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{"sheet":"Title Page","index":0,"n_rows":15,"n_cols":1,"rows_kept":15,"cut":false,"hidden":false,"merged":[]}
["U.S. EPA Office of Ground Water and Drinking Water"]
["Work Breakdown Structure (WBS) Model for Granular Activated Carbon (GAC) System Treatment"]
["Release Date: March 2023"]
["· The primary purpose of this model is to assist EPA in estimating national compliance costs."]
["· As such, the costs are intended to be representative of the central tendency of typical facilities."]
["· The default settings, however, do not account for all of the site-specific factors that could affect the cost of any given individual facility or project."]
["· Still, other uses of the model might be reasonable if sufficient care is taken by the user to account for site- or project-specific factors."]
["· The model results are point estimates shown to the nearest $1, but this precision is not meant to imply that the results are accurate to $1."]
["· Instead, users should review all documentation, modify inputs/assumptions as appropriate to their specific purpose, and form their own informed opinions about the accuracy and suitability of the results."]
["· Use of this model requires Excel 2007 or later."]
["· The model should be opened as Read-only, so that any changes you make are saved under a new file name."]
["· To function properly, macros (\"active content\") must be enabled. If a security warning appears, click \"options\" and \"enable this content.\""]
["· For further information see the following document distributed with this file:"]
["USEPA. 2023. Work Breakdown Structure-Based Cost Model for Granular Activated Carbon (GAC) System Drinking Water Treatment. Office of Water."]
["· To begin using the model, go to the INPUT sheet."]

{"sheet":"Index","index":1,"n_rows":420,"n_cols":2,"rows_kept":420,"cut":false,"hidden":false,"merged":[]}
["INDEX"]
["This page provides an index to all user-adjustable inputs and assumptions.  Click on a variable name to go directly to the adjustable cells."]
[]
["User-adjustable Input or Assumption","Variable Name and Link"]
[" Percent removal or Total Theoretical Empty Bed Contact Time (EBCT)","EBCT_I"]
["Access space per pump for custom designed systems","space_pumps_cust"]
["Access space per pump for pre-engineered packages","space_pumps_pre"]
["Add a redundant pressure vessel per x parallel lines","redund_freq"]
["Add coagulant to holding tank?","coag_res"]
["Additional building after…","add_2nd_building"]
["Additional freeboard","sec_cont_freeboard"]
["Additional pH meters (pressure systems)","add_pH_controls"]
["Additional pH meters (pressure systems) for small systems","add_pH_controls_small"]
["Additional sampling ports","add_ports"]
["Additional turbitidy meters","add_turb"]
["Additional turbitidy meters (pressure systems)","add_turb_p"]
["Additional turbitidy meters (pressure systems) for small systems","add_turb_small_p"]
["Additional turbitidy meters for small systems","add_turb_small"]
["Add-on (pre- or post-treatment)","addon_I"]
["Air conditioning EER","EER"]
["Annual contactor materials cost as a percent of capital","Materials_pct"]
["Annual cooling degree days","cool_DD"]
["Annual heating degree days","heat_DD"]
["Apply POTW discharge base charge (i.e., $/month)","POTW_base_fee"]
["Apply POTW discharge TSS charge (i.e., $/lb of TSS over limit below)","POTW_TSS_fee"]
["Apply POTW discharge volume charge (i.e., $/1000 gallons)","POTW_volume_fee"]
["Average annual pan evaporation rate","pan_evap"]
["Average annual precipitation","precip"]
["Average Flow (including bypass)","average_flow_I"]
["Backwash basin depth to volume ratio","back_ratio"]
["Backwash freeboard","back_freeboard"]
["Backwash pipe length multiplier","back_pipe_mult"]
["Backwash pump head","back_pump_head"]
["Backwash pumping","no_backwash_I"]
["Backwash storage","no_back_tank_I"]
["Backwash storage volume","back_multiplier"]
["Backwash time","backwash_time"]
["Basin excavation depth above which deeper boreholes are needed","deep_bore_need"]
["Basin freeboard above filter media at full expansion","basin_freeboard"]
["Basin length","basin_length"]
["Basin width","basin_width"]
["Bed depth","basin_op_depth"]
["Bed depth","bed_depth"]
["Bedding depth below pipe","bedding_depth"]
["Bedding depth surrounding the pipe","bedding_pct"]
["Borehole depth (pressure systems)","bore_depth_p"]
["Borehole depth for deep basins","bore_depth_max"]
["Borehole depth for shallow basins","bore_depth_min"]
["Borehole needed every x square feet","hole_per_sf"]
["Boreholes per job","hole_per_job"]
["Builder's risk insurance percentage","br_ins_pct"]
["Building height (gravity systems)","Building_height_g"]
["Bypass pipe length multiplier","bp_pipe_mult"]
["Carbon expansion during backwash","bed_expansion"]
["Carbon life,  1st Freundlich constant (Kf), or   Sorption capacity","freund_1"]
["Characteristics of holding tank solids or Characteristics of evaporation pond solids","solids_haz_I"]
["Chemical pipe length multiplier","chem_pipe_mult"]
["Chemical resistant coating coverage","sec_cont_coating_cvg"]
["Chemical tank mixer horsepower","cmix_hp_per"]
["City Index for Total Capital Cost","City_Index"]
["City Index for Total O&M Cost","OM_City_Index"]
["Clean holding tanks/basins when solids accumulation =x% of capacity","htank_clean_pct"]
["Clearance space beneath the ceiling","ceiling_clearance"]
["Clerical LOE as a percent of average technical labor ","Clerical_percent"]
["Climate for estimating evaporation pond greenhouse gas emissions","GHG_pond_climate"]
["Coefficient of passive pressure","Coeff_Kp"]
["Component level","component_level_I"]
["Component Level","Range Name"]
["Computer workstations per x operators","workstation_ratio"]
["Concrete pad thickness","pad_thick"]
["Concrete pad thickness for small systems","pad_thick_small"]
["Concrete thickness for basins","conc_thick"]
["Contaminant removal input type","EBCT_type_I"]
["Cooling table for buildings 500 square feet or greater","cooling_table"]
["Cooling table for buildings less than 500 ft2","cooling_table_shed"]
["Cooling ventilation/infiltration load","cool_viload"]
["Cost estimating method","curve"]
["Cost for parts & maintenance for pumps","booster_pump_maintenance"]
["Days of coagulant storage","cstore_days"]
["Days of winter (i.e., days of storage during periods with no net evaporation)","winter_days"]
["Default number of backwash basins","back_basins_default"]
["Default number of residuals basins","hbasins_default"]
["Design Flow (including bypass)","design_flow_I"]
["Design safety factor for standby power","std_safety_factor"]
["Diameter or blank","comm_diam"]
["Discharge option for spent backwash","res_s2_opt_I"]
["Disposal method for non-hazardous secondary solids","solids_method"]
["Distance between drain field trenches","sept_trench_dist"]
["Distance to discharge or recycle point","add_res_pipe_length"]
["Drive controllers per backwash pump","S_back_pump"]
["Drive controllers per booster pump","S_booster_pump"]
["Drive controllers per coagulant mixer","S_mixer"]
["Drive controllers per eductor","S_eductor"]
["Drive controllers per residuals pump","S_res_pump"]
["Drive controllers per slurry pump system","S_slurry"]
["Electric resistance heating efficiency","resist_eff"]
["Electrical percentage","elect_pct"]
["Engineering percentage for large systems","eng_pct_large"]
["Engineering percentage for medium systems","eng_pct_medium"]
["Engineering percentage for small systems","eng_pct_small"]
["Ethernet modules","plc_ethernet_standalone"]
["Ethernet modules in add-on scenario","plc_ethernet_addon"]
["Evaporation pond dike cross-sectional area","dike_xsection"]
["Evaporation pond freeboard","ep_freeboard"]
["Evaporation pond safety factor","ep_safety_factor"]
["Evaporation pond solids density","ep_solids_density"]
["Evaporation pond solids removal frequency","dredging_freq"]
["Evaporation ratio","evap_ratio"]
["Ferric chloride dosage","coag_dose"]
["Ferric chloride sludge production factor","coag_spf"]
["Ferric chloride solution concentration","coag_pct"]
["Ferric chloride solution density","coag_density"]
["Financing percentage","finance_pct"]
["Financing percentage for small systems","finance_pct_small"]
["Fire Buffer for Buildings","fire_buffer"]
["Flow meters for backwash line","tot_fm_back"]
["Flow meters for influent and treated water line","fm_in"]
["Flow meters for influent and treated water line in add-on scenario","fm_in_addon"]
["Flow meters for process line per vessel","fm_proc"]
["Flow meters for residuals line","tot_fm_res"]
["Frost depth","frost"]
["GAC bulk density","GAC_density"]
["GAC transfer method","transfer_method_I"]
["GAC type","GHG_GAC_type"]
["Head loss sensors per contactor","head_tank"]
["Head loss sensors per contactor for small systems","head_tank_small"]
["Heat pump cooling mode EER","hp_EER"]
["Heat pump heating coefficient of performance","COP"]
["Heating Oil Heat Content","diesel_heat_content"]
["Heating table for buildings 500 square feet or greater","heating_table"]
["Heating table for buildings less than 500 ft2","heating_table_shed"]
["Heating ventilation/infiltration load","heat_viload"]
["Height (straight) or Length (straight)","comm_height_length"]
["High/Low alarms per backwash tank","alarm_back"]
["High/Low alarms per holding tank/basin","alarm_res"]
["Holding basin depth to volume ratio","holding_ratio"]
["Holding basin freeboard","holding_freeboard"]
["Holding tank for spent backwash","res_s1_opt_I"]
["Holding tank/basin capacity safety factor","res_cap_factor"]
["Holding tank/basin mixer horsepower (if coagulant is used)","hmix_hp_per"]
["Holding tank/basin solids density","ht_solids_density"]
["Holding tank/basin solids transfer method","res_transfer_method"]
["Holding tank/basin suspended solids removal efficiency with coagulant","coag_TSSrem"]
["Holding tank/basin suspended solids removal efficiency without coagulant","htank_TSSrem"]
["Hours per media changeout","uloe_throwaway"]
["I/O port table","port_table"]
["Include architectural fee for small systems?","include_arch_small"]
["Include architectural fee?","include_arch"]
["Include buildings?","include_buildings_I"]
["Include concrete pad in total capital cost?","include_pad"]
["Include construction management cost for pre-engineered packages?","include_cm_pre"]
["Include construction management cost?","include_cm"]
["Include contingency costs for high cost systems?","include_conting_high"]
["Include contingency costs for low cost systems?","include_conting_low"]
["Include contingency costs for medium cost systems?","include_conting_medium"]
["Include cooling in standby power","need_cool"]
["Include geotechnical costs for high cost gravity systems?","include_geo_high_g"]
["Include geotechnical costs for high cost pressure systems?","include_geo_high"]
["Include geotechnical costs for low cost gravity systems?","include_geo_low_g"]
["Include geotechnical costs for low cost pressure systems?","include_geo_low"]
["Include geotechnical costs for medium cost gravity systems?","include_geo_medium_g"]
["Include geotechnical costs for medium cost pressure systems?","include_geo_medium"]
["Include heating in standby power","need_heat"]
["Include HVAC?","include_HVAC_I"]
["Include land?","include_land_I"]
["Include mixers for chemical tanks","include_cmix"]
["Include NEPA compliance costs?","include_NEPA"]
["Include performance bond cost?","include_bond"]
["Include permit costs?","include_permits"]
["Include pilot study costs in add-on scenario?","include_pilot_addon"]
["Include pilot study costs?","include_pilot"]
["Include piping to discharge point in add-on scenario","include_add_res_pipe_addon"]
["Include PLC rack/power supplies in add-on scenario","plc_rack_addon"]
["Include printers in add-on scenario","printer_addon"]
["Include residuals pumps in add-on scenario","res_pump_addon"]
["Include secondary containment (for ferric chloride residuals coagulant)","include_sec_cont"]
["Include sitework costs?","include_sitework"]
["Include standby power costs for small systems?","include_standby_small"]
["Include standby power costs in add-on scenario?","include_standby_addon"]
["Include standby power costs?","include_standby"]
["Include workstations in add-on scenario","workstation_addon"]
["Include yard piping costs in add-on scenario?","include_yardpipe_addon"]
["Include yard piping costs?","include_yardpipe"]
["Influent and treated water pipe length multiplier","in_out_pipe_mult"]
["Installation, Transportatation, and O&P percentage","inst_pct"]
["Instrumentation and control percentage","i_c_pct"]
["Interval Between backwashes","back_interval_I"]
["Labor hours per week for contact basins","Weekly_labor"]
["Legal percentage","legal_pct"]
["Level switch/alarms per GAC basin","level_switch_g"]
["Level switch/alarms per GAC basin for small systems","level_switch_small_g"]
["Level switch/alarms per pressure vessel","level_switch"]
["Level switch/alarms per pressure vessel for small systems","level_switch_small"]
["Lighting power per sf, high-quality buildings","lighting_power_high"]
["Lighting power per sf, low-quality buildings and sheds","lighting_power_low"]
["Lighting power per sf, mid-quality buildings","lighting_power_mid"]
["Linear feet bored per day","hole_per_day"]
["Loading rate maximum","load_max"]
["Loading rate minimum","load_min"]
["Long term acceptance rate","sept_LTAR"]
["Maintenance LOE assumptions for chemical supply systems","uloe_chem_maint"]
["Maintenance LOE assumptions for instruments (includes calibration)","uloe_inst_maint"]
["Maintenance LOE assumptions for pumps","uloe_pump_maint"]
["Maintenance LOE assumptions for valves","uloe_valve_maint"]
["Makeup carbon for off-site regeneration","makeup_rate_off"]
["Makeup carbon for on-site regeneration","makeup_rate"]
["Management option for spent carbon","regen_type_I"]
["Mangerial LOE as a percent of average technical labor ","Manager_percent"]
["Maximum access space per vessel or tank for custom designed systems","max_space_vessels_cust"]
["Maximum access space per vessel or tank for pre-engineered systems","max_space_vessels_pre"]
["Maximum basin length","max_length_g"]
["Maximum basin width","max_width"]
["Maximum bed depth (gravity)","max_depth"]
["Maximum bed depth (pressure)","max_bed_depth"]
["Maximum curb thickness","sec_cont_max_thick"]
["Maximum distribution pipe connections per distribution box","sept_dist_connections"]
["Maximum evaporation pond cell area","max_ep_cell_area"]
["Maximum septic drain field trench length","sept_max_trench_l"]
["Maximum vessel diameter","max_diam_override"]
["Maximum vessel height (circular vessels)","max_height"]
["Maximum vessel length (longitudinal vessels)","max_length"]
["Maximum waste shipment size","max_waste_ship"]
["Mid-efficiency oil furnace efficiency","diesel_eff"]
["Miles to hazardous solid waste disposal site","haz_miles"]
["Miles to non-hazardous solid waste disposal site","non_haz_miles"]
["Miles to radioactive (non-hazardous) waste disposal site","rad_miles"]
["Miles to radioactive hazardous waste disposal site","hazrad_miles"]
["Minimum average flow as percentage of design","min_avg_flow"]
["Minimum basin length","min_length_g"]
["Minimum basin width","min_width"]
["Minimum bed depth (gravity)","min_depth"]
["Minimum bed depth (pressure)","min_bed_depth"]
["Minimum chemical feed pump size","min_chem_flow"]
["Minimum chemical tank mixer horsepower","min_cmix_hp"]
["Minimum holding tank mixer horsepower","min_hmix_hp"]
["Minimum number of boreholes","min_holes"]
["Minimum number of contactors in series (i.e., parallel or series operation)","Num_tanks_I"]
["Minimum number of pond cells","min_ep_cells"]
["Minimum number of septic drain field trenches","sept_min_trenches"]
["Minimum residuals pipe diameter","min_res_pipe_size"]
["Minimum septic tank discharge time","min_sept_disch_time"]
["Minimum septic tank volume","min_sept_tank_vol"]
["Minimum settling time when coagulant is used","res_coag_settle_time"]
["Minimum standby power generator size","min_standby"]
["Minimum trench depth to top of pipe","min_trench_depth"]
["Minutes per 100 sf per week","uloe_fp"]
["Minutes per backwash for automated systems","uloe_autoback"]
["Minutes per instrument per day","uloe_inst"]
["Minutes per pump per day","uloe_pump"]
["Minutes per valve per week","uloe_valve"]
["Miscellaneous allowance percentage","misc_pct"]
["Mobilization percentage for large systems","mob_pct_large"]
["Mobilization percentage for medium systems","mob_pct_medium"]
["Mobilization percentage for pre-engineered packages","mob_pct_pre"]
["Mobilization percentage for small systems","mob_pct_small"]
["Natural gas condensing furnace efficiency","gas_eff"]
["Natural gas non-condensing furnace efficiency","gas_non_eff"]
["New carbon life, 1st Freundlich constant (Kf), or Sorption capacity","r_freund_1"]
["no additonal input required ,   2nd Freundlich constant (1/n), or  Bohart and Adams quasi-chemical rate constant (k)","freund_2"]
["no additonal input required or  Breakthrough concentration","C_b"]
["no additonal input required or Desired effluent concentration","EBCT_O"]
["no additonal input required or Influent concentration","C_0"]
["no additonal input required or New breakthrough concentration","r_C_b"]
["no additonal input required or New influent concentration","r_C_0"]
["no additonal input required or Steady state system constant (Kss)","Kss"]
["no additonal input required, 2nd Freundlich constant (1/n), or Bohart and Adams quasi-chemical rate constant (k)","r_freund_2"]
["Non fire Buffer for buildings","non_fire_buffer"]
["Number of booster pumps","lines_pump_I"]
["Number of check valves on backwash line if no backwash pumps","back_chv_no_back"]
["Number of check valves on backwash line per backwash pump","back_chv_pump"]
["Number of check valves on bypass line","tot_bp_chv"]
["Number of check valves on ferric chloride line per metering pump","coag_chv_pump"]
["Number of check valves on influent line","in_chv"]
["Number of check valves on influent line in add-on scenario","in_chv_addon"]
["Number of check valves on polymer line per metering pump","polymer_chv_pump"]
["Number of check valves on residuals line if no pumping","res_chv_no_pump"]
["Number of check valves on residuals line per residuals pump","res_chv_pump"]
["Number of control valves of x type on y line per z","Lookup name"]
["Number of CPUs","plc_cpu_standalone"]
["Number of CPUs in add-on scenario","plc_cpu_addon"]
["Number of electrical enclosures","elec_encl"]
["Number of manual control valves on chemical line per chemical pump","chem_man_pump"]
["Number of manual control valves on residuals line per holding tank/basin","res_man_tank"]
["Number of manual control valves on residuals line per residuals pump","res_man_pump"]
["Number of manual valves on backwash line if no backwash pumps","back_man_no_back"]
["Number of manual valves on backwash line per backwash pump","back_man_pump"]
["Number of manual valves on backwash line per backwash tank","back_man_tank"]
["Number of manual valves on backwash line per contactor","back_man_vessel"]
["Number of manual valves on bypass line","tot_bp_man"]
["Number of manual valves on influent and treated water line","in_man"]
["Number of manual valves on influent and treated water line in add-on scenario","in_man_addon"]
["Number of manual valves on process line per booster pump ","proc_man_pump"]
["Number of manual valves on process line per contactor ","proc_man_vessel_par"]
["Number of manual valves on process line per vessel","proc_man_vessel"]
["Number of manual valves on process line per vessel (series pressure vessel systems","proc_man_vessel_ser"]
["Number of mechanical ventilation days per year 2nd building (large system)","fan_days_build2_large"]
["Number of mechanical ventilation days per year 2nd building (medium system)","fan_days_build2_medium"]
["Number of mechanical ventilation days per year 2nd building (small system)","fan_days_build2_small"]
["Number of mechanical ventilation days per year first building (large system)","fan_days_build1_large"]
["Number of mechanical ventilation days per year first building (medium system)","fan_days_build1_medium"]
["Number of mechanical ventilation days per year first building (small system)","fan_days_build1_small"]
["Number of motor/air operated control valves on backwash line if no backwash pumps","back_MOV_no_back"]
["Number of motor/air operated control valves on backwash line per backwash pump","back_MOV_pump"]
["Number of motor/air operated control valves on backwash line per backwash tank","back_MOV_tank"]
["Number of motor/air operated control valves on backwash line per contactor","back_MOV_vessel"]
["Number of motor/air operated control valves on chemical line per chemical pump","chem_MOV_pump"]
["Number of motor/air operated control valves on process line per booster pump ","proc_MOV_pump"]
["Number of motor/air operated control valves on process line per contactor ","proc_MOV_vessel_par"]
["Number of motor/air operated control valves on process line per vessel (series presure vessel systems)","proc_MOV_vessel_ser"]
["Number of motor/air operated control valves on residuals line per cell","res_man_ep"]
["Number of motor/air operated control valves on residuals line per cell","res_MOV_ep"]
["Number of motor/air operated control valves on residuals line per holding tank/basin","res_MOV_tank"]
["Number of motor/air operated control valves on residuals line per residuals pump","res_MOV_pump"]
["Number of Motor/air operated on bypass line","tot_bp_MOVs"]
["Number of redundant chemical metering pumps","NRD_cm_pump"]
["Number of redundant contact basins for large systems","NRD_basins_large"]
["Number of redundant contact basins for medium systems","NRD_basins_medium"]
["Number of redundant contactors to be added","NRD_I"]
["Number of redundant eductors","NRD_eductors"]
["Number of redundant vessels for small systems with multiple vessels","NRD_small"]
["Number of redundant vessels for small systems with only one vessel","NRD_small_1"]
["Number of shifts","shifts_day"]
["Number of stair risers for basins","risers"]
["Number of storage basins for each of the above","storage_basins"]
["Office space per employee","space_office"]
["Office space per employee for small systems","space_office_small"]
["Operator interfaces ","plc_interface_standalone"]
["Operator interfaces in add-on scenario","plc_interface_addon"]
["Overexcavation for basins","overexcavate"]
["Overexcavation for evaporation pond","ep_overexcavate"]
["Oxidation loss during on-site regeneration","GHG_GAC_oxidation_loss"]
["Percent of Total Flow that is Bypassed","bp_pct"]
["pH meters per gravity contactor","pH_controls_g"]
["pH meters per gravity contactor for small systems","pH_controls_small_g"]
["Pipe length from water source to the boundary of the 10 foot buffer","yard_in"]
["Pipe length the boundary of the 10 foot buffer to distribution network","yard_out"]
["Polymer dosage","polymer_dose"]
["Polymer sludge production factor","polymer_spf"]
["Polymer solution density","polymer_density"]
["POTW rate structure","POTW_rate_type"]
["POTW TSS discharge limit (over which fee would be imposed)","POTW_TSS_limit"]
["Pressure drop across the fan","Fan_pressure_drop"]
["Pressure vessel freeboard above media at full expansion","free_board"]
["Printers per x computer workstations","printer_ratio"]
["Process pipe length multiplier","proc_pipe_mult"]
["Pump efficiency","pump_efficiency"]
["Pump head for booster pumps","pump_head"]
["Ratio of  length to diameter for horizontal vessels for autosize","length_diam_ratio"]
["Recording operating paramenters for automated systems","uloe_inst_auto"]
["Reduction factor","Reduction"]
["Redundant backwash pumps","NRD_back_pumps"]
["Redundant booster pumps","NRD_pumps"]
["Redundant residuals pumps","NRD_res_pump"]
["Regenerated GAC storage (on-site only)","regen_storage_bv"]
["Regeneration redundancy (on-site only)","regen_redund"]
["Regeneration runtime (on-site only)","regen_runtime"]
["Residual solids storage height (for drying pad)","solids_storage_height"]
["Residuals pipe length multiplier","res_pipe_mult"]
["Residuals pump head","res_pump_psi"]
["Retrofit (operational modification)","retrofit_I"]
["R-value for ceilings","R_ceiling"]
["R-value for walls","R_wall"]
["Safety factor for pumps","pump_safety_factor"]
["Sales tax percentage","tax_pct"]
["Sampling ports for blended treated water","ports_bp"]
["Sampling ports per contactor","ports_tank"]
["Select carbon life input type","freund_type_I"]
["Select new carbon life input type","r_freund_type_I"]
["Septic drain field buffer distance","sept_buffer"]
["Septic drain field trench depth","sept_trench_d"]
["Septic drain field trench gravel depth below distribution pipe","sept_gravel_d_below"]
["Septic drain field trench total gravel depth","sept_gravel_d"]
["Septic drain field trench width","sept_trench_w"]
["Septic system distribution pipe diameter","sept_pipe_diam"]
["Septic tank overexcavation depth","sept_overexcav"]
["Septic tank volume safety factor","sept_tank_sf"]
["Soil density","soil_dens"]
["Spent GAC storage (on-site only)","spent_storage_bv"]
["Standard oil furnace efficiency","diesel_non_eff"]
["Storage basin depth to volume ratio","storage_ratio"]
["Storage basin freeboard","storage_freeboard"]
["System automation","manual_I"]
["Target Bed Depth (Gravity Designs < 1MGD)","target_bed_depth_under_g"]
["Target Bed Depth (Gravity Designs < 1MGD, UVAOP add-on)","target_bed_depth_under_g_UVAOP"]
["Target Bed Depth (Gravity Designs > 1 MGD)","target_bed_depth_over_g"]
["Target Bed Depth (Gravity Designs > 1 MGD, UVAOP add-on)","target_bed_depth_over_g_UVAOP"]
["Target Bed Depth (Pressure Designs < 1MGD)","target_bed_depth_under"]
["Target Bed Depth (Pressure Horizontal Designs)","target_bed_depth_horiz"]
["Target Bed Depth (Pressure Vertical Designs > 1 MGD)","target_bed_depth_over"]
["Technology complexity factor","complexity"]
["Technology footprint above which boreholes are needed","bore_need"]
["Temperature meters","temp_meters"]
["Temperature meters for small systems","temp_meters_small"]
["Test pit depth","pit_depth"]
["Test pit length","pit_length"]
["Test pit width","pit_width"]
["Thickness of vessel walls","Vessel_thickness"]
["Time to empty GAC bed","transfer_time"]
["Time to empty holding tank/basin soilds","htransfer_time"]
["Top and bottom dished vessel sections height and access space ","Top_bottom_Vessel_space"]
["Trench inside angle","trench_angle"]
["TSS in system influent","influent_TSS"]
["TSS in treated water","effluent_TSS"]
["Turbitity meters per gravity contactor","turb_tank_g"]
["Turbitity meters per pressure vessel","turb_tank"]
["Type of coagulant added","coag_type"]
["Underdrain space for horizontal vessels","horiz_underdrain"]
["UPSs ","ups_standalone"]
["UPSs  in add-on scenario","ups_addon"]
["Valve table","valve_table"]
["Ventilation air change rate for chemical storage","Air_changes_chem_storage"]
["Ventilation air change rate for contactor","Air_changes_contactor"]
["Ventilation air change rate for offices","Air_changes_office"]
["Ventilation air change rate for pump room","Air_changes_pump"]
["Vessel geometry","tank_geom_I"]
["Virgin GAC storage (on-site only)","virgin_storage_bv"]
["Volume required as a percentage of the largest tank","sec_cont_pct_of_largest"]
["Volume required as a percentage of total storage","sec_cont_pct_of_total"]
["Water backwash rate","h2oflush_backwash_rate"]
["With vessels in series, bed volumes are based on…","BV_definition"]

{"sheet":"INPUT","index":2,"n_rows":117,"n_cols":9,"rows_kept":117,"cut":false,"hidden":false,"merged":[[109,8,113,13],[18,6,19,7],[18,8,19,8],[82,8,82,14],[35,8,36,9],[45,8,47,9]]}
["GRANULAR ACTIVATED CARBON (GAC) SYSTEM DESIGN AND COST INPUT"]
[]
[null,null,null,null,"STEP 1"]
[null,null,null,null,"Select Contaminant",null,null,{"$f":"IF(VLOOKUP(contam_type,contam_lookup,2,FALSE)=\"Other\",\"For other contaminants, the buttons shown in Step 3 will enter flows only, and clear all other inputs. Advanced users can change this behavior by entering inputs on the Standard Inputs sheet.\",IF(VLOOKUP(contam_type,contam_lookup,2,FALSE)=\"Atrazine\",\"Standard designs for atrazine assume treatment of unfiltered surface water\",\"Standard designs for this contaminant assume treatment of groundwater\"))","v":"Standard designs for this contaminant assume treatment of groundwater"}]
[null,null,null,null,null,null,null,{"$f":"IF(VLOOKUP(contam_type,contam_lookup,2,FALSE)=\"Other\",\"\",\"Users wishing to simulate the cost impact of different water quality should review model documentation, then adjust the appropriate inputs manually (e.g., bed volumes before breakthrough and backwash frequency)\")","v":"Users wishing to simulate the cost impact of different water quality should review model documentation, then adjust the appropriate inputs manually (e.g., bed volumes before breakthrough and backwash frequency)"}]
[null,null,null,null,"STEP 2"]
[null,null,null,null,"Select Design Type"]
[]
[null,null,{"$f":"CHOOSE(contam_type,'Standard Inputs'!BB9,'Standard Inputs'!BB25,'Standard Inputs'!BB41,'Standard Inputs'!BB57,'Standard Inputs'!BB73,'Standard Inputs'!BB89,'Standard Inputs'!BB105,'Standard Inputs'!BB121,'Standard Inputs'!BB137,'Standard Inputs'!BB153,'Standard Inputs'!BB169,'Standard Inputs'!BB185,'Standard Inputs'!BB201,'Standard Inputs'!BB217,'Standard Inputs'!BB233,'Standard Inputs'!BB249,'Standard Inputs'!BB265,'Standard Inputs'!BB281,'Standard Inputs'!BB297,'Standard Inputs'!BB313,'Standard Inputs'!BB329,'Standard Inputs'!BB345)","v":true},{"$f":"CHOOSE(contam_type,'Standard Inputs'!BC9,'Standard Inputs'!BC25,'Standard Inputs'!BC41,'Standard Inputs'!BC57,'Standard Inputs'!BC73,'Standard Inputs'!BC89,'Standard Inputs'!BC105,'Standard Inputs'!BC121,'Standard Inputs'!BC137,'Standard Inputs'!BC153,'Standard Inputs'!BC169,'Standard Inputs'!BC185,'Standard Inputs'!BC201,'Standard Inputs'!BC217,'Standard Inputs'!BC233,'Standard Inputs'!BC249,'Standard Inputs'!BC265,'Standard Inputs'!BC281,'Standard Inputs'!BC297,'Standard Inputs'!BC313,'Standard Inputs'!BC329,'Standard Inputs'!BC345)","v":true},"STEP 3",null,null,{"$f":"IF(C9,\"<- Using this design\",IF(D9,\"<- You modified this design\",\"\"))","v":"<- Using this design"},"The standard design buttons are for EPA's use in estimating national costs, but other users might find them useful as a starting point. See documentation for more information."]
