric Cooperative Association, Charles Mix Electric Association, City of Elk Point, Clay-Union Electric Corporation, Codington-Clark Electric Cooperative, Dakota Energy Cooperative, Douglas Electric Cooperative, FEM Electric Association, H-D Electric Cooperative, Kingsbury Electric Cooperative, Lyon-Lincoln Electric Cooperative, McCook Electric Cooperative, Northern Electric Cooperative, Oahe Electric Cooperative, Renville-Sibley Coop. Power Assn., Sioux Valley Southwestern Electric Coop, Southeastern Electric Coop, Union County Electric Cooperative, Whetstone Valley Electric Cooperative, Black Hills Electric Coop, LaCreek Electric Coop, West River Power Association, Butte Electric Coop, Cherry Todd Electric Coop, Moreau Grand, Grand Electric Cooperative, Rosebud","Prairie Winds","wind",2000,"varies by utillity",null,"SD","VARIES BY UTILITY",null,"VARIES BY UTILITY","VARIES BY UTILITY"]
[null,"SD","Missouri River Energy Services: City of Vermillion","RiverWinds","wind",2002,"2.0¢/kWh-2.5¢/kWh",null,"SD",2,2.5,2.5,2.25]
[null,"SD","Tri-State Generation & Transmission: Niobrara Electric Association, Inc. ","Renewable Resource Power Service","wind, hydro",2001,"1.25¢/kWh",null,"SD",1.25,null,1.25,1.25]
[null,"TN","TVA: Alcoa Electric Department, Appalachian Electric Cooperative, Athens Utility Board, Bristol Tennessee Electric System, Brownsville Utility Department, Caney Fork Electric Cooperative, Chickasaw Electric Cooperative, Clarksville Department of Electricity, Cleveland Utilities, Clinton Utilities Board, Columbia Power & Water Systems, Cookeville Electric Department, Covington Electric System, Cumberland Electric Membership Corporation, Dickson Electric Department, Duck River Electric Membership Corporation, Dyersberg Electric System, City of Elizabethton Electric System, EPB (Chattanooga), Erwin Utilities, Etowah Utilities, Fayetteville Public Utilities, Fort Loudon Electric Cooperative, Gallatin Department of Electricity, Gibson Electric Membership Corporation, Greeneville Light and Power System, Harriman Utility Board, Holston Electric Cooperative, Jackson Energy Authority, Jellico Electric & Water, Johnson City Power Board, Knoxville Utilities Board, Lafollette Utilities Board, Lawrenceburg Power System, Lenoir City Utilities Board, Lexington Electric System, Loudon Utilities, City of Maryville Electric Department, McMinnville Electric System, Memphis Light Gas & Water, Meriwhether Lewis Electric Cooperative, Middle Tennessee Electric Membership Corporation, Milan Department of Public Utilities, Morristown Power System, Mountain Electric Cooperative, Murfreesboro Electric Department, Nashville Electric Service, Newport Utilities, Oak Ridge Electric Department, Paris Board of Public Utilities, Pickwick Electric Cooperative, Plateau Electric Cooperative, Powell Valley Electric Cooperative, Pulaski Electric System, Rockwood Electric Utility, Sequachee Valley Electric Cooperative, Sevier County Electric System, Shelbyville Power System, Smithville Electric System, Somerville Utility Department, Southwest Tennessee Electric Membership Corporation, Springfield Department of Electricity, Sweetwater Utilities Board, Tennessee Valley EC, Tri-County Electric, Tullahoma Utilities Board, Union City Electric System, Upper Cumberland Electric Membership Corporation, Volunteer Energy Cooperative, Weakley County Municipal Electric System, Winchester Utilities","Green Power Switch","landfill gas, PV, wind",2000,"2.67¢/kWh",null,"TN",2.67,null,2.67,2.67]
[null,"TX","Austin Energy (City of Austin)","GreenChoice","wind","2000/1997","0.75¢/kWh",null,"TX",0.75,null,0.75,0.75]