[null,null,{"$f":"CHOOSE(contam_type,'Standard Inputs'!BB10,'Standard Inputs'!BB26,'Standard Inputs'!BB42,'Standard Inputs'!BB58,'Standard Inputs'!BB74,'Standard Inputs'!BB90,'Standard Inputs'!BB106,'Standard Inputs'!BB122,'Standard Inputs'!BB138,'Standard Inputs'!BB154,'Standard Inputs'!BB170,'Standard Inputs'!BB186,'Standard Inputs'!BB202,'Standard Inputs'!BB218,'Standard Inputs'!BB234,'Standard Inputs'!BB250,'Standard Inputs'!BB266,'Standard Inputs'!BB282,'Standard Inputs'!BB298,'Standard Inputs'!BB314,'Standard Inputs'!BB330,'Standard Inputs'!BB346)","v":false},{"$f":"CHOOSE(contam_type,'Standard Inputs'!BC10,'Standard Inputs'!BC26,'Standard Inputs'!BC42,'Standard Inputs'!BC58,'Standard Inputs'!BC74,'Standard Inputs'!BC90,'Standard Inputs'!BC106,'Standard Inputs'!BC122,'Standard Inputs'!BC138,'Standard Inputs'!BC154,'Standard Inputs'!BC170,'Standard Inputs'!BC186,'Standard Inputs'!BC202,'Standard Inputs'!BC218,'Standard Inputs'!BC234,'Standard Inputs'!BC250,'Standard Inputs'!BC266,'Standard Inputs'!BC282,'Standard Inputs'!BC298,'Standard Inputs'!BC314,'Standard Inputs'!BC330,'Standard Inputs'!BC346)","v":false},"Select one of the eight standard designs at right OR select \"CLEAR FOR MANUAL ENTRY\"",null,null,{"$f":"IF(C10,\"<- Using this design\",IF(D10,\"<- You modified this design\",\"\"))","v":""}]
[null,null,{"$f":"CHOOSE(contam_type,'Standard Inputs'!BB11,'Standard Inputs'!BB27,'Standard Inputs'!BB43,'Standard Inputs'!BB59,'Standard Inputs'!BB75,'Standard Inputs'!BB91,'Standard Inputs'!BB107,'Standard Inputs'!BB123,'Standard Inputs'!BB139,'Standard Inputs'!BB155,'Standard Inputs'!BB171,'Standard Inputs'!BB187,'Standard Inputs'!BB203,'Standard Inputs'!BB219,'Standard Inputs'!BB235,'Standard Inputs'!BB251,'Standard Inputs'!BB267,'Standard Inputs'!BB283,'Standard Inputs'!BB299,'Standard Inputs'!BB315,'Standard Inputs'!BB331,'Standard Inputs'!BB347)","v":false},{"$f":"CHOOSE(contam_type,'Standard Inputs'!BC11,'Standard Inputs'!BC27,'Standard Inputs'!BC43,'Standard Inputs'!BC59,'Standard Inputs'!BC75,'Standard Inputs'!BC91,'Standard Inputs'!BC107,'Standard Inputs'!BC123,'Standard Inputs'!BC139,'Standard Inputs'!BC155,'Standard Inputs'!BC171,'Standard Inputs'!BC187,'Standard Inputs'!BC203,'Standard Inputs'!BC219,'Standard Inputs'!BC235,'Standard Inputs'!BC251,'Standard Inputs'!BC267,'Standard Inputs'!BC283,'Standard Inputs'!BC299,'Standard Inputs'!BC315,'Standard Inputs'!BC331,'Standard Inputs'!BC347)","v":false},null,null,null,""]
[null,null,{"$f":"CHOOSE(contam_type,'Standard Inputs'!BB12,'Standard Inputs'!BB28,'Standard Inputs'!BB44,'Standard Inputs'!BB60,'Standard Inputs'!BB76,'Standard Inputs'!BB92,'Standard Inputs'!BB108,'Standard Inputs'!BB124,'Standard Inputs'!BB140,'Standard Inputs'!BB156,'Standard Inputs'!BB172,'Standard Inputs'!BB188,'Standard Inputs'!BB204,'Standard Inputs'!BB220,'Standard Inputs'!BB236,'Standard Inputs'!BB252,'Standard Inputs'!BB268,'Standard Inputs'!BB284,'Standard Inputs'!BB300,'Standard Inputs'!BB316,'Standard Inputs'!BB332,'Standard Inputs'!BB348)","v":false},{"$f":"CHOOSE(contam_type,'Standard Inputs'!BC12,'Standard Inputs'!BC28,'Standard Inputs'!BC44,'Standard Inputs'!BC60,'Standard Inputs'!BC76,'Standard Inputs'!BC92,'Standard Inputs'!BC108,'Standard Inputs'!BC124,'Standard Inputs'!BC140,'Standard Inputs'!BC156,'Standard Inputs'!BC172,'Standard Inputs'!BC188,'Standard Inputs'!BC204,'Standard Inputs'!BC220,'Standard Inputs'!BC236,'Standard Inputs'!BC252,'Standard Inputs'!BC268,'Standard Inputs'!BC284,'Standard Inputs'!BC300,'Standard Inputs'!BC316,'Standard Inputs'!BC332,'Standard Inputs'!BC348)","v":false},null,null,null,""]
[null,null,{"$f":"CHOOSE(contam_type,'Standard Inputs'!BB13,'Standard Inputs'!BB29,'Standard Inputs'!BB45,'Standard Inputs'!BB61,'Standard Inputs'!BB77,'Standard Inputs'!BB93,'Standard Inputs'!BB109,'Standard Inputs'!BB125,'Standard Inputs'!BB141,'Standard Inputs'!BB157,'Standard Inputs'!BB173,'Standard Inputs'!BB189,'Standard Inputs'!BB205,'Standard Inputs'!BB221,'Standard Inputs'!BB237,'Standard Inputs'!BB253,'Standard Inputs'!BB269,'Standard Inputs'!BB285,'Standard Inputs'!BB301,'Standard Inputs'!BB317,'Standard Inputs'!BB333,'Standard Inputs'!BB349)","v":false},{"$f":"CHOOSE(contam_type,'Standard Inputs'!BC13,'Standard Inputs'!BC29,'Standard Inputs'!BC45,'Standard Inputs'!BC61,'Standard Inputs'!BC77,'Standard Inputs'!BC93,'Standard Inputs'!BC109,'Standard Inputs'!BC125,'Standard Inputs'!BC141,'Standard Inputs'!BC157,'Standard Inputs'!BC173,'Standard Inputs'!BC189,'Standard Inputs'!BC205,'Standard Inputs'!BC221,'Standard Inputs'!BC237,'Standard Inputs'!BC253,'Standard Inputs'!BC269,'Standard Inputs'!BC285,'Standard Inputs'!BC301,'Standard Inputs'!BC317,'Standard Inputs'!BC333,'Standard Inputs'!BC349)","v":false},null,null,null,""]
[null,null,{"$f":"CHOOSE(contam_type,'Standard Inputs'!BB14,'Standard Inputs'!BB30,'Standard Inputs'!BB46,'Standard Inputs'!BB62,'Standard Inputs'!BB78,'Standard Inputs'!BB94,'Standard Inputs'!BB110,'Standard Inputs'!BB126,'Standard Inputs'!BB142,'Standard Inputs'!BB158,'Standard Inputs'!BB174,'Standard Inputs'!BB190,'Standard Inputs'!BB206,'Standard Inputs'!BB222,'Standard Inputs'!BB238,'Standard Inputs'!BB254,'Standard Inputs'!BB270,'Standard Inputs'!BB286,'Standard Inputs'!BB302,'Standard Inputs'!BB318,'Standard Inputs'!BB334,'Standard Inputs'!BB350)","v":false},{"$f":"CHOOSE(contam_type,'Standard Inputs'!BC14,'Standard Inputs'!BC30,'Standard Inputs'!BC46,'Standard Inputs'!BC62,'Standard Inputs'!BC78,'Standard Inputs'!BC94,'Standard Inputs'!BC110,'Standard Inputs'!BC126,'Standard Inputs'!BC142,'Standard Inputs'!BC158,'Standard Inputs'!BC174,'Standard Inputs'!BC190,'Standard Inputs'!BC206,'Standard Inputs'!BC222,'Standard Inputs'!BC238,'Standard Inputs'!BC254,'Standard Inputs'!BC270,'Standard Inputs'!BC286,'Standard Inputs'!BC302,'Standard Inputs'!BC318,'Standard Inputs'!BC334,'Standard Inputs'!BC350)","v":false},null,null,null,""]
[null,null,{"$f":"CHOOSE(contam_type,'Standard Inputs'!BB15,'Standard Inputs'!BB31,'Standard Inputs'!BB47,'Standard Inputs'!BB63,'Standard Inputs'!BB79,'Standard Inputs'!BB95,'Standard Inputs'!BB111,'Standard Inputs'!BB127,'Standard Inputs'!BB143,'Standard Inputs'!BB159,'Standard Inputs'!BB175,'Standard Inputs'!BB191,'Standard Inputs'!BB207,'Standard Inputs'!BB223,'Standard Inputs'!BB239,'Standard Inputs'!BB255,'Standard Inputs'!BB271,'Standard Inputs'!BB287,'Standard Inputs'!BB303,'Standard Inputs'!BB319,'Standard Inputs'!BB335,'Standard Inputs'!BB351)","v":false},{"$f":"CHOOSE(contam_type,'Standard Inputs'!BC15,'Standard Inputs'!BC31,'Standard Inputs'!BC47,'Standard Inputs'!BC63,'Standard Inputs'!BC79,'Standard Inputs'!BC95,'Standard Inputs'!BC111,'Standard Inputs'!BC127,'Standard Inputs'!BC143,'Standard Inputs'!BC159,'Standard Inputs'!BC175,'Standard Inputs'!BC191,'Standard Inputs'!BC207,'Standard Inputs'!BC223,'Standard Inputs'!BC239,'Standard Inputs'!BC255,'Standard Inputs'!BC271,'Standard Inputs'!BC287,'Standard Inputs'!BC303,'Standard Inputs'!BC319,'Standard Inputs'!BC335,'Standard Inputs'!BC351)","v":false},null,null,null,""]
[null,null,{"$f":"CHOOSE(contam_type,'Standard Inputs'!BB16,'Standard Inputs'!BB32,'Standard Inputs'!BB48,'Standard Inputs'!BB64,'Standard Inputs'!BB80,'Standard Inputs'!BB96,'Standard Inputs'!BB112,'Standard Inputs'!BB128,'Standard Inputs'!BB144,'Standard Inputs'!BB160,'Standard Inputs'!BB176,'Standard Inputs'!BB192,'Standard Inputs'!BB208,'Standard Inputs'!BB224,'Standard Inputs'!BB240,'Standard Inputs'!BB256,'Standard Inputs'!BB272,'Standard Inputs'!BB288,'Standard Inputs'!BB304,'Standard Inputs'!BB320,'Standard Inputs'!BB336,'Standard Inputs'!BB352)","v":false},{"$f":"CHOOSE(contam_type,'Standard Inputs'!BC16,'Standard Inputs'!BC32,'Standard Inputs'!BC48,'Standard Inputs'!BC64,'Standard Inputs'!BC80,'Standard Inputs'!BC96,'Standard Inputs'!BC112,'Standard Inputs'!BC128,'Standard Inputs'!BC144,'Standard Inputs'!BC160,'Standard Inputs'!BC176,'Standard Inputs'!BC192,'Standard Inputs'!BC208,'Standard Inputs'!BC224,'Standard Inputs'!BC240,'Standard Inputs'!BC256,'Standard Inputs'!BC272,'Standard Inputs'!BC288,'Standard Inputs'!BC304,'Standard Inputs'!BC320,'Standard Inputs'!BC336,'Standard Inputs'!BC352)","v":false},null,null,null,""]
[null,null,null,null,null,null,null,{"$f":"IF(COUNTIF(H9:H16,\"\")=8,\"Using a manual design\",\"\")","v":""},{"$f":"IF(COUNTIF(H9:H16,\"\")=8,\"Fill in all gold cells below, then consider using AutoSize button\",\"\")","v":""}]
[null,null,null,null,"STEP 4"]
[null,null,null,null,"(Optional for standard designs)",null,{"$f":"IF(input_complete,IF('Standard Inputs'!AX363,\"Input Complete -- Results Ready\",\"Input Complete -- Press 'Generate Results'\"),\"Input Incomplete -- Check for Error Messages Below\")","v":"Input Complete -- Results Ready"},null,{"$f":"IF(C20,\"\",\"Fill in all gold cells below. If errors persist, consider using AutoSize button.\")","v":""}]
[null,null,{"$f":"AND(C34,C43,C53,C65:C70,C78:C81,C89,C107,C117)","v":true},null,"Enter or change values in the gold and blue cells below, under \"Manual Inputs\""]
[]
[null,null,null,null,"STEP 5",null,null,null,{"$f":"\"Resulting Costs (in year \"&TEXT(current_year_cl,0)&\" dollars, see OUTPUT sheet for details)\"","v":"Resulting Costs (in year 2021 dollars, see OUTPUT sheet for details)"}]
[null,null,null,null,{"$f":"IF(G19=\"input complete -- results ready\",\"Results are ready (no need to click button)\",\"Click here to generate results -->\")","v":"Results are ready (no need to click button)"},null,null,null,{"$f":"\"Direct Capital Cost: \" & IF(input_status<>\"input complete -- results ready\",input_status,IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Cost buildup error!\",IF(ISERROR(direct_cost),\"Calculation error!\",TEXT(direct_cost,\"$0,0\")))))","v":"Direct Capital Cost: $38,151"}]
[null,null,null,null,null,null,null,null,{"$f":"\"Total Capital Cost: \" & IF(input_status<>\"input complete -- results ready\",input_status,IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Cost buildup error!\",IF(ISERROR(system_cost),\"Calculation error!\",TEXT(system_cost,\"$0,0\")))))","v":"Total Capital Cost: $76,131"}]
[null,null,null,null,null,null,null,null,{"$f":"\"Annualized Capital Cost: \"&IF(input_status<>\"Input Complete -- Results Ready\",input_status,IF(Missing_Cost,\"Missing Price!\",IF(cost_buildup_error,\"Cost buildup error!\",IF(ISERROR(Annualized_Capital_Cost),\"Calculation error!\",TEXT(Annualized_Capital_Cost,\"$0,0\")&\" per year\"&\" (over \"&useful_life&\" years at \"&Discount_rate*100&\"%)\"))))","v":"Annualized Capital Cost: $8,031 per year (over 16.1 years at 7%)"}]
[null,null,null,null,"MANUAL INPUTS",null,null,null,{"$f":"\"Annual O&M Cost: \" &IF(input_status<>\"input complete -- results ready\",input_status,IF(ISERROR(OM_cost),\"Calculation error!\",TEXT(OM_cost,\"$0,0\")&\" per year\"))","v":"Annual O&M Cost: $2,987 per year"}]
[null,null,null,null,"Cells in gold are required; cells in blue are optional",null,null,null,{"$f":"\"Total Annualized Cost: \"&IF(input_status<>\"input complete -- results ready\",input_status,IF(Missing_Cost,\"Missing Price!\",IF(cost_buildup_error,\"Cost buildup error!\",IF(ISERROR(Annualized_Cost),\"Calculation error!\",TEXT(Annualized_Cost,\"$0,0\")&\" per year (\"&TEXT(TAC_pct_cap,\"0%\")&\" capital, \"&TEXT(TAC_pct_OM,\"0%\")&\" O&M\")&\")\")))","v":"Total Annualized Cost: $11,019 per year (73% capital, 27% O&M)"}]
[null,"Used?","Valid input?","Invalid reason?",null,null,null,"Select units",{"$f":"IF(input_status=\"Input Incomplete -- check for error messages below\",\"\",IF(Missing_Cost,\"A price is not available for at least one required component. See Use? column on OUTPUT sheet.\",IF(cost_buildup_error,\"There is an Excel error in the price for at least one component. Please see the Use? column on OUTPUT sheet.\",\"\")))","v":""}]
[null,null,null,null,"Design Flow (including bypass)","design_flow_I",0.03,"MGD"]
[null,null,null,null,"Average Flow (including bypass)","average_flow_I",7.0000000000000001E-3,"MGD"]
[null,null,null,null,"For information:"]
[null,null,null,null,"Treatment system design flow",null,{"$f":"IF(ISERROR(design_flow),\"\",IF(df_units=\"gpm\",design_flow_rate, design_flow))","v":0.03},{"$f":"df_units","v":"MGD"}]
[null,null,null,null,"Bypass design flow",null,{"$f":"IF(ISERROR(design_flow),\"\",IF(df_units=\"gpm\",bp_flow_rate, bp_flow_rate*60*24/10^6))","v":0},{"$f":"df_units","v":"MGD"},{"$f":"\"Current bypass percentage is \"&TEXT(bp_pct,\"0%\")&\".  Go to Critical Design Assumptions (link below) to change this value.\"","v":"Current bypass percentage is 0%.  Go to Critical Design Assumptions (link below) to change this value."}]
[null,null,{"$f":"IF(OR(df_units=\"\",af_units=\"\"),FALSE,IF(average_flow>design_flow,FALSE,IF(OR(design_flow_I=0,average_flow_I=0),FALSE,IF(average_flow_I<design_flow_I*min_avg_flow,FALSE,TRUE))))","v":true},{"$f":"IF(OR(df_units=\"\",af_units=\"\"),\"Choose units for design and average flow\",IF(average_flow>design_flow,\"The average flow should not be greater than the design flow\",IF(OR(design_flow_I=0,average_flow_I=0),\"Input incomplete\",IF(average_flow_I<design_flow_I*min_avg_flow,\"The averageflow must be at least \"&min_avg_flow&\"times design flow\",\"OK\"))))","v":"OK"},null,null,null,{"$f":"IF(C34,\"System size inputs OK\",D34)","v":"System size inputs OK"},"Adjust bypass percentage"]
[]
[null,null,{"$f":"NOT(freund_type_I=\"\")","v":true},null,"Select carbon life input type","freund_type_I","carbon life value- bed volumes","<-- pick one","Guidance: Carbon life is best determined by pilot or RSSCT tests. Use theoretical calculation methods (e.g., Freundlich isotherms) only in the absence of such data for initial assessment of carbon life and suitability of GAC for treatment."]
[null,null,{"$f":"NOT(freund_1=\"\")","v":true},null,{"$f":"CHOOSE(freund_type,\"   Carbon life\",\"   1st Freundlich constant (Kf)\",\"   Sorption capacity\",\"   Carbon life\")","v":"   Carbon life"},"freund_1",66600,{"$f":"CHOOSE(freund_type,\"months\",\"(ug/g)(L/ug)^(1/n)\",\"mg/g\",\"bed volumes\")","v":"bed volumes"}]
[null,{"$f":"OR(freund_type=2,freund_type=3)","v":false},{"$f":"IF(B38,NOT(freund_2=\"\"),TRUE)","v":true},null,{"$f":"CHOOSE(freund_type,\"   no additonal input required\",\"   2nd Freundlich constant (1/n)\",\"   Bohart and Adams quasi-chemical rate constant (k)\",\"   no additonal input required\")","v":"   no additonal input required"},"freund_2",null,{"$f":"CHOOSE(freund_type,\"not required\",\"dimensionless\",\"L/mg-sec\",\"not required\")","v":"not required"},"See Freundlich isotherm reference data"]
[null,{"$f":"OR(freund_type=2,freund_type=3)","v":false},{"$f":"IF(B39,NOT(C_0=\"\"),TRUE)","v":true},null,{"$f":"CHOOSE(freund_type,\"   no additonal input required\",\"   Influent concentration\",\"   Influent concentration\",\"   no additonal input required\")","v":"   no additonal input required"},"C_0",null,{"$f":"CHOOSE(freund_type,\"not required\",\"mg/L\",\"mg/L\",\"not required\")","v":"not required"},"See PFAS breakthrough reference data"]
[null,{"$f":"OR(freund_type=2,freund_type=3)","v":false},{"$f":"IF(B40,NOT(C_b=\"\"),TRUE)","v":true},null,{"$f":"CHOOSE(freund_type,\"   no additonal input required\",\"   Breakthrough concentration\",\"   Breakthrough concentration\",\"   no additonal input required\")","v":"   no additonal input required"},"C_b",null,{"$f":"CHOOSE(freund_type,\"not required\",\"mg/L\",\"mg/L\",\"not required\")","v":"not required"}]
[null,null,null,null,"For information:",null,null,null,{"$f":"IF(AND(freund_type=4,Num_tanks>1),\"Important: carbon life calculation assumes bed volumes are based on \"&BV_definition,\"\")","v":""}]
[null,null,null,null,"Carbon Life",null,{"$f":"IF(AND(C43,NOT(ISERROR(bed_life))),bed_life,\"\")","v":50.677515797923519},"months at average flow",{"$f":"IF(AND(C43,NOT(ISERROR(bed_life)),NOT(ISERROR(Num_tanks))),IF(Num_tanks>1,\"Carbon life reflects time between change outs of the lead vessel\",\"\"),\"\")","v":""}]
[null,null,{"$f":"IF(NOT(AND(C36,C37,C38,C39,C40)),FALSE,IF(AND(freund_type=2,C_b>=C_0),FALSE,IF(AND(EBCT_type=2,OR(freund_type=2,freund_type=3)),IF(C_0<>EBCT_I,FALSE,TRUE),TRUE)))","v":true},{"$f":"IF(NOT(AND(C36,C37,C38,C39,C40)),\"Carbon life input incomplete\",IF(AND(freund_type=2,C_b>=C_0),\"Warning: breakthrough concentration should be less than influent concentration\",IF(AND(EBCT_type=2,OR(freund_type=2,freund_type=3)),IF(C_0<>EBCT_I,\"Warning: Influent concentration should be the same as entered for EBCT calculation\",\"Carbon life input OK\"),\"OK\")))","v":"OK"},null,null,null,{"$f":"IF(C43,\"Carbon input OK\",D43)","v":"Carbon input OK"},{"$f":"IF(OR(freund_type=1,freund_type=4),\"\",IF(OR(freund_type=2,freund_type=3),\"Guidance: Low calculated carbon life value may indicate unsuitability of GAC as a treatment technique.\",\"\"))","v":""}]
[]
[null,null,{"$f":"NOT(EBCT_type_I=\"\")","v":true},null,"Contaminant removal input type","EBCT_type_I","EBCT","<-- pick one",{"$f":"IF(EBCT_type<>3,\"Warning: use this method for radon only\",\"\")","v":""}]
[null,null,{"$f":"NOT(EBCT_I=\"\")","v":true},null,{"$f":"IF(EBCT_type=1,\"   Percent removal\",IF(EBCT_type=2,\"   Influent concentration\",IF(EBCT_type=3,\"   Total Theoretical Empty Bed Contact Time (EBCT)\",\"\")))","v":"   Total Theoretical Empty Bed Contact Time (EBCT)"},"EBCT_I",7.5,{"$f":"IF(EBCT_type=1,\"enter percentage as fraction\",IF(EBCT_type=2,\"mg/l\",IF(EBCT_type=3,\"minutes\",\"\")))","v":"minutes"},"Guidance: EBCT is best determined by pilot tests, but may be calculated for radon if a steady state rate constant (Kss) is available. Use the theoretical calculation method for radon only in the absence of pilot data for initial assessment of EBCT and suitability of GAC for treatment."]
[null,{"$f":"EBCT_type=2","v":false},{"$f":"IF(B47,NOT(EBCT_O=\"\"),TRUE)","v":true},null,{"$f":"IF(EBCT_type=1,\"   no additonal input required\",IF(EBCT_type=2,\"   Desired effluent concentration\",IF(EBCT_type=3,\"   no additonal input required\",\"   no additonal input required\")))","v":"   no additonal input required"},"EBCT_O",null,{"$f":"IF(EBCT_type<>2,\"not required\",\"mg/l\")","v":"not required"}]
[null,{"$f":"EBCT_type<>3","v":false},{"$f":"IF(B48,NOT(Kss=\"\"),TRUE)","v":true},null,{"$f":"IF(OR(EBCT_type=1,EBCT_type=2),\"   Steady state system constant (Kss)\",IF(EBCT_type=3,\"   no additonal input required\",\"   no additonal input required\"))","v":"   no additonal input required"},"Kss",null,{"$f":"IF(EBCT_type=3,\"not required\",\"1/hrs\")","v":"not required"}]
[null,{"$f":"IF(design_type=1,TRUE,FALSE)","v":true},{"$f":"IF(B49,NOT(Num_tanks_I=\"\"),TRUE)","v":true},null,"Minimum number of contactors in series (i.e., parallel or series operation)","Num_tanks_I",1,"<-- enter 1 for parallel, 2 or more for series",{"$f":"IF(design_type=1,\"Consider multiple vessels in series for long EBCTs (>10 minutes)\",\"Parallel operation only for gravity systems\")","v":"Consider multiple vessels in series for long EBCTs (>10 minutes)"}]
[null,null,null,null,"For information:"]
[null,null,null,null,"EBCT",null,{"$f":"IF(C53,EBCT,\"\")","v":7.5},"minutes at design flow"]
[null,null,null,null,"EBCT per contactor",null,{"$f":"IF(C53,IF(design_type=1,EBCT_tank,EBCT),\"\")","v":7.5},"minutes at design flow"]
[null,null,{"$f":"IF(NOT(AND(C45,C46,C47,C48,C49)),FALSE,IF(EBCT_type=1,IF(EBCT_I>=1,FALSE,TRUE),IF(EBCT_type=2,IF(EBCT_O>EBCT_I,FALSE,TRUE),TRUE)))","v":true},{"$f":"IF(NOT(AND(C45,C46,C47,C48,C49)),\"Contaminant removal inputs incomplete\",IF(EBCT_type=1,IF(EBCT_I>=1,\"Removal fraction cannot be greater than or equal to 1\",\"OK\"),IF(EBCT_type=2,IF(EBCT_O>EBCT_I,\"Effluent concentration cannot be greater than influent concentration\",\"OK\"),\"OK\")))","v":"OK"},null,null,null,{"$f":"IF(C53,\"Contaminant removal inputs OK\",D53)","v":"Contaminant removal inputs OK"}]
[]
[null,{"$f":"IF(design_type=1,TRUE,FALSE)","v":true},null,null,"Pressure Vessels"]
[null,"yes","<- Autosize Std Inputs",null,"The next four inputs may be entered manually, or calculated with AutoSize button. All other gold inputs must be complete before AutoSizing."]
[null,null,{"$f":"IF(NOT(B55),TRUE,NOT(bed_depth=\"\"))","v":true},null,"Bed depth","bed_depth",3.4,"feet","Guidance: Typical pressure GAC bed depths are 2 to 8.5 ft."]
[null,null,{"$f":"IF(NOT(B55),TRUE,NOT(tank_geom_I=\"\"))","v":true},null,"Vessel geometry","tank_geom_I","upright","<-- pick one","Guidance: Typically upright, although larger systems (e.g., greater than 2,000 gpm) might use horizontal vessels"]
[null,null,{"$f":"IF(NOT(B55),TRUE,NOT(comm_height_length=\"\"))","v":true},null,{"$f":"IF(tank_geom=1,\"Height (straight)\",IF(tank_geom=2,\"Length (straight)\",\"\"))","v":"Height (straight)"},"comm_height_length",6,{"$f":"IF(tank_geom<>\"\",\"feet\",\"\")","v":"feet"},"Guidance: Typically up to 14 feet for upright vessels, 20 to 40 feet for horizontal vessels"]
[null,null,{"$f":"IF(NOT(B55),TRUE,NOT(comm_diam=\"\"))","v":true},null,{"$f":"IF(tank_geom<>\"\",\"   Diameter\",\"\")","v":"   Diameter"},"comm_diam",2,{"$f":"IF(tank_geom<>\"\",\"feet\",\"\")","v":"feet"},"Guidance: Typically 1.5 to 14 feet for upright vessels, 10 to 14 feet for horizontal vessels"]
[null,null,null,null,"For information:  "]
[null,null,null,null,"Number of treatment trains",null,{"$f":"IF(OR(NOT(B55),ISERROR(num_treat_lines)),\"\",num_treat_lines)","v":2},"trains"]
[null,null,null,null,"Number of operating vessels",null,{"$f":"IF(OR(NOT(B55),ISERROR(op_num_tanks)),\"\",op_num_tanks)","v":2},"units"]
[null,null,null,null,"Total vessels (incl. redundancy, below)",null,{"$f":"IF(OR(NOT(B55),ISERROR(final_num_tanks)),\"\",final_num_tanks)","v":2},"units"]
[null,null,{"$f":"IF(NOT(B55),TRUE,IF(NOT(AND(C57:C60)),FALSE,IF(bed_depth>max_bed_depth,FALSE,IF(bed_depth>2*comm_diam,FALSE,IF(bed_depth<min_bed_depth,FALSE,TRUE)))))","v":true},{"$f":"IF(NOT(B55),\"OK\",IF(NOT(AND(C57:C60)),\"Input incomplete\",IF(bed_depth>max_bed_depth,\"Warning: bed depth too great\",IF(bed_depth>2*comm_diam,\"Warning: bed depth should be less than twice the vessel diameter\",IF(bed_depth<min_bed_depth,\"Warning: bed depth too shallow\",\"OK\")))))","v":"OK"},null,null,null,{"$f":"IF(NOT(B55),\"\",IF(C65,\"Bed Depth OK\",D65))","v":"Bed Depth OK"},"Adjust bed depth constraints"]
[null,null,{"$f":"IF(NOT(B55),TRUE,IF(NOT(AND(C57:C60)),FALSE,IF(tank_geom=1,IF(IF(AND(comm_diam>=min_diam,comm_diam<=max_diam_std_size),(OR(comm_height_length>=max_comm_height,comm_height_length>max_height)),comm_height_length>max_height),FALSE,IF(IF(AND(comm_diam>=min_diam,comm_diam<=max_diam_std_size),(AND(comm_height_length>=min_comm_height,comm_height_length>=height)),comm_height_length>=height),TRUE,FALSE)),IF(tank_geom=2,IF(comm_height_length>max_length,FALSE,TRUE),FALSE))))","v":true},{"$f":"IF(NOT(B55),\"OK\",IF(NOT(AND(C57:C60)),\"\",IF(tank_geom=1,IF(IF(AND(comm_diam>=min_diam,comm_diam<=max_diam_std_size),(OR(comm_height_length>=max_comm_height,comm_height_length>max_height)),comm_height_length>max_height),\"Warning: vessel too high\",IF(IF(AND(comm_diam>=min_diam,comm_diam<=max_diam_std_size),(AND(comm_height_length>=min_comm_height,comm_height_length>=height)),comm_height_length>=height),\"Height OK\",\"Warning: vessel not high enough\")),IF(tank_geom=2,IF(comm_height_length>max_length,\"Warning: vessel too long\",\"Length OK\"),\"Invalid tank geometry input\"))))","v":"Height OK"},null,null,null,{"$f":"IF(NOT(B55),\"\",D66)","v":"Height OK"},"Adjust vessel size constraints"]
[null,null,{"$f":"IF(NOT(B55),TRUE,IF(ISERROR(final_num_tanks),FALSE,IF(tank_geom=1,IF(comm_diam>max_diam,FALSE,IF(comm_diam<diameter,FALSE,TRUE)),IF(tank_geom=2,IF(comm_diam>max_diam,FALSE,IF(comm_diam>max_height,FALSE,IF(comm_SA<SA,FALSE,IF(comm_diam<height,FALSE,TRUE)))),FALSE))))","v":true},{"$f":"IF(NOT(B55),\"OK\",IF(ISERROR(final_num_tanks),\"\",IF(tank_geom=1,IF(comm_diam>max_diam,\"Warning: vessel diameter too great\",IF(comm_diam<diameter,\"Warning: vessel diameter too small\",\"Diameter OK\")),IF(tank_geom=2,IF(comm_diam>max_diam,\"Warning: vessel diameter too great\",IF(comm_diam>max_height,\"Warning: vessel diameter too great\",IF(comm_SA<SA,\"Warning: vessel surface area too small\",IF(comm_diam<height,\"Warning: vessel diameter too small\",\"OK\")))),\"\"))))","v":"Diameter OK"},null,null,null,{"$f":"IF(NOT(B55),\"\",IF(C67,\"Diameter OK\",D67))","v":"Diameter OK"}]
[null,null,{"$f":"IF(NOT(B55),TRUE,IF(NOT(AND(C57:C60)),FALSE,IF(input_vol_vess<media_volume_expanded,FALSE,TRUE)))","v":true},{"$f":"IF(NOT(B55),\"OK\",IF(D65=\"Input incomplete\",\"\",IF(input_vol_vess<media_volume_expanded,\"Warning: vessel too small for this bed depth\",\"OK\")))","v":"OK"},null,null,null,{"$f":"IF(NOT(B55),\"\",IF(C68,\"Volume OK\",D68))","v":"Volume OK"}]
[null,null,null,null,null,null,null,{"$f":"IF(H65=\"Input incomplete\",\"\",IF(input_vol_vess<media_volume_expanded,CHOOSE(tank_geom,\"Hint: reduce bed depth or increase diameter or height\",\"Hint: reduce bed depth or increase diameter\"),\"\"))","v":""}]
[null,null,{"$f":"IF(NOT(B55),TRUE,IF(ISERROR(final_num_tanks),FALSE,IF(tank_geom=1,IF(comm_load_rate>load_max,FALSE,IF(comm_load_rate<load_min,FALSE,TRUE)),IF(comm_load_rate>load_max,FALSE,IF(comm_load_rate<load_min,FALSE,TRUE)))))","v":true},{"$f":"IF(NOT(B55),\"OK\",IF(ISERROR(final_num_tanks),\"\",IF(tank_geom=1,IF(comm_load_rate>load_max,\"Warning: design exceeds maximum loading\",IF(comm_load_rate<load_min,\"Warning: design below minimum loading\",\"OK\")),IF(comm_load_rate>load_max,\"Warning: design exceeds maximum loading\",IF(comm_load_rate<load_min,\"Warning: design below minimum loading\",\"OK\")))))","v":"OK"},null,null,null,{"$f":"IF(NOT(B55),\"\",IF(C70,\"Loading OK\",D70))","v":"Loading OK"},"Adjust loading constraints"]
[null,null,null,null,null,null,null,{"$f":"IF(OR(NOT(B55),ISERROR(final_num_tanks)),\"\",IF(tank_geom=1,IF(comm_load_rate>load_max,\"Hint: increase vessel diameter or decrease bed depth\",IF(comm_load_rate<load_min,\"Hint: reduce vessel diameter or increase bed depth\",\"\")),IF(comm_load_rate>load_max,\"Hint: increase vessel length and diameter or decrease bed depth\",IF(comm_load_rate<load_min,\"Hint: reduce vessel length and diameter or increase bed depth\",\"\"))))","v":""}]
[]
[null,{"$f":"IF(design_type=2,TRUE,FALSE)","v":false},null,null,"Gravity Contact Basins"]
[null,null,"<- Autosize Std Inputs",null,"The next three inputs may be entered manually, or calculated with AutoSize button. All other gold inputs must be complete before AutoSizing."]
[null,null,{"$f":"IF(NOT(B73),TRUE,NOT(basin_width=\"\"))","v":true},null,"Basin width","basin_width",null,"feet","Guidance: GAC contactors typically are square."]
[null,null,{"$f":"IF(NOT(B73),TRUE,NOT(basin_length=\"\"))","v":true},null,"Basin length","basin_length",null,"feet"]
[null,null,{"$f":"IF(NOT(B73),TRUE,NOT(basin_op_depth=\"\"))","v":true},null,"Bed depth","basin_op_depth",null,"feet","Guidance: Typical gravity GAC bed depths are 3-10 feet"]
[null,null,{"$f":"IF(NOT(B73),TRUE,IF(NOT(AND(C75,C76,C77)),FALSE,IF(basin_op_depth>max_depth,FALSE,IF(basin_op_depth<min_depth,FALSE,TRUE))))","v":true},{"$f":"IF(NOT(B73),\"OK\",IF(NOT(AND(C75,C76,C77)),\"Input incomplete\",IF(basin_op_depth>max_depth,\"Warning: basin too deep\",IF(basin_op_depth<min_depth,\"Warning: basin too shallow\",\"OK\"))))","v":"OK"},"For information:  ",null,null,{"$f":"IF(NOT(B73),\"\",IF(C78,\"Bed Depth OK\",D78))","v":""},"Adjust bed depth constraints"]
[null,null,{"$f":"IF(NOT(B73),TRUE,IF(basin_width>max_width,FALSE,IF(basin_width<min_width,FALSE,TRUE)))","v":true},{"$f":"IF(NOT(B73),\"OK\",IF(NOT(AND(C75,C76,C77)),\"\",IF(basin_width>max_width,\"Warning: basin too wide\",IF(basin_width<min_width,\"Warning: basin too narrow\",\"OK\"))))","v":"OK"},"Total contactors (including redundancy from below)",null,{"$f":"IF(OR(NOT(B73),ISERROR(total_num_basins)),\"\",total_num_basins)","v":""},{"$f":"IF(NOT(B73),\"\",IF(C79,\"Width OK\",D79))","v":""},"Adjust width constraints"]
[null,null,{"$f":"IF(NOT(B73),TRUE,IF(basin_length>max_length_g,FALSE,IF(basin_length<min_length_g,FALSE,TRUE)))","v":true},{"$f":"IF(NOT(B73),\"OK\",IF(ISERROR(total_num_basins),\"\",IF(H59=\"input incomplete\",\"\",IF(basin_length>max_length_g,\"Warning: basin too long\",IF(OR(basin_length<min_length_g,basin_length<(min_basin_vol/op_num_basins/basin_op_depth/basin_width)),\"Warning: basin too short\",\"OK\")))))","v":"OK"},null,null,null,{"$f":"IF(NOT(B73),\"\",IF(C80,\"Length OK\",D80))","v":""},"Adjust length constraints"]
[null,null,{"$f":"IF(NOT(B73),TRUE,IF(ISERROR(total_num_basins),\"\",IF(H78=\"input incomplete\",FALSE,IF(surface_loading_rate_g>load_max,FALSE,IF(surface_loading_rate_g<load_min,FALSE,TRUE)))))","v":true},{"$f":"IF(NOT(B73),\"OK\",IF(ISERROR(total_num_basins),\"\",IF(H78=\"input incomplete\",\"\",IF(surface_loading_rate_g>load_max,\"Warning: design exceeds maximum loading\",IF(surface_loading_rate_g<load_min,\"Warning: design below minimum loading\",\"OK\")))))","v":"OK"},null,null,null,{"$f":"IF(NOT(B73),\"\",IF(ISERROR(total_num_basins),\"\",IF(C81,\"Loading OK\",D81)))","v":""},"Adjust loading constraints"]
[]
[null,null,{"$f":"NOT(back_interval_I=\"\")","v":true},null,"Interval Between backwashes","back_interval_I",168,"hours","Interval between backwash occurrences depends on the loading rate, water quality, and size of carbon.  48 hours for surface water if loading rate 4-6 gpm/sf; 7+ days for ground water (Richard E. Hubel, Peter Keenan, American Water Works Service Company, Inc).  2 weeks or loss of head based on operational experience (Verna Arnette, Greater Cincinnati Water Works).  "]
[null,null,{"$f":"NOT(res_s2_opt_I=\"\")","v":true},null,"Discharge option for spent backwash","res_s2_opt_I","POTW","<-- pick one"]
[null,{"$f":"OR(res_s2_opt=1,res_s2_opt=2)","v":true},{"$f":"IF(B85,NOT(res_s1_opt_I=\"\"),TRUE)","v":true},null,"Holding tank for spent backwash","res_s1_opt_I","no holding tank",{"$f":"IF(res_s2_opt=3,\"always included\",IF(OR(res_s2_opt=4,res_s2_opt=5),\"not required\",\"<-- pick one\"))","v":"<-- pick one"},{"$f":"IF(OR(res_s2_opt=4,res_s2_opt=5),\"\",IF(res_s1_opt_I=\"Holding tank\",\"Model selects between holding tank or basin based upon priority lookups on the Output sheet\",\"\"))","v":""}]
[null,null,{"$f":"NOT(regen_type_I=\"\")","v":true},null,"Management option for spent carbon","regen_type_I","regeneration off-site (non-hazardous)","<-- pick one"]
[null,null,{"$f":"NOT(transfer_method_I=\"\")","v":true},null,"GAC transfer method","transfer_method_I","manual transfer","<-- pick one"]
[null,{"$f":"OR(res_s2_opt=5,res_s1_opt=1)","v":false},{"$f":"IF(B88,NOT(solids_haz_I=\"\"),TRUE)","v":true},null,{"$f":"IF(res_s2_opt=5,\"Characteristics of evaporation pond solids\",\"Characteristics of holding tank solids\")","v":"Characteristics of holding tank solids"},"solids_haz_I",null,{"$f":"IF(OR(res_s1_opt=1,res_s2_opt=5),\"<-- pick one\",\"not required\")","v":"not required"}]
[null,null,{"$f":"IF(NOT(AND(C83:C88)),FALSE,TRUE)","v":true},{"$f":"IF(NOT(AND(C83:C88)),\"Input incomplete\",\"OK\")","v":"OK"},null,null,null,{"$f":"IF(C89,\"Residuals Input OK\",D89)","v":"Residuals Input OK"}]
[]
[null,null,null,null,"Number of booster pumps","lines_pump_I",0,"pumps","Enter 0 to exclude booster pumps (e.g., use existing pumps). Clear cell to accept model defaults (contaminant and design type specific)"]
[null,null,null,null,"For information: # of booster pumps",null,{"$f":"IF(ISERROR(booster_pumps),\"\",booster_pumps)","v":0},"pumps"]
[null,null,null,null,"Number of redundant contactors to be added","NRD_I",null,"units","Leave blank to accept redundancy frequency specified in critical design assumptions"]
[null,null,null,null,"For information: Redundant contactors",null,{"$f":"IF(design_type=1,IF(ISERROR(NRD),\"\",NRD),IF(ISERROR(NRD_g),\"\",NRD_g))","v":0},"units"]
[null,null,null,null,"Backwash pumping","no_backwash_I",null,"<-- pick or leave blank","Leave blank to accept model defaults (systems <1 MGD backwash using existing supply or treated water pumps, other systems add new backwash pumps)"]
[null,null,null,null,"Backwash storage","no_back_tank_I",null,"<-- pick or leave blank","Leave blank to accept model defaults (only systems between 1 and 10 MGD require separate backwash tanks)"]
[null,null,null,null,"For information: # of backwash pumps",null,{"$f":"IF(ISERROR(backwash_pumps),\"\",backwash_pumps)","v":0},"units"]
[null,null,null,null,{"$f":"\"# of backwash \"&IF(OUTPUT!L53=1,\"basins\",\"tanks\")","v":"# of backwash tanks"},null,{"$f":"IF(ISERROR(num_back_tanks),\"\",IF(OUTPUT!L53=1,back_basins,num_back_tanks))","v":0},"units"]
[null,null,null,null,"Component level","component_level_I",null,"<-- pick or leave blank","Leave blank to use low cost components"]
[null,null,null,null,"System automation","manual_I","fully automated","<-- pick or leave blank","Leave blank to allow model to pick based on component level"]
[null,null,null,null,"Include buildings?","include_buildings_I",null,"<-- pick or leave blank","Leave blank to include buildings"]
[null,null,null,null,"Include HVAC?","include_HVAC_I",null,"<-- pick or leave blank","Leave blank to allow model to pick based on component level and building type"]
[null,null,null,null,"Include land?","include_land_I",null,"<-- pick or leave blank","Leave blank to include land"]
[null,null,null,null,"For information: Component level",null,{"$f":"IF(component_level=2,\"high cost\",IF(component_level=1,\"mid cost\",\"low cost\"))","v":"low cost"}]
[null,null,null,null,"Automation",null,{"$f":"IF(manual=1,\"manual\",IF(manual=2,\"semi-automated\",IF(manual=3,\"fully automated\")))","v":"fully automated"}]
[null,null,null,null,"Add-on (pre- or post-treatment)","addon_I",null,"<-- pick or leave blank","Select to calculate costs for GAC as a pre- or post-treatment for another base technology (e.g., GAC polishing for UVAOP)"]
[null,null,{"$f":"IF(ISERROR(pump_rating),FALSE,IF(pump_rating>max_pump_size,FALSE,TRUE))","v":true},{"$f":"IF(ISERROR(pump_rating),\"Input incomplete\",IF(pump_rating>max_pump_size,\"Warning: insufficent number of pumps.\",\"OK\"))","v":"OK"},null,null,null,{"$f":"IF(C107,\"Optional Inputs OK\",D107)","v":"Optional Inputs OK"}]
[]
[null,null,null,null,"Retrofit (operational modification)","retrofit_I",null,"<-- pick or leave blank","Select to calculate costs for modifying operational practices to allow a different carbon life than originally designed"]
[null,{"$f":"IF(retrofit=1,TRUE,FALSE)","v":false},{"$f":"IF(B110,NOT(r_freund_type_I=\"\"),TRUE)","v":true},null,"Select new carbon life input type","r_freund_type_I",null,{"$f":"IF(retrofit=1,\"<-- pick one\",\"not required\")","v":"not required"},"Guidance: Carbon life is best determined by pilot or RSSCT tests. Use theoretical calculation methods (e.g., Freundlich isotherms) only in the absence of such data for initial assessment of carbon life and suitability of GAC for treatment."]
[null,{"$f":"IF(retrofit=1,TRUE,FALSE)","v":false},{"$f":"IF(B111,NOT(r_freund_1=\"\"),TRUE)","v":true},null,{"$f":"CHOOSE(r_freund_type,\"New carbon life\",\"1st Freundlich constant (Kf)\",\"Sorption capacity\",\"New carbon life\")","v":"New carbon life"},"r_freund_1",null,{"$f":"IF(retrofit=0,\"not required\",CHOOSE(r_freund_type,\"months\",\"(ug/g)(L/ug)^(1/n)\",\"mg/g\",\"bed volumes\"))","v":"not required"}]
[null,{"$f":"AND(retrofit=1,OR(r_freund_type=2,r_freund_type=3))","v":false},{"$f":"IF(B112,NOT(r_freund_2=\"\"),TRUE)","v":true},null,{"$f":"CHOOSE(r_freund_type,\"no additonal input required\",\"2nd Freundlich constant (1/n)\",\"Bohart and Adams quasi-chemical rate constant (k)\",\"no additonal input required\")","v":"no additonal input required"},"r_freund_2",null,{"$f":"CHOOSE(r_freund_type,\"not required\",\"dimensionless\",\"L/mg-sec\",\"not required\")","v":"not required"}]
[null,{"$f":"AND(retrofit=1,OR(r_freund_type=2,r_freund_type=3))","v":false},{"$f":"IF(B113,NOT(r_C_0=\"\"),TRUE)","v":true},null,{"$f":"CHOOSE(r_freund_type,\"no additonal input required\",\"New influent concentration\",\"New influent concentration\",\"no additonal input required\")","v":"no additonal input required"},"r_C_0",null,{"$f":"CHOOSE(r_freund_type,\"not required\",\"mg/L\",\"mg/L\",\"not required\")","v":"not required"}]
[null,{"$f":"AND(retrofit=1,OR(r_freund_type=2,r_freund_type=3))","v":false},{"$f":"IF(B114,NOT(r_C_b=\"\"),TRUE)","v":true},null,{"$f":"CHOOSE(r_freund_type,\"no additonal input required\",\"New breakthrough concentration\",\"New breakthrough concentration\",\"no additonal input required\")","v":"no additonal input required"},"r_C_b",null,{"$f":"CHOOSE(r_freund_type,\"not required\",\"mg/L\",\"mg/L\",\"not required\")","v":"not required"}]
[null,null,null,null,"For information:"]
[null,null,null,null,"Retrofit Carbon Life",null,{"$f":"IF(AND(C117,retrofit=1),r_bed_life,\"\")","v":""},"months"]
[null,null,{"$f":"IF(NOT(AND(C110,C111,C112,C113,C114)),FALSE,IF(AND(r_freund_type=2,r_C_b>=r_C_0),FALSE,TRUE))","v":true},{"$f":"IF(NOT(AND(C110,C111,C112,C113,C114)),\"Retrofit input incomplete\",IF(AND(r_freund_type=2,r_C_b>=r_C_0),\"Warning: breakthrough concentration should be less than influent concentration\",\"OK\"))","v":"OK"},null,null,null,{"$f":"IF(C117,\"Retrofit input OK\",D117)","v":"Retrofit input OK"}]

{"sheet":"OUTPUT","index":3,"n_rows":444,"n_cols":40,"rows_kept":444,"cut":false,"hidden":false,"merged":[[35,26,35,28],[35,29,35,31],[34,32,35,33],[362,4,362,5],[34,23,34,31],[34,22,36,22],[34,8,36,8],[34,9,36,9],[34,10,36,10],[34,11,36,11],[34,12,36,12],[35,13,35,15],[35,16,35,18],[35,19,35,21],[35,23,35,25],[400,8,400,11],[366,8,366,11],[34,13,34,21],[362,2,362,3],[34,0,36,0],[34,1,36,1],[34,2,36,3],[34,4,36,5],[34,6,36,7]]}
["OUTPUT SUMMARY"]
[null,"Parameter","Value","Units"]
[null,"Contaminant",{"$f":"IF(VLOOKUP(contam_type,contam_lookup,2,FALSE)=\"\",\"\",VLOOKUP(contam_type,contam_lookup,2,FALSE))","v":"TCE"}]
[null,"System Size Category",{"$f":"IF(ss_cat2=1,\"small\",\"large\")","v":"small"}]
[null,"Technology","GAC"]
[null,"Design Type",{"$f":"IF(design_type=1,\"Pressure\",\"Gravity\")","v":"Pressure"}]
[null,"Design Flow",{"$f":"design_flow","v":0.03},"MGD (excludes bypass flow)"]
[null,"Average Flow",{"$f":"average_flow","v":7.0000000000000001E-3},"MGD (excludes bypass flow)"]
[null,"# of treatment trains",{"$f":"IF(design_type=1,num_treat_lines,op_num_basins)","v":2},"trains"]
[null,"# of contactors in series",{"$f":"Num_tanks","v":1},"(i.e., parallel or series operation)"]
[null,"# of contactors",{"$f":"IF(design_type=1,final_num_tanks,total_num_basins)","v":2},"(including redundancy)"]
[null,"Total EBCT",{"$f":"EBCT","v":7.5},"minutes at design flow"]
[null,"EBCT per contactor",{"$f":"IF(design_type=1,EBCT_tank,EBCT)","v":7.5},"minutes at design flow"]
[null,{"$f":"IF(retrofit=1,\"Initial carbon life\",\"Carbon life\")","v":"Carbon life"},{"$f":"IFERROR(bed_life,\"\")","v":50.677515797923519},"months at average flow"]
[null,"Bed depth",{"$f":"IF(design_type=1,bed_depth,basin_op_depth)","v":3.4},"feet"]
[null,"Vessel geometry",{"$f":"IF(design_type=1,tank_geom_I,\"basins\")","v":"upright"}]
[null,{"$f":"IF(design_type=2,\"Basin width\",IF(tank_geom=1,\"Height (straight)\",IF(tank_geom=2,\"Length (straight)\",\"\")))","v":"Height (straight)"},{"$f":"IF(design_type=1,comm_height_length,basin_width)","v":6},"feet"]
[null,{"$f":"IF(design_type=1,\"Diameter\",\"Basin length\")","v":"Diameter"},{"$f":"IF(design_type=1,comm_diam,basin_length)","v":2},"feet"]
[null,"Component level",{"$f":"IF(component_level=2,\"high cost\",IF(component_level=1,\"mid cost\",\"low cost\"))","v":"low cost"}]
[null,"System automation",{"$f":"IF(manual=1,\"manual\",IF(manual=2,\"semi-automated\",IF(manual=3,\"fully automated\")))","v":"fully automated"}]
[null,"Retrofit (operational modification)?",{"$f":"IF(retrofit=1,\"yes\",\"no\")","v":"no"}]
[null,"New carbon life after retrofit",{"$f":"IF(retrofit=1,r_bed_life,\"not applicable\")","v":"not applicable"},{"$f":"IF(retrofit=1,\"months at average flow\",\"\")","v":""}]
[null,{"$f":"\"Resulting Costs (in year \"&TEXT(current_year_cl,0)&\" dollars)\"","v":"Resulting Costs (in year 2021 dollars)"}]
[null,"Direct Capital Cost",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Error in buildup!\",direct_cost)))","v":38150.586209447923},"Details",{"$f":"IF(input_status<>\"input complete -- results ready\",IF(input_complete,\"Press Generate Results\",\"Check INPUT sheet for errors\"),IF(Missing_Cost,\"A price is not available for at least one required component. See Use? column below.\",IF(cost_buildup_error,\"There is an Excel error in the price for at least one component. See Use? column below.\",\"\")))","v":""}]
[null,"Add-on Cost",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",addon_cost)","v":19392.855986953477},"Details"]
[null,"Indirect Capital Cost",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",indirect_cost)","v":18587.788077580692},"Details"]
[null,"Total Capital Cost",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Error in buildup!\",system_cost)))","v":76131.230273982103},"Details"]
[null,{"$f":"\"Annualized Capital Cost \"&IF(OR(input_status<>\"input complete -- results ready\",Missing_Cost,cost_buildup_error),\"\",\"(per year over \"&useful_life&\" years at \"&Discount_rate*100&\"%)\")","v":"Annualized Capital Cost (per year over 16.1 years at 7%)"},{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",Annualized_Capital_Cost)","v":8031.3316893266374},"Details"]
[null,"Annual O&M Cost (per year)",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",OM_cost)","v":2987.309195601616},"Details"]
[null,{"$f":"\"Total Annualized Cost (per year\"&IF(OR(input_status<>\"input complete -- results ready\",ISERROR(OR(TAC_pct_cap,TAC_pct_OM))),\"\",\", \"&TEXT(TAC_pct_cap,\"0%\")&\" capital, \"&TEXT(TAC_pct_OM,\"0%\")&\" O&M\")&\")\"","v":"Total Annualized Cost (per year, 73% capital, 27% O&M)"},{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Error in buildup!\",Annualized_Cost)))","v":11018.640884928252},"Details"]
[null,"Annualized cost per 1,000 gallons average flow",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Error in buildup!\",C418)))","v":4.3125796027116445}]
[null,"Annualized cost per household per year",{"$f":"IF(input_status<>\"input complete -- results ready\",\"Action required\",IF(Missing_Cost,\"Missing cost!\",IF(cost_buildup_error,\"Error in buildup!\",C419)))","v":434.57271961658404}]
[]
["Direct Capital Cost Details (items in italics, without a 1 in the \"Use?\" column, represent alternate costs and are excluded from total)"]
["WBS #","Item","Design Quanitity",null,"Design Size",null,"Size used in estimate",null,"Unit Cost","Total Cost","Useful Life","Use?","Full Line Item Name","Resulting priority selection (after considering whether this is a retrofit scenario)",null,null,null,null,null,null,null,null,"Include in Retrofit?","Baseline priority selection",null,null,null,null,null,null,null,null,"Useful Life"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Small (<1 mgd)",null,null,"Medium (1-10 mgd)",null,null,"Large (>10 mgd)",null,null,null,"Small (<1 mgd)",null,null,"Medium (1-10 mgd)",null,null,"Large (>10 mgd)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Low","Mid","High","Low","Mid","High","Low","Mid","High",null,"Low","Mid","High","Low","Mid","High","Low","Mid","High","Count?","Depreciation"]
["1.","GAC Contactors"]
[1.1000000000000001,"Pressure Vessels"]
["1.1.1","Stainless Steel",{"$f":"final_num_tanks","v":2},"units",{"$f":"comm_vol_gal","v":140.99467829310993},"gal",{"$f":"IF(curve=1,comm_vol_gal,VLOOKUP(comm_vol_gal,ss_pv_cost_cl,2))","v":140.99467829310993},"gal",{"$f":"IF(C40=0,\"NA\",IF(curve=1,ss_pv_eq,VLOOKUP(comm_vol_gal,ss_pv_cost_cl,3)))","v":32375.236253387844},{"$f":"IF(C40=0,\"--\",IF(I40=\"contact vendor\",\"--\",C40*I40))","v":64750.472506775688},{"$f":"IF(C40=0,\"NA\",VLOOKUP(comm_vol_gal,ss_pv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":30},0,{"$f":"$B$39&\" - \"&B40","v":"Pressure Vessels - Stainless Steel"},{"$f":"IF(retrofit=1,$W40*X40,IF(ISBLANK(X40),\"\",X40))","v":4},4,1,4,4,1,4,{"$f":"IF(retrofit=1,$W40*AE40,IF(ISBLANK(AE40),\"\",AE40))","v":4},1,0,4,4,1,4,4,1,4,4,1,{"$f":"IF(ISERROR(K40*L40),0,IF(K40<1,0,L40))","v":0},{"$f":"IF(AG40,J40/K40,0)","v":0}]
["1.1.1","Carbon Steel - Stainless Internals",{"$f":"final_num_tanks","v":2},"units",{"$f":"comm_vol_gal","v":140.99467829310993},"gal",{"$f":"IF(curve=1,comm_vol_gal,VLOOKUP(comm_vol_gal,cs_pv_cost_cl,2))","v":140.99467829310993},"gal",{"$f":"IF(C41=0,\"NA\",IF(curve=1,cs_pv_eq,VLOOKUP(comm_vol_gal,cs_pv_cost_cl,3)))","v":15513.883773840156},{"$f":"IF(C41=0,\"--\",IF(I41=\"contact vendor\",\"--\",C41*I41))","v":31027.767547680312},{"$f":"IF(C41=0,\"NA\",VLOOKUP(comm_vol_gal,cs_pv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":30},0,{"$f":"$B$39&\" - \"&B41","v":"Pressure Vessels - Carbon Steel - Stainless Internals"},3,3,2,3,3,2,3,3,2,0,3,3,2,3,3,2,3,3,2,0,0]
["1.1.1","Carbon Steel - Plastic Internals",{"$f":"final_num_tanks","v":2},"units",{"$f":"comm_vol_gal","v":140.99467829310993},"gal",{"$f":"IF(curve=1,comm_vol_gal,VLOOKUP(comm_vol_gal,csp_pv_cost_cl,2))","v":140.99467829310993},"gal",{"$f":"IF(C42=0,\"NA\",IF(curve=1,csp_pv_eq,VLOOKUP(comm_vol_gal,csp_pv_cost_cl,3)))","v":14596.986665523484},{"$f":"IF(C42=0,\"--\",IF(I42=\"contact vendor\",\"--\",C42*I42))","v":29193.973331046967},{"$f":"IF(C42=0,\"NA\",VLOOKUP(comm_vol_gal,csp_pv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":30},0,{"$f":"$B$39&\" - \"&B42","v":"Pressure Vessels - Carbon Steel - Plastic Internals"},2,1,3,2,1,3,2,1,3,0,2,1,3,2,1,3,2,1,3,0,0]
["1.1.1","Fiberglass",{"$f":"final_num_tanks","v":2},"units",{"$f":"comm_vol_gal","v":140.99467829310993},"gal",{"$f":"IF(curve=1,comm_vol_gal,VLOOKUP(comm_vol_gal,fg_pv_cost_cl,2))","v":140.99467829310993},"gal",{"$f":"IF(C43=0,\"NA\",IF(curve=1,fg_pv_eq,VLOOKUP(comm_vol_gal,fg_pv_cost_cl,3)))","v":2969.6010543540829},{"$f":"IF(C43=0,\"--\",IF(I43=\"contact vendor\",\"--\",C43*I43))","v":5939.2021087081657},{"$f":"IF(C43=0,\"NA\",VLOOKUP(comm_vol_gal,fg_pv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},1,{"$f":"$B$39&\" - \"&B43","v":"Pressure Vessels - Fiberglass"},1,2,4,1,2,4,1,2,4,0,1,2,4,1,2,4,1,2,4,1,296.96010543540831]
["1.2","GAC Contact Basins",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["1.2.1","Concrete",{"$f":"total_num_basins","v":0},"units",{"$f":"IF(C45=0,\"NA\",basin_vol)","v":"NA"},{"$f":"IF(C45=0,\"\",\"gal\")","v":""},{"$f":"IF(C45=0,\"NA\",basin_vol)","v":"NA"},{"$f":"IF(C45=0,\"\",\"gal\")","v":""},{"$f":"IF(C45=0,\"NA\",basin_conc_vol/total_num_basins*VLOOKUP(0,conc_basin_cost_cl,3))","v":"NA"},{"$f":"IF(C45=0,\"--\",IF(I45=\"contact vendor\",\"--\",C45*I45))","v":"--"},{"$f":"IF(C45=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$44&\" - \"&B45","v":"GAC Contact Basins - Concrete"},{"$f":"IF(retrofit=1,$W45*X45,IF(ISBLANK(X45),\"\",X45))","v":1},1,1,1,1,1,1,{"$f":"IF(retrofit=1,$W45*AE45,IF(ISBLANK(AE45),\"\",AE45))","v":1},{"$f":"IF(retrofit=1,$W45*AF45,IF(ISBLANK(AF45),\"\",AF45))","v":1},0,1,1,1,1,1,1,1,1,1,0,0]
["1.2.2","Internals (Underdrain/Backwash System)",{"$f":"total_num_basins","v":0},"units",{"$f":"IF(C46=0,\"NA\",basin_area)","v":"NA"},{"$f":"IF(C46=0,\"\",\"sf\")","v":""},{"$f":"IF(C46=0,\"NA\",basin_area)","v":"NA"},{"$f":"IF(C46=0,\"\",\"sf\")","v":""},{"$f":"IF(C46=0,\"NA\",IF(cont_int_eq=\"contact vendor\",\"contact vendor\",J46/total_num_basins))","v":"NA"},{"$f":"IF(C46=0,\"--\",IF(cont_int_eq=\"contact vendor\",\"--\",cont_int_eq))","v":"--"},{"$f":"IF(C46=0,\"NA\",VLOOKUP(0,cont_top_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"GAC Contact Basins - Internals (Underdrain/Backwash System)",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["1.2.3","Aluminum Railing",{"$f":"IF(design_type=1,0,railing)","v":0},"lf","NA",null,"NA",null,{"$f":"IF(C47=0,\"NA\",VLOOKUP(B47,metal_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C47=0,\"NA\",VLOOKUP(B47,metal_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"GAC Contact Basins - Aluminum Railing",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["1.2.4","Aluminum Stairs",{"$f":"IF(design_type=1,0,risers)","v":0},"risers","NA",null,"NA",null,{"$f":"IF(C48=0,\"NA\",VLOOKUP(B48,metal_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C48=0,\"NA\",VLOOKUP(B48,metal_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"GAC Contact Basins - Aluminum Stairs",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["1.2.5","Excavation",{"$f":"IF(design_type=1,0,excavation_vol)","v":0},"cy","NA",null,"NA",null,{"$f":"IF(C49=0,\"NA\",VLOOKUP(0,excavate_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C49=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"GAC Contact Basins - Excavation",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["1.2.6","Backfill and Compaction",{"$f":"IF(design_type=1,0,backfill_vol)","v":0},"cy","NA",null,"NA",null,{"$f":"IF(C50=0,\"NA\",VLOOKUP(0,backfill_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C50=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"GAC Contact Basins - Backfill and Compaction",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["2.","Tanks",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["2.1","Backwash Tanks/Basins",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["2.1.1","Concrete Basins (includes Excavation, Backfill, and Compaction)",{"$f":"IF(num_back_tanks=0,0,back_basins)","v":0},"units",{"$f":"IF(back_basins=0,\"NA\",back_basin_vol)","v":"NA"},{"$f":"IF(C53=0,\"\",\"gal\")","v":""},{"$f":"IF(back_basins=0,\"NA\",back_basin_vol)","v":"NA"},{"$f":"IF(C53=0,\"\",\"gal\")","v":""},{"$f":"IF(back_basins=0,\"NA\",J53/back_basins)","v":"NA"},{"$f":"IF(back_basins=0,\"--\",back_conc_vol*VLOOKUP(0,conc_basin_cost_cl,3)+back_excavation_vol*VLOOKUP(0,excavate_cost_cl,3)+back_backfill_vol*VLOOKUP(0,backfill_cost_cl,3)+back_railing*VLOOKUP(\"aluminum railing\",metal_cost_cl,3))","v":"--"},{"$f":"IF(back_basins=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$52&\" - \"&B53","v":"Backwash Tanks/Basins - Concrete Basins (includes Excavation, Backfill, and Compaction)"},{"$f":"IF(retrofit=1,$W53*X53,IF(ISBLANK(X53),\"\",X53))","v":3},3,2,3,3,2,3,{"$f":"IF(retrofit=1,$W53*AE53,IF(ISBLANK(AE53),\"\",AE53))","v":3},2,0,3,3,2,3,3,2,3,3,2,0,0]
["2.1.1","Steel Tanks",{"$f":"num_back_tanks","v":0},"units",{"$f":"IF(C54=0,\"NA\",back_tank_vol)","v":"NA"},{"$f":"IF(C54=0,\"\",\"gal\")","v":""},{"$f":"IF(C54=0,\"NA\",IF(curve=1,back_tank_vol,VLOOKUP(back_tank_vol,st_bwt_cost_cl,2)))","v":"NA"},{"$f":"IF(C54=0,\"\",\"gal\")","v":""},{"$f":"IF(C54=0,\"NA\",IF(curve=1,st_bwt_eq,VLOOKUP(back_tank_vol,st_bwt_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C54=0,I54=\"contact vendor\"),\"--\",C54*I54)","v":"--"},{"$f":"IF(C54=0,\"NA\",VLOOKUP(back_tank_vol,st_bwt_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$52&\" - \"&B54","v":"Backwash Tanks/Basins - Steel Tanks"},4,4,1,4,4,1,4,4,1,0,4,4,1,4,4,1,4,4,1,0,0]
["2.1.1","Fiberglass Tanks",{"$f":"num_back_tanks","v":0},"units",{"$f":"IF(C55=0,\"NA\",back_tank_vol)","v":"NA"},{"$f":"IF(C55=0,\"\",\"gal\")","v":""},{"$f":"IF(C55=0,\"NA\",IF(curve=1,back_tank_vol,VLOOKUP(back_tank_vol,fg_bwt_cost_cl,2)))","v":"NA"},{"$f":"IF(C55=0,\"\",\"gal\")","v":""},{"$f":"IF(C55=0,\"NA\",IF(curve=1,fg_bwt_eq,VLOOKUP(back_tank_vol,fg_bwt_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C55=0,I55=\"contact vendor\"),\"--\",C55*I55)","v":"--"},{"$f":"IF(C55=0,\"NA\",VLOOKUP(back_tank_vol,fg_bwt_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$52&\" - \"&B55","v":"Backwash Tanks/Basins - Fiberglass Tanks"},2,1,3,2,1,3,2,1,3,0,2,1,3,2,1,3,2,1,3,0,0]
["2.1.1","Plastic/HDPE Tanks",{"$f":"num_back_tanks","v":0},"units",{"$f":"IF(C56=0,\"NA\",back_tank_vol)","v":"NA"},{"$f":"IF(C56=0,\"\",\"gal\")","v":""},{"$f":"IF(C56=0,\"NA\",IF(curve=1,back_tank_vol,VLOOKUP(back_tank_vol,hdpe_bwt_cost_cl,2)))","v":"NA"},{"$f":"IF(C56=0,\"\",\"gal\")","v":""},{"$f":"IF(C56=0,\"NA\",IF(curve=1,hdpe_bwt_eq,VLOOKUP(back_tank_vol,hdpe_bwt_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C56=0,I56=\"contact vendor\"),\"--\",C56*I56)","v":"--"},{"$f":"IF(C56=0,\"NA\",VLOOKUP(back_tank_vol,hdpe_bwt_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$52&\" - \"&B56","v":"Backwash Tanks/Basins - Plastic/HDPE Tanks"},1,2,4,1,2,4,1,2,4,0,1,2,4,1,2,4,1,2,4,0,0]
["2.2","Residuals Holding Tanks/Basins",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["2.2.1","Concrete Basins (includes Excavation, Backfill, and Compaction)",{"$f":"hbasins","v":0},"units",{"$f":"IF(hbasins=0,\"NA\",hbasin_vol)","v":"NA"},{"$f":"IF(C58=0,\"\",\"gal\")","v":""},{"$f":"IF(hbasins=0,\"NA\",hbasin_vol)","v":"NA"},{"$f":"IF(C58=0,\"\",\"gal\")","v":""},{"$f":"IF(hbasins=0,\"NA\",J58/hbasins)","v":"NA"},{"$f":"IF(hbasins=0,\"--\",hconc_vol*VLOOKUP(0,conc_basin_cost_cl,3)+hexcavation_vol*VLOOKUP(0,excavate_cost_cl,3)+hbackfill_vol*VLOOKUP(0,backfill_cost_cl,3)+hrailing*VLOOKUP(\"aluminum railing\",metal_cost_cl,3))","v":"--"},{"$f":"IF(hbasins=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$57&\" - \"&B58","v":"Residuals Holding Tanks/Basins - Concrete Basins (includes Excavation, Backfill, and Compaction)"},{"$f":"IF(retrofit=1,$W58*X58,IF(ISBLANK(X58),\"\",X58))","v":4},{"$f":"IF(retrofit=1,$W58*Y58,IF(ISBLANK(Y58),\"\",Y58))","v":4},{"$f":"IF(retrofit=1,$W58*Z58,IF(ISBLANK(Z58),\"\",Z58))","v":2},{"$f":"IF(retrofit=1,$W58*AA58,IF(ISBLANK(AA58),\"\",AA58))","v":4},{"$f":"IF(retrofit=1,$W58*AB58,IF(ISBLANK(AB58),\"\",AB58))","v":4},{"$f":"IF(retrofit=1,$W58*AC58,IF(ISBLANK(AC58),\"\",AC58))","v":2},{"$f":"IF(retrofit=1,$W58*AD58,IF(ISBLANK(AD58),\"\",AD58))","v":4},{"$f":"IF(retrofit=1,$W58*AE58,IF(ISBLANK(AE58),\"\",AE58))","v":4},{"$f":"IF(retrofit=1,$W58*AF58,IF(ISBLANK(AF58),\"\",AF58))","v":2},0,4,4,2,4,4,2,4,4,2,0,0]
["2.2.1","Steel Tanks",{"$f":"htanks","v":0},"units",{"$f":"IF(C59=0,\"NA\",htank_vol)","v":"NA"},{"$f":"IF(C59=0,\"\",\"gal\")","v":""},{"$f":"IF(htanks=0,\"NA\",IF(curve=1,htank_vol,VLOOKUP(htank_vol,st_bwt_cost_cl,2)))","v":"NA"},{"$f":"IF(C59=0,\"\",\"gal\")","v":""},{"$f":"IF(htanks=0,\"NA\",IF(curve=1,st_ht_eq,VLOOKUP(htank_vol,st_bwt_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C59=0,I59=\"contact vendor\"),\"--\",C59*I59)","v":"--"},{"$f":"IF(htanks=0,\"NA\",VLOOKUP(htank_vol,st_bwt_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$57&\" - \"&B59","v":"Residuals Holding Tanks/Basins - Steel Tanks"},3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["2.2.1","Fiberglass Tanks",{"$f":"htanks","v":0},"units",{"$f":"IF(C60=0,\"NA\",htank_vol)","v":"NA"},{"$f":"IF(C60=0,\"\",\"gal\")","v":""},{"$f":"IF(htanks=0,\"NA\",IF(curve=1,htank_vol,VLOOKUP(htank_vol,fg_bwt_cost_cl,2)))","v":"NA"},{"$f":"IF(C60=0,\"\",\"gal\")","v":""},{"$f":"IF(htanks=0,\"NA\",IF(curve=1,fg_ht_eq,VLOOKUP(htank_vol,fg_bwt_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C60=0,I60=\"contact vendor\"),\"--\",C60*I60)","v":"--"},{"$f":"IF(htanks=0,\"NA\",VLOOKUP(htank_vol,fg_bwt_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$57&\" - \"&B60","v":"Residuals Holding Tanks/Basins - Fiberglass Tanks"},{"$f":"IF(retrofit=1,$W60*X60,IF(ISBLANK(X60),\"\",X60))","v":2},1,3,2,1,3,2,1,3,0,2,1,3,2,1,3,2,1,3,0,0]
["2.2.1","Plastic/HDPE Tanks",{"$f":"htanks","v":0},"units",{"$f":"IF(C61=0,\"NA\",htank_vol)","v":"NA"},{"$f":"IF(C61=0,\"\",\"gal\")","v":""},{"$f":"IF(htanks=0,\"NA\",IF(curve=1,htank_vol,VLOOKUP(htank_vol,hdpe_bwt_cost_cl,2)))","v":"NA"},{"$f":"IF(C61=0,\"\",\"gal\")","v":""},{"$f":"IF(htanks=0,\"NA\",IF(curve=1,hdpe_ht_eq,VLOOKUP(htank_vol,hdpe_bwt_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C59=0,I61=\"contact vendor\"),\"--\",C61*I61)","v":"--"},{"$f":"IF(htanks=0,\"NA\",VLOOKUP(htank_vol,hdpe_bwt_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$57&\" - \"&B61","v":"Residuals Holding Tanks/Basins - Plastic/HDPE Tanks"},{"$f":"IF(retrofit=1,$W61*X61,IF(ISBLANK(X61),\"\",X61))","v":1},2,4,1,2,4,1,2,4,0,1,2,4,1,2,4,1,2,4,0,0]
[2.2999999999999998,"Ferric Chloride Storage Tanks",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISERROR(K62*L62),0,IF(K62<1,0,L62))","v":0},{"$f":"IF(AG62,J62/K62,0)","v":0}]
["2.3.1","Plastic/XLPE",{"$f":"coag_tanks","v":0},"units",{"$f":"IF(C63=0,\"NA\",coag_tank_vol)","v":"NA"},{"$f":"IF(C63=0,\"\",\"gal\")","v":""},{"$f":"IF(C63=0,\"NA\",IF(curve=1,coag_tank_vol,VLOOKUP(coag_tank_vol,pl_cst_cost_cl,2)))","v":"NA"},{"$f":"IF(C63=0,\"\",\"gal\")","v":""},{"$f":"IF(C63=0,\"NA\",IF(curve=1,pl_coag_st_eq,VLOOKUP(coag_tank_vol,pl_cst_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C63=0,I63=\"contact vendor\"),\"--\",C63*I63)","v":"--"},{"$f":"IF(C63=0,\"NA\",VLOOKUP(coag_tank_vol,pl_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$62&\" - \"&B63","v":"Ferric Chloride Storage Tanks - Plastic/XLPE"},{"$f":"IF(retrofit=1,$W63*X63,IF(ISBLANK(X63),\"\",X63))","v":1},{"$f":"IF(retrofit=1,$W63*Y63,IF(ISBLANK(Y63),\"\",Y63))","v":2},{"$f":"IF(retrofit=1,$W63*Z63,IF(ISBLANK(Z63),\"\",Z63))","v":2},{"$f":"IF(retrofit=1,$W63*AA63,IF(ISBLANK(AA63),\"\",AA63))","v":1},{"$f":"IF(retrofit=1,$W63*AB63,IF(ISBLANK(AB63),\"\",AB63))","v":2},{"$f":"IF(retrofit=1,$W63*AC63,IF(ISBLANK(AC63),\"\",AC63))","v":2},{"$f":"IF(retrofit=1,$W63*AD63,IF(ISBLANK(AD63),\"\",AD63))","v":1},{"$f":"IF(retrofit=1,$W63*AE63,IF(ISBLANK(AE63),\"\",AE63))","v":2},{"$f":"IF(retrofit=1,$W63*AF63,IF(ISBLANK(AF63),\"\",AF63))","v":2},0,1,2,2,1,2,2,1,2,2,0,0]
["2.3.1","Fiberglass",{"$f":"coag_tanks","v":0},"units",{"$f":"IF(C64=0,\"NA\",coag_tank_vol)","v":"NA"},{"$f":"IF(C64=0,\"\",\"gal\")","v":""},{"$f":"IF(C64=0,\"NA\",IF(curve=1,coag_tank_vol,VLOOKUP(coag_tank_vol,fg_cst_cost_cl,2)))","v":"NA"},{"$f":"IF(C64=0,\"\",\"gal\")","v":""},{"$f":"IF(C64=0,\"NA\",IF(curve=1,fg_coag_st_eq,VLOOKUP(coag_tank_vol,fg_cst_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C64=0,I64=\"contact vendor\"),\"--\",C64*I64)","v":"--"},{"$f":"IF(C64=0,\"NA\",VLOOKUP(coag_tank_vol,fg_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$62&\" - \"&B64","v":"Ferric Chloride Storage Tanks - Fiberglass"},2,1,1,2,1,1,2,1,1,0,2,1,1,2,1,1,2,1,1,0,0]
["2.3.2","Secondary Containment - Concrete Curbing",{"$f":"IF(OR(include_sec_cont=0,coag_tanks=0),0,coag_curb_concrete)","v":0},"cy","NA",null,"NA",null,{"$f":"IF(C65=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,3))","v":"NA"},{"$f":"IF(C65=0,\"--\",IF(I65=\"contact vendor\",\"--\",C65*I65))","v":"--"},{"$f":"IF(C65=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$62&\" - \"&B65","v":"Ferric Chloride Storage Tanks - Secondary Containment - Concrete Curbing"},1,1,1,1,1,1,1,1,{"$f":"IF(retrofit=1,$W65*AF65,IF(ISBLANK(AF65),\"\",AF65))","v":1},0,1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K65*L65),0,IF(K65<1,0,L65))","v":0},{"$f":"IF(AG65,J65/K65,0)","v":0}]
["2.3.3","Secondary Containment - Chemical Resistant Coating",{"$f":"IF(OR(include_sec_cont=0,coag_tanks=0),0,coag_coating_gal)","v":0},"gal","NA",null,"NA",null,{"$f":"IF(C66=0,\"NA\",VLOOKUP(0,conc_coating_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C66=0,\"NA\",VLOOKUP(0,conc_coating_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Ferric Chloride Storage Tanks - Secondary Containment - Chemical Resistant Coating",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
[2.4,"Polymer Storage Tanks",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,0,0]
["2.4.1","Plastic/XLPE",{"$f":"polymer_tanks","v":0},"units",{"$f":"IF(C68=0,\"NA\",polymer_tank_vol)","v":"NA"},{"$f":"IF(C68=0,\"\",\"gal\")","v":""},{"$f":"IF(C68=0,\"NA\",IF(curve=1,polymer_tank_vol,VLOOKUP(polymer_tank_vol,pl_cst_cost_cl,2)))","v":"NA"},{"$f":"IF(C68=0,\"\",\"gal\")","v":""},{"$f":"IF(C68=0,\"NA\",IF(curve=1,pl_polymer_st_eq,VLOOKUP(polymer_tank_vol,pl_cst_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C68=0,I68=\"contact vendor\"),\"--\",C68*I68)","v":"--"},{"$f":"IF(C68=0,\"NA\",VLOOKUP(polymer_tank_vol,pl_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$67&\" - \"&B68","v":"Polymer Storage Tanks - Plastic/XLPE"},{"$f":"IF(retrofit=1,$W68*X68,IF(ISBLANK(X68),\"\",X68))","v":1},2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,0,0]
["2.4.1","Fiberglass",{"$f":"polymer_tanks","v":0},"units",{"$f":"IF(C69=0,\"NA\",polymer_tank_vol)","v":"NA"},{"$f":"IF(C69=0,\"\",\"gal\")","v":""},{"$f":"IF(C69=0,\"NA\",IF(curve=1,polymer_tank_vol,VLOOKUP(polymer_tank_vol,fg_cst_cost_cl,2)))","v":"NA"},{"$f":"IF(C69=0,\"\",\"gal\")","v":""},{"$f":"IF(C69=0,\"NA\",IF(curve=1,fg_polymer_st_eq,VLOOKUP(polymer_tank_vol,fg_cst_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C69=0,I69=\"contact vendor\"),\"--\",C69*I69)","v":"--"},{"$f":"IF(C69=0,\"NA\",VLOOKUP(polymer_tank_vol,fg_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$67&\" - \"&B69","v":"Polymer Storage Tanks - Fiberglass"},2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["2.4.1","Stainless Steel",{"$f":"polymer_tanks","v":0},"units",{"$f":"IF(C70=0,\"NA\",polymer_tank_vol)","v":"NA"},{"$f":"IF(C70=0,\"\",\"gal\")","v":""},{"$f":"IF(C70=0,\"NA\",IF(curve=1,polymer_tank_vol,VLOOKUP(polymer_tank_vol,ss_cst_cost_cl,2)))","v":"NA"},{"$f":"IF(C70=0,\"\",\"gal\")","v":""},{"$f":"IF(C70=0,\"NA\",IF(curve=1,ss_polymer_st_eq,VLOOKUP(polymer_tank_vol,ss_cst_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C70=0,I70=\"contact vendor\"),\"--\",C70*I70)","v":"--"},{"$f":"IF(C70=0,\"NA\",VLOOKUP(polymer_tank_vol,ss_cst_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$67&\" - \"&B70","v":"Polymer Storage Tanks - Stainless Steel"},{"$f":"IF(retrofit=1,$W70*X70,IF(ISBLANK(X70),\"\",X70))","v":3},3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["3.","Piping",null,null,null,null,null,null,null,null,null,null,null,"","","","","","","","","",null,null,null,null,null,null,null,null,null,null,0,0]
["3.1","Process Piping",null,null,null,null,null,null,null,null,null,null,null,"","","","","","","","","",null,null,null,null,null,null,null,null,null,null,0,0]
["3.1.1","Ductile Iron",{"$f":"proc_pipe_length","v":20},"lf",{"$f":"proc_pipe_diam","v":1.5},"in. diam",{"$f":"IF(curve=1,proc_pipe_diam,VLOOKUP(proc_pipe_diam,di_pipe_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,di_pipe_eq_proc,VLOOKUP(proc_pipe_diam,di_pipe_cost_cl,3))","v":"contact vendor"},{"$f":"IF(I73=\"contact vendor\",\"--\",C73*I73)","v":"--"},{"$f":"VLOOKUP(proc_pipe_diam,di_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":35},0,{"$f":"$B$72&\" - \"&B73","v":"Process Piping - Ductile Iron"},{"$f":"IF(retrofit=1,$W73*X73,IF(ISBLANK(X73),\"\",X73))","v":3},3,3,3,3,3,3,{"$f":"IF(retrofit=1,$W73*AE73,IF(ISBLANK(AE73),\"\",AE73))","v":3},3,0,3,3,3,3,3,3,3,3,3,0,0]