[null,"TX","College Station Utilities","Wind Watts (10%/50%/100%)","new wind",2009,"0.5¢/kWh",null,"TX",0.5,null,0.5,5]
[null,"TX","El Paso Electric Company","Renewable Energy Tariff","wind",2001,"3.53¢/kWh",null,"TX",3.53,null,3.53,3.53]
[null,"TX","Pedernales Electric Cooperative","Renewable Power","wind, hydro",2006,"0.5¢/kWh",null,"TX",0.5,null,0.5,0.5]
[null,"UT","City of St. George","Clean Green Power","wind, small hydro",2005,"2.95¢/kWh",null,"UT",2.95,null,2.95,2.95]
[null,"UT","Deseret Power: Bridger Valley Electric, Dixie Escalante Rural Electric, Flowell Electric, Garkane Energy, Moon Lake Electric, Mt. Wheeler Power","GreenWay","various",2004,"1.95¢/kWh",null,"UT",1.95,null,1.95,1.95]
[null,"UT","PacifiCorp: Rocky Mountain Power","Blue Sky","wind",2003,"1.95¢/kWh",null,"UT",1.95,null,1.95,1.95]
[null,"UT","PacifiCorp: Utah Power","Blue Sky","wind",2000,"1.95¢/kWh",null,"UT",1.95,null,1.95,1.95]
[null,"UT","Tri-State Generation & Transmission: Empire Electric Association, Inc.","Renewable Resource Power Service","wind, hydro",2001,"1.25¢/kWh",null,"UT",1.25,null,1.25,1.25]
[null,"VT","Green Mountain Power","Cow Power","biogas",2004,"4.0¢/kWh",null,"VT",4,null,4,4]
[null,"VA","Dominion Virginia Power / 3Degrees","Dominion Green Power","biomass, wind, landfill gas, solar",2009,"1.3¢/kWh",null,"VA",1.3,null,1.3,1.3]
[null,"WA","Avista Utilities","Buck-A-Block","wind, solar and biomass",2002,"0.35¢/kWh",null,"WA",0.35,null,0.35,0.35]
[null,"WA","Benton County Public Utility District","Green Power Program","landfill gas, wind, hydro",1999,"Contribution",null,"WA","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"WA","Chelan County PUD","Sustainable Natural Alternative Power (SNAP)","PV, wind, micro hydro",2001,"Contribution",null,"WA","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"WA","Clallam County PUD","Watts Green","landfill gas",2001,"1.7¢/kWh",null,"WA",1.7,null,1.7,1.7]
[null,"WA","Clark Public Utilities","Green Lights","PV, wind",2002,"1.5¢/kWh",null,"WA",1.5,null,1.5,1.5]
[null,"WA","Cowlitz PUD/Bonneville Environmental Foundation","Renewable Resource Energy","wind, PV",2002,"0.8¢/kWh",null,"WA",0.8,null,0.8,0.8]
[null,"WA","Lewis County PUD","Green Power Energy Rate","wind",2003,"2.0¢/kWh",null,"WA",2,null,2,2]
[null,"WA","Mason County PUD No. 3","Mason Evergreen Power","wind",2003,"1.0¢/kWh",null,"WA",1,null,1,1]
[null,"WA","Northen Wasco County PUD","Pure Power","wind",2007,"2.5¢/kWh",null,"WA",2.5,null,2.5,2.5]
[null,"WA","Orcas Power & Light","Go Green","wind, hydro",1999,"4.0¢/kWh",null,"WA",4,null,4,4]
[null,"WA","Pacific County PUD","Green Power","landfill gas",2002,"1.05¢/kWh",null,"WA",1.05,null,1.05,1.05]
[null,"WA","PacifiCorp: Pacific Power","Blue Sky Block","wind",2000,"1.95¢/kWh",null,"WA",1.95,null,1.95,1.95]
[null,"WA","Peninsula Light","Renewable Option Program","wind",2002,"1.5¢/kWh",null,"WA",1.5,null,1.5,1.5]
[null,"WA","Puget Sound Energy","Green Power Program","wind, hydro, biogas, solar",2002,"1.25¢/kWh",null,"WA",1.25,null,1.25,1.25]
[null,"WA","Seattle City Light","Green Up","geothermal, biomass, wind, hydro",2005,"1.5¢/kWh",null,"WA",1.5,null,1.5,1.5]
[null,"WA","Seattle City Light","Seattle Green Power","PV, biogas",2002,"Contribution",null,"WA","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"WA","Snohomish County Public Utility District","Planet Power","wind",2002,"Contribution",null,"WA","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"WA","Tacoma Power","EverGreen Options","wind",2000,"1.2¢/kWh",null,"WA",1.2,null,1.2,1.2]
[null,"WI","Alliant Energy","Second Nature","wind, landfill gas",2000,"2.0¢/kWh",null,"WI",2,null,2,2]