["3.1.1","CPVC",{"$f":"proc_pipe_length","v":20},"lf",{"$f":"proc_pipe_diam","v":1.5},"in. diam",{"$f":"IF(curve=1,proc_pipe_diam,VLOOKUP(proc_pipe_diam,cpvc_pipe_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,cpvc_pipe_eq_proc,VLOOKUP(proc_pipe_diam,cpvc_pipe_cost_cl,3))","v":7.0133117284999997},{"$f":"IF(I74=\"contact vendor\",\"--\",C74*I74)","v":140.26623456999999},{"$f":"VLOOKUP(proc_pipe_diam,cpvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":17},0,{"$f":"$B$72&\" - \"&B74","v":"Process Piping - CPVC"},2,1,4,2,1,4,2,1,4,0,2,1,4,2,1,4,2,1,4,0,0]
["3.1.1","PVC",{"$f":"proc_pipe_length","v":20},"lf",{"$f":"proc_pipe_diam","v":1.5},"in. diam",{"$f":"IF(curve=1,proc_pipe_diam,VLOOKUP(proc_pipe_diam,pvc_pipe_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,pvc_pipe_eq_proc,VLOOKUP(proc_pipe_diam,pvc_pipe_cost_cl,3))","v":2.8476762667499997},{"$f":"IF(I75=\"contact vendor\",\"--\",C75*I75)","v":56.953525334999995},{"$f":"VLOOKUP(proc_pipe_diam,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":17},1,{"$f":"$B$72&\" - \"&B75","v":"Process Piping - PVC"},1,2,5,1,2,5,1,2,5,0,1,2,5,1,2,5,1,2,5,1,3.3502073726470587]
["3.1.1","Stainless Steel",{"$f":"proc_pipe_length","v":20},"lf",{"$f":"proc_pipe_diam","v":1.5},"in. diam",{"$f":"IF(curve=1,proc_pipe_diam,VLOOKUP(proc_pipe_diam,ss_pipe_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,ss_pipe_eq_proc,VLOOKUP(proc_pipe_diam,ss_pipe_cost_cl,3))","v":70.275248902124986},{"$f":"IF(I76=\"contact vendor\",\"--\",C76*I76)","v":1405.5049780424997},{"$f":"VLOOKUP(proc_pipe_diam,ss_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":40},0,{"$f":"$B$72&\" - \"&B76","v":"Process Piping - Stainless Steel"},5,5,1,5,5,1,5,5,1,0,5,5,1,5,5,1,5,5,1,0,0]
["3.1.1","Steel",{"$f":"proc_pipe_length","v":20},"lf",{"$f":"proc_pipe_diam","v":1.5},"in. diam",{"$f":"IF(curve=1,proc_pipe_diam,VLOOKUP(proc_pipe_diam,st_pipe_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,st_pipe_eq_proc,VLOOKUP(proc_pipe_diam,st_pipe_cost_cl,3))","v":30.206561511164892},{"$f":"IF(I77=\"contact vendor\",\"--\",C77*I77)","v":604.13123022329785},{"$f":"VLOOKUP(proc_pipe_diam,st_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":33},0,{"$f":"$B$72&\" - \"&B77","v":"Process Piping - Steel"},4,4,2,4,4,2,4,4,2,0,4,4,2,4,4,2,4,4,2,0,0]
["3.2","Backwash Piping",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["3.2.1","CPVC",{"$f":"back_pipe_length","v":25},"lf",{"$f":"back_pipe_diam","v":2},"in. diam",{"$f":"IF(curve=1,back_pipe_diam,VLOOKUP(back_pipe_diam,cpvc_pipe_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,cpvc_pipe_eq_back,VLOOKUP(back_pipe_diam,cpvc_pipe_cost_cl,3))","v":9.8008834200000017},{"$f":"IF(I79=\"contact vendor\",\"--\",C79*I79)","v":245.02208550000003},{"$f":"VLOOKUP(back_pipe_diam,cpvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":17},0,{"$f":"$B$78&\" - \"&B79","v":"Backwash Piping - CPVC"},{"$f":"IF(retrofit=1,$W79*X79,IF(ISBLANK(X79),\"\",X79))","v":2},1,3,2,1,3,2,{"$f":"IF(retrofit=1,$W79*AE79,IF(ISBLANK(AE79),\"\",AE79))","v":1},3,0,2,1,3,2,1,3,2,1,3,0,0]
["3.2.1","PVC",{"$f":"back_pipe_length","v":25},"lf",{"$f":"back_pipe_diam","v":2},"in. diam",{"$f":"IF(curve=1,back_pipe_diam,VLOOKUP(back_pipe_diam,pvc_pipe_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,pvc_pipe_eq_back,VLOOKUP(back_pipe_diam,pvc_pipe_cost_cl,3))","v":3.418102201},{"$f":"IF(I80=\"contact vendor\",\"--\",C80*I80)","v":85.452555024999995},{"$f":"VLOOKUP(back_pipe_diam,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":17},1,{"$f":"$B$78&\" - \"&B80","v":"Backwash Piping - PVC"},1,2,4,1,2,4,1,2,4,0,1,2,4,1,2,4,1,2,4,1,5.0266208838235293]
["3.2.1","Stainless Steel",{"$f":"back_pipe_length","v":25},"lf",{"$f":"back_pipe_diam","v":2},"in. diam",{"$f":"IF(curve=1,back_pipe_diam,VLOOKUP(back_pipe_diam,ss_pipe_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,ss_pipe_eq_back,VLOOKUP(back_pipe_diam,ss_pipe_cost_cl,3))","v":95.441199361000002},{"$f":"IF(I81=\"contact vendor\",\"--\",C81*I81)","v":2386.029984025},{"$f":"VLOOKUP(back_pipe_diam,ss_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":40},0,{"$f":"$B$78&\" - \"&B81","v":"Backwash Piping - Stainless Steel"},4,4,1,4,4,1,4,4,1,0,4,4,1,4,4,1,4,4,1,0,0]
["3.2.1","Steel",{"$f":"back_pipe_length","v":25},"lf",{"$f":"back_pipe_diam","v":2},"in. diam",{"$f":"IF(curve=1,back_pipe_diam,VLOOKUP(back_pipe_diam,st_pipe_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,st_pipe_eq_back,VLOOKUP(back_pipe_diam,st_pipe_cost_cl,3))","v":39.402378953941181},{"$f":"IF(I82=\"contact vendor\",\"--\",C82*I82)","v":985.05947384852948},{"$f":"VLOOKUP(back_pipe_diam,st_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":33},0,{"$f":"$B$78&\" - \"&B82","v":"Backwash Piping - Steel"},3,3,2,3,3,2,3,3,2,0,3,3,2,3,3,2,3,3,2,0,0]
["3.3","Influent and Treated Water Piping",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["3.3.1","Ductile Iron",{"$f":"in_out_pipe_length","v":20},"lf",{"$f":"IF(C84=0,\"NA\",in_out_pipe_diam)","v":1.5},{"$f":"IF(C84=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C84=0,\"NA\",IF(curve=1,in_out_pipe_diam,VLOOKUP(in_out_pipe_diam,di_pipe_cost_cl,2)))","v":1.5},{"$f":"IF(C84=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C84=0,\"NA\",IF(curve=1,di_pipe_eq_in_out,VLOOKUP(in_out_pipe_diam,di_pipe_cost_cl,3)))","v":"contact vendor"},{"$f":"IF(OR(C84=0,I84=\"contact vendor\"),\"--\",C84*I84)","v":"--"},{"$f":"IF(C84=0,\"NA\",VLOOKUP(in_out_pipe_diam,di_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":35},0,{"$f":"$B$83&\" - \"&B84","v":"Influent and Treated Water Piping - Ductile Iron"},{"$f":"IF(retrofit=1,$W84*X84,IF(ISBLANK(X84),\"\",X84))","v":3},3,3,3,3,3,3,{"$f":"IF(retrofit=1,$W84*AE84,IF(ISBLANK(AE84),\"\",AE84))","v":3},3,0,3,3,3,3,3,3,3,3,3,0,0]
["3.3.1","CPVC",{"$f":"in_out_pipe_length","v":20},"lf",{"$f":"IF(C85=0,\"NA\",in_out_pipe_diam)","v":1.5},{"$f":"IF(C85=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C85=0,\"NA\",IF(curve=1,in_out_pipe_diam,VLOOKUP(in_out_pipe_diam,cpvc_pipe_cost_cl,2)))","v":1.5},{"$f":"IF(C85=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C85=0,\"NA\",IF(curve=1,cpvc_pipe_eq_in_out,VLOOKUP(in_out_pipe_diam,cpvc_pipe_cost_cl,3)))","v":7.0133117284999997},{"$f":"IF(OR(C85=0,I85=\"contact vendor\"),\"--\",C85*I85)","v":140.26623456999999},{"$f":"IF(C85=0,\"NA\",VLOOKUP(in_out_pipe_diam,cpvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":17},0,{"$f":"$B$83&\" - \"&B85","v":"Influent and Treated Water Piping - CPVC"},2,1,4,2,1,4,2,1,4,0,2,1,4,2,1,4,2,1,4,0,0]
["3.3.1","PVC",{"$f":"in_out_pipe_length","v":20},"lf",{"$f":"IF(C86=0,\"NA\",in_out_pipe_diam)","v":1.5},{"$f":"IF(C86=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C86=0,\"NA\",IF(curve=1,in_out_pipe_diam,VLOOKUP(in_out_pipe_diam,pvc_pipe_cost_cl,2)))","v":1.5},{"$f":"IF(C86=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C86=0,\"NA\",IF(curve=1,pvc_pipe_eq_in_out,VLOOKUP(in_out_pipe_diam,pvc_pipe_cost_cl,3)))","v":2.8476762667499997},{"$f":"IF(OR(C86=0,I86=\"contact vendor\"),\"--\",C86*I86)","v":56.953525334999995},{"$f":"IF(C86=0,\"NA\",VLOOKUP(in_out_pipe_diam,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":17},1,{"$f":"$B$83&\" - \"&B86","v":"Influent and Treated Water Piping - PVC"},1,2,5,1,2,5,1,2,5,0,1,2,5,1,2,5,1,2,5,1,3.3502073726470587]
["3.3.1","Stainless Steel",{"$f":"in_out_pipe_length","v":20},"lf",{"$f":"IF(C87=0,\"NA\",in_out_pipe_diam)","v":1.5},{"$f":"IF(C87=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C87=0,\"NA\",IF(curve=1,in_out_pipe_diam,VLOOKUP(in_out_pipe_diam,ss_pipe_cost_cl,2)))","v":1.5},{"$f":"IF(C87=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C87=0,\"NA\",IF(curve=1,ss_pipe_eq_in_out,VLOOKUP(in_out_pipe_diam,ss_pipe_cost_cl,3)))","v":70.275248902124986},{"$f":"IF(OR(C87=0,I87=\"contact vendor\"),\"--\",C87*I87)","v":1405.5049780424997},{"$f":"IF(C87=0,\"NA\",VLOOKUP(in_out_pipe_diam,ss_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":40},0,{"$f":"$B$83&\" - \"&B87","v":"Influent and Treated Water Piping - Stainless Steel"},5,5,1,5,5,1,5,5,1,0,5,5,1,5,5,1,5,5,1,0,0]
["3.3.1","Steel",{"$f":"in_out_pipe_length","v":20},"lf",{"$f":"IF(C88=0,\"NA\",in_out_pipe_diam)","v":1.5},{"$f":"IF(C88=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C88=0,\"NA\",IF(curve=1,in_out_pipe_diam,VLOOKUP(in_out_pipe_diam,st_pipe_cost_cl,2)))","v":1.5},{"$f":"IF(C88=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C88=0,\"NA\",IF(curve=1,st_pipe_eq_in_out,VLOOKUP(in_out_pipe_diam,st_pipe_cost_cl,3)))","v":30.206561511164892},{"$f":"IF(OR(C88=0,I88=\"contact vendor\"),\"--\",C88*I88)","v":604.13123022329785},{"$f":"IF(C88=0,\"NA\",VLOOKUP(in_out_pipe_diam,st_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":33},0,{"$f":"$B$83&\" - \"&B88","v":"Influent and Treated Water Piping - Steel"},4,4,2,4,4,2,4,4,2,0,4,4,2,4,4,2,4,4,2,0,0]
["3.4","Residuals Piping",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["3.4.1","CPVC",{"$f":"res_pipe_length","v":50},"lf",{"$f":"res_pipe_diam","v":2},"in. diam",{"$f":"IF(curve=1,res_pipe_diam,VLOOKUP(res_pipe_diam,cpvc_pipe_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,cpvc_pipe_eq_res,VLOOKUP(res_pipe_diam,cpvc_pipe_cost_cl,3))","v":9.8008834200000017},{"$f":"IF(I90=\"contact vendor\",\"--\",C90*I90)","v":490.04417100000006},{"$f":"VLOOKUP(res_pipe_diam,cpvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":17},0,{"$f":"$B$89&\" - \"&B90","v":"Residuals Piping - CPVC"},{"$f":"IF(retrofit=1,$W90*X90,IF(ISBLANK(X90),\"\",X90))","v":2},1,3,2,1,3,2,{"$f":"IF(retrofit=1,$W90*AE90,IF(ISBLANK(AE90),\"\",AE90))","v":1},{"$f":"IF(retrofit=1,$W90*AF90,IF(ISBLANK(AF90),\"\",AF90))","v":3},0,2,1,3,2,1,3,2,1,3,0,0]
["3.4.1","PVC",{"$f":"res_pipe_length","v":50},"lf",{"$f":"res_pipe_diam","v":2},"in. diam",{"$f":"IF(curve=1,res_pipe_diam,VLOOKUP(res_pipe_diam,pvc_pipe_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,pvc_pipe_eq_res,VLOOKUP(res_pipe_diam,pvc_pipe_cost_cl,3))","v":3.418102201},{"$f":"IF(I91=\"contact vendor\",\"--\",C91*I91)","v":170.90511004999999},{"$f":"VLOOKUP(res_pipe_diam,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":17},1,"Residuals Piping - PVC",1,2,4,1,2,4,1,2,4,0,1,2,4,1,2,4,1,2,4,1,10.053241767647059]
["3.4.1","Stainless Steel",{"$f":"res_pipe_length","v":50},"lf",{"$f":"res_pipe_diam","v":2},"in. diam",{"$f":"IF(curve=1,res_pipe_diam,VLOOKUP(res_pipe_diam,ss_pipe_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,ss_pipe_eq_res,VLOOKUP(res_pipe_diam,ss_pipe_cost_cl,3))","v":95.441199361000002},{"$f":"IF(I92=\"contact vendor\",\"--\",C92*I92)","v":4772.05996805},{"$f":"VLOOKUP(res_pipe_diam,ss_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":40},0,"Residuals Piping - Stainless Steel",4,4,1,4,4,1,4,4,1,0,4,4,1,4,4,1,4,4,1,0,0]
["3.4.1","Steel",{"$f":"res_pipe_length","v":50},"lf",{"$f":"res_pipe_diam","v":2},"in. diam",{"$f":"IF(curve=1,res_pipe_diam,VLOOKUP(res_pipe_diam,st_pipe_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,st_pipe_eq_res,VLOOKUP(res_pipe_diam,st_pipe_cost_cl,3))","v":39.402378953941181},{"$f":"IF(I93=\"contact vendor\",\"--\",C93*I93)","v":1970.118947697059},{"$f":"VLOOKUP(res_pipe_diam,st_pipe_cost_cl,IF(ss_cat=\"large\",4,5))","v":33},0,"Residuals Piping - Steel",3,3,2,3,3,2,3,3,2,0,3,3,2,3,3,2,3,3,2,0,0]
["3.4.2","Excavation",{"$f":"res_trench_vol","v":34.234101093738069},"cy","NA",null,"NA",null,{"$f":"IF(C94=0,\"NA\",VLOOKUP(0,excavate_cost_cl,3))","v":30.879999999999995},{"$f":"IF(OR(I94=\"contact vendor\",C94=0),\"--\",C94*I94)","v":1057.1490417746313},{"$f":"IF(I94=\"NA\",\"N/A\",IF(L90=1,K90,IF(L91=1,K91,IF(L92=1,K92,IF(L93=1,K93,\"N/A\")))))","v":17},1,"Residuals Piping - Excavation",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,1,62.185237751448902]
["3.4.3","Bedding",{"$f":"res_pipe_bedding_vol","v":1.083517567647611},"cy","NA",null,"NA",null,{"$f":"IF(C95=0,\"NA\",VLOOKUP(0,bedding_cost_cl,3))","v":45.35},{"$f":"IF(OR(I95=\"contact vendor\",C95=0),\"--\",C95*I95)","v":49.137521692819156},{"$f":"IF(I95=\"NA\",\"N/A\",IF(L90=1,K90,IF(L91=1,K91,IF(L92=1,K92,IF(L93=1,K93,\"N/A\")))))","v":17},1,"Residuals Piping - Bedding",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,1,2.8904424525187737]
["3.4.5","Backfill and Compaction ",{"$f":"res_trench_vol","v":34.234101093738069},"cy","NA",null,"NA",null,{"$f":"IF(C96=0,\"NA\",VLOOKUP(0,backfill_cost_cl,3))","v":18.649999999999999},{"$f":"IF(OR(I96=\"contact vendor\",C96=0),\"--\",C96*I96)","v":638.46598539821491},{"$f":"IF(I96=\"NA\",\"N/A\",IF(L90=1,K90,IF(L91=1,K91,IF(L92=1,K92,IF(L93=1,K93,\"N/A\")))))","v":17},1,"Residuals Piping - Backfill and Compaction ",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,1,37.556822670483228]
["3.4.6","Thrust Blocks",{"$f":"res_block_vol","v":0.16002701966400004},"cy","NA",null,"NA",null,{"$f":"IF(C97=0,\"NA\",VLOOKUP(0,conc_basin_cost_cl,3))","v":739.60558874747949},{"$f":"IF(OR(I97=\"contact vendor\",C97=0),\"--\",C97*I97)","v":118.35687809409723},{"$f":"IF(I97=\"NA\",\"N/A\",IF(L90=1,K90,IF(L91=1,K91,IF(L92=1,K92,IF(L93=1,K93,\"N/A\")))))","v":17},1,"Residuals Piping - Thrust Blocks",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,1,6.9621692996527784]
[3.5,"Ferric Chloride Piping",null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(retrofit=1,$W98*X98,IF(ISBLANK(X98),\"\",X98))","v":""},{"$f":"IF(retrofit=1,$W98*Y98,IF(ISBLANK(Y98),\"\",Y98))","v":""},{"$f":"IF(retrofit=1,$W98*Z98,IF(ISBLANK(Z98),\"\",Z98))","v":""},{"$f":"IF(retrofit=1,$W98*AA98,IF(ISBLANK(AA98),\"\",AA98))","v":""},{"$f":"IF(retrofit=1,$W98*AB98,IF(ISBLANK(AB98),\"\",AB98))","v":""},{"$f":"IF(retrofit=1,$W98*AC98,IF(ISBLANK(AC98),\"\",AC98))","v":""},{"$f":"IF(retrofit=1,$W98*AD98,IF(ISBLANK(AD98),\"\",AD98))","v":""},{"$f":"IF(retrofit=1,$W98*AE98,IF(ISBLANK(AE98),\"\",AE98))","v":""},{"$f":"IF(retrofit=1,$W98*AF98,IF(ISBLANK(AF98),\"\",AF98))","v":""},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISERROR(K98*L98),0,IF(K98<1,0,L98))","v":0},{"$f":"IF(AG98,J98/K98,0)","v":0}]
["3.5.1","CPVC",{"$f":"coag_pipe_length","v":0},"lf",{"$f":"IF(C99=0,\"NA\",coag_pipe_diam)","v":"NA"},{"$f":"IF(C99=0,\"\",\"in diam\")","v":""},{"$f":"IF(C99=0,\"NA\",IF(curve=1,coag_pipe_diam,VLOOKUP(coag_pipe_diam,cpvc_pipe_cost_cl,2)))","v":"NA"},{"$f":"IF(C99=0,\"\",\"in diam\")","v":""},{"$f":"IF(C99=0,\"NA\",IF(curve=1,cpvc_pipe_eq_coag,VLOOKUP(coag_pipe_diam,cpvc_pipe_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C99=0,I99=\"contact vendor\"),\"--\",C99*I99)","v":"--"},{"$f":"IF(C99=0,\"NA\",VLOOKUP(coag_pipe_diam,cpvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$71&\" - \"&$B$98&\" - \"&B99","v":"Piping - Ferric Chloride Piping - CPVC"},2,1,1,2,1,1,2,1,1,0,2,1,1,2,1,1,2,1,1,0,0]
["3.5.1","PVC",{"$f":"coag_pipe_length","v":0},"lf",{"$f":"IF(C100=0,\"NA\",coag_pipe_diam)","v":"NA"},{"$f":"IF(C100=0,\"\",\"in diam\")","v":""},{"$f":"IF(C100=0,\"NA\",IF(curve=1,coag_pipe_diam,VLOOKUP(coag_pipe_diam,pvc_pipe_cost_cl,2)))","v":"NA"},{"$f":"IF(C100=0,\"\",\"in diam\")","v":""},{"$f":"IF(C100=0,\"NA\",IF(curve=1,pvc_pipe_eq_coag,VLOOKUP(coag_pipe_diam,pvc_pipe_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C100=0,I100=\"contact vendor\"),\"--\",C100*I100)","v":"--"},{"$f":"IF(C100=0,\"NA\",VLOOKUP(coag_pipe_diam,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$71&\" - \"&$B$98&\" - \"&B100","v":"Piping - Ferric Chloride Piping - PVC"},1,2,2,1,2,2,1,2,2,0,1,2,2,1,2,2,1,2,2,0,0]
[3.6,"Polymer Piping",null,null,null,null,null,null,null,null,null,null,null,"","","","","","","","","",null,null,null,null,null,null,null,null,null,null,0,0]
["3.6.1","CPVC",{"$f":"polymer_pipe_length","v":0},"lf",{"$f":"IF(C102=0,\"NA\",polymer_pipe_diam)","v":"NA"},{"$f":"IF(C102=0,\"\",\"in diam\")","v":""},{"$f":"IF(C102=0,\"NA\",IF(curve=1,polymer_pipe_diam,VLOOKUP(polymer_pipe_diam,cpvc_pipe_cost_cl,2)))","v":"NA"},{"$f":"IF(C102=0,\"\",\"in diam\")","v":""},{"$f":"IF(C102=0,\"NA\",IF(curve=1,cpvc_pipe_eq_polymer,VLOOKUP(polymer_pipe_diam,cpvc_pipe_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C102=0,I102=\"contact vendor\"),\"--\",C102*I102)","v":"--"},{"$f":"IF(C102=0,\"NA\",VLOOKUP(polymer_pipe_diam,cpvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$71&\" - \"&$B$101&\" - \"&B102","v":"Piping - Polymer Piping - CPVC"},2,1,3,2,1,3,2,1,3,0,2,1,3,2,1,3,2,1,3,0,0]
["3.6.1","PVC",{"$f":"polymer_pipe_length","v":0},"lf",{"$f":"IF(C103=0,\"NA\",polymer_pipe_diam)","v":"NA"},{"$f":"IF(C103=0,\"\",\"in diam\")","v":""},{"$f":"IF(C103=0,\"NA\",IF(curve=1,polymer_pipe_diam,VLOOKUP(polymer_pipe_diam,pvc_pipe_cost_cl,2)))","v":"NA"},{"$f":"IF(C103=0,\"\",\"in diam\")","v":""},{"$f":"IF(C103=0,\"NA\",IF(curve=1,pvc_pipe_eq_polymer,VLOOKUP(polymer_pipe_diam,pvc_pipe_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C103=0,I103=\"contact vendor\"),\"--\",C103*I103)","v":"--"},{"$f":"IF(C103=0,\"NA\",VLOOKUP(polymer_pipe_diam,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$71&\" - \"&$B$101&\" - \"&B103","v":"Piping - Polymer Piping - PVC"},1,2,4,1,2,4,1,2,4,0,1,2,4,1,2,4,1,2,4,0,0]
["3.6.1","Stainless Steel",{"$f":"polymer_pipe_length","v":0},"lf",{"$f":"IF(C104=0,\"NA\",polymer_pipe_diam)","v":"NA"},{"$f":"IF(C104=0,\"\",\"in diam\")","v":""},{"$f":"IF(C104=0,\"NA\",IF(curve=1,polymer_pipe_diam,VLOOKUP(polymer_pipe_diam,ss_pipe_cost_cl,2)))","v":"NA"},{"$f":"IF(C104=0,\"\",\"in diam\")","v":""},{"$f":"IF(C104=0,\"NA\",IF(curve=1,ss_pipe_eq_polymer,VLOOKUP(polymer_pipe_diam,ss_pipe_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C104=0,I104=\"contact vendor\"),\"--\",C104*I104)","v":"--"},{"$f":"IF(C104=0,\"NA\",VLOOKUP(polymer_pipe_diam,ss_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$71&\" - \"&$B$101&\" - \"&B104","v":"Piping - Polymer Piping - Stainless Steel"},4,4,1,4,4,1,4,4,1,0,4,4,1,4,4,1,4,4,1,0,0]
["3.6.1","Steel",{"$f":"polymer_pipe_length","v":0},"lf",{"$f":"IF(C105=0,\"NA\",polymer_pipe_diam)","v":"NA"},{"$f":"IF(C105=0,\"\",\"in diam\")","v":""},{"$f":"IF(C105=0,\"NA\",IF(curve=1,polymer_pipe_diam,VLOOKUP(polymer_pipe_diam,st_pipe_cost_cl,2)))","v":"NA"},{"$f":"IF(C105=0,\"\",\"in diam\")","v":""},{"$f":"IF(C105=0,\"NA\",IF(curve=1,st_pipe_eq_polymer,VLOOKUP(polymer_pipe_diam,st_pipe_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C105=0,I105=\"contact vendor\"),\"--\",C105*I105)","v":"--"},{"$f":"IF(C105=0,\"NA\",VLOOKUP(polymer_pipe_diam,st_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$71&\" - \"&$B$101&\" - \"&B105","v":"Piping - Polymer Piping - Steel"},3,3,2,3,3,2,3,3,2,0,3,3,2,3,3,2,3,3,2,0,0]
[3.7,"Bypass Piping",null,null,null,null,null,null,null,null,null,null,null,"","","","","","","","","",null,null,null,null,null,null,null,null,null,null,0,0]
["3.7.1","CPVC",{"$f":"bp_pipe_length","v":0},"lf",{"$f":"IF(bp_pct>0,bp_pipe_diam,\"NA\")","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",IF(curve=1,bp_pipe_diam,VLOOKUP(bp_pipe_diam,cpvc_pipe_cost_cl,2)))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",IF(curve=1,cpvc_pipe_eq_bp,VLOOKUP(bp_pipe_diam,cpvc_pipe_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C107=0,I107=\"contact vendor\"),\"--\",C107*I107)","v":"--"},{"$f":"IF(C107=0,\"NA\",VLOOKUP(E107,cpvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$106&\" - \"&B107","v":"Bypass Piping - CPVC"},{"$f":"IF(retrofit=1,$W107*X107,IF(ISBLANK(X107),\"\",X107))","v":2},1,3,2,1,3,2,{"$f":"IF(retrofit=1,$W107*AE107,IF(ISBLANK(AE107),\"\",AE107))","v":1},3,0,2,1,3,2,1,3,2,1,3,0,0]
["3.7.1","PVC",{"$f":"bp_pipe_length","v":0},"lf",{"$f":"IF(bp_pct>0,bp_pipe_diam,\"NA\")","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",IF(curve=1,bp_pipe_diam,VLOOKUP(bp_pipe_diam,pvc_pipe_cost_cl,2)))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",IF(curve=1,pvc_pipe_eq_bp,VLOOKUP(bp_pipe_diam,pvc_pipe_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C108=0,\"NA\",VLOOKUP(E108,pvc_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$106&\" - \"&B108","v":"Bypass Piping - PVC"},1,2,4,1,2,4,1,2,4,0,1,2,4,1,2,4,1,2,4,0,0]
["3.7.1","Stainless Steel",{"$f":"bp_pipe_length","v":0},"lf",{"$f":"IF(bp_pct>0,bp_pipe_diam,\"NA\")","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",IF(curve=1,bp_pipe_diam,VLOOKUP(bp_pipe_diam,ss_pipe_cost_cl,2)))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",IF(curve=1,ss_pipe_eq_bp,VLOOKUP(bp_pipe_diam,ss_pipe_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C109=0,\"NA\",VLOOKUP(E109,ss_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$106&\" - \"&B109","v":"Bypass Piping - Stainless Steel"},4,4,1,4,4,1,4,4,1,0,4,4,1,4,4,1,4,4,1,0,0]
["3.7.1","Steel",{"$f":"bp_pipe_length","v":0},"lf",{"$f":"IF(bp_pct>0,bp_pipe_diam,\"NA\")","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",IF(curve=1,bp_pipe_diam,VLOOKUP(bp_pipe_diam,st_pipe_cost_cl,2)))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",IF(curve=1,st_pipe_eq_bp,VLOOKUP(bp_pipe_diam,st_pipe_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C110=0,\"NA\",VLOOKUP(E110,st_pipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$106&\" - \"&B110","v":"Bypass Piping - Steel"},3,3,2,3,3,2,3,3,2,0,3,3,2,3,3,2,3,3,2,0,0]
["4.","Valves",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["4.1","Motor/Air Operated (on/off)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISERROR(K112*L112),0,IF(K112<1,0,L112))","v":0},{"$f":"IF(AG112,J112/K112,0)","v":0}]
["4.1.1","Process - Polypropylene/PVC",{"$f":"tot_proc_MOVs","v":4},"units",{"$f":"tank_valve_size","v":1.5},"in. diam",{"$f":"IF(curve=1,tank_valve_size,VLOOKUP(tank_valve_size,pp_mov_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,pp_mov_eq_tank,VLOOKUP(tank_valve_size,pp_mov_cost_cl,3))","v":787.01404038367423},{"$f":"IF(I113=\"contact vendor\",\"--\",C113*I113)","v":3148.0561615346969},{"$f":"VLOOKUP(tank_valve_size,pp_mov_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},1,{"$f":"$B$112&\" \"&$B$111&\" - \"&B113","v":"Motor/Air Operated (on/off) Valves - Process - Polypropylene/PVC"},{"$f":"IF(retrofit=1,$W113*X113,IF(ISBLANK(X113),\"\",X113))","v":1},{"$f":"IF(retrofit=1,$W113*Y113,IF(ISBLANK(Y113),\"\",Y113))","v":2},{"$f":"IF(retrofit=1,$W113*Z113,IF(ISBLANK(Z113),\"\",Z113))","v":3},{"$f":"IF(retrofit=1,$W113*AA113,IF(ISBLANK(AA113),\"\",AA113))","v":1},{"$f":"IF(retrofit=1,$W113*AB113,IF(ISBLANK(AB113),\"\",AB113))","v":2},{"$f":"IF(retrofit=1,$W113*AC113,IF(ISBLANK(AC113),\"\",AC113))","v":3},{"$f":"IF(retrofit=1,$W113*AD113,IF(ISBLANK(AD113),\"\",AD113))","v":1},{"$f":"IF(retrofit=1,$W113*AE113,IF(ISBLANK(AE113),\"\",AE113))","v":2},{"$f":"IF(retrofit=1,$W113*AF113,IF(ISBLANK(AF113),\"\",AF113))","v":3},0,1,2,3,1,2,3,1,2,3,1,157.40280807673486]
["4.1.1","Process - Stainless Steel",{"$f":"tot_proc_MOVs","v":4},"units",{"$f":"tank_valve_size","v":1.5},"in. diam",{"$f":"IF(curve=1,tank_valve_size,VLOOKUP(tank_valve_size,ss_mov_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,ss_mov_eq_tank,VLOOKUP(tank_valve_size,ss_mov_cost_cl,3))","v":1470.6040464835},5882.4161859340002,{"$f":"VLOOKUP(tank_valve_size,ss_mov_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},0,"Motor/Air Operated (on/off) Valves - Process - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.1.1","Process - Cast Iron",{"$f":"tot_proc_MOVs","v":4},"units",{"$f":"tank_valve_size","v":1.5},"in. diam",{"$f":"IF(curve=1,tank_valve_size,VLOOKUP(tank_valve_size,ci_mov_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,ci_mov_eq_tank,VLOOKUP(tank_valve_size,ci_mov_cost_cl,3))","v":791.86955715900012},3167.4782286360005,{"$f":"VLOOKUP(tank_valve_size,ci_mov_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},0,"Motor/Air Operated (on/off) Valves - Process - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.1.2","Backwash - Polypropylene/PVC",{"$f":"tot_back_MOVs","v":5},"units",{"$f":"back_valve_size","v":2},"in. diam",{"$f":"IF(curve=1,back_valve_size,VLOOKUP(back_valve_size,pp_mov_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,pp_mov_eq_back,VLOOKUP(back_valve_size,pp_mov_cost_cl,3))","v":861.98733126223192},4309.9366563111598,{"$f":"VLOOKUP(back_valve_size,pp_mov_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},1,"Motor/Air Operated (on/off) Valves - Backwash - Polypropylene/PVC",1,2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,1,215.49683281555798]
["4.1.2","Backwash - Stainless Steel",{"$f":"tot_back_MOVs","v":5},"units",{"$f":"back_valve_size","v":2},"in. diam",{"$f":"IF(curve=1,back_valve_size,VLOOKUP(back_valve_size,ss_mov_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,ss_mov_eq_back,VLOOKUP(back_valve_size,ss_mov_cost_cl,3))","v":1534.037500743},7670.1875037150003,{"$f":"VLOOKUP(back_valve_size,ss_mov_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},0,"Motor/Air Operated (on/off) Valves - Backwash - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.1.2","Backwash - Cast Iron",{"$f":"tot_back_MOVs","v":5},"units",{"$f":"back_valve_size","v":2},"in. diam",{"$f":"IF(curve=1,back_valve_size,VLOOKUP(back_valve_size,ci_mov_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,ci_mov_eq_back,VLOOKUP(back_valve_size,ci_mov_cost_cl,3))","v":1444.175598795},7220.8779939750002,{"$f":"VLOOKUP(back_valve_size,ci_mov_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},0,"Motor/Air Operated (on/off) Valves - Backwash - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.1.3","Residuals - Polypropylene/PVC",{"$f":"total_res_MOVs","v":0},"units",{"$f":"IF(C119=0,\"NA\",res_valve_size)","v":"NA"},{"$f":"IF(C119=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C119=0,\"NA\",IF(curve=1,res_valve_size,VLOOKUP(res_valve_size,pp_mov_cost_cl,2)))","v":"NA"},{"$f":"IF(C119=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C119=0,\"NA\",IF(curve=1,pp_mov_eq_res,VLOOKUP(res_valve_size,pp_mov_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C119=0,I119=\"contact vendor\"),\"--\",C119*I119)","v":"--"},{"$f":"IF(C119=0,\"NA\",VLOOKUP(res_valve_size,pp_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Motor/Air Operated (on/off) Valves - Residuals - Polypropylene/PVC",1,2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,0,0]
["4.1.3","Residuals - Stainless Steel",{"$f":"total_res_MOVs","v":0},"units",{"$f":"IF(C120=0,\"NA\",res_valve_size)","v":"NA"},"",{"$f":"IF(C120=0,\"NA\",IF(curve=1,res_valve_size,VLOOKUP(res_valve_size,ss_mov_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C120=0,\"NA\",IF(curve=1,ss_mov_eq_res,VLOOKUP(res_valve_size,ss_mov_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C120=0,\"NA\",VLOOKUP(res_valve_size,ss_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Motor/Air Operated (on/off) Valves - Residuals - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.1.3","Residuals - Cast Iron",{"$f":"total_res_MOVs","v":0},"units",{"$f":"IF(C121=0,\"NA\",res_valve_size)","v":"NA"},"",{"$f":"IF(C121=0,\"NA\",IF(curve=1,res_valve_size,VLOOKUP(res_valve_size,ci_mov_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C121=0,\"NA\",IF(curve=1,ci_mov_eq_res,VLOOKUP(res_valve_size,ci_mov_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C121=0,\"NA\",VLOOKUP(res_valve_size,ci_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Motor/Air Operated (on/off) Valves - Residuals - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.1.4","Ferric Chloride - Polypropylene/PVC",{"$f":"tot_coag_MOVs","v":0},"units",{"$f":"IF(C122=0,\"NA\",coag_valve_size)","v":"NA"},{"$f":"IF(C122=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C122=0,\"NA\",IF(curve=1,coag_valve_size,VLOOKUP(coag_valve_size,pp_mov_cost_cl,2)))","v":"NA"},{"$f":"IF(C122=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C122=0,\"NA\",IF(curve=1,pp_mov_eq_coag,VLOOKUP(coag_valve_size,pp_mov_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C122=0,I122=\"contact vendor\"),\"--\",C122*I122)","v":"--"},{"$f":"IF(C122=0,\"NA\",VLOOKUP(coag_valve_size,pp_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$112&\" \"&$B$111&\" - \"&B122","v":"Motor/Air Operated (on/off) Valves - Ferric Chloride - Polypropylene/PVC"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K122*L122),0,IF(K122<1,0,L122))","v":0},{"$f":"IF(AG122,J122/K122,0)","v":0}]
["4.1.5","Polymer - Polypropylene/PVC",{"$f":"tot_polymer_MOVs","v":0},"units",{"$f":"IF(C123=0,\"NA\",polymer_valve_size)","v":"NA"},"",{"$f":"IF(C123=0,\"NA\",IF(curve=1,polymer_valve_size,VLOOKUP(polymer_valve_size,pp_mov_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C123=0,\"NA\",IF(curve=1,pp_mov_eq_polymer,VLOOKUP(polymer_valve_size,pp_mov_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C123=0,\"NA\",VLOOKUP(polymer_valve_size,pp_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Motor/Air Operated (on/off) Valves - Polymer - Polypropylene/PVC",{"$f":"IF(retrofit=1,$W123*X123,IF(ISBLANK(X123),\"\",X123))","v":1},2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,0,0]
["4.1.5","Polymer - Stainless Steel",{"$f":"tot_polymer_MOVs","v":0},"units",{"$f":"IF(C124=0,\"NA\",polymer_valve_size)","v":"NA"},"",{"$f":"IF(C124=0,\"NA\",IF(curve=1,polymer_valve_size,VLOOKUP(polymer_valve_size,ss_mov_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C124=0,\"NA\",IF(curve=1,ss_mov_eq_polymer,VLOOKUP(polymer_valve_size,ss_mov_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C124=0,\"NA\",VLOOKUP(polymer_valve_size,ss_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Motor/Air Operated (on/off) Valves - Polymer - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.1.5","Polymer - Cast Iron",{"$f":"tot_polymer_MOVs","v":0},"units",{"$f":"IF(C125=0,\"NA\",polymer_valve_size)","v":"NA"},"",{"$f":"IF(C125=0,\"NA\",IF(curve=1,polymer_valve_size,VLOOKUP(polymer_valve_size,ci_mov_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C125=0,\"NA\",IF(curve=1,ci_mov_eq_polymer,VLOOKUP(polymer_valve_size,ci_mov_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C125=0,\"NA\",VLOOKUP(polymer_valve_size,ci_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Motor/Air Operated (on/off) Valves - Polymer - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.1.6","Bypass - Polypropylene/PVC",{"$f":"IF(bp_pct>0,tot_bp_MOVs,0)","v":0},"units",{"$f":"IF(bp_pct=0,\"NA\",bypass_valve_size)","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,bypass_valve_size,VLOOKUP(bypass_valve_size,pp_mov_cost_cl,2))))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,pp_mov_eq_bp,VLOOKUP(bypass_valve_size,pp_mov_cost_cl,3))))","v":"NA"},"--",{"$f":"IF(C126=0,\"NA\",VLOOKUP(E126,pp_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Motor/Air Operated (on/off) Valves - Bypass - Polypropylene/PVC",1,2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,0,0]
["4.1.6","Bypass - Stainless Steel",{"$f":"IF(bp_pct>0,tot_bp_MOVs,0)","v":0},"units",{"$f":"IF(bp_pct=0,\"NA\",bypass_valve_size)","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,bypass_valve_size,VLOOKUP(bypass_valve_size,ss_mov_cost_cl,2))))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,ss_mov_eq_bp,VLOOKUP(bypass_valve_size,ss_mov_cost_cl,3))))","v":"NA"},"--",{"$f":"IF(C127=0,\"NA\",VLOOKUP(E127,ss_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Motor/Air Operated (on/off) Valves - Bypass - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.1.6","Bypass - Cast Iron",{"$f":"IF(bp_pct>0,tot_bp_MOVs,0)","v":0},"units",{"$f":"IF(bp_pct=0,\"NA\",bypass_valve_size)","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,bypass_valve_size,VLOOKUP(bypass_valve_size,ci_mov_cost_cl,2))))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,ci_mov_eq_bp,VLOOKUP(bypass_valve_size,ci_mov_cost_cl,3))))","v":"NA"},"--",{"$f":"IF(C128=0,\"NA\",VLOOKUP(E128,ci_mov_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Motor/Air Operated (on/off) Valves - Bypass - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.2","Manual",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["4.2.1","Influent and treated water - Polypropylene/PVC",{"$f":"tot_in_man","v":2},"units",{"$f":"IF(C130=0,\"NA\",in_valve_size)","v":1.5},{"$f":"IF(C130=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C130=0,\"NA\",IF(curve=1,in_valve_size,VLOOKUP(in_valve_size,pp_man_cost_cl,2)))","v":1.5},{"$f":"IF(C130=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C130=0,\"NA\",IF(curve=1,pp_man_eq,VLOOKUP(in_valve_size,pp_man_cost_cl,3)))","v":207.84914633800003},{"$f":"IF(OR(C130=0,I130=\"contact vendor\"),\"--\",C130*I130)","v":415.69829267600005},{"$f":"IF(C130=0,\"NA\",VLOOKUP(in_valve_size,pp_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},1,{"$f":"$B$129&\" \"&$B$111&\" - \"&B130","v":"Manual Valves - Influent and treated water - Polypropylene/PVC"},{"$f":"IF(retrofit=1,$W130*X130,IF(ISBLANK(X130),\"\",X130))","v":1},{"$f":"IF(retrofit=1,$W130*Y130,IF(ISBLANK(Y130),\"\",Y130))","v":2},{"$f":"IF(retrofit=1,$W130*Z130,IF(ISBLANK(Z130),\"\",Z130))","v":3},{"$f":"IF(retrofit=1,$W130*AA130,IF(ISBLANK(AA130),\"\",AA130))","v":1},{"$f":"IF(retrofit=1,$W130*AB130,IF(ISBLANK(AB130),\"\",AB130))","v":2},{"$f":"IF(retrofit=1,$W130*AC130,IF(ISBLANK(AC130),\"\",AC130))","v":3},{"$f":"IF(retrofit=1,$W130*AD130,IF(ISBLANK(AD130),\"\",AD130))","v":1},{"$f":"IF(retrofit=1,$W130*AE130,IF(ISBLANK(AE130),\"\",AE130))","v":2},{"$f":"IF(retrofit=1,$W130*AF130,IF(ISBLANK(AF130),\"\",AF130))","v":3},0,1,2,3,1,2,3,1,2,3,1,20.784914633800003]
["4.2.1","Influent and treated water - Stainless Steel",{"$f":"tot_in_man","v":2},"units",{"$f":"IF(C131=0,\"NA\",in_valve_size)","v":1.5},{"$f":"IF(C131=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C131=0,\"NA\",IF(curve=1,in_valve_size,VLOOKUP(in_valve_size,ss_man_cost_cl,2)))","v":1.5},{"$f":"IF(C131=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C131=0,\"NA\",IF(curve=1,ss_man_eq,VLOOKUP(in_valve_size,ss_man_cost_cl,3)))","v":395.88087320259683},{"$f":"IF(OR(C131=0,I131=\"contact vendor\"),\"--\",C131*I131)","v":791.76174640519366},{"$f":"IF(C131=0,\"NA\",VLOOKUP(in_valve_size,ss_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},0,"Manual Valves - Influent and treated water - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.2.1","Influent and treated water - Cast Iron",{"$f":"tot_in_man","v":2},"units",{"$f":"IF(C132=0,\"NA\",in_valve_size)","v":1.5},{"$f":"IF(C132=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C132=0,\"NA\",IF(curve=1,in_valve_size,VLOOKUP(in_valve_size,ci_bfv_cost_cl,2)))","v":1.5},{"$f":"IF(C132=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C132=0,\"NA\",IF(curve=1,ci_bfv_eq,VLOOKUP(in_valve_size,ci_bfv_cost_cl,3)))","v":338.97867757464161},{"$f":"IF(OR(C132=0,I132=\"contact vendor\"),\"--\",C132*I132)","v":677.95735514928322},{"$f":"IF(C132=0,\"NA\",VLOOKUP(in_valve_size,ci_bfv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},0,"Manual Valves - Influent and treated water - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.2.2","Process - Polypropylene/PVC",{"$f":"tot_proc_man","v":2},"units",{"$f":"tank_valve_size","v":1.5},"in. diam",{"$f":"IF(curve=1,tank_valve_size,VLOOKUP(tank_valve_size,pp_man_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,pp_man_eq_proc,VLOOKUP(tank_valve_size,pp_man_cost_cl,3))","v":207.84914633800003},{"$f":"IF(I133=\"contact vendor\",\"--\",C133*I133)","v":415.69829267600005},{"$f":"VLOOKUP(tank_valve_size,pp_man_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},1,"Manual Valves - Process - Polypropylene/PVC",1,2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,1,20.784914633800003]
["4.2.2","Process - Stainless Steel",{"$f":"tot_proc_man","v":2},"units",{"$f":"tank_valve_size","v":1.5},"in. diam",{"$f":"IF(curve=1,tank_valve_size,VLOOKUP(tank_valve_size,ss_man_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,ss_man_eq_proc,VLOOKUP(tank_valve_size,ss_man_cost_cl,3))","v":395.88087320259683},{"$f":"IF(I134=\"contact vendor\",\"--\",C134*I134)","v":791.76174640519366},{"$f":"VLOOKUP(tank_valve_size,ss_man_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},0,"Manual Valves - Process - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.2.2","Process - Cast Iron",{"$f":"tot_proc_man","v":2},"units",{"$f":"tank_valve_size","v":1.5},"in. diam",{"$f":"IF(curve=1,tank_valve_size,VLOOKUP(tank_valve_size,ci_bfv_cost_cl,2))","v":1.5},"in. diam",{"$f":"IF(curve=1,ci_bfv_eq_proc,VLOOKUP(tank_valve_size,ci_bfv_cost_cl,3))","v":338.97867757464161},{"$f":"IF(I135=\"contact vendor\",\"--\",C135*I135)","v":677.95735514928322},{"$f":"VLOOKUP(tank_valve_size,ci_bfv_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},0,"Manual Valves - Process - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.2.3","Backwash - Polypropylene/PVC",{"$f":"tot_back_man","v":0},"units",{"$f":"IF(C136=0,\"NA\",back_valve_size)","v":"NA"},{"$f":"IF(C136=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C136=0,\"NA\",IF(curve=1,back_valve_size,VLOOKUP(back_valve_size,pp_man_cost_cl,2)))","v":"NA"},{"$f":"IF(C136=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C136=0,\"NA\",IF(curve=1,pp_man_eq_back,VLOOKUP(back_valve_size,pp_man_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C136=0,I136=\"contact vendor\"),\"--\",C136*I136)","v":"--"},{"$f":"IF(C136=0,\"NA\",VLOOKUP(back_valve_size,pp_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Backwash - Polypropylene/PVC",1,2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,0,0]
["4.2.3","Backwash - Stainless Steel",{"$f":"tot_back_man","v":0},"units",{"$f":"IF(C137=0,\"NA\",back_valve_size)","v":"NA"},"",{"$f":"IF(C137=0,\"NA\",IF(curve=1,back_valve_size,VLOOKUP(back_valve_size,ss_man_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C137=0,\"NA\",IF(curve=1,ss_man_eq_back,VLOOKUP(back_valve_size,ss_man_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C137=0,\"NA\",VLOOKUP(back_valve_size,ss_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Backwash - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.2.3","Backwash - Cast Iron",{"$f":"tot_back_man","v":0},"units",{"$f":"IF(C138=0,\"NA\",back_valve_size)","v":"NA"},"",{"$f":"IF(C138=0,\"NA\",IF(curve=1,back_valve_size,VLOOKUP(back_valve_size,ci_bfv_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C138=0,\"NA\",IF(curve=1,ci_man_eq_back,VLOOKUP(back_valve_size,ci_bfv_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C138=0,\"NA\",VLOOKUP(back_valve_size,ci_bfv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Backwash - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.2.4","Residuals - Polypropylene/PVC",{"$f":"total_res_man","v":0},"units",{"$f":"IF(C139=0,\"NA\",res_valve_size)","v":"NA"},"",{"$f":"IF(C139=0,\"NA\",IF(curve=1,res_valve_size,VLOOKUP(back_valve_size,pp_man_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C139=0,\"NA\",IF(curve=1,pp_man_eq_res,VLOOKUP(res_valve_size,pp_man_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C139=0,\"NA\",VLOOKUP(res_valve_size,pp_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Residuals - Polypropylene/PVC",1,2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,0,0]
["4.2.4","Residuals - Stainless Steel",{"$f":"total_res_man","v":0},"units",{"$f":"IF(C140=0,\"NA\",res_valve_size)","v":"NA"},"",{"$f":"IF(C140=0,\"NA\",IF(curve=1,res_valve_size,VLOOKUP(back_valve_size,ss_man_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C140=0,\"NA\",IF(curve=1,ss_man_eq_res,VLOOKUP(res_valve_size,ss_man_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C140=0,\"NA\",VLOOKUP(res_valve_size,ss_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Residuals - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.2.4","Residuals - Cast Iron",{"$f":"total_res_man","v":0},"units",{"$f":"IF(C141=0,\"NA\",res_valve_size)","v":"NA"},"",{"$f":"IF(C141=0,\"NA\",IF(curve=1,res_valve_size,VLOOKUP(back_valve_size,ci_bfv_cost_cl,2)))","v":"NA"},"",{"$f":"IF(C141=0,\"NA\",IF(curve=1,ci_man_eq_res,VLOOKUP(res_valve_size,ci_bfv_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C141=0,\"NA\",VLOOKUP(res_valve_size,ci_bfv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Residuals - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.2.5","Ferric Chloride - Polypropylene/PVC",{"$f":"tot_coag_man","v":0},"units",{"$f":"IF(C142=0,\"NA\",coag_valve_size)","v":"NA"},{"$f":"IF(C142=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C142=0,\"NA\",IF(curve=1,coag_valve_size,VLOOKUP(coag_valve_size,pp_man_cost_cl,2)))","v":"NA"},{"$f":"IF(C142=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C142=0,\"NA\",IF(curve=1,pp_man_eq_coag,VLOOKUP(coag_valve_size,pp_man_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C142=0,\"NA\",VLOOKUP(coag_valve_size,pp_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Ferric Chloride - Polypropylene/PVC",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K142*L142),0,IF(K142<1,0,L142))","v":0},{"$f":"IF(AG142,J142/K142,0)","v":0}]
["4.2.6","Polymer - Polypropylene/PVC",{"$f":"tot_polymer_man","v":0},"units",{"$f":"IF(C143=0,\"NA\",polymer_valve_size)","v":"NA"},{"$f":"IF(C143=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C143=0,\"NA\",IF(curve=1,polymer_valve_size,VLOOKUP(polymer_valve_size,pp_man_cost_cl,2)))","v":"NA"},{"$f":"IF(C143=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C143=0,\"NA\",IF(curve=1,pp_man_eq_polymer,VLOOKUP(polymer_valve_size,pp_man_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C143=0,I143=\"contact vendor\"),\"--\",C143*I143)","v":"--"},{"$f":"IF(C143=0,\"NA\",VLOOKUP(polymer_valve_size,pp_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Polymer - Polypropylene/PVC",{"$f":"IF(retrofit=1,$W143*X143,IF(ISBLANK(X143),\"\",X143))","v":1},2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,0,0]
["4.2.6","Polymer - Stainless Steel",{"$f":"tot_polymer_man","v":0},"units",{"$f":"IF(C144=0,\"NA\",polymer_valve_size)","v":"NA"},{"$f":"IF(C144=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C144=0,\"NA\",IF(curve=1,polymer_valve_size,VLOOKUP(polymer_valve_size,ss_man_cost_cl,2)))","v":"NA"},{"$f":"IF(C144=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C144=0,\"NA\",IF(curve=1,ss_man_eq_polymer,VLOOKUP(polymer_valve_size,ss_man_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C144=0,\"NA\",VLOOKUP(polymer_valve_size,ss_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Polymer - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.2.6","Polymer - Cast Iron",{"$f":"tot_polymer_man","v":0},"units",{"$f":"IF(C145=0,\"NA\",polymer_valve_size)","v":"NA"},{"$f":"IF(C145=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C145=0,\"NA\",IF(curve=1,polymer_valve_size,VLOOKUP(polymer_valve_size,ci_bfv_cost_cl,2)))","v":"NA"},{"$f":"IF(C145=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C145=0,\"NA\",IF(curve=1,ci_man_eq_polymer,VLOOKUP(polymer_valve_size,ci_bfv_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C145=0,\"NA\",VLOOKUP(polymer_valve_size,ci_bfv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Polymer - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.2.7","Bypass - Polypropylene/PVC",{"$f":"IF(bp_pct>0,tot_bp_man,0)","v":0},"units",{"$f":"IF(bp_pct=0,\"NA\",bypass_valve_size)","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,bypass_valve_size,VLOOKUP(bypass_valve_size,pp_man_cost_cl,2))))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,pp_man_eq_bp,VLOOKUP(bypass_valve_size,pp_man_cost_cl,3))))","v":"NA"},"--",{"$f":"IF(C146=0,\"NA\",VLOOKUP(E146,pp_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Bypass - Polypropylene/PVC",1,2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,0,0]
["4.2.7","Bypass - Stainless Steel",{"$f":"IF(bp_pct>0,tot_bp_man,0)","v":0},"units",{"$f":"IF(bp_pct=0,\"NA\",bypass_valve_size)","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,bypass_valve_size,VLOOKUP(bypass_valve_size,ss_man_cost_cl,2))))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,ss_man_eq_bp,VLOOKUP(bypass_valve_size,ss_man_cost_cl,3))))","v":"NA"},"--",{"$f":"IF(C147=0,\"NA\",VLOOKUP(E147,ss_man_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Bypass - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.2.7","Bypass - Cast Iron",{"$f":"IF(bp_pct>0,tot_bp_man,0)","v":0},"units",{"$f":"IF(bp_pct=0,\"NA\",bypass_valve_size)","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,bypass_valve_size,VLOOKUP(bypass_valve_size,ci_bfv_cost_cl,2))))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,ci_man_eq_bp,VLOOKUP(bypass_valve_size,ci_bfv_cost_cl,3))))","v":"NA"},"--",{"$f":"IF(C148=0,\"NA\",VLOOKUP(E148,ci_bfv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Manual Valves - Bypass - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.3","Check Valves",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,0,0]
["4.3.1","Backwash - Polypropylene/PVC",{"$f":"tot_back_chv","v":1},"units",{"$f":"IF(C150=0,\"NA\",back_valve_size)","v":2},{"$f":"IF(C150=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C150=0,\"NA\",IF(curve=1,back_valve_size,VLOOKUP(back_valve_size,pp_chv_cost_cl,2)))","v":2},{"$f":"IF(C150=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C150=0,\"NA\",IF(curve=1,pp_chv_eq_back,VLOOKUP(back_valve_size,pp_chv_cost_cl,3)))","v":246.58213033000001},{"$f":"IF(C150=0,0,IF(I150=\"contact vendor\",\"--\",C150*I150))","v":246.58213033000001},{"$f":"IF(C150=0,\"NA\",VLOOKUP(back_valve_size,pp_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},1,{"$f":"$B$149&\" - \"&B150","v":"Check Valves - Backwash - Polypropylene/PVC"},{"$f":"IF(retrofit=1,$W150*X150,IF(ISBLANK(X150),\"\",X150))","v":1},{"$f":"IF(retrofit=1,$W150*Y150,IF(ISBLANK(Y150),\"\",Y150))","v":2},{"$f":"IF(retrofit=1,$W150*Z150,IF(ISBLANK(Z150),\"\",Z150))","v":3},{"$f":"IF(retrofit=1,$W150*AA150,IF(ISBLANK(AA150),\"\",AA150))","v":1},{"$f":"IF(retrofit=1,$W150*AB150,IF(ISBLANK(AB150),\"\",AB150))","v":2},{"$f":"IF(retrofit=1,$W150*AC150,IF(ISBLANK(AC150),\"\",AC150))","v":3},{"$f":"IF(retrofit=1,$W150*AD150,IF(ISBLANK(AD150),\"\",AD150))","v":1},{"$f":"IF(retrofit=1,$W150*AE150,IF(ISBLANK(AE150),\"\",AE150))","v":2},{"$f":"IF(retrofit=1,$W150*AF150,IF(ISBLANK(AF150),\"\",AF150))","v":3},0,1,2,3,1,2,3,1,2,3,1,12.329106516500001]
["4.3.1","Backwash - Stainless Steel",{"$f":"tot_back_chv","v":1},"units",{"$f":"IF(C151=0,\"NA\",back_valve_size)","v":2},"in. diam",{"$f":"IF(C151=0,\"NA\",IF(curve=1,back_valve_size,VLOOKUP(back_valve_size,ss_chv_cost_cl,2)))","v":2},"in. diam",{"$f":"IF(C151=0,\"NA\",IF(curve=1,ss_chv_eq_back,VLOOKUP(back_valve_size,ss_chv_cost_cl,3)))","v":662.61288801400008},{"$f":"IF(C151=0,0,IF(I151=\"contact vendor\",\"--\",C151*I151))","v":662.61288801400008},{"$f":"IF(C151=0,\"NA\",VLOOKUP(back_valve_size,ss_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},0,"Check Valves - Backwash - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.3.1","Backwash - Cast Iron",{"$f":"tot_back_chv","v":1},"units",{"$f":"IF(C152=0,\"NA\",back_valve_size)","v":2},"in. diam",{"$f":"IF(C152=0,\"NA\",IF(curve=1,back_valve_size,VLOOKUP(back_valve_size,ci_bfv_cost_cl,2)))","v":2},"in. diam",{"$f":"IF(C152=0,\"NA\",IF(curve=1,ci_chv_eq_back,VLOOKUP(back_valve_size,ci_bfv_cost_cl,3)))","v":714.94148911800005},{"$f":"IF(C152=0,0,IF(I152=\"contact vendor\",\"--\",C152*I152))","v":714.94148911800005},{"$f":"IF(C152=0,\"NA\",VLOOKUP(back_valve_size,ci_bfv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},0,"Check Valves - Backwash - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.3.2","Residuals - Polypropylene/PVC",{"$f":"tot_res_chv","v":1},"units",{"$f":"IF(C153=0,\"NA\",res_valve_size)","v":2},"in. diam",{"$f":"IF(C153=0,\"NA\",IF(curve=1,res_valve_size,VLOOKUP(res_valve_size,pp_chv_cost_cl,2)))","v":2},"in. diam",{"$f":"IF(C153=0,0,IF(curve=1,pp_chv_eq_res,VLOOKUP(res_valve_size,pp_chv_cost_cl,3)))","v":246.58213033000001},{"$f":"IF(I153=0,0,IF(I153=\"contact vendor\",\"--\",C153*I153))","v":246.58213033000001},{"$f":"IF(C153=0,\"NA\",VLOOKUP(res_valve_size,pp_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},1,{"$f":"$B$149&\" - \"&B153","v":"Check Valves - Residuals - Polypropylene/PVC"},1,2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,1,12.329106516500001]
["4.3.2","Residuals - Stainless Steel",{"$f":"tot_res_chv","v":1},"units",{"$f":"IF(C154=0,\"NA\",res_valve_size)","v":2},"in. diam",{"$f":"IF(C154=0,\"NA\",IF(curve=1,res_valve_size,VLOOKUP(res_valve_size,ss_chv_cost_cl,2)))","v":2},"in. diam",{"$f":"IF(C154=0,0,IF(curve=1,ss_chv_eq_res,VLOOKUP(res_valve_size,ss_chv_cost_cl,3)))","v":662.61288801400008},{"$f":"IF(I154=0,0,IF(I154=\"contact vendor\",\"--\",C154*I154))","v":662.61288801400008},{"$f":"IF(C154=0,\"NA\",VLOOKUP(res_valve_size,ss_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},0,"Check Valves - Residuals - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.3.2","Residuals - Cast Iron",{"$f":"tot_res_chv","v":1},"units",{"$f":"IF(C155=0,\"NA\",res_valve_size)","v":2},"in. diam",{"$f":"IF(C155=0,\"NA\",IF(curve=1,res_valve_size,VLOOKUP(res_valve_size,ci_chv_cost_cl,2)))","v":2},"in. diam",{"$f":"IF(C155=0,0,IF(curve=1,ci_chv_eq_res,VLOOKUP(res_valve_size,ci_chv_cost_cl,3)))","v":714.94148911800005},{"$f":"IF(I155=0,0,IF(I155=\"contact vendor\",\"--\",C155*I155))","v":714.94148911800005},{"$f":"IF(C155=0,\"NA\",VLOOKUP(res_valve_size,ci_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},0,"Check Valves - Residuals - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.3.3","Ferric Chloride - Polypropylene/PVC",{"$f":"tot_coag_chv","v":0},"units",{"$f":"IF(C156=0,\"NA\",coag_valve_size)","v":"NA"},{"$f":"IF(C156=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C156=0,\"NA\",IF(curve=1,coag_valve_size,VLOOKUP(coag_valve_size,pp_chv_cost_cl,2)))","v":"NA"},{"$f":"IF(C156=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C156=0,\"NA\",IF(curve=1,pp_chv_eq_coag,VLOOKUP(coag_valve_size,pp_chv_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C156=0,I156=\"contact vendor\"),\"--\",C156*I156)","v":"--"},{"$f":"IF(C156=0,\"NA\",VLOOKUP(coag_valve_size,pp_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$149&\" - \"&B156","v":"Check Valves - Ferric Chloride - Polypropylene/PVC"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,{"$f":"IF(ISERROR(K156*L156),0,IF(K156<1,0,L156))","v":0},{"$f":"IF(AG156,J156/K156,0)","v":0}]
["4.3.4","Polymer - Polypropylene/PVC",{"$f":"tot_polymer_chv","v":0},"units",{"$f":"IF(C157=0,\"NA\",polymer_valve_size)","v":"NA"},{"$f":"IF(C157=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C157=0,\"NA\",IF(curve=1,polymer_valve_size,VLOOKUP(polymer_valve_size,pp_chv_cost_cl,2)))","v":"NA"},{"$f":"IF(C157=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C157=0,\"NA\",IF(curve=1,pp_chv_eq_polymer,VLOOKUP(polymer_valve_size,pp_chv_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C157=0,I157=\"contact vendor\"),\"--\",C157*I157)","v":"--"},{"$f":"IF(C157=0,\"NA\",VLOOKUP(polymer_valve_size,pp_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Check Valves - Polymer - Polypropylene/PVC",{"$f":"IF(retrofit=1,$W157*X157,IF(ISBLANK(X157),\"\",X157))","v":1},2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,0,0]
["4.3.4","Polymer - Stainless Steel",{"$f":"tot_polymer_chv","v":0},"units",{"$f":"IF(C158=0,\"NA\",polymer_valve_size)","v":"NA"},{"$f":"IF(C158=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C158=0,\"NA\",IF(curve=1,polymer_valve_size,VLOOKUP(polymer_valve_size,ss_chv_cost_cl,2)))","v":"NA"},{"$f":"IF(C158=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C158=0,\"NA\",IF(curve=1,ss_chv_eq_polymer,VLOOKUP(polymer_valve_size,ss_chv_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C158=0,\"NA\",VLOOKUP(polymer_valve_size,ss_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Check Valves - Polymer - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.3.4","Polymer - Cast Iron",{"$f":"tot_polymer_chv","v":0},"units",{"$f":"IF(C159=0,\"NA\",polymer_valve_size)","v":"NA"},{"$f":"IF(C159=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C159=0,\"NA\",IF(curve=1,polymer_valve_size,VLOOKUP(polymer_valve_size,ci_chv_cost_cl,2)))","v":"NA"},{"$f":"IF(C159=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C159=0,\"NA\",IF(curve=1,ci_chv_eq_polymer,VLOOKUP(polymer_valve_size,ci_chv_cost_cl,3)))","v":"NA"},"--",{"$f":"IF(C159=0,\"NA\",VLOOKUP(polymer_valve_size,ci_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Check Valves - Polymer - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.3.5","Influent - Polypropylene/PVC",{"$f":"tot_in_chv","v":1},"units",{"$f":"IF(C160=0,\"NA\",in_valve_size)","v":1.5},"in. diam",{"$f":"IF(C160=0,\"NA\",IF(curve=1,in_valve_size,VLOOKUP(in_valve_size,pp_chv_cost_cl,2)))","v":1.5},"in. diam",{"$f":"IF(C160=0,\"NA\",IF(curve=1,pp_chv_eq_in,VLOOKUP(in_valve_size,pp_chv_cost_cl,3)))","v":177.82749945525001},177.82749945525001,{"$f":"IF(C160=0,\"NA\",VLOOKUP(in_valve_size,pp_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},1,"Check Valves - Influent - Polypropylene/PVC",1,2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,1,8.8913749727625007]
["4.3.5","Influent - Stainless Steel",{"$f":"tot_in_chv","v":1},"units",{"$f":"IF(C161=0,\"NA\",in_valve_size)","v":1.5},"in. diam",{"$f":"IF(C161=0,\"NA\",IF(curve=1,in_valve_size,VLOOKUP(in_valve_size,ss_chv_cost_cl,2)))","v":1.5},"in. diam",{"$f":"IF(C161=0,\"NA\",IF(curve=1,ss_chv_eq_in,VLOOKUP(in_valve_size,ss_chv_cost_cl,3)))","v":492.67348989575004},492.67348989575004,{"$f":"IF(C161=0,\"NA\",VLOOKUP(in_valve_size,ss_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},0,"Check Valves - Influent - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.3.5","Influent - Cast Iron",{"$f":"tot_in_chv","v":1},"units",{"$f":"IF(C162=0,\"NA\",in_valve_size)","v":1.5},"in. diam",{"$f":"IF(C162=0,\"NA\",IF(curve=1,in_valve_size,VLOOKUP(in_valve_size,ci_chv_cost_cl,2)))","v":1.5},"in. diam",{"$f":"IF(C162=0,\"NA\",IF(curve=1,ci_chv_eq_in,VLOOKUP(in_valve_size,ci_chv_cost_cl,3)))","v":"contact vendor"},"--",{"$f":"IF(C162=0,\"NA\",VLOOKUP(in_valve_size,ci_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},0,"Check Valves - Influent - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["4.3.6","Bypass - Polypropylene/PVC",{"$f":"IF(bp_pct>0,tot_bp_chv,0)","v":0},"units",{"$f":"IF(bp_pct=0,\"NA\",bypass_valve_size)","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,bypass_valve_size,VLOOKUP(bypass_valve_size,pp_chv_cost_cl,2))))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,pp_chv_eq_bp,VLOOKUP(bypass_valve_size,pp_chv_cost_cl,3))))","v":"NA"},{"$f":"IF(bp_pct=0,\"--\",IF(I163=\"contact vendor\",\"--\",C163*I163))","v":"--"},{"$f":"IF(C163=0,\"NA\",VLOOKUP(E163,pp_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Check Valves - Bypass - Polypropylene/PVC",1,2,3,1,2,3,1,2,3,0,1,2,3,1,2,3,1,2,3,0,0]
["4.3.6","Bypass - Stainless Steel",{"$f":"IF(bp_pct>0,tot_bp_chv,0)","v":0},"units",{"$f":"IF(bp_pct=0,\"NA\",bypass_valve_size)","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,bypass_valve_size,VLOOKUP(bypass_valve_size,ss_chv_cost_cl,2))))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,ss_chv_eq_bp,VLOOKUP(bypass_valve_size,ss_chv_cost_cl,3))))","v":"NA"},{"$f":"IF(bp_pct=0,\"--\",IF(I164=\"contact vendor\",\"--\",C164*I164))","v":"--"},{"$f":"IF(C164=0,\"NA\",VLOOKUP(E164,ss_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Check Valves - Bypass - Stainless Steel",3,3,1,3,3,1,3,3,1,0,3,3,1,3,3,1,3,3,1,0,0]
["4.3.6","Bypass - Cast Iron",{"$f":"IF(bp_pct>0,tot_bp_chv,0)","v":0},"units",{"$f":"IF(bp_pct=0,\"NA\",bypass_valve_size)","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,bypass_valve_size,VLOOKUP(bypass_valve_size,ci_chv_cost_cl,2))))","v":"NA"},{"$f":"IF(bp_pct=0,\" \",\"in. diam\")","v":" "},{"$f":"IF(bp_pct=0,\"NA\",(IF(curve=1,ci_chv_eq_bp,VLOOKUP(bypass_valve_size,ci_chv_cost_cl,3))))","v":"NA"},{"$f":"IF(bp_pct=0,\"--\",IF(I165=\"contact vendor\",\"--\",C165*I165))","v":"--"},{"$f":"IF(C165=0,\"NA\",VLOOKUP(E165,ci_chv_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Check Valves - Bypass - Cast Iron",2,1,2,2,1,2,2,1,2,0,2,1,2,2,1,2,2,1,2,0,0]
["5.","Pumps",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,0,0]