[null,"WI","Dairyland Power Cooperative: Barron Electric, Bayfield/ Iron River, Chippewa / Cornell Valley, Clark / Greenwood, Dunn / Menomonie, Eau Claire / Fall Creek, Jackson / Black River Falls, Jump River / Ladysmith, Oakdale, Pierce-Pepin / Ellsworth, Polk-Burnett / Centuria, Price / Phillips, Richland, Riverland / Arcadia, St. Croix / Baldwin, Scenic Rivers / Lancaster, Taylor / Medford, Vernon / Westby","Evergreen Renewable Energy Program","hydro, wind, landfill gas, biogas",1998,"1.5¢/kWh",null,"WI",1.5,null,1.5,1.5]
[null,"WI","Madison Gas and Electric","Green Power Tomorrow","wind solar",1999,"2.44¢/kWh",null,"WI",2.44,null,2.44,2.44]
[null,"WI","We Energies","Energy for Tomorrow","landfill gas, PV, hydro, wind",1996,"2.0¢/kWh",null,"WI",2,null,2,2]
[null,"WI","Wisconsin Public Service","Solar Wise for Schools","PV in schools",1996,"Contribution",null,"WI","CONTRIBUTION",null,"CONTRIBUTION","CONTRIBUTION"]
[null,"WI","Wisconsin Public Service","NatureWise","wind, solar and biomass",2002,"2.4¢/kWh",null,"WI",2.4,null,2.4,2.4]
[null,"WI","WPPI Energy (34 of 37 munis offer program): Algoma, Cedarburg, Florence, Kaukauna, Muscoda, Stoughton, Reedsburg, Oconomowoc, Waterloo, Whitehall, Columbus, Hartford, Lake Mills, New Holstein, Richland Center, Boscobel, Cuba City, Hustisford, Sturgeon Bay, Waunakee, Lodi, New London, Plymouth, River Falls, Sun Prairie, Waupun, Eagle River, Jefferson, Menasha, New Richmond, Prairie du Sac, Slinger, Two Rivers, Westby","Renewable Energy Program","wind,solar and biogas",2001,"1.0¢/kWh",null,"WI",1,null,1,1]
[null,"WI","Xcel Energy","WindSource","wind",2010,"1.37¢/kWh",null,"WI",1.37,null,1.37,1.37]
[null,"WY","Basin Electric Power Cooperative: Powder River Energy","Prairie Winds","wind",2000,"varies by utillity",null,"WY","VARIES BY UTILITY",null,"VARIES BY UTILITY","VARIES BY UTILITY"]
[null,"WY","Cheyenne Light, Fuel and Power Company/Bonneville Environmental Foundation","Renewable Premium Program","99% new wind, 1% new solar",2006,"1.24¢/kWh",null,"WY",1.24,null,1.24,1.24]
[null,"WY","Lower Valley Energy","Green Power","wind",2003,"1.2¢/kWh",null,"WY",1.2,null,1.2,1.2]
[null,"WY","PacifiCorp: Pacific Power","Blue Sky","wind",2000,"1.95¢/kWh",null,"WY",1.95,null,1.95,1.95]
[null,"WY","Tri-State Generation & Transmission: Carbon Power & Light, Inc.","Renewable Resource Power Service","wind, hydro",2001,"1.25¢/kWh",null,"WY",1.25,null,1.25,1.25]
[null,"WY","Yampa Valley Electric Association","Green Power Options","wind and solar",1999,"0.6¢/kWh",null,"WY",0.6,null,0.6,0.6]

{"sheet":"C_Implicit GDP Price Deflators","index":40,"n_rows":34,"n_cols":31,"rows_kept":34,"cut":false,"hidden":true,"merged":[]}
["Table 1.1.9. Implicit Price Deflators for Gross Domestic Product"]
["[Index numbers, 2005=100]"]
["Bureau of Economic Analysis"]
["Last Revised on: February 28, 2013 - Next Release Date March 28, 2013"]
["Table 1.1.9 from Interactive Data explorer at http://www.bea.gov/iTable/index_nipa.cfm"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2015]
["Line"," ","1990","1991","1992","1993","1994","1995","1996","1997","1998","1999","2000","2001","2002","2003","2004","2005","2006","2007","2008","2009","2010","2011","2012","2013","2014","2015","2016 (I)","2016 (2)","YTD"]
["1","    Gross domestic product",72.262,74.823999999999998,76.597999999999999,78.290000000000006,79.94,81.605999999999995,83.159000000000006,84.628,85.584000000000003,86.841999999999999,88.722999999999999,90.727000000000004,92.195999999999998,94.135000000000005,89.12,91.988,94.813999999999993,97.337000000000003,99.245999999999995,100,101.221,103.31100000000001,105.214,106.929,108.68600000000001,{"$f":"AVERAGE(108.976,109.47,109.782,109.89)","v":109.5295},110.63,111.23699999999999,{"$f":"(AC8+AD8)/2","v":110.9335}]