["5.1","Booster",{"$f":"total_booster_pumps","v":0},"units",{"$f":"IF(C167=0,\"NA\",pump_rating)","v":"NA"},{"$f":"IF(C167=0,\"\",\"gpm\")","v":""},{"$f":"IF(C167=0,\"NA\",IF(curve=1,pump_rating,VLOOKUP(pump_rating,pump_cost_cl,2)))","v":"NA"},{"$f":"IF(C167=0,\"\",\"gpm\")","v":""},{"$f":"IF(C167=0,\"NA\",IF(curve=1,pump_eq,VLOOKUP(pump_rating,pump_cost_cl,3)))","v":"NA"},{"$f":"IF(C167=0,\"--\",IF(I167=\"contact vendor\",\"--\",C167*I167))","v":"--"},{"$f":"IF(C167=0,\"NA\",VLOOKUP(pump_rating,pump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$166&\" - \"&B167","v":"Pumps - Booster"},{"$f":"IF(retrofit=1,$W167*X167,IF(ISBLANK(X167),\"\",X167))","v":1},1,1,1,1,1,1,{"$f":"IF(retrofit=1,$W167*AE167,IF(ISBLANK(AE167),\"\",AE167))","v":1},1,0,1,1,1,1,1,1,1,1,1,0,0]
["5.2","Backwash",{"$f":"backwash_pumps","v":0},"units",{"$f":"IF(C168=0,\"NA\",back_pump_rating)","v":"NA"},{"$f":"IF(C168=0,\"\",\"gpm\")","v":""},{"$f":"IF(C168=0,\"NA\",IF(curve=1,back_pump_rating,VLOOKUP(back_pump_rating,back_pump_cost_cl,2)))","v":"NA"},{"$f":"IF(C168=0,\"\",\"gpm\")","v":""},{"$f":"IF(C168=0,\"NA\",IF(curve=1,pump_eq_back,VLOOKUP(back_pump_rating,back_pump_cost_cl,3)))","v":"NA"},{"$f":"IF(C168=0,\"--\",(IF(I168=\"contact vendor\",\"--\",C168*I168)))","v":"--"},{"$f":"IF(C168=0,\"NA\",VLOOKUP(back_pump_rating,back_pump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$166&\" - \"&B168","v":"Pumps - Backwash"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["5.3","Residuals",{"$f":"res_pumps","v":0},"units",{"$f":"IF(res_pumps=0,\"NA\",res_pump_rating)","v":"NA"},{"$f":"IF(C169=0,\"\",\"gpm\")","v":""},{"$f":"IF(res_pumps=0,\"NA\",IF(curve=1,res_pump_rating,VLOOKUP(res_pump_rating,pump_cost_cl,2)))","v":"NA"},{"$f":"IF(C169=0,\"\",\"gpm\")","v":""},{"$f":"IF(res_pumps=0,\"NA\",IF(curve=1,res_pump_eq,VLOOKUP(res_pump_rating,pump_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C169=0,I169=\"contact vendor\"),\"--\",C169*I169)","v":"--"},{"$f":"IF(res_pumps=0,\"NA\",VLOOKUP(res_pump_rating,pump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$166&\" - \"&B169","v":"Pumps - Residuals"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
[5.4,"Ferric Chloride Metering",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISERROR(K170*L170),0,IF(K170<1,0,L170))","v":0},{"$f":"IF(AG170,J170/K170,0)","v":0}]
["5.4.1","PVC - Motor Driven",{"$f":"cm_pumps_coag","v":0},"units",{"$f":"IF(C171=0,\"NA\",IF(C171=0,\"NA\",cm_pump_rating_coag))","v":"NA"},{"$f":"IF(C171=0,\"\",\"gph\")","v":""},{"$f":"IF(C171=0,\"NA\",IF(curve=1,cm_pump_rating_coag,VLOOKUP(cm_pump_rating_coag,pvc_mmpump_cost_cl,2)))","v":"NA"},{"$f":"IF(C171=0,\"\",\"gph\")","v":""},{"$f":"IF(C171=0,\"NA\",IF(curve=1,pvc_coag_mmpump_eq,VLOOKUP(cm_pump_rating_coag,pvc_mmpump_cost_cl,3)))","v":"NA"},{"$f":"IF(C171=0,\"--\",(IF(I171=\"contact vendor\",\"--\",C171*I171)))","v":"--"},{"$f":"IF(C171=0,\"NA\",VLOOKUP(cm_pump_rating_coag,pvc_mmpump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$166&\" - \"&$B$170&\" - \"&B171","v":"Pumps - Ferric Chloride Metering - PVC - Motor Driven"},{"$f":"IF(retrofit=1,$W171*X171,IF(ISBLANK(X171),\"\",X171))","v":2},{"$f":"IF(retrofit=1,$W171*Y171,IF(ISBLANK(Y171),\"\",Y171))","v":2},{"$f":"IF(retrofit=1,$W171*Z171,IF(ISBLANK(Z171),\"\",Z171))","v":1},{"$f":"IF(retrofit=1,$W171*AA171,IF(ISBLANK(AA171),\"\",AA171))","v":2},{"$f":"IF(retrofit=1,$W171*AB171,IF(ISBLANK(AB171),\"\",AB171))","v":2},{"$f":"IF(retrofit=1,$W171*AC171,IF(ISBLANK(AC171),\"\",AC171))","v":1},{"$f":"IF(retrofit=1,$W171*AD171,IF(ISBLANK(AD171),\"\",AD171))","v":2},{"$f":"IF(retrofit=1,$W171*AE171,IF(ISBLANK(AE171),\"\",AE171))","v":2},{"$f":"IF(retrofit=1,$W171*AF171,IF(ISBLANK(AF171),\"\",AF171))","v":1},0,2,2,1,2,2,1,2,2,1,0,0]
["5.4.1","PVC - Electric",{"$f":"cm_pumps_coag","v":0},"units",{"$f":"IF(C172=0,\"NA\",IF(C172=0,\"NA\",cm_pump_rating_coag))","v":"NA"},{"$f":"IF(C172=0,\"\",\"gph\")","v":""},{"$f":"IF(C172=0,\"NA\",IF(curve=1,cm_pump_rating_coag,VLOOKUP(cm_pump_rating_coag,pvc_empump_cost_cl,2)))","v":"NA"},{"$f":"IF(C172=0,\"\",\"gph\")","v":""},{"$f":"IF(C172=0,\"NA\",IF(curve=1,pvc_coag_empump_eq,VLOOKUP(cm_pump_rating_coag,pvc_empump_cost_cl,3)))","v":"NA"},{"$f":"IF(C172=0,\"--\",(IF(I172=\"contact vendor\",\"--\",C172*I172)))","v":"--"},{"$f":"IF(C172=0,\"NA\",VLOOKUP(cm_pump_rating_coag,pvc_empump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$166&\" - \"&$B$170&\" - \"&B172","v":"Pumps - Ferric Chloride Metering - PVC - Electric"},1,1,2,1,1,2,1,1,2,0,1,1,2,1,1,2,1,1,2,0,0]
[5.5,"Polymer Metering",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["5.5.1","PVC - Motor Driven",{"$f":"cm_pumps_polymer","v":0},"units",{"$f":"IF(C174=0,\"NA\",IF(C174=0,\"NA\",cm_pump_rating_polymer))","v":"NA"},{"$f":"IF(C174=0,\"\",\"gph\")","v":""},{"$f":"IF(C174=0,\"NA\",IF(curve=1,cm_pump_rating_polymer,VLOOKUP(cm_pump_rating_polymer,pvc_mmpump_cost_cl,2)))","v":"NA"},{"$f":"IF(C174=0,\"\",\"gph\")","v":""},{"$f":"IF(C174=0,\"NA\",IF(curve=1,pvc_polymer_mmpump_eq,VLOOKUP(cm_pump_rating_polymer,pvc_mmpump_cost_cl,3)))","v":"NA"},{"$f":"IF(C174=0,\"--\",(IF(I174=\"contact vendor\",\"--\",C174*I174)))","v":"--"},{"$f":"IF(C174=0,\"NA\",VLOOKUP(cm_pump_rating_polymer,pvc_mmpump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$166&\" - \"&$B$173&\" - \"&B174","v":"Pumps - Polymer Metering - PVC - Motor Driven"},{"$f":"IF(retrofit=1,$W174*X174,IF(ISBLANK(X174),\"\",X174))","v":3},3,2,4,4,1,4,4,1,0,3,3,2,4,4,1,4,4,1,0,0]
["5.5.1","Stainless Steel - Motor Driven",{"$f":"cm_pumps_polymer","v":0},"units",{"$f":"IF(C175=0,\"NA\",IF(C175=0,\"NA\",cm_pump_rating_polymer))","v":"NA"},{"$f":"IF(C175=0,\"\",\"gph\")","v":""},{"$f":"IF(C175=0,\"NA\",IF(curve=1,cm_pump_rating_polymer,VLOOKUP(cm_pump_rating_polymer,ss_mmpump_cost_cl,2)))","v":"NA"},{"$f":"IF(C175=0,\"\",\"gph\")","v":""},{"$f":"IF(C175=0,\"NA\",IF(curve=1,ss_polymer_mmpump_eq,VLOOKUP(cm_pump_rating_polymer,ss_mmpump_cost_cl,3)))","v":"NA"},{"$f":"IF(C175=0,\"--\",(IF(I175=\"contact vendor\",\"--\",C175*I175)))","v":"--"},{"$f":"IF(C175=0,\"NA\",VLOOKUP(cm_pump_rating_polymer,ss_mmpump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$166&\" - \"&$B$173&\" - \"&B175","v":"Pumps - Polymer Metering - Stainless Steel - Motor Driven"},4,4,1,3,3,2,3,3,2,0,4,4,1,3,3,2,3,3,2,0,0]
["5.5.1","PVC - Electric",{"$f":"cm_pumps_polymer","v":0},"units",{"$f":"IF(C176=0,\"NA\",IF(C176=0,\"NA\",cm_pump_rating_polymer))","v":"NA"},{"$f":"IF(C176=0,\"\",\"gph\")","v":""},{"$f":"IF(C176=0,\"NA\",IF(curve=1,cm_pump_rating_polymer,VLOOKUP(cm_pump_rating_polymer,pvc_empump_cost_cl,2)))","v":"NA"},{"$f":"IF(C176=0,\"\",\"gph\")","v":""},{"$f":"IF(C176=0,\"NA\",IF(curve=1,pvc_polymer_empump_eq,VLOOKUP(cm_pump_rating_polymer,pvc_empump_cost_cl,3)))","v":"NA"},{"$f":"IF(C176=0,\"--\",(IF(I176=\"contact vendor\",\"--\",C176*I176)))","v":"--"},{"$f":"IF(C176=0,\"NA\",VLOOKUP(cm_pump_rating_polymer,pvc_empump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$166&\" - \"&$B$173&\" - \"&B176","v":"Pumps - Polymer Metering - PVC - Electric"},1,2,4,1,2,4,1,2,4,0,1,2,4,1,2,4,1,2,4,0,0]
["5.5.1","Stainless Steel - Electric",{"$f":"cm_pumps_polymer","v":0},"units",{"$f":"IF(C177=0,\"NA\",IF(C177=0,\"NA\",cm_pump_rating_polymer))","v":"NA"},{"$f":"IF(C177=0,\"\",\"gph\")","v":""},{"$f":"IF(C177=0,\"NA\",IF(curve=1,cm_pump_rating_polymer,VLOOKUP(cm_pump_rating_polymer,ss_empump_cost_cl,2)))","v":"NA"},{"$f":"IF(C177=0,\"\",\"gph\")","v":""},{"$f":"IF(C177=0,\"NA\",IF(curve=1,ss_polymer_empump_eq,VLOOKUP(cm_pump_rating_polymer,ss_empump_cost_cl,3)))","v":"NA"},{"$f":"IF(C177=0,\"--\",(IF(I177=\"contact vendor\",\"--\",C177*I177)))","v":"--"},{"$f":"IF(C177=0,\"NA\",VLOOKUP(cm_pump_rating_polymer,ss_empump_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$166&\" - \"&$B$173&\" - \"&B177","v":"Pumps - Polymer Metering - Stainless Steel - Electric"},2,1,3,2,1,3,2,1,3,0,2,1,3,2,1,3,2,1,3,0,0]
["6.","Instrumentation",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["6.1","Flow Meters - Influent and Treated Water",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["6.1.1","Orifice Plate",{"$f":"tot_fm_in","v":1},"units",{"$f":"IF(C180=0,\"NA\",in_meter_size)","v":1.5},{"$f":"IF(C180=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C180=0,\"NA\",IF(curve=1,in_meter_size,VLOOKUP(in_meter_size,op_fm_cost_cl,2)))","v":1.5},{"$f":"IF(C180=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C180=0,\"NA\",IF(curve=1,op_fm_eq_in,VLOOKUP(in_meter_size,op_fm_cost_cl,3)))","v":1481.2586202528748},{"$f":"IF(OR(C180=0,I180=\"contact vendor\"),\"--\",C180*I180)","v":1481.2586202528748},{"$f":"IF(C180=0,\"NA\",VLOOKUP(in_meter_size,op_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":14},0,{"$f":"$B$178&\" - \"&$B$179&\" - \"&B180","v":"Instrumentation - Flow Meters - Influent and Treated Water - Orifice Plate"},{"$f":"IF(retrofit=1,$W180*X180,IF(ISBLANK(X180),\"\",X180))","v":3},4,4,3,4,4,3,{"$f":"IF(retrofit=1,$W180*AE180,IF(ISBLANK(AE180),\"\",AE180))","v":3},4,0,3,4,4,3,4,4,3,3,4,0,0]
["6.1.1","Propeller",{"$f":"tot_fm_in","v":1},"units",{"$f":"IF(C181=0,\"NA\",in_meter_size)","v":1.5},{"$f":"IF(C181=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C181=0,\"NA\",IF(curve=1,in_meter_size,VLOOKUP(in_meter_size,prop_fm_cost_cl,2)))","v":1.5},{"$f":"IF(C181=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C181=0,\"NA\",IF(curve=1,prop_fm_eq_in,VLOOKUP(in_meter_size,prop_fm_cost_cl,3)))","v":2349.8597533491247},{"$f":"IF(OR(C181=0,I181=\"contact vendor\"),\"--\",C181*I181)","v":2349.8597533491247},{"$f":"IF(C181=0,\"NA\",VLOOKUP(in_meter_size,prop_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":14},1,{"$f":"$B$178&\" - \"&$B$179&\" - \"&B181","v":"Instrumentation - Flow Meters - Influent and Treated Water - Propeller"},1,2,3,1,2,3,4,4,2,0,1,2,3,1,2,3,4,4,2,1,167.8471252392232]
["6.1.1","Venturi",{"$f":"tot_fm_in","v":1},"units",{"$f":"IF(C182=0,\"NA\",in_meter_size)","v":1.5},{"$f":"IF(C182=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C182=0,\"NA\",IF(curve=1,in_meter_size,VLOOKUP(in_meter_size,ven_fm_cost_cl,2)))","v":1.5},{"$f":"IF(C182=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C182=0,\"NA\",IF(curve=1,ven_fm_eq_in,VLOOKUP(in_meter_size,ven_fm_cost_cl,3)))","v":2229.8808308963748},{"$f":"IF(OR(C182=0,I182=\"contact vendor\"),\"--\",C182*I182)","v":2229.8808308963748},{"$f":"IF(C182=0,\"NA\",VLOOKUP(in_meter_size,ven_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":14},0,{"$f":"$B$178&\" - \"&$B$179&\" - \"&B182","v":"Instrumentation - Flow Meters - Influent and Treated Water - Venturi"},2,1,2,2,1,2,1,2,3,0,2,1,2,2,1,2,1,2,3,{"$f":"IF(ISERROR(K182*L182),0,IF(K182<1,0,L182))","v":0},{"$f":"IF(AG182,J182/K182,0)","v":0}]
["6.1.1","Magnetic",{"$f":"tot_fm_in","v":1},"units",{"$f":"IF(C183=0,\"NA\",in_meter_size)","v":1.5},{"$f":"IF(C183=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C183=0,\"NA\",IF(curve=1,in_meter_size,VLOOKUP(in_meter_size,mag_fm_cost_cl,2)))","v":1.5},{"$f":"IF(C183=0,\"\",\"in. diam\")","v":"in. diam"},{"$f":"IF(C183=0,\"NA\",IF(curve=1,mag_fm_eq_in,VLOOKUP(in_meter_size,mag_fm_cost_cl,3)))","v":3844.6249606383749},{"$f":"IF(OR(C183=0,I183=\"contact vendor\"),\"--\",C183*I183)","v":3844.6249606383749},{"$f":"IF(C183=0,\"NA\",VLOOKUP(in_meter_size,mag_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":14},0,{"$f":"$B$178&\" - \"&$B$179&\" - \"&B183","v":"Instrumentation - Flow Meters - Influent and Treated Water - Magnetic"},4,3,1,4,3,1,2,1,1,0,4,3,1,4,3,1,2,1,1,0,0]
["6.2","Flow Meters - Process",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["6.2.1","Orifice Plate",{"$f":"tot_fm_proc","v":0},"units",{"$f":"IF(C185=0,\"NA\",proc_meter_size)","v":"NA"},{"$f":"IF(C185=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C185=0,\"NA\",IF(curve=1,proc_meter_size,VLOOKUP(proc_meter_size,op_fm_cost_cl,2)))","v":"NA"},{"$f":"IF(C185=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C185=0,\"NA\",IF(curve=1,op_fm_eq_proc,VLOOKUP(proc_meter_size,op_fm_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C185=0,I185=\"contact vendor\"),\"--\",C185*I185)","v":"--"},{"$f":"IF(C185=0,\"NA\",VLOOKUP(proc_meter_size,op_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$178&\" - \"&$B$184&\" - \"&B185","v":"Instrumentation - Flow Meters - Process - Orifice Plate"},{"$f":"IF(retrofit=1,$W185*X185,IF(ISBLANK(X185),\"\",X185))","v":3},4,4,3,4,4,3,{"$f":"IF(retrofit=1,$W185*AE185,IF(ISBLANK(AE185),\"\",AE185))","v":3},4,0,3,4,4,3,4,4,3,3,4,0,0]
["6.2.1","Propeller",{"$f":"tot_fm_proc","v":0},"units",{"$f":"IF(C186=0,\"NA\",proc_meter_size)","v":"NA"},{"$f":"IF(C186=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C186=0,\"NA\",IF(curve=1,proc_meter_size,VLOOKUP(proc_meter_size,prop_fm_cost_cl,2)))","v":"NA"},{"$f":"IF(C186=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C186=0,\"NA\",IF(curve=1,prop_fm_eq_proc,VLOOKUP(proc_meter_size,prop_fm_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C186=0,I186=\"contact vendor\"),\"--\",C186*I186)","v":"--"},{"$f":"IF(C186=0,\"NA\",VLOOKUP(proc_meter_size,prop_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$178&\" - \"&$B$184&\" - \"&B186","v":"Instrumentation - Flow Meters - Process - Propeller"},1,2,3,1,2,3,4,4,2,0,1,2,3,1,2,3,4,4,2,0,0]
["6.2.1","Venturi",{"$f":"tot_fm_proc","v":0},"units",{"$f":"IF(C187=0,\"NA\",proc_meter_size)","v":"NA"},{"$f":"IF(C187=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C187=0,\"NA\",IF(curve=1,proc_meter_size,VLOOKUP(proc_meter_size,ven_fm_cost_cl,2)))","v":"NA"},{"$f":"IF(C187=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C187=0,\"NA\",IF(curve=1,ven_fm_eq_proc,VLOOKUP(proc_meter_size,ven_fm_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C187=0,I187=\"contact vendor\"),\"--\",C187*I187)","v":"--"},{"$f":"IF(C187=0,\"NA\",VLOOKUP(proc_meter_size,ven_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$178&\" - \"&$B$184&\" - \"&B187","v":"Instrumentation - Flow Meters - Process - Venturi"},2,1,2,2,1,2,1,2,3,0,2,1,2,2,1,2,1,2,3,0,0]
["6.2.1","Magnetic",{"$f":"tot_fm_proc","v":0},"units",{"$f":"IF(C188=0,\"NA\",proc_meter_size)","v":"NA"},{"$f":"IF(C188=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C188=0,\"NA\",IF(curve=1,proc_meter_size,VLOOKUP(proc_meter_size,mag_fm_cost_cl,2)))","v":"NA"},{"$f":"IF(C188=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C188=0,\"NA\",IF(curve=1,mag_fm_eq_proc,VLOOKUP(proc_meter_size,mag_fm_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C188=0,I188=\"contact vendor\"),\"--\",C188*I188)","v":"--"},{"$f":"IF(C188=0,\"NA\",VLOOKUP(proc_meter_size,mag_fm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$178&\" - \"&$B$184&\" - \"&B188","v":"Instrumentation - Flow Meters - Process - Magnetic"},4,3,1,4,3,1,2,1,1,0,4,3,1,4,3,1,2,1,1,0,0]
["6.3","Flow Meters - Backwash",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["6.3.1","Orifice Plate",{"$f":"tot_fm_back","v":1},"units",{"$f":"back_meter_size","v":2},"in. diam",{"$f":"IF(curve=1,back_meter_size,VLOOKUP(back_meter_size,op_fm_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,op_fm_eq_back,VLOOKUP(back_meter_size,op_fm_cost_cl,3))","v":1731.1669357430001},{"$f":"IF(I190=\"contact vendor\",\"--\",C190*I190)","v":1731.1669357430001},{"$f":"VLOOKUP(back_meter_size,op_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":14},0,{"$f":"$B$178&\" - \"&$B$189&\" - \"&B190","v":"Instrumentation - Flow Meters - Backwash - Orifice Plate"},{"$f":"IF(retrofit=1,$W190*X190,IF(ISBLANK(X190),\"\",X190))","v":3},4,4,3,4,4,3,{"$f":"IF(retrofit=1,$W190*AE190,IF(ISBLANK(AE190),\"\",AE190))","v":3},4,0,3,4,4,3,4,4,3,3,4,0,0]
["6.3.1","Propeller",{"$f":"tot_fm_back","v":1},"units",{"$f":"back_meter_size","v":2},"in. diam",{"$f":"IF(curve=1,back_meter_size,VLOOKUP(back_meter_size,prop_fm_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,prop_fm_eq_back,VLOOKUP(back_meter_size,prop_fm_cost_cl,3))","v":2615.4903907489997},{"$f":"IF(I191=\"contact vendor\",\"--\",C191*I191)","v":2615.4903907489997},{"$f":"VLOOKUP(back_meter_size,prop_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":14},1,{"$f":"$B$178&\" - \"&$B$189&\" - \"&B191","v":"Instrumentation - Flow Meters - Backwash - Propeller"},1,2,3,1,2,3,4,4,2,0,1,2,3,1,2,3,4,4,2,1,186.82074219635712]
["6.3.1","Venturi",{"$f":"tot_fm_back","v":1},"units",{"$f":"back_meter_size","v":2},"in. diam",{"$f":"IF(curve=1,back_meter_size,VLOOKUP(back_meter_size,ven_fm_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,ven_fm_eq_back,VLOOKUP(back_meter_size,ven_fm_cost_cl,3))","v":2310.0880305820001},{"$f":"IF(I192=\"contact vendor\",\"--\",C192*I192)","v":2310.0880305820001},{"$f":"VLOOKUP(back_meter_size,ven_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":14},0,{"$f":"$B$178&\" - \"&$B$189&\" - \"&B192","v":"Instrumentation - Flow Meters - Backwash - Venturi"},2,1,2,2,1,2,1,2,3,0,2,1,2,2,1,2,1,2,3,0,0]
["6.3.1","Magnetic",{"$f":"tot_fm_back","v":1},"units",{"$f":"back_meter_size","v":2},"in. diam",{"$f":"IF(curve=1,back_meter_size,VLOOKUP(back_meter_size,mag_fm_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,mag_fm_eq_back,VLOOKUP(back_meter_size,mag_fm_cost_cl,3))","v":4095.6492016890002},{"$f":"IF(I193=\"contact vendor\",\"--\",C193*I193)","v":4095.6492016890002},{"$f":"VLOOKUP(back_meter_size,mag_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":14},0,{"$f":"$B$178&\" - \"&$B$189&\" - \"&B193","v":"Instrumentation - Flow Meters - Backwash - Magnetic"},4,3,1,4,3,1,2,1,1,0,4,3,1,4,3,1,2,1,1,0,0]
["6.4","Flow Meters - Residuals",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["6.4.1","Orifice Plate",{"$f":"tot_fm_res","v":1},"units",{"$f":"res_meter_size","v":2},"in. diam",{"$f":"IF(curve=1,res_meter_size,VLOOKUP(res_meter_size,op_fm_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,op_fm_eq_res,VLOOKUP(res_meter_size,op_fm_cost_cl,3))","v":1731.1669357430001},{"$f":"IF(I195=\"contact vendor\",\"--\",C195*I195)","v":1731.1669357430001},{"$f":"VLOOKUP(res_meter_size,op_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":14},0,{"$f":"$B$178&\" - \"&$B$194&\" - \"&B195","v":"Instrumentation - Flow Meters - Residuals - Orifice Plate"},{"$f":"IF(retrofit=1,$W195*X195,IF(ISBLANK(X195),\"\",X195))","v":3},{"$f":"IF(retrofit=1,$W195*Y195,IF(ISBLANK(Y195),\"\",Y195))","v":4},{"$f":"IF(retrofit=1,$W195*Z195,IF(ISBLANK(Z195),\"\",Z195))","v":4},{"$f":"IF(retrofit=1,$W195*AA195,IF(ISBLANK(AA195),\"\",AA195))","v":3},{"$f":"IF(retrofit=1,$W195*AB195,IF(ISBLANK(AB195),\"\",AB195))","v":4},{"$f":"IF(retrofit=1,$W195*AC195,IF(ISBLANK(AC195),\"\",AC195))","v":4},{"$f":"IF(retrofit=1,$W195*AD195,IF(ISBLANK(AD195),\"\",AD195))","v":3},{"$f":"IF(retrofit=1,$W195*AE195,IF(ISBLANK(AE195),\"\",AE195))","v":3},{"$f":"IF(retrofit=1,$W195*AF195,IF(ISBLANK(AF195),\"\",AF195))","v":4},0,3,4,4,3,4,4,3,3,4,0,0]
["6.4.1","Propeller",{"$f":"tot_fm_res","v":1},"units",{"$f":"res_meter_size","v":2},"in. diam",{"$f":"IF(curve=1,res_meter_size,VLOOKUP(res_meter_size,prop_fm_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,prop_fm_eq_res,VLOOKUP(res_meter_size,prop_fm_cost_cl,3))","v":2615.4903907489997},{"$f":"IF(I196=\"contact vendor\",\"--\",C196*I196)","v":2615.4903907489997},{"$f":"VLOOKUP(res_meter_size,prop_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":14},1,{"$f":"$B$178&\" - \"&$B$194&\" - \"&B196","v":"Instrumentation - Flow Meters - Residuals - Propeller"},1,2,3,1,2,3,4,4,2,0,1,2,3,1,2,3,4,4,2,1,186.82074219635712]
["6.4.1","Venturi",{"$f":"tot_fm_res","v":1},"units",{"$f":"res_meter_size","v":2},"in. diam",{"$f":"IF(curve=1,res_meter_size,VLOOKUP(res_meter_size,ven_fm_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,ven_fm_eq_res,VLOOKUP(res_meter_size,ven_fm_cost_cl,3))","v":2310.0880305820001},{"$f":"IF(I197=\"contact vendor\",\"--\",C197*I197)","v":2310.0880305820001},{"$f":"VLOOKUP(res_meter_size,ven_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":14},0,{"$f":"$B$178&\" - \"&$B$194&\" - \"&B197","v":"Instrumentation - Flow Meters - Residuals - Venturi"},2,1,2,2,1,2,1,2,3,0,2,1,2,2,1,2,1,2,3,0,0]
["6.4.1","Magnetic",{"$f":"tot_fm_res","v":1},"units",{"$f":"res_meter_size","v":2},"in. diam",{"$f":"IF(curve=1,res_meter_size,VLOOKUP(res_meter_size,mag_fm_cost_cl,2))","v":2},"in. diam",{"$f":"IF(curve=1,mag_fm_eq_res,VLOOKUP(res_meter_size,mag_fm_cost_cl,3))","v":4095.6492016890002},{"$f":"IF(I198=\"contact vendor\",\"--\",C198*I198)","v":4095.6492016890002},{"$f":"VLOOKUP(res_meter_size,mag_fm_cost_cl,IF(ss_cat=\"large\",4,5))","v":14},0,{"$f":"$B$178&\" - \"&$B$194&\" - \"&B198","v":"Instrumentation - Flow Meters - Residuals - Magnetic"},4,3,1,4,3,1,2,1,1,0,4,3,1,4,3,1,2,1,1,0,0]
["6.5","Level Switches/Alarms (for vessels)",{"$f":"tot_level_switch","v":0},"units","NA",null,"NA",null,{"$f":"IF(C199=0,\"NA\",VLOOKUP(0,alarm_cost_cl,3))","v":"NA"},{"$f":"IF(C199=0,\"--\",IF(I199=\"contact vendor\",\"--\",C199*I199))","v":"--"},{"$f":"IF(C199=0,\"NA\",VLOOKUP(0,alarm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B199","v":"Level Switches/Alarms (for vessels)"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["6.6","High/Low Alarms (for backwash tanks)",{"$f":"tot_back_alarm","v":0},"units","NA",null,"NA",null,{"$f":"IF(C200=0,\"NA\",VLOOKUP(0,alarm_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I200=\"contact vendor\",I200=\"NA\"),\"--\",C200*I200)","v":"--"},{"$f":"IF(C200=0,\"NA\",VLOOKUP(0,alarm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"High/Low Alarms (for backwash tanks)",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["6.7","High/Low Alarm (for holding tanks)",{"$f":"tot_res_alarm","v":0},"units","NA",null,"NA",null,{"$f":"IF(C201=0,\"NA\",VLOOKUP(0,alarm_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I201=\"contact vendor\",I201=\"NA\"),\"--\",C201*I201)","v":"--"},{"$f":"IF(C201=0,\"NA\",VLOOKUP(0,alarm_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B201","v":"High/Low Alarm (for holding tanks)"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["6.8","pH Meters",{"$f":"pH_controls","v":0},"units","NA",null,"NA",null,{"$f":"IF(C202=0,\"NA\",VLOOKUP(0,pH_meter_cost_cl,3))","v":"NA"},{"$f":"IF(OR(C202=0,I202=\"contact vendor\"),\"--\",C202*I202)","v":"--"},{"$f":"IF(C202=0,\"NA\",VLOOKUP(0,pH_meter_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"pH Meters",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["6.9","Temperature meters",{"$f":"tot_temp_meters","v":0},"units","NA",null,"NA",null,{"$f":"IF(C203=0,\"NA\",VLOOKUP(0,temp_meter_cost_cl,3))","v":"NA"},{"$f":"IF(OR(C203=0,I203=\"contact vendor\"),\"--\",C203*I203)","v":"--"},{"$f":"IF(C203=0,\"NA\",VLOOKUP(0,temp_meter_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Temperature meters",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["6.10","Turbidity meters",{"$f":"tot_turb_meters","v":0},"units","NA",null,"NA",null,{"$f":"IF(C204=0,\"NA\",VLOOKUP(0,turbidimeter_cost_cl,3))","v":"NA"},{"$f":"IF(OR(C204=0,I204=\"contact vendor\"),\"--\",C204*I204)","v":"--"},{"$f":"IF(C204=0,\"NA\",VLOOKUP(0,turbidimeter_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Turbidity meters",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["6.11","Head loss sensors",{"$f":"tot_head_sens","v":0},"units","NA",null,"NA",null,{"$f":"IF(C205=0,\"NA\",VLOOKUP(0,headloss_cost_cl,3))","v":"NA"},{"$f":"IF(OR(C205=0,I205=\"contact vendor\"),\"--\",C205*I205)","v":"--"},{"$f":"IF(C205=0,\"NA\",VLOOKUP(0,headloss_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Head loss sensors",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["6.12","Sampling Ports",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["6.12.1","Stainless Steel",{"$f":"ports","v":5},"units","NA",null,"NA",null,50,{"$f":"IF(I207=\"contact vendor\",\"--\",C207*I207)","v":250},{"$f":"IF(ss_cat=\"large\",35,30)","v":30},0,{"$f":"$B$206&\" - \"&B207","v":"Sampling Ports - Stainless Steel"},{"$f":"IF(retrofit=1,$W207*X207,IF(ISBLANK(X207),\"\",X207))","v":2},1,1,2,1,1,2,{"$f":"IF(retrofit=1,$W207*AE207,IF(ISBLANK(AE207),\"\",AE207))","v":1},1,0,2,1,1,2,1,1,2,1,1,0,0]
["6.12.1","Carbon Steel",{"$f":"ports","v":5},"units","NA",null,"NA",null,50,{"$f":"IF(I208=\"contact vendor\",\"--\",C208*I208)","v":250},{"$f":"IF(ss_cat=\"large\",25,22)","v":22},1,{"$f":"$B$206&\" - \"&B208","v":"Sampling Ports - Carbon Steel"},1,2,2,1,2,2,1,2,2,0,1,2,2,1,2,2,1,2,2,1,11.363636363636363]
["6.13","Electrical enclosure",{"$f":"elec_encl","v":0},"units","NA",null,"NA",null,{"$f":"IF(C209=0,\"NA\",VLOOKUP(0,elec_encl_cost_cl,3))","v":"NA"},{"$f":"IF(OR(C209=0,I209=\"contact vendor\"),\"--\",C209*I209)","v":"--"},{"$f":"IF(C209=0,\"NA\",VLOOKUP(0,elec_encl_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B209","v":"Electrical enclosure"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["7.","System Controls",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,0,0]
["7.1","PLC Units",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,0,0]
["7.1.1","PLC racks/power supplies",{"$f":"IF(manual=1,0,plc_rack)","v":1},"units","NA",null,"NA",null,{"$f":"IF(C212=0,\"NA\",VLOOKUP(0,plc_rack_cost_cl,3))","v":355.56},{"$f":"IF(OR(C212=0,I212=\"contact vendor\"),\"--\",C212*I212)","v":355.56},{"$f":"IF(C212=0,\"NA\",VLOOKUP(0,plc_rack_cost_cl,IF(ss_cat=\"large\",4,5)))","v":8},1,{"$f":"$B$210&\" - \"&$B$211&\" - \"&B212","v":"System Controls - PLC Units - PLC racks/power supplies"},{"$f":"IF(retrofit=1,$W212*X212,IF(ISBLANK(X212),\"\",X212))","v":1},{"$f":"IF(retrofit=1,$W212*Y212,IF(ISBLANK(Y212),\"\",Y212))","v":1},{"$f":"IF(retrofit=1,$W212*Z212,IF(ISBLANK(Z212),\"\",Z212))","v":1},{"$f":"IF(retrofit=1,$W212*AA212,IF(ISBLANK(AA212),\"\",AA212))","v":1},{"$f":"IF(retrofit=1,$W212*AB212,IF(ISBLANK(AB212),\"\",AB212))","v":1},{"$f":"IF(retrofit=1,$W212*AC212,IF(ISBLANK(AC212),\"\",AC212))","v":1},{"$f":"IF(retrofit=1,$W212*AD212,IF(ISBLANK(AD212),\"\",AD212))","v":1},{"$f":"IF(retrofit=1,$W212*AE212,IF(ISBLANK(AE212),\"\",AE212))","v":1},{"$f":"IF(retrofit=1,$W212*AF212,IF(ISBLANK(AF212),\"\",AF212))","v":1},0,1,1,1,1,1,1,1,1,1,1,44.445]
["7.1.2","CPUs",{"$f":"IF(manual=1,0,plc_cpu)","v":2},"units","NA",null,"NA",null,{"$f":"IF(C213=0,\"NA\",VLOOKUP(0,plc_cpu_cost_cl,3))","v":378.8},{"$f":"IF(OR(C213=0,I213=\"contact vendor\"),\"--\",C213*I213)","v":757.6},{"$f":"IF(C213=0,\"NA\",VLOOKUP(0,plc_cpu_cost_cl,IF(ss_cat=\"large\",4,5)))","v":8},1,"System Controls - PLC Units - CPUs",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,1,94.7]
["7.1.3","I/O discrete input modules",{"$f":"IF(manual=1,0,plc_discrete_input)","v":1},"units","NA",null,"NA",null,{"$f":"IF(C214=0,\"NA\",VLOOKUP(0,plc_discrete_input_cost_cl,3))","v":382.68},382.68,{"$f":"IF(C214=0,\"NA\",VLOOKUP(0,plc_discrete_input_cost_cl,IF(ss_cat=\"large\",4,5)))","v":8},1,"System Controls - PLC Units - I/O discrete input modules",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,1,47.835000000000001]
["7.1.4","I/O discrete output modules",{"$f":"IF(manual=1,0,plc_discrete_output)","v":0},"units","NA",null,"NA",null,{"$f":"IF(C215=0,\"NA\",VLOOKUP(0,plc_discrete_output_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C215=0,\"NA\",VLOOKUP(0,plc_discrete_output_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"System Controls - PLC Units - I/O discrete output modules",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["7.1.5","I/O combination analog modules",{"$f":"IF(manual=1,0,plc_combination_analog)","v":2},"units","NA",null,"NA",null,{"$f":"IF(C216=0,\"NA\",VLOOKUP(0,plc_combination_analog_cost_cl,3))","v":557.33500000000004},1114.67,{"$f":"IF(C216=0,\"NA\",VLOOKUP(0,plc_combination_analog_cost_cl,IF(ss_cat=\"large\",4,5)))","v":8},1,"System Controls - PLC Units - I/O combination analog modules",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,1,139.33375000000001]
["7.1.6","Ethernet modules",{"$f":"IF(manual=1,0,plc_ethernet)","v":2},"units","NA",null,"NA",null,{"$f":"IF(C217=0,\"NA\",VLOOKUP(0,plc_ethernet_cost_cl,3))","v":1342.2349999999999},2684.47,{"$f":"IF(C217=0,\"NA\",VLOOKUP(0,plc_ethernet_cost_cl,IF(ss_cat=\"large\",4,5)))","v":8},1,"System Controls - PLC Units - Ethernet modules",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,1,335.55874999999997]
["7.1.7","Base expansion modules",{"$f":"IF(manual=1,0,plc_base_expansion)","v":0},"units","NA",null,"NA",null,{"$f":"IF(C218=0,\"NA\",VLOOKUP(0,plc_base_expansion_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C218=0,\"NA\",VLOOKUP(0,plc_base_expansion_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"System Controls - PLC Units - Base expansion modules",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["7.1.8","Base expansion controller modules",{"$f":"IF(manual=1,0,plc_base_expansion_controller)","v":0},"units","NA",null,"NA",null,{"$f":"IF(C219=0,\"NA\",VLOOKUP(0,plc_base_expansion_controller_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C219=0,\"NA\",VLOOKUP(0,plc_base_expansion_controller_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"System Controls - PLC Units - Base expansion controller modules",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["7.1.9","UPSs",{"$f":"IF(manual=1,0,ups)","v":1},"units","NA",null,"NA",null,{"$f":"IF(C220=0,\"NA\",VLOOKUP(0,ups_cost_cl,3))","v":877.495},877.495,{"$f":"IF(C220=0,\"NA\",VLOOKUP(0,ups_cost_cl,IF(ss_cat=\"large\",4,5)))","v":8},1,"System Controls - PLC Units - UPSs",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,1,109.686875]
["7.2","Operator Equipment",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,0,0]
["7.2.1","Drive controllers",{"$f":"IF(manual=1,0,tot_switches)","v":0},"units","NA",null,"NA",null,{"$f":"IF(manual=1,\"NA\",VLOOKUP(0,switch_cost_cl,3))","v":1300.8978726158491},"--",{"$f":"IF(C222=0,\"NA\",VLOOKUP(0,switch_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$210&\" - \"&$B$221&\" - \"&B222","v":"System Controls - Operator Equipment - Drive controllers"},{"$f":"IF(retrofit=1,$W222*X222,IF(ISBLANK(X222),\"\",X222))","v":1},1,1,1,1,1,1,{"$f":"IF(retrofit=1,$W222*AE222,IF(ISBLANK(AE222),\"\",AE222))","v":1},1,0,1,1,1,1,1,1,1,1,1,0,0]
["7.2.2","Operator interface units",{"$f":"IF(manual=1,0,plc_interface)","v":2},"units","NA",null,"NA",null,{"$f":"IF(C223=0,\"NA\",VLOOKUP(ss_cat,plc_op_interface_cost_cl,3,FALSE))","v":1828.625},3657.25,{"$f":"IF(C223=0,\"NA\",VLOOKUP(ss_cat,plc_op_interface_cost_cl,IF(ss_cat=\"large\",4,5),FALSE))","v":8},1,{"$f":"$B$210&\" - \"&$B$221&\" - \"&B223","v":"System Controls - Operator Equipment - Operator interface units"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,1,457.15625]
["7.2.3","PC Workstations",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,workstations)","v":0},"units","NA",null,"NA",null,{"$f":"IF(C224=0,\"NA\",VLOOKUP(0,pc_workstation_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C224=0,\"NA\",VLOOKUP(0,pc_workstation_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$210&\" - \"&$B$221&\" - \"&B224","v":"System Controls - Operator Equipment - PC Workstations"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["7.2.4","Printers - laser jet",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,printers)","v":0},"units","NA",null,"NA",null,{"$f":"IF(C225=0,\"NA\",VLOOKUP(0,laser_printer_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C225=0,\"NA\",VLOOKUP(0,laser_printer_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$210&\" - \"&$B$221&\" - \"&B225","v":"System Controls - Operator Equipment - Printers - laser jet"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["7.3","Controls Software",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["7.3.1","Operator interface software",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,plc_interface)","v":0},"units","NA",null,"NA",null,{"$f":"IF(C227=0,\"NA\",VLOOKUP(0,op_interface_software_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C227=0,\"NA\",VLOOKUP(0,op_interface_software_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$210&\" - \"&$B$226&\" - \"&B227","v":"System Controls - Controls Software - Operator interface software"},{"$f":"IF(retrofit=1,$W227*X227,IF(ISBLANK(X227),\"\",X227))","v":1},1,1,1,1,1,1,{"$f":"IF(retrofit=1,$W227*AE227,IF(ISBLANK(AE227),\"\",AE227))","v":1},1,0,1,1,1,1,1,1,1,1,1,0,0]
["7.3.2","PLC programming software",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,workstations)","v":0},"units","NA",null,"NA",null,{"$f":"IF(C228=0,\"NA\",VLOOKUP(0,plc_software_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C228=0,\"NA\",VLOOKUP(0,plc_software_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$210&\" - \"&$B$226&\" - \"&B228","v":"System Controls - Controls Software - PLC programming software"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["7.3.3","PLC data collection software",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,workstations)","v":0},"units","NA",null,"NA",null,{"$f":"IF(C229=0,\"NA\",VLOOKUP(0,plc_data_software_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C229=0,\"NA\",VLOOKUP(0,plc_data_software_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$210&\" - \"&$B$226&\" - \"&B229","v":"System Controls - Controls Software - PLC data collection software"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["7.3.4","Plant intelligence software",{"$f":"IF(OR(manual=1,ss_cat=\"small\"),0,workstations)","v":0},"units","NA",null,"NA",null,{"$f":"IF(C230=0,\"NA\",VLOOKUP(0,plant_intel_software_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C230=0,\"NA\",VLOOKUP(0,plant_intel_software_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$210&\" - \"&$B$226&\" - \"&B230","v":"System Controls - Controls Software - Plant intelligence software"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["8.","Chemical Feed and Transfer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["8.1","Solids Transfer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["8.1.1",{"$f":"CHOOSE(transfer_method,\"Slurry Pump System for GAC Transfer\",\"Eductors for GAC Transfer\",\"Manual GAC transfer, no equipment needed\")","v":"Manual GAC transfer, no equipment needed"},{"$f":"CHOOSE(transfer_method,1,eductors,0)","v":0},"units",{"$f":"CHOOSE(transfer_method,transfer_rate,eductor_size,\"NA\")","v":"NA"},{"$f":"CHOOSE(transfer_method,\"lbs/hr\",\"in. diam\",\"\")","v":""},{"$f":"CHOOSE(transfer_method,IF(curve=1,transfer_rate,VLOOKUP(transfer_rate,gac_slurry_cost_cl,2)),IF(curve=1,eductor_size,VLOOKUP(eductor_size,seductor_cost_cl,2)),\"NA\")","v":"NA"},{"$f":"CHOOSE(transfer_method,\"lbs/hr\",\"in. diam\",\"\")","v":""},{"$f":"CHOOSE(transfer_method,IF(curve=1,slurry_eq,VLOOKUP(transfer_rate,gac_slurry_cost_cl,3)),IF(curve=1,seductor_eq,VLOOKUP(eductor_size,seductor_cost_cl,3)),\"NA\")","v":"NA"},{"$f":"CHOOSE(transfer_method,IF(OR(C233=0,I233=\"contact vendor\"),\"--\",C233*I233),IF(OR(C233=0,I233=\"contact vendor\"),\"--\",C233*I233),\"--\")","v":"--"},{"$f":"CHOOSE(transfer_method,VLOOKUP(transfer_rate,gac_slurry_cost_cl,IF(ss_cat=\"large\",4,5)),VLOOKUP(eductor_size,seductor_cost_cl,IF(ss_cat=\"large\",4,5)),\"NA\")","v":"NA"},null,{"$f":"$B$232&\" - \"&B233","v":"Solids Transfer - Manual GAC transfer, no equipment needed"},{"$f":"IF(retrofit=1,$W233*X233,IF(ISBLANK(X233),\"\",X233))","v":1},1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["8.1.2",{"$f":"CHOOSE(res_transfer_method,\"Slurry Pump System for Holding Tanks\",\"Eductors for Holding Tanks\",\"Manual holding tank solids transfer, no equipment needed\")","v":"Manual holding tank solids transfer, no equipment needed"},{"$f":"IF(res_holding=\"none\",0,CHOOSE(res_transfer_method,res_slurry_pumps,res_eductors,0))","v":0},"units",{"$f":"IF(C234=0,\"NA\",CHOOSE(res_transfer_method,res_transfer_rate,res_eductor_size,\"NA\"))","v":"NA"},{"$f":"IF(C234=0,\"\",CHOOSE(res_transfer_method,\"lbs/hr\",\"in. diam\",\"\"))","v":""},{"$f":"IF(C234=0,\"NA\",CHOOSE(res_transfer_method,IF(curve=1,res_transfer_rate,VLOOKUP(res_transfer_rate,gac_slurry_cost_cl,2)),IF(curve=1,res_eductor_size,VLOOKUP(res_eductor_size,seductor_cost_cl,2)),\"NA\"))","v":"NA"},{"$f":"IF(C234=0,\"\",CHOOSE(res_transfer_method,\"lbs/hr\",\"in. diam\",\"\"))","v":""},{"$f":"IF(C234=0,\"NA\",CHOOSE(res_transfer_method,IF(curve=1,res_slurry_eq,VLOOKUP(res_transfer_rate,gac_slurry_cost_cl,3)),IF(curve=1,res_seductor_eq,VLOOKUP(res_eductor_size,seductor_cost_cl,3)),\"NA\"))","v":"NA"},{"$f":"IF(C234=0,\"--\",CHOOSE(res_transfer_method,IF(I234=\"contact vendor\",\"--\",C234*I234),IF(I234=\"contact vendor\",\"--\",C234*I234),\"--\"))","v":"--"},{"$f":"IF(C234=0,\"NA\",VLOOKUP(E234,CHOOSE(res_transfer_method,gac_slurry_cost_cl,seductor_cost_cl),IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$232&\" - \"&B234","v":"Solids Transfer - Manual holding tank solids transfer, no equipment needed"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
[8.1999999999999993,"Residuals Mixers",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["8.2.1","Portable",{"$f":"hmixers","v":0},"units",{"$f":"IF(C236=0,\"NA\",hmix_size)","v":"NA"},{"$f":"IF(C236=0,\"\",\"hp\")","v":""},{"$f":"IF(C236=0,\"NA\",VLOOKUP(hmix_size,port_mix_cost_cl,2))","v":"NA"},{"$f":"IF(C236=0,\"\",\"hp\")","v":""},{"$f":"IF(C236=0,\"NA\",VLOOKUP(hmix_size,port_mix_cost_cl,3))","v":"NA"},{"$f":"IF(C236=0,\"--\",IF(I236=\"contact vendor\",\"--\",C236*I236))","v":"--"},{"$f":"IF(C236=0,\"NA\",VLOOKUP(hmix_size,port_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$235&\" - \"&B236","v":"Residuals Mixers - Portable"},{"$f":"IF(retrofit=1,$W236*X236,IF(ISBLANK(X236),\"\",X236))","v":3},3,3,3,3,3,3,{"$f":"IF(retrofit=1,$W236*AE236,IF(ISBLANK(AE236),\"\",AE236))","v":3},3,0,3,3,3,3,3,3,3,3,3,0,0]
["8.2.1","Mounted",{"$f":"hmixers","v":0},"units",{"$f":"IF(C237=0,\"NA\",hmix_size)","v":"NA"},{"$f":"IF(C237=0,\"\",\"hp\")","v":""},{"$f":"IF(C237=0,\"NA\",IF(curve=1,hmix_size,VLOOKUP(hmix_size,mount_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C237=0,\"\",\"hp\")","v":""},{"$f":"IF(C237=0,\"NA\",IF(curve=1,hmount_mix_eq,VLOOKUP(hmix_size,mount_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(C237=0,\"--\",IF(I237=\"contact vendor\",\"--\",C237*I237))","v":"--"},{"$f":"IF(C237=0,\"NA\",VLOOKUP(hmix_size,mount_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$235&\" - \"&B237","v":"Residuals Mixers - Mounted"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["8.2.1","Impeller",{"$f":"hmixers","v":0},"units",{"$f":"IF(C238=0,\"NA\",hmix_size)","v":"NA"},{"$f":"IF(C238=0,\"\",\"hp\")","v":""},{"$f":"IF(C238=0,\"NA\",IF(curve=1,hmix_size,VLOOKUP(hmix_size,imp_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C238=0,\"\",\"hp\")","v":""},{"$f":"IF(C238=0,\"NA\",IF(curve=1,himp_mix_eq,VLOOKUP(hmix_size,imp_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(C238=0,\"--\",IF(I238=\"contact vendor\",\"--\",C238*I238))","v":"--"},{"$f":"IF(C238=0,\"NA\",VLOOKUP(hmix_size,imp_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$235&\" - \"&B238","v":"Residuals Mixers - Impeller"},2,2,2,2,2,2,2,2,2,0,2,2,2,2,2,2,2,2,2,0,0]
["8.4","Ferric Chloride Storage Tank Mixers",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["8.4.1","Portable",{"$f":"coag_cmixers","v":0},"units",{"$f":"IF(C240=0,\"NA\",coag_cmix_size)","v":"NA"},{"$f":"IF(C240=0,\"\",\"hp\")","v":""},{"$f":"IF(C240=0,\"NA\",VLOOKUP(coag_cmix_size,port_mix_cost_cl,2))","v":"NA"},{"$f":"IF(C240=0,\"\",\"hp\")","v":""},{"$f":"IF(C240=0,\"NA\",VLOOKUP(coag_cmix_size,port_mix_cost_cl,3))","v":"NA"},{"$f":"IF(C240=0,\"--\",IF(I240=\"contact vendor\",\"--\",C240*I240))","v":"--"},{"$f":"IF(C240=0,\"NA\",VLOOKUP(coag_cmix_size,port_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$243&\" - \"&B240","v":"Polymer Storage Tank Mixers - Portable"},{"$f":"IF(retrofit=1,$W240*X240,IF(ISBLANK(X240),\"\",X240))","v":3},{"$f":"IF(retrofit=1,$W240*Y240,IF(ISBLANK(Y240),\"\",Y240))","v":3},{"$f":"IF(retrofit=1,$W240*Z240,IF(ISBLANK(Z240),\"\",Z240))","v":3},{"$f":"IF(retrofit=1,$W240*AA240,IF(ISBLANK(AA240),\"\",AA240))","v":3},{"$f":"IF(retrofit=1,$W240*AB240,IF(ISBLANK(AB240),\"\",AB240))","v":3},{"$f":"IF(retrofit=1,$W240*AC240,IF(ISBLANK(AC240),\"\",AC240))","v":3},{"$f":"IF(retrofit=1,$W240*AD240,IF(ISBLANK(AD240),\"\",AD240))","v":3},{"$f":"IF(retrofit=1,$W240*AE240,IF(ISBLANK(AE240),\"\",AE240))","v":3},{"$f":"IF(retrofit=1,$W240*AF240,IF(ISBLANK(AF240),\"\",AF240))","v":3},0,3,3,3,3,3,3,3,3,3,0,0]
["8.4.1","Mounted",{"$f":"coag_cmixers","v":0},"units",{"$f":"IF(C241=0,\"NA\",coag_cmix_size)","v":"NA"},{"$f":"IF(C241=0,\"\",\"hp\")","v":""},{"$f":"IF(C241=0,\"NA\",IF(curve=1,coag_cmix_size,VLOOKUP(coag_cmix_size,mount_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C241=0,\"\",\"hp\")","v":""},{"$f":"IF(C241=0,\"NA\",IF(curve=1,cmount_mix_eq_coag,VLOOKUP(coag_cmix_size,mount_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(C241=0,\"--\",IF(I241=\"contact vendor\",\"--\",C241*I241))","v":"--"},{"$f":"IF(C241=0,\"NA\",VLOOKUP(coag_cmix_size,mount_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$243&\" - \"&B241","v":"Polymer Storage Tank Mixers - Mounted"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["8.4.1","Impeller",{"$f":"coag_cmixers","v":0},"units",{"$f":"IF(C242=0,\"NA\",coag_cmix_size)","v":"NA"},{"$f":"IF(C242=0,\"\",\"hp\")","v":""},{"$f":"IF(C242=0,\"NA\",IF(curve=1,coag_cmix_size,VLOOKUP(coag_cmix_size,imp_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C242=0,\"\",\"hp\")","v":""},{"$f":"IF(C242=0,\"NA\",IF(curve=1,cimp_mix_eq_coag,VLOOKUP(coag_cmix_size,imp_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(C242=0,\"--\",IF(I242=\"contact vendor\",\"--\",C242*I242))","v":"--"},{"$f":"IF(C242=0,\"NA\",VLOOKUP(coag_cmix_size,imp_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Polymer Storage Tank Mixers - Impeller",2,2,2,2,2,2,2,2,2,0,2,2,2,2,2,2,2,2,2,0,0]
["8.5","Polymer Storage Tank Mixers",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISERROR(K243*L243),0,IF(K243<1,0,L243))","v":0},{"$f":"IF(AG243,J243/K243,0)","v":0}]
["8.5.1","Portable",{"$f":"polymer_cmixers","v":0},"units",{"$f":"IF(C244=0,\"NA\",polymer_cmix_size)","v":"NA"},{"$f":"IF(C244=0,\"\",\"hp\")","v":""},{"$f":"IF(C244=0,\"NA\",VLOOKUP(polymer_cmix_size,port_mix_cost_cl,2))","v":"NA"},{"$f":"IF(C244=0,\"\",\"hp\")","v":""},{"$f":"IF(C244=0,\"NA\",VLOOKUP(polymer_cmix_size,port_mix_cost_cl,3))","v":"NA"},{"$f":"IF(C244=0,\"--\",IF(I244=\"contact vendor\",\"--\",C244*I244))","v":"--"},{"$f":"IF(C244=0,\"NA\",VLOOKUP(polymer_cmix_size,port_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$243&\" - \"&B244","v":"Polymer Storage Tank Mixers - Portable"},{"$f":"IF(retrofit=1,$W244*X244,IF(ISBLANK(X244),\"\",X244))","v":3},{"$f":"IF(retrofit=1,$W244*Y244,IF(ISBLANK(Y244),\"\",Y244))","v":3},{"$f":"IF(retrofit=1,$W244*Z244,IF(ISBLANK(Z244),\"\",Z244))","v":3},{"$f":"IF(retrofit=1,$W244*AA244,IF(ISBLANK(AA244),\"\",AA244))","v":3},{"$f":"IF(retrofit=1,$W244*AB244,IF(ISBLANK(AB244),\"\",AB244))","v":3},{"$f":"IF(retrofit=1,$W244*AC244,IF(ISBLANK(AC244),\"\",AC244))","v":3},{"$f":"IF(retrofit=1,$W244*AD244,IF(ISBLANK(AD244),\"\",AD244))","v":3},{"$f":"IF(retrofit=1,$W244*AE244,IF(ISBLANK(AE244),\"\",AE244))","v":3},{"$f":"IF(retrofit=1,$W244*AF244,IF(ISBLANK(AF244),\"\",AF244))","v":3},0,3,3,3,3,3,3,3,3,3,0,0]
["8.5.1","Mounted",{"$f":"polymer_cmixers","v":0},"units",{"$f":"IF(C245=0,\"NA\",polymer_cmix_size)","v":"NA"},{"$f":"IF(C245=0,\"\",\"hp\")","v":""},{"$f":"IF(C245=0,\"NA\",IF(curve=1,polymer_cmix_size,VLOOKUP(polymer_cmix_size,mount_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C245=0,\"\",\"hp\")","v":""},{"$f":"IF(C245=0,\"NA\",IF(curve=1,cmount_mix_eq_polymer,VLOOKUP(polymer_cmix_size,mount_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(C245=0,\"--\",IF(I245=\"contact vendor\",\"--\",C245*I245))","v":"--"},{"$f":"IF(C245=0,\"NA\",VLOOKUP(polymer_cmix_size,mount_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$243&\" - \"&B245","v":"Polymer Storage Tank Mixers - Mounted"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["8.5.1","Impeller",{"$f":"polymer_cmixers","v":0},"units",{"$f":"IF(C246=0,\"NA\",polymer_cmix_size)","v":"NA"},{"$f":"IF(C246=0,\"\",\"hp\")","v":""},{"$f":"IF(C246=0,\"NA\",IF(curve=1,polymer_cmix_size,VLOOKUP(polymer_cmix_size,imp_mix_cost_cl,2)))","v":"NA"},{"$f":"IF(C246=0,\"\",\"hp\")","v":""},{"$f":"IF(C246=0,\"NA\",IF(curve=1,cimp_mix_eq_polymer,VLOOKUP(polymer_cmix_size,imp_mix_cost_cl,3)))","v":"NA"},{"$f":"IF(C246=0,\"--\",IF(I246=\"contact vendor\",\"--\",C246*I246))","v":"--"},{"$f":"IF(C246=0,\"NA\",VLOOKUP(polymer_cmix_size,imp_mix_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Polymer Storage Tank Mixers - Impeller",2,2,2,2,2,2,2,2,2,0,2,2,2,2,2,2,2,2,2,0,0]
["9.","Media",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["9.1","Initial GAC Charge",{"$f":"GAC","v":640.88490133231778},"lbs","NA",null,"NA",null,{"$f":"IF(curve=1,gac_eq,VLOOKUP(GAC,gac_cost_cl,3))","v":2.0940492961437234},{"$f":"IF(I248=\"contact vendor\",\"--\",C248*I248)","v":1342.0445765440797},{"$f":"VLOOKUP(GAC,gac_cost_cl,IF(ss_cat=\"large\",4,5))","v":"N/A"},1,{"$f":"$B$247&\" - \"&B248","v":"Media - Initial GAC Charge"},{"$f":"IF(retrofit=1,$W248*X248,IF(ISBLANK(X248),\"\",X248))","v":1},1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["10.","On-site GAC Regeneration",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISERROR(K249*L249),0,IF(K249<1,0,L249))","v":0},{"$f":"IF(AG249,J249/K249,0)","v":0}]
["10.1","Multiple Hearth Furnace System",{"$f":"num_furnaces","v":0},"units",{"$f":"IF(C250<>0,furnace_size,\"NA\")","v":"NA"},{"$f":"IF(C250=0,\"\",\"lb/day\")","v":""},{"$f":"IF(C250=0,\"NA\",IF(curve=1,furnace_size,VLOOKUP(furnace_size,on_regen_cost_cl,2)))","v":"NA"},{"$f":"IF(C250=0,\"\",\"lb/day\")","v":""},{"$f":"IF(C250=0,\"NA\",IF(curve=1,on_regen_eq,VLOOKUP(regen_capacity,on_regen_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(C250=0,I250=\"contact vendor\"),\"--\",C250*I250)","v":"--"},{"$f":"IF(C250=0,\"NA\",VLOOKUP(regen_capacity,on_regen_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B249&\" - \"&B250","v":"On-site GAC Regeneration - Multiple Hearth Furnace System"},{"$f":"IF(retrofit=1,$W250*X250,IF(ISBLANK(X250),\"\",X250))","v":1},1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["10.2","Additional Furnace Capacity (Retrofit)",{"$f":"IF(r_new_furnace=1,1,0)","v":0},"units",{"$f":"IF(AND(retrofit=1,regen_type=1),r_inc_regen_capacity,\"NA\")","v":"NA"},{"$f":"IF(OR(retrofit<>1,regen_type<>1),\"\",\"lb/day\")","v":""},{"$f":"IF(OR(retrofit<>1,regen_type<>1),\"NA\",IF(curve=1,r_inc_regen_capacity,VLOOKUP(r_regen_capacity,on_regen_cost_cl,2)-G250))","v":"NA"},{"$f":"IF(OR(retrofit<>1,regen_type<>1),\"\",\"lb/day\")","v":""},{"$f":"IF(C251=0,\"NA\",IF(curve=1,r_on_regen_eq-J250,VLOOKUP(r_regen_capacity,on_regen_cost_cl,3)-J250))","v":"NA"},{"$f":"IF(OR(C251=0,I251=\"contact vendor\"),\"--\",C251*I251)","v":"--"},{"$f":"IF(C251=0,\"NA\",VLOOKUP(regen_capacity,on_regen_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B249&\" - \"&B251","v":"On-site GAC Regeneration - Additional Furnace Capacity (Retrofit)"},{"$f":"IF(retrofit=1,$W251*X251,IF(ISBLANK(X251),\"\",X251))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0]
["10.3","Virgin GAC Storage",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["10.3.1","Concrete Basins (includes Excavation, Backfill, and Compaction)",{"$f":"IF(regen_type<>1,0,storage_basins)","v":0},"units",{"$f":"IF(regen_type<>1,\"NA\",virgin_basin_vol)","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,\"NA\",virgin_basin_vol)","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,0,J253/storage_basins)","v":0},{"$f":"IF(regen_type<>1,0,virgin_conc_vol*VLOOKUP(0,conc_basin_cost_cl,3)+virgin_excavation_vol*VLOOKUP(0,excavate_cost_cl,3)+virgin_backfill_vol*VLOOKUP(0,backfill_cost_cl,3)+virgin_railing*VLOOKUP(\"aluminum railing\",metal_cost_cl,3))","v":0},{"$f":"IF(regen_type<>1,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$252&\" - \"&B253","v":"Virgin GAC Storage - Concrete Basins (includes Excavation, Backfill, and Compaction)"},{"$f":"IF(retrofit=1,$W253*X253,IF(ISBLANK(X253),\"\",X253))","v":1},1,2,1,1,2,1,1,2,0,1,1,2,1,1,2,1,1,2,0,0]
["10.3.1","Steel Tanks",{"$f":"IF(regen_type<>1,0,virgin_tanks)","v":0},"units",{"$f":"IF(regen_type<>1,\"NA\",virgin_tank_vol)","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,\"NA\",IF(curve=1,virgin_tank_vol,VLOOKUP(virgin_tank_vol,st_bwt_cost_cl,2)))","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,0,IF(curve=1,st_vt_eq,VLOOKUP(virgin_tank_vol,st_bwt_cost_cl,3)))","v":0},{"$f":"IF(I254=\"contact vendor\",\"--\",C254*I254)","v":0},{"$f":"IF(regen_type<>1,\"NA\",VLOOKUP(virgin_tank_vol,st_bwt_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$252&\" - \"&B254","v":"Virgin GAC Storage - Steel Tanks"},2,2,1,2,2,1,2,2,1,0,2,2,1,2,2,1,2,2,1,0,0]
["10.4","Spent GAC Storage",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["10.4.1","Concrete Basins (includes Excavation, Backfill, and Compaction)",{"$f":"IF(regen_type<>1,0,storage_basins)","v":0},"units",{"$f":"IF(regen_type<>1,\"NA\",spent_basin_vol)","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,\"NA\",spent_basin_vol)","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,0,J256/storage_basins)","v":0},{"$f":"IF(regen_type<>1,0,spent_conc_vol*VLOOKUP(0,conc_basin_cost_cl,3)+spent_excavation_vol*VLOOKUP(0,excavate_cost_cl,3)+spent_backfill_vol*VLOOKUP(0,backfill_cost_cl,3)+spent_railing*VLOOKUP(\"aluminum railing\",metal_cost_cl,3))","v":0},{"$f":"IF(regen_type<>1,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$255&\" - \"&B256","v":"Spent GAC Storage - Concrete Basins (includes Excavation, Backfill, and Compaction)"},{"$f":"IF(retrofit=1,$W256*X256,IF(ISBLANK(X256),\"\",X256))","v":1},1,2,1,1,2,1,1,2,0,1,1,2,1,1,2,1,1,2,0,0]
["10.4.1","Steel Tanks",{"$f":"IF(regen_type<>1,0,spent_tanks)","v":0},"units",{"$f":"IF(regen_type<>1,\"NA\",spent_tank_vol)","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,\"NA\",IF(curve=1,spent_tank_vol,VLOOKUP(spent_tank_vol,st_bwt_cost_cl,2)))","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,0,IF(curve=1,st_st_eq,VLOOKUP(spent_tank_vol,st_bwt_cost_cl,3)))","v":0},{"$f":"IF(I257=\"contact vendor\",\"--\",C257*I257)","v":0},{"$f":"IF(regen_type<>1,\"NA\",VLOOKUP(spent_tank_vol,st_bwt_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$255&\" - \"&B257","v":"Spent GAC Storage - Steel Tanks"},2,2,1,2,2,1,2,2,1,0,2,2,1,2,2,1,2,2,1,0,0]
["10.5","Regenerated GAC Storage",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["10.5.1","Concrete Basins (includes Excavation, Backfill, and Compaction)",{"$f":"IF(regen_type<>1,0,storage_basins)","v":0},"units",{"$f":"IF(regen_type<>1,\"NA\",regen_basin_vol)","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,\"NA\",regen_basin_vol)","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,0,J259/storage_basins)","v":0},{"$f":"IF(regen_type<>1,0,regen_conc_vol*VLOOKUP(0,conc_basin_cost_cl,3)+regen_excavation_vol*VLOOKUP(0,excavate_cost_cl,3)+regen_backfill_vol*VLOOKUP(0,backfill_cost_cl,3)+regen_railing*VLOOKUP(\"aluminum railing\",metal_cost_cl,3))","v":0},{"$f":"IF(regen_type<>1,\"NA\",VLOOKUP(0,conc_basin_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$258&\" - \"&B259","v":"Regenerated GAC Storage - Concrete Basins (includes Excavation, Backfill, and Compaction)"},{"$f":"IF(retrofit=1,$W259*X259,IF(ISBLANK(X259),\"\",X259))","v":1},1,2,1,1,2,1,1,2,0,1,1,2,1,1,2,1,1,2,0,0]
["10.5.1","Steel Tanks",{"$f":"IF(regen_type<>1,0,regen_tanks)","v":0},"units",{"$f":"IF(regen_type<>1,\"NA\",regen_tank_vol)","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,\"NA\",IF(curve=1,regen_tank_vol,VLOOKUP(regen_tank_vol,st_bwt_cost_cl,2)))","v":"NA"},{"$f":"IF(regen_type<>1,\"\",\"gal\")","v":""},{"$f":"IF(regen_type<>1,0,IF(curve=1,st_rt_eq,VLOOKUP(regen_tank_vol,st_bwt_cost_cl,3)))","v":0},{"$f":"IF(I260=\"contact vendor\",\"--\",C260*I260)","v":0},{"$f":"IF(regen_type<>1,\"NA\",VLOOKUP(regen_tank_vol,st_bwt_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$258&\" - \"&B260","v":"Regenerated GAC Storage - Steel Tanks"},2,2,1,2,2,1,2,2,1,0,2,2,1,2,2,1,2,2,1,0,0]
["11.","Septic System",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["11.1","Septic Tanks",{"$f":"num_sept_tanks","v":0},"units",{"$f":"IF(C262=0,\"NA\",sept_tank_vol)","v":"NA"},{"$f":"IF(C262=0,\"\",\"gal\")","v":""},{"$f":"IF(C262=0,\"NA\",IF(curve=1,sept_tank_vol,VLOOKUP(sept_tank_vol,septic_tank_cost_cl,2)))","v":"NA"},{"$f":"IF(C262=0,\"\",\"gal\")","v":""},{"$f":"IF(C262=0,\"NA\",IF(curve=1,septic_tank_eq,VLOOKUP(sept_tank_vol,septic_tank_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I262=\"contact vendor\",C262=0),\"--\",C262*I262)","v":"--"},{"$f":"IF(C262=0,\"NA\",VLOOKUP(sept_tank_vol,septic_tank_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$261&\" - \"&B262","v":"Septic System - Septic Tanks"},{"$f":"IF(retrofit=1,$W262*X262,IF(ISBLANK(X262),\"\",X262))","v":1},1,1,1,1,1,1,{"$f":"IF(retrofit=1,$W262*AE262,IF(ISBLANK(AE262),\"\",AE262))","v":1},{"$f":"IF(retrofit=1,$W262*AF262,IF(ISBLANK(AF262),\"\",AF262))","v":1},0,1,1,1,1,1,1,1,1,1,0,0]
["11.2","Excavation for Septic Tanks",{"$f":"sept_tank_exav_vol","v":0},"cy","NA",null,"NA",null,{"$f":"IF(C263=0,\"NA\",sept_tank_excav_cost_cl)","v":"NA"},"--",{"$f":"IF(C263=0,\"NA\",VLOOKUP(sept_tank_vol,septic_tank_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Septic System - Excavation for Septic Tanks",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["11.3","Distribution Boxes",{"$f":"sept_dist_boxes","v":0},"units","NA",null,"NA",null,{"$f":"IF(C264=0,\"NA\",VLOOKUP(0,sept_distbox_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C264=0,\"NA\",VLOOKUP(0,sept_distbox_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Septic System - Distribution Boxes",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["11.4","Distribution Pipe (Perforated PVC)",{"$f":"sept_pipe_length","v":0},"lf",{"$f":"IF(C265=0,\"NA\",sept_pipe_diam)","v":"NA"},{"$f":"IF(C265=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C265=0,\"NA\",IF(curve=1,sept_pipe_diam,VLOOKUP(sept_tank_vol,sept_distpipe_cost_cl,2)))","v":"NA"},{"$f":"IF(C265=0,\"\",\"in. diam\")","v":""},{"$f":"IF(C265=0,\"NA\",VLOOKUP(sept_pipe_diam,sept_distpipe_cost_cl,3))","v":"NA"},"--",{"$f":"IF(C265=0,\"NA\",VLOOKUP(sept_pipe_diam,sept_distpipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Septic System - Distribution Pipe (Perforated PVC)",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["11.5","Drain Field Trench Excavation",{"$f":"sept_trench_excav_vol","v":0},"cy","NA",null,"NA",null,{"$f":"IF(C266=0,\"NA\",sept_trench_excav_cost_cl)","v":"NA"},"--",{"$f":"IF(C266=0,\"NA\",VLOOKUP(sept_pipe_diam,sept_distpipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Septic System - Drain Field Trench Excavation",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["11.6","Drain Field Gravel",{"$f":"sept_gravel_vol","v":0},"cy","NA",null,"NA",null,{"$f":"IF(C267=0,\"NA\",sept_gravel_cost_cl)","v":"NA"},"--",{"$f":"IF(C267=0,\"NA\",VLOOKUP(sept_pipe_diam,sept_distpipe_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,"Septic System - Drain Field Gravel",1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
["12.","Solids drying pad",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,0,0]
["12.1","Solids drying pad",{"$f":"IF(solids_pad_area=0,0,1)","v":0},"units",{"$f":"IF(C269=0,\"NA\",solids_pad_concrete)","v":"NA"},{"$f":"IF(C269=0,\"\",\"cy\")","v":""},{"$f":"IF(C269=0,\"NA\",solids_pad_concrete)","v":"NA"},{"$f":"IF(C269=0,\"\",\"cy\")","v":""},{"$f":"IF(C269=0,\"NA\",VLOOKUP(0,conc_pad_cost_cl,3))","v":"NA"},{"$f":"IF(OR(C269=0,I269=\"contact vendor\"),\"--\",E269*I269)","v":"--"},{"$f":"IF(C269=0,\"NA\",VLOOKUP(0,conc_pad_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B269","v":"Solids drying pad"},{"$f":"IF(retrofit=1,$W269*X269,IF(ISBLANK(X269),\"\",X269))","v":1},1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
[12,"Evaporation Pond",null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(retrofit=1,$W270*X270,IF(ISBLANK(X270),\"\",X270))","v":""},"","","","","","","","",null,null,null,null,null,null,null,null,null,null,0,0]