["2","Personal consumption expenditures",72.180000000000007,74.789000000000001,76.989000000000004,78.679000000000002,80.302000000000007,82.078000000000003,83.864000000000004,85.433000000000007,86.245999999999995,87.635999999999996,89.817999999999998,91.53,92.778000000000006,94.659000000000006,89.703000000000003,92.260999999999996,94.728999999999999,97.102000000000004,100.065,100,101.65300000000001,104.149,106.121,107.572,109.105]
["3","  Goods",89.801000000000002,91.995999999999995,93.106999999999999,93.915000000000006,94.87,95.757000000000005,96.808999999999997,96.695999999999998,95.236999999999995,95.734999999999999,97.655000000000001,97.563000000000002,96.563000000000002,96.492999999999995,95.03,96.950999999999993,98.277000000000001,99.403000000000006,102.36199999999999,100,101.637,105.413,106.70099999999999,106.2,105.82299999999999]
["4","    Durable goods",117.54,119.26300000000001,120.087,121.26900000000001,123.642,124.544,123.28700000000001,120.593,117.181,114.005,111.953,109.733,106.92,103.113,108.752,107.66800000000001,105.91500000000001,103.764,101.758,100,98.620999999999995,97.724000000000004,96.412999999999997,94.665000000000006,92.494]
["5","    Nondurable goods",76.745000000000005,78.984999999999999,80.132999999999996,80.784000000000006,81.215000000000003,82.063000000000002,83.921999999999997,84.798000000000002,84.168999999999997,86.268000000000001,90.016000000000005,90.960999999999999,90.888000000000005,92.796999999999997,88.213999999999999,91.591999999999999,94.438000000000002,97.213999999999999,102.65300000000001,100,103.084,109.188,111.84,112.03100000000001,112.688]
["6","  Services",63.808,66.581000000000003,69.236000000000004,71.293999999999997,73.2,75.364999999999995,77.472999999999999,79.811999999999998,81.688999999999993,83.509,85.817999999999998,88.421999999999997,90.801000000000002,93.686000000000007,87.058000000000007,89.933000000000007,92.975999999999999,95.980999999999995,98.947000000000003,100,101.661,103.524,105.84,108.292,110.818]
["7","Gross private domestic investment",86.977000000000004,88.293000000000006,87.968999999999994,89.021000000000001,90.204999999999998,91.206999999999994,90.837000000000003,90.454999999999998,89.453999999999994,89.33,90.275999999999996,91.052999999999997,91.478999999999999,92.489000000000004,90.656000000000006,94.555999999999997,98.191000000000003,99.984999999999999,101.203,100,99.075999999999993,100.42400000000001,101.864,103.405,105.238]
["8","  Fixed investment",86.063999999999993,87.341999999999999,87.09,88.162999999999997,89.352000000000004,90.393000000000001,90.149000000000001,89.921000000000006,89.084999999999994,89.028000000000006,90.082999999999998,90.888000000000005,91.260999999999996,92.375,90.546000000000006,94.507000000000005,98.167000000000002,99.988,100.996,100,99.179000000000002,100.524,102.062,103.652,105.663]
["9","    Nonresidential",101.238,102.804,101.947,102.1,102.592,102.81100000000001,101.61199999999999,100.32599999999999,98.125,96.703999999999994,96.75,96.316999999999993,95.888999999999996,95.471000000000004,91.141000000000005,93.828999999999994,96.561000000000007,98.573999999999998,100.336,100,99.069000000000003,100.545,102.215,102.99299999999999,103.977]
["10","      Structures",53.322000000000003,54.286999999999999,54.298000000000002,56.103000000000002,58.088999999999999,60.6,62.140999999999998,64.516000000000005,67.48,69.558999999999997,72.298000000000002,76.087000000000003,79.292000000000002,82.174000000000007,72.879000000000005,82.055999999999997,92.048000000000002,97.62,102.259,100,98.843000000000004,101.851,105.884,107.541,109.12]
["11","      Equipment and software",126.31,128.11199999999999,126.605,125.322,124.604,123.163,120.2,116.639,111.45399999999999,108.19499999999999,106.893,104.364,102.24,100.45,{"$f":"AVERAGE(Q16:Q17)","v":82.01},{"$f":"AVERAGE(R16:R17)","v":87.942499999999995},{"$f":"AVERAGE(S16:S17)","v":94.304500000000004},{"$f":"AVERAGE(T16:T17)","v":98.097000000000008},{"$f":"AVERAGE(U16:U17)","v":101.2975},{"$f":"AVERAGE(V16:V17)","v":100},{"$f":"AVERAGE(W16:W17)","v":98.956000000000003},{"$f":"AVERAGE(X16:X17)","v":101.19800000000001},{"$f":"AVERAGE(Y16:Y17)","v":104.04949999999999},{"$f":"AVERAGE(Z16:Z17)","v":105.267},{"$f":"AVERAGE(AA16:AA17)","v":106.5485}]
["12","    Residential",58.011000000000003,58.771000000000001,59.485999999999997,61.89,64.067999999999998,66.403000000000006,67.826999999999998,69.555999999999997,71.412000000000006,74.150999999999996,77.415000000000006,80.994,83.001999999999995,86.953000000000003,91.546000000000006,98.102999999999994,103.821,105.176,103.64700000000001,100,99.644000000000005,100.395,101.324,106.458,112.90300000000001]
["13","  Change in private inventories","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---"]
["14","Net exports of goods and services","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---","---"]
["15","  Exports",92.063000000000002,93.284000000000006,92.903999999999996,92.879000000000005,93.914000000000001,96.07,94.799000000000007,93.174000000000007,91.042000000000002,90.477000000000004,92.07,91.697000000000003,91.322000000000003,93.281999999999996,90.844999999999999,94.716999999999999,97.978999999999999,101.107,105.809,100,104.26300000000001,110.96,111.97,112.14700000000001,112.25]
["16","    Goods",100.348,100.24299999999999,98.635000000000005,98.076999999999998,99.125,101.47799999999999,98.856999999999999,96.126999999999995,93.094999999999999,91.834000000000003,92.998999999999995,92.423000000000002,91.82,93.616,92.248000000000005,95.47,98.828000000000003,102.187,107.20399999999999,100,105.033,113.048,113.526,112.923,112.125]
["17","    Services",74.414000000000001,78.131,80.13,81.141999999999996,82.138999999999996,83.872,85.491,86.334999999999994,86.284999999999997,87.313999999999993,89.92,90.042000000000002,90.201999999999998,92.533000000000001,87.787000000000006,93.179000000000002,96.218999999999994,98.822999999999993,102.813,100,102.64100000000001,106.477,108.64,110.514,112.608]
["18","  Imports",93.63,92.849000000000004,92.921999999999997,92.21,93.075000000000003,95.625,93.957999999999998,90.691999999999993,85.808999999999997,86.311000000000007,90.027000000000001,87.823999999999998,86.846000000000004,89.850999999999999,88.471000000000004,93.802000000000007,97.662999999999997,101.024,111.58799999999999,100,105.8,113.94199999999999,114.67100000000001,113.798,113.566]
["19","    Goods",99.174999999999997,97.3,96.766999999999996,95.686000000000007,96.382999999999996,98.951999999999998,96.444000000000003,92.46,86.875,86.947999999999993,91.204999999999998,88.557000000000002,87.004000000000005,89.540999999999997,88.7,94.581000000000003,98.665999999999997,102.188,113.85299999999999,100,106.73699999999999,116.178,116.91800000000001,115.598,115.02500000000001]
["20","    Services",71.019000000000005,73.611999999999995,75.673000000000002,76.313000000000002,77.805999999999997,80.234999999999999,82.234999999999999,82.233000000000004,80.628,83.185000000000002,84.209000000000003,84.218999999999994,86.088999999999999,91.468999999999994,88.576999999999998,91.088999999999999,93.825999999999993,96.417000000000002,101.809,100,101.816,104.105,104.789,105.929,107.247]
["21","Government consumption expenditures and gross investment",63.395000000000003,65.596000000000004,67.266000000000005,68.938000000000002,70.808000000000007,72.742000000000004,74.477000000000004,75.853999999999999,76.879000000000005,79.337000000000003,82.513000000000005,84.763999999999996,87.003,90.65,83.947000000000003,88.234999999999999,92.085999999999999,96.14,100.282,100,102.673,105.717,107.378,109.086,111.057]
["22","  Federal",63.512,66.031999999999996,68.061999999999998,69.790000000000006,71.683000000000007,73.674000000000007,75.718999999999994,77.046999999999997,77.930999999999997,79.885999999999996,82.524000000000001,84.200999999999993,87.317999999999998,91.024000000000001,87.736000000000004,91.448999999999998,94.447999999999993,97.319000000000003,100.286,100,102.614,105.422,106.512,107.562,109.274]
["23","    National defense",63.917000000000002,66.221999999999994,68.522000000000006,69.712000000000003,71.438000000000002,73.161000000000001,75.430999999999997,76.516999999999996,77.328000000000003,79.224999999999994,81.820999999999998,83.483999999999995,86.623999999999995,90.659000000000006,87.370999999999995,91.394999999999996,94.632999999999996,97.572000000000003,100.809,100,102.36499999999999,105.274,106.46599999999999,107.13,108.584]
["24","    Nondefense",62.462000000000003,65.561000000000007,66.92,69.882999999999996,72.144000000000005,74.703000000000003,76.275999999999996,78.094999999999999,79.12,81.188000000000002,83.906999999999996,85.611999999999995,88.688999999999993,91.774000000000001,88.376999999999995,91.528999999999996,94.100999999999999,96.85,99.320999999999998,100,103.06399999999999,105.691,106.6,108.30800000000001,110.444]
["25","  State and local",63.478999999999999,65.447999999999993,66.861999999999995,68.498999999999995,70.356999999999999,72.257999999999996,73.811999999999998,75.218999999999994,76.319999999999993,79.036000000000001,82.481999999999999,85.019000000000005,86.81,90.424999999999997,81.718999999999994,86.332999999999998,90.677000000000007,95.426000000000002,100.279,100,102.714,105.923,107.985,110.143,112.28700000000001]
[" ","Addendum:","","","","","","","","","","","","","","","","","","","","","","","","",""]
["26","  Gross national product",72.260000000000005,74.819000000000003,76.585999999999999,78.290999999999997,79.941999999999993,81.611000000000004,83.165999999999997,84.63,85.581000000000003,86.84,88.72,90.724999999999994,92.191000000000003,94.131,89.094999999999999,91.965000000000003,94.790999999999997,97.317999999999998,99.239000000000004,100,101.333,103.435,105.33799999999999,107.05200000000001,108.8]

{"sheet":"C_AirEmissVariablesAssumption","index":41,"n_rows":13,"n_cols":5,"rows_kept":13,"cut":false,"hidden":true,"merged":[[3,1,3,4],[8,1,8,4]]}
[]
[{"$f":"COLUMN()","v":1},{"$f":"COLUMN()","v":2},{"$f":"COLUMN()","v":3},{"$f":"COLUMN()","v":4},{"$f":"COLUMN()","v":5}]
["Block State",null,"Threshold (Tons)"]
[null,"CAPs"]
["IL",{"$f":"COUNT(C5:E5)","v":1},100]
["KS",{"$f":"COUNT(C6:E6)","v":1},100]
["ME",{"$f":"COUNT(C7:E7)","v":2},1000,4000]
["NY",{"$f":"COUNT(C8:E8)","v":3},1000,2000,5000]
[null,"HAPs"]
["IL",{"$f":"COUNT(C10:E10)","v":1},100]
["KS",{"$f":"COUNT(C11:E11)","v":1},10]
["ME",{"$f":"COUNT(C12:E12)","v":2},1000,4000]
["NY",{"$f":"COUNT(C13:E13)","v":3},1000,2000,5000]

{"sheet":"C_Drop down lists","index":42,"n_rows":38,"n_cols":1,"rows_kept":38,"cut":false,"hidden":true,"merged":[]}
[]
["Air Travel Types"]
["(select)"]
["short haul: <300 miles"]
["medium haul: >300 - <700 miles"]
["long haul: >700 miles"]
[]
["Haz Inputs and Wastes"]
["(select)"]
["lbs"]
["gal"]
[]
["Air Emissions"]
["(select)"]
["lbs"]
["kg"]
["tons"]
["metric tons"]
[]
["Energy"]
["(select)"]
["therms"]
["BTU"]
["cubic feet"]
[]
["Electricity"]
["(select)"]
["kWh"]
["Gj"]
["therms"]
["BTU"]
[]
["Waste"]
["(select)"]
["tons"]
["kg"]
["lbs"]
["gal"]