[13.1,"Excavation",{"$f":"ep_cells","v":0},"cells",{"$f":"IF(C271=0,\"NA\",ep_excavation_vol/ep_cells)","v":"NA"},{"$f":"IF(C271=0,\"\",\"cy\")","v":""},{"$f":"IF(C271=0,\"NA\",ep_excavation_vol/ep_cells)","v":"NA"},{"$f":"IF(C271=0,\"\",\"cy\")","v":""},{"$f":"IF(C271=0,\"NA\",VLOOKUP(0,excavate_cost_cl,3)*ep_excavation_vol/ep_cells)","v":"NA"},{"$f":"IF(C271=0,\"--\",IF(I271=\"contact vendor\",\"--\",C271*I271))","v":"--"},{"$f":"IF(C271=0,\"NA\",VLOOKUP(0,ep_liner_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$270&\" - \"&B271","v":"Evaporation Pond - Excavation"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
[13.2,"Backfill",{"$f":"ep_cells","v":0},"cells",{"$f":"IF(C272=0,\"NA\",ep_backfill_vol/ep_cells)","v":"NA"},{"$f":"IF(C272=0,\"\",\"cy\")","v":""},{"$f":"IF(C272=0,\"NA\",ep_backfill_vol/ep_cells)","v":"NA"},{"$f":"IF(C272=0,\"\",\"cy\")","v":""},{"$f":"IF(C272=0,\"NA\",VLOOKUP(0,backfill_cost_cl,3)*ep_excavation_vol/ep_cells)","v":"NA"},{"$f":"IF(C272=0,\"--\",IF(I272=\"contact vendor\",\"--\",C272*I272))","v":"--"},{"$f":"IF(C272=0,\"NA\",VLOOKUP(0,ep_liner_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$270&\" - \"&B272","v":"Evaporation Pond - Backfill"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
[13.3,"Liner",{"$f":"ep_cells","v":0},"cells",{"$f":"IF(C273=0,\"NA\",liner_area/ep_cells)","v":"NA"},{"$f":"IF(C273=0,\"\",\"sf\")","v":""},{"$f":"IF(C273=0,\"NA\",liner_area/ep_cells)","v":"NA"},{"$f":"IF(C273=0,\"\",\"sf\")","v":""},{"$f":"IF(C273=0,\"NA\",VLOOKUP(0,ep_liner_cost_cl,3)*liner_area/ep_cells)","v":"NA"},{"$f":"IF(C273=0,\"--\",IF(I273=\"contact vendor\",\"--\",C273*I273))","v":"--"},{"$f":"IF(C273=0,\"NA\",VLOOKUP(0,ep_liner_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$270&\" - \"&B273","v":"Evaporation Pond - Liner"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
[13.4,"Dike Construction",{"$f":"ep_cells","v":0},"cells",{"$f":"IF(C274=0,\"NA\",dike_volume/ep_cells)","v":"NA"},{"$f":"IF(C274=0,\"\",\"cy\")","v":""},{"$f":"IF(C274=0,\"NA\",dike_volume/ep_cells)","v":"NA"},{"$f":"IF(C274=0,\"\",\"cy\")","v":""},{"$f":"IF(C274=0,\"NA\",ep_dike_construct_cl*dike_volume/ep_cells)","v":"NA"},{"$f":"IF(C274=0,\"--\",IF(I274=\"contact vendor\",\"--\",C274*I274))","v":"--"},{"$f":"IF(C274=0,\"NA\",VLOOKUP(0,ep_liner_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"$B$270&\" - \"&B274","v":"Evaporation Pond - Dike Construction"},1,1,1,1,1,1,1,1,1,0,1,1,1,1,1,1,1,1,1,0,0]
[14,"Building Structures and HVAC",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
[14.1,"Building 1",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["14.1.1","Small Low Cost Shed",{"$f":"IF(AND(build1_fp>0,build1_fp<500),1,0)","v":1},"units",{"$f":"build1_fp","v":30},"sf",{"$f":"build1_fp","v":30},"sf",{"$f":"IF(C277=0,\"NA\",VLOOKUP(build1_fp,bldg_shed_cost_cl,3))","v":50.742289444355997},{"$f":"IF(OR(I277=\"NA\",I277=\"contact vendor\"),\"--\",G277*I277)","v":1522.26868333068},{"$f":"IF($C277=0,\"N/A\",VLOOKUP(build1_fp,bldg_shed_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},1,{"$f":"B275&\" - \"&B276&\" - \"&B277","v":"Building Structures and HVAC - Building 1 - Small Low Cost Shed"},{"$f":"IF(retrofit=1,$W277*X277,IF(ISBLANK(X277),\"\",X277))","v":2},{"$f":"IF(retrofit=1,$W277*Y277,IF(ISBLANK(Y277),\"\",Y277))","v":2},{"$f":"IF(retrofit=1,$W277*Z277,IF(ISBLANK(Z277),\"\",Z277))","v":2},{"$f":"IF(retrofit=1,$W277*AA277,IF(ISBLANK(AA277),\"\",AA277))","v":2},{"$f":"IF(retrofit=1,$W277*AB277,IF(ISBLANK(AB277),\"\",AB277))","v":2},{"$f":"IF(retrofit=1,$W277*AC277,IF(ISBLANK(AC277),\"\",AC277))","v":2},{"$f":"IF(retrofit=1,$W277*AD277,IF(ISBLANK(AD277),\"\",AD277))","v":2},{"$f":"IF(retrofit=1,$W277*AE277,IF(ISBLANK(AE277),\"\",AE277))","v":2},{"$f":"IF(retrofit=1,$W277*AF277,IF(ISBLANK(AF277),\"\",AF277))","v":2},0,{"$f":"IF(include_buildings=1,2,0)","v":2},2,2,2,2,2,2,2,2,1,76.113434166534006,null,{"$f":"IF(AG277,K277,0)","v":20}]
["14.1.1","Low Quality",{"$f":"IF(build1_fp>=500,1,0)","v":0},"units",{"$f":"build1_fp","v":30},"sf",{"$f":"build1_fp","v":30},"sf",{"$f":"IF(C278=0,\"NA\",IF(curve=1,bldg_lo_eq_1,VLOOKUP(build1_fp, bldg_lo_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I278=\"NA\",I278=\"contact vendor\"),\"--\",G278*I278)","v":"--"},{"$f":"IF($C278=0,\"N/A\",VLOOKUP(build1_fp,bldg_lo_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},0,{"$f":"B275&\" - \"&B276&\" - \"&B278","v":"Building Structures and HVAC - Building 1 - Low Quality"},1,"","",1,"","",1,"","",0,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,0,0,null,{"$f":"IF(AG278,K278,0)","v":0}]
["14.1.1","Medium Quality",{"$f":"IF(build1_fp>=500,1,0)","v":0},"units",{"$f":"build1_fp","v":30},"sf",{"$f":"build1_fp","v":30},"sf",{"$f":"IF(C279=0,\"NA\",IF(curve=1,bldg_mid_eq_1,VLOOKUP(build1_fp, bldg_mid_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I279=\"NA\",I279=\"contact vendor\"),\"--\",G279*I279)","v":"--"},{"$f":"IF($C279=0,\"N/A\",VLOOKUP(build1_fp,bldg_mid_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},0,{"$f":"B275&\" - \"&B276&\" - \"&B279","v":"Building Structures and HVAC - Building 1 - Medium Quality"},"",1,"","",1,"","",1,"",0,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,0,0,null,{"$f":"IF(AG279,K279,0)","v":0}]
["14.1.1","High Quality",{"$f":"IF(build1_fp>=500,1,0)","v":0},"units",{"$f":"build1_fp","v":30},"sf",{"$f":"build1_fp","v":30},"sf",{"$f":"IF(C280=0,\"NA\",IF(curve=1,bldg_hi_eq_1,VLOOKUP(build1_fp, bldg_hi_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I280=\"NA\",I280=\"contact vendor\"),\"--\",G280*I280)","v":"--"},{"$f":"IF($C280=0,\"N/A\",VLOOKUP(build1_fp,bldg_hi_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},0,{"$f":"B275&\" - \"&B276&\" - \"&B280","v":"Building Structures and HVAC - Building 1 - High Quality"},{"$f":"IF(retrofit=1,$W280*X280,IF(ISBLANK(X280),\"\",X280))","v":""},"",1,"","",1,"","",1,0,null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},0,0,null,{"$f":"IF(AG280,K280,0)","v":0}]
["14.1.2",{"$f":"\"Heating System\"&IF(build1_heat=\"heat pump\",\" (included with cooling system)\",\"\")","v":"Heating System"},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,0,0]
["14.1.2.1","Electric resistance",{"$f":"IF(build1_heat=\"heat pump\",\"NA\",IF(build1_need_heat,build1_zones,\"NA\"))","v":"NA"},{"$f":"IF(C282=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C282=\"NA\",\"NA\",build1_heat_mbh)","v":"NA"},{"$f":"IF(C282=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C282=\"NA\",\"NA\",IF(curve=1,build1_heat_mbh,VLOOKUP(build1_heat_mbh,hvac_elec_cost_cl,2)))","v":"NA"},{"$f":"IF(C282=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C282=\"NA\",\"NA\",IF(curve=1,hvac_elec_eq_1,VLOOKUP(build1_heat_mbh,hvac_elec_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I282=\"NA\",I282=\"contact vendor\"),\"--\",C282*I282)","v":"--"},{"$f":"IF(C282=\"NA\",\"NA\",VLOOKUP(build1_heat_mbh,hvac_elec_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B276&\" - \"&B281&\" - \"&B282","v":"Building Structures and HVAC - Building 1 - Heating System - Electric resistance"},{"$f":"IF(include_HVAC=0,0,IF(retrofit=1,$W282*X282,IF(ISBLANK(X282),\"\",X282)))","v":0},0,0,0,0,0,0,0,0,0,{"$f":"IF(build1_heat=$B282,1,0)","v":0},0,0,0,0,0,0,0,0,0,0]
["14.1.2.1","Natural gas non-condensing furnace",{"$f":"IF(build1_heat=\"heat pump\",\"NA\",IF(build1_need_heat,build1_zones,\"NA\"))","v":"NA"},{"$f":"IF(C283=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C283=\"NA\",\"NA\",build1_heat_mbh)","v":"NA"},{"$f":"IF(C283=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C283=\"NA\",\"NA\",IF(curve=1,build1_heat_mbh,VLOOKUP(build1_heat_mbh,hvac_gas_non_cost_cl,2)))","v":"NA"},{"$f":"IF(C283=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C283=\"NA\",\"NA\",IF(curve=1,hvac_gas_non_eq_1,VLOOKUP(build1_heat_mbh,hvac_gas_non_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I283=\"NA\",I283=\"contact vendor\"),\"--\",C283*I283)","v":"--"},{"$f":"IF(C283=\"NA\",\"NA\",VLOOKUP(build1_heat_mbh,hvac_gas_non_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B276&\" - \"&B281&\" - \"&B283","v":"Building Structures and HVAC - Building 1 - Heating System - Natural gas non-condensing furnace"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["14.1.2.1","Natural gas condensing furnace",{"$f":"IF(build1_heat=\"heat pump\",\"NA\",IF(build1_need_heat,build1_zones,\"NA\"))","v":"NA"},{"$f":"IF(C284=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C284=\"NA\",\"NA\",build1_heat_mbh)","v":"NA"},{"$f":"IF(C284=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C284=\"NA\",\"NA\",IF(curve=1,build1_heat_mbh,VLOOKUP(build1_heat_mbh,hvac_gas_cost_cl,2)))","v":"NA"},{"$f":"IF(C284=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C284=\"NA\",\"NA\",IF(curve=1,hvac_gas_eq_1,VLOOKUP(build1_heat_mbh,hvac_gas_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I284=\"NA\",I284=\"contact vendor\"),\"--\",C284*I284)","v":"--"},{"$f":"IF(C284=\"NA\",\"NA\",VLOOKUP(build1_heat_mbh,hvac_gas_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B276&\" - \"&B281&\" - \"&B284","v":"Building Structures and HVAC - Building 1 - Heating System - Natural gas condensing furnace"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["14.1.2.1","Standard efficiency oil furnace",{"$f":"IF(build1_heat=\"heat pump\",\"NA\",IF(build1_need_heat,build1_zones,\"NA\"))","v":"NA"},{"$f":"IF(C285=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C285=\"NA\",\"NA\",build1_heat_mbh)","v":"NA"},{"$f":"IF(C285=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C285=\"NA\",\"NA\",IF(curve=1,build1_heat_mbh,VLOOKUP(E285,hvac_oil_std_cost_cl,2)))","v":"NA"},{"$f":"IF(C285=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C285=\"NA\",\"NA\",IF(curve=1,hvac_oil_std_eq_1,VLOOKUP(build1_heat_mbh,hvac_oil_std_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I285=\"NA\",I285=\"contact vendor\"),\"--\",C285*I285)","v":"--"},{"$f":"IF(C285=\"NA\",\"NA\",VLOOKUP(build1_heat_mbh,hvac_oil_std_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B276&\" - \"&B281&\" - \"&B285","v":"Building Structures and HVAC - Building 1 - Heating System - Standard efficiency oil furnace"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["14.1.2.1","Mid-efficiency oil furnace",{"$f":"IF(build1_heat=\"heat pump\",\"NA\",IF(build1_need_heat,build1_zones,\"NA\"))","v":"NA"},{"$f":"IF(C286=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C286=\"NA\",\"NA\",build1_heat_mbh)","v":"NA"},{"$f":"IF(C286=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C286=\"NA\",\"NA\",IF(curve=1,build1_heat_mbh,VLOOKUP(build1_heat_mbh,hvac_oil_mid_cost_cl,2)))","v":"NA"},{"$f":"IF(C286=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C286=\"NA\",\"NA\",IF(curve=1,hvac_oil_mid_eq_1,VLOOKUP(build1_heat_mbh,hvac_oil_mid_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I286=\"NA\",I286=\"contact vendor\"),\"--\",C286*I286)","v":"--"},{"$f":"IF(C286=\"NA\",\"NA\",VLOOKUP(build1_heat_mbh,hvac_oil_mid_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B276&\" - \"&B281&\" - \"&B286","v":"Building Structures and HVAC - Building 1 - Heating System - Mid-efficiency oil furnace"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["14.1.3",{"$f":"IF(build1_heat=\"heat pump\",\"Heating and \",\"\")&\"Cooling System\"","v":"Cooling System"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["14.1.3.1","Air conditioner",{"$f":"IF(build1_need_cool,build1_zones,\"NA\")","v":"NA"},{"$f":"IF(C288=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C288=\"NA\",\"NA\",build1_cooling_tons)","v":"NA"},{"$f":"IF(C288=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C288=\"NA\",\"NA\",IF(curve=1,build1_cooling_tons,VLOOKUP(build1_cooling_tons,hvac_ac_cost_cl,2)))","v":"NA"},{"$f":"IF(C288=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C288=\"NA\",\"NA\",IF(curve=1,hvac_ac_eq_1,VLOOKUP(build1_cooling_tons,hvac_ac_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I288=\"NA\",I288=\"contact vendor\"),\"--\",C288*I288)","v":"--"},{"$f":"IF(C288=\"NA\",\"NA\",VLOOKUP(build1_cooling_tons,hvac_ac_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B276&\" - \"&B287&\" - \"&B288","v":"Building Structures and HVAC - Building 1 - Cooling System - Air conditioner"},{"$f":"IF(include_HVAC=0,0,IF(retrofit=1,$W288*X288,IF(ISBLANK(X288),\"\",X288)))","v":0},0,0,0,0,0,0,0,0,0,{"$f":"IF(build1_cool=$B288,1,0)","v":0},0,0,0,0,0,0,0,0,0,0]
["14.1.3.1","Heat pump",{"$f":"IF(AND(hp_ok_1,build1_need_cool),build1_zones,\"NA\")","v":"NA"},{"$f":"IF(C289=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C289=\"NA\",\"NA\",build1_cooling_tons)","v":"NA"},{"$f":"IF(C289=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C289=\"NA\",\"NA\",IF(curve=1,build1_cooling_tons,VLOOKUP(build1_cooling_tons,hvac_hp_cost_cl,2)))","v":"NA"},{"$f":"IF(C289=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C289=\"NA\",\"NA\",IF(curve=1,hvac_hp_eq_1,VLOOKUP(build1_cooling_tons,hvac_hp_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I289=\"NA\",I289=\"contact vendor\"),\"--\",C289*I289)","v":"--"},{"$f":"IF(C289=\"NA\",\"NA\",VLOOKUP(build1_cooling_tons,hvac_hp_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B276&\" - \"&B287&\" - \"&B289","v":"Building Structures and HVAC - Building 1 - Cooling System - Heat pump"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[14.2,"Building 2",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["14.2.1","Small Low Cost Shed",{"$f":"IF(AND(build2_fp>0,build2_fp<500),1,0)","v":0},"units",{"$f":"build2_fp","v":0},"sf",{"$f":"build2_fp","v":0},"sf",{"$f":"IF(C291=0,\"NA\",VLOOKUP(build2_fp,bldg_shed_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I291=\"NA\",I291=\"contact vendor\"),\"--\",G291*I291)","v":"--"},{"$f":"IF($C291=0,\"N/A\",VLOOKUP(build2_fp,bldg_shed_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"B275&\" - \"&B290&\" - \"&B291","v":"Building Structures and HVAC - Building 2 - Small Low Cost Shed"},2,2,2,2,2,2,2,2,2,0,{"$f":"IF(include_buildings=1,2,0)","v":2},2,2,2,2,2,2,2,2,0,0,null,{"$f":"IF(AG291,K291,0)","v":0}]
["14.2.1","Low Quality",{"$f":"IF(build2_fp>=500,1,0)","v":0},"units",{"$f":"build2_fp","v":0},"sf",{"$f":"build2_fp","v":0},"sf",{"$f":"IF(C292=0,\"NA\",IF(curve=1,bldg_lo_eq_2,VLOOKUP(build2_fp, bldg_lo_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I292=\"NA\",I292=\"contact vendor\"),\"--\",G292*I292)","v":"--"},{"$f":"IF($C292=0,\"N/A\",VLOOKUP(build2_fp,bldg_lo_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"B275&\" - \"&B290&\" - \"&B292","v":"Building Structures and HVAC - Building 2 - Low Quality"},1,"","",1,"","",1,"","",0,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,0,0,null,{"$f":"IF(AG292,K292,0)","v":0}]
["14.2.1","Medium Quality",{"$f":"IF(build2_fp>=500,1,0)","v":0},"units",{"$f":"build2_fp","v":0},"sf",{"$f":"build2_fp","v":0},"sf",{"$f":"IF(C293=0,\"NA\",IF(curve=1,bldg_mid_eq_2,VLOOKUP(build2_fp, bldg_mid_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I293=\"NA\",I293=\"contact vendor\"),\"--\",G293*I293)","v":"--"},{"$f":"IF($C293=0,\"N/A\",VLOOKUP(build2_fp,bldg_mid_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"B275&\" - \"&B290&\" - \"&B293","v":"Building Structures and HVAC - Building 2 - Medium Quality"},"",1,"","",1,"","",1,"",0,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,0,0,null,{"$f":"IF(AG293,K293,0)","v":0}]
["14.2.1","High Quality",{"$f":"IF(build2_fp>=500,1,0)","v":0},"units",{"$f":"build2_fp","v":0},"sf",{"$f":"build2_fp","v":0},"sf",{"$f":"IF(C294=0,\"NA\",IF(curve=1,bldg_hi_eq_2,VLOOKUP(build2_fp, bldg_hi_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I294=\"NA\",I294=\"contact vendor\"),\"--\",G294*I294)","v":"--"},{"$f":"IF($C294=0,\"N/A\",VLOOKUP(build2_fp,bldg_hi_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"B275&\" - \"&B290&\" - \"&B294","v":"Building Structures and HVAC - Building 2 - High Quality"},"","",1,"","",1,"","",1,0,null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},0,0,null,{"$f":"IF(AG294,K294,0)","v":0}]
["14.2.2",{"$f":"\"Heating System\"&IF(build2_heat=\"heat pump\",\" (included with cooling system)\",\"\")","v":"Heating System"},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,0,0]
["14.2.2.1","Electric resistance",{"$f":"IF(build2_heat=\"heat pump\",\"NA\",IF(build2_need_heat,build2_zones,\"NA\"))","v":"NA"},{"$f":"IF(C296=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C296=\"NA\",\"NA\",build2_heat_mbh)","v":"NA"},{"$f":"IF(C296=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C296=\"NA\",\"NA\",IF(curve=1,build2_heat_mbh,VLOOKUP(build2_heat_mbh,hvac_elec_cost_cl,2)))","v":"NA"},{"$f":"IF(C296=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C296=\"NA\",\"NA\",IF(curve=1,hvac_elec_eq_2,VLOOKUP(build2_heat_mbh,hvac_elec_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I296=\"NA\",I296=\"contact vendor\"),\"--\",C296*I296)","v":"--"},{"$f":"IF(C296=\"NA\",\"NA\",VLOOKUP(build2_heat_mbh,hvac_elec_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B290&\" - \"&B295&\" - \"&B296","v":"Building Structures and HVAC - Building 2 - Heating System - Electric resistance"},{"$f":"IF(include_HVAC=0,0,IF(retrofit=1,$W296*X296,IF(ISBLANK(X296),\"\",X296)))","v":0},0,0,0,0,0,0,0,0,0,{"$f":"IF(build2_heat=$B296,1,0)","v":0},0,0,0,0,0,0,0,0,0,0]
["14.2.2.1","Natural gas non-condensing furnace",{"$f":"IF(build2_heat=\"heat pump\",\"NA\",IF(build2_need_heat,build2_zones,\"NA\"))","v":"NA"},{"$f":"IF(C297=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C297=\"NA\",\"NA\",build2_heat_mbh)","v":"NA"},{"$f":"IF(C297=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C297=\"NA\",\"NA\",IF(curve=1,build2_heat_mbh,VLOOKUP(build2_heat_mbh,hvac_gas_non_cost_cl,2)))","v":"NA"},{"$f":"IF(C297=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C297=\"NA\",\"NA\",IF(curve=1,hvac_gas_non_eq_2,VLOOKUP(build2_heat_mbh,hvac_gas_non_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I297=\"NA\",I297=\"contact vendor\"),\"--\",C297*I297)","v":"--"},{"$f":"IF(C297=\"NA\",\"NA\",VLOOKUP(build2_heat_mbh,hvac_gas_non_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B290&\" - \"&B295&\" - \"&B297","v":"Building Structures and HVAC - Building 2 - Heating System - Natural gas non-condensing furnace"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["14.2.2.1","Natural gas condensing furnace",{"$f":"IF(build2_heat=\"heat pump\",\"NA\",IF(build2_need_heat,build2_zones,\"NA\"))","v":"NA"},{"$f":"IF(C298=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C298=\"NA\",\"NA\",build2_heat_mbh)","v":"NA"},{"$f":"IF(C298=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C298=\"NA\",\"NA\",IF(curve=1,build2_heat_mbh,VLOOKUP(build2_heat_mbh,hvac_gas_cost_cl,2)))","v":"NA"},{"$f":"IF(C298=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C298=\"NA\",\"NA\",IF(curve=1,hvac_gas_eq_2,VLOOKUP(build2_heat_mbh,hvac_gas_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I298=\"NA\",I298=\"contact vendor\"),\"--\",C298*I298)","v":"--"},{"$f":"IF(C298=\"NA\",\"NA\",VLOOKUP(build2_heat_mbh,hvac_gas_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B290&\" - \"&B295&\" - \"&B298","v":"Building Structures and HVAC - Building 2 - Heating System - Natural gas condensing furnace"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["14.2.2.1","Standard efficiency oil furnace",{"$f":"IF(build2_heat=\"heat pump\",\"NA\",IF(build2_need_heat,build2_zones,\"NA\"))","v":"NA"},{"$f":"IF(C299=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C299=\"NA\",\"NA\",build2_heat_mbh)","v":"NA"},{"$f":"IF(C299=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C299=\"NA\",\"NA\",IF(curve=1,build2_heat_mbh,VLOOKUP(E299,hvac_oil_std_cost_cl,2)))","v":"NA"},{"$f":"IF(C299=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C299=\"NA\",\"NA\",IF(curve=1,hvac_oil_std_eq_2,VLOOKUP(build2_heat_mbh,hvac_oil_std_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I299=\"NA\",I299=\"contact vendor\"),\"--\",C299*I299)","v":"--"},{"$f":"IF(C299=\"NA\",\"NA\",VLOOKUP(build2_heat_mbh,hvac_oil_std_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B290&\" - \"&B295&\" - \"&B299","v":"Building Structures and HVAC - Building 2 - Heating System - Standard efficiency oil furnace"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["14.2.2.1","Mid-efficiency oil furnace",{"$f":"IF(build2_heat=\"heat pump\",\"NA\",IF(build2_need_heat,build2_zones,\"NA\"))","v":"NA"},{"$f":"IF(C300=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C300=\"NA\",\"NA\",build2_heat_mbh)","v":"NA"},{"$f":"IF(C300=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C300=\"NA\",\"NA\",IF(curve=1,build2_heat_mbh,VLOOKUP(build2_heat_mbh,hvac_oil_mid_cost_cl,2)))","v":"NA"},{"$f":"IF(C300=\"NA\",\"\",\"MBH\")","v":""},{"$f":"IF(C300=\"NA\",\"NA\",IF(curve=1,hvac_oil_mid_eq_2,VLOOKUP(build2_heat_mbh,hvac_oil_mid_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I300=\"NA\",I300=\"contact vendor\"),\"--\",C300*I300)","v":"--"},{"$f":"IF(C300=\"NA\",\"NA\",VLOOKUP(build2_heat_mbh,hvac_oil_mid_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B290&\" - \"&B295&\" - \"&B300","v":"Building Structures and HVAC - Building 2 - Heating System - Mid-efficiency oil furnace"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["14.2.3",{"$f":"IF(build2_heat=\"heat pump\",\"Heating and \",\"\")&\"Cooling System\"","v":"Cooling System"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["14.2.3.1","Air conditioner",{"$f":"IF(build2_need_cool,build2_zones,\"NA\")","v":"NA"},{"$f":"IF(C302=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C302=\"NA\",\"NA\",build2_cooling_tons)","v":"NA"},{"$f":"IF(C302=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C302=\"NA\",\"NA\",IF(curve=1,build2_cooling_tons,VLOOKUP(build2_cooling_tons,hvac_ac_cost_cl,2)))","v":"NA"},{"$f":"IF(C302=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C302=\"NA\",\"NA\",IF(curve=1,hvac_ac_eq_2,VLOOKUP(build2_cooling_tons,hvac_ac_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I302=\"NA\",I302=\"contact vendor\"),\"--\",C302*I302)","v":"--"},{"$f":"IF(C302=\"NA\",\"NA\",VLOOKUP(build2_cooling_tons,hvac_ac_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B290&\" - \"&B301&\" - \"&B302","v":"Building Structures and HVAC - Building 2 - Cooling System - Air conditioner"},{"$f":"IF(include_HVAC=0,0,IF(retrofit=1,$W302*X302,IF(ISBLANK(X302),\"\",X302)))","v":0},0,0,0,0,0,0,0,0,0,{"$f":"IF(build2_cool=$B302,1,0)","v":0},0,0,0,0,0,0,0,0,0,0]
["14.2.3.1","Heat pump",{"$f":"IF(AND(hp_ok_2,build2_need_cool),build2_zones,\"NA\")","v":"NA"},{"$f":"IF(C303=\"NA\",\"\",\"zones\")","v":""},{"$f":"IF(C303=\"NA\",\"NA\",build2_cooling_tons)","v":"NA"},{"$f":"IF(C303=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C303=\"NA\",\"NA\",IF(curve=1,build2_cooling_tons,VLOOKUP(build2_cooling_tons,hvac_hp_cost_cl,2)))","v":"NA"},{"$f":"IF(C303=\"NA\",\"\",\"tons\")","v":""},{"$f":"IF(C303=\"NA\",\"NA\",IF(curve=1,hvac_hp_eq_2,VLOOKUP(build2_cooling_tons,hvac_hp_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I303=\"NA\",I303=\"contact vendor\"),\"--\",C303*I303)","v":"--"},{"$f":"IF(C303=\"NA\",\"NA\",VLOOKUP(build2_cooling_tons,hvac_hp_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"NA"},null,{"$f":"B275&\" - \"&B290&\" - \"&B301&\" - \"&B303","v":"Building Structures and HVAC - Building 2 - Cooling System - Heat pump"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["14.3","Building 1 Addition/Incremental Useage (Retrofit)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["14.3.1","Small Low Cost Shed",{"$f":"IF(AND(r_new_furnace=1,r_inc_build1_fp>0,build1_fp<500),1,0)","v":0},"units",{"$f":"IF($C305=0,0,r_inc_build1_fp)","v":0},"sf",{"$f":"IF($C305=0,0,r_inc_build1_fp)","v":0},"sf",{"$f":"IF(C305=0,\"NA\",VLOOKUP(r_inc_build1_fp,bldg_shed_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I305=\"NA\",I305=\"contact vendor\"),\"--\",G305*I305)","v":"--"},{"$f":"IF($C305=0,\"N/A\",VLOOKUP(r_inc_build1_fp,bldg_shed_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$275&\" - \"&$B$304&\" - \"&B305","v":"Building Structures and HVAC - Building 1 Addition/Incremental Useage (Retrofit) - Small Low Cost Shed"},{"$f":"IF(retrofit=1,$W305*X305,IF(ISBLANK(X305),\"\",X305))","v":2},2,2,2,2,2,2,2,2,1,{"$f":"IF(include_buildings=1,2,0)","v":2},2,2,2,2,2,2,2,2,0,0,null,{"$f":"IF(AG305,K305,0)","v":0}]
["14.3.1","Low Quality",{"$f":"IF(AND(r_new_furnace=1,r_inc_build1_fp>0,build1_fp>=500),1,0)","v":0},"units",{"$f":"IF($C306=0,0,r_inc_build1_fp)","v":0},"sf",{"$f":"IF($C306=0,0,r_inc_build1_fp)","v":0},"sf",{"$f":"IF(C306=0,\"NA\",IF(curve=1,bldg_lo_eq_1_r,VLOOKUP(r_inc_build1_fp, bldg_lo_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I306=\"NA\",I306=\"contact vendor\"),\"--\",G306*I306)","v":"--"},{"$f":"IF($C306=0,\"N/A\",VLOOKUP(r_inc_build1_fp,bldg_lo_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$275&\" - \"&$B$304&\" - \"&B306","v":"Building Structures and HVAC - Building 1 Addition/Incremental Useage (Retrofit) - Low Quality"},1,"","",1,"","",1,"","",1,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,0,0,null,{"$f":"IF(AG306,K306,0)","v":0}]
["14.3.1","Medium Quality",{"$f":"IF(AND(r_new_furnace=1,r_inc_build1_fp>0,build1_fp>=500),1,0)","v":0},"units",{"$f":"IF($C307=0,0,r_inc_build1_fp)","v":0},"sf",{"$f":"IF($C307=0,0,r_inc_build1_fp)","v":0},"sf",{"$f":"IF(C307=0,\"NA\",IF(curve=1,bldg_mid_eq_1_r,VLOOKUP(r_inc_build1_fp, bldg_mid_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I307=\"NA\",I307=\"contact vendor\"),\"--\",G307*I307)","v":"--"},{"$f":"IF($C307=0,\"N/A\",VLOOKUP(r_inc_build1_fp,bldg_mid_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$275&\" - \"&$B$304&\" - \"&B307","v":"Building Structures and HVAC - Building 1 Addition/Incremental Useage (Retrofit) - Medium Quality"},"",1,"","",1,"","",1,"",1,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,0,0,null,{"$f":"IF(AG307,K307,0)","v":0}]
["14.3.1","High Quality",{"$f":"IF(AND(r_new_furnace=1,r_inc_build1_fp>0,build1_fp>=500),1,0)","v":0},"units",{"$f":"IF($C308=0,0,r_inc_build1_fp)","v":0},"sf",{"$f":"IF($C308=0,0,r_inc_build1_fp)","v":0},"sf",{"$f":"IF(C308=0,\"NA\",IF(curve=1,bldg_hi_eq_1_r,VLOOKUP(r_inc_build1_fp, bldg_hi_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I308=\"NA\",I308=\"contact vendor\"),\"--\",G308*I308)","v":"--"},{"$f":"IF($C308=0,\"N/A\",VLOOKUP(r_inc_build1_fp,bldg_hi_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$275&\" - \"&$B$304&\" - \"&B308","v":"Building Structures and HVAC - Building 1 Addition/Incremental Useage (Retrofit) - High Quality"},"","",1,"","",1,"","",1,1,null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},0,0,null,{"$f":"IF(AG308,K308,0)","v":0}]
["14.4","Building 2 Addition/Incremental Useage (Retrofit)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
["14.4.1","Small Low Cost Shed",{"$f":"IF(AND(r_new_furnace=1,r_inc_build2_fp>0,build2_fp<500),1,0)","v":0},"units",{"$f":"IF($C310=0,0,r_inc_build2_fp)","v":0},"sf",{"$f":"IF($C310=0,0,r_inc_build2_fp)","v":0},"sf",{"$f":"IF(C310=0,\"NA\",VLOOKUP(r_inc_build2_fp,bldg_shed_cost_cl,3))","v":"NA"},{"$f":"IF(OR(I310=\"NA\",I310=\"contact vendor\"),\"--\",G310*I310)","v":"--"},{"$f":"IF($C310=0,\"N/A\",VLOOKUP(r_inc_build2_fp,bldg_shed_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$275&\" - \"&$B$309&\" - \"&B310","v":"Building Structures and HVAC - Building 2 Addition/Incremental Useage (Retrofit) - Small Low Cost Shed"},{"$f":"IF(retrofit=1,$W310*X310,IF(ISBLANK(X310),\"\",X310))","v":2},2,2,2,2,2,2,2,2,1,{"$f":"IF(include_buildings=1,2,0)","v":2},2,2,2,2,2,2,2,2,0,0,null,{"$f":"IF(AG310,K310,0)","v":0}]
["14.4.1","Low Quality",{"$f":"IF(AND(r_new_furnace=1,r_inc_build2_fp>0,build2_fp>=500),1,0)","v":0},"units",{"$f":"IF($C311=0,0,r_inc_build2_fp)","v":0},"sf",{"$f":"IF($C311=0,0,r_inc_build2_fp)","v":0},"sf",{"$f":"IF(C311=0,\"NA\",IF(curve=1,bldg_lo_eq_2_r,VLOOKUP(r_inc_build2_fp, bldg_lo_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I311=\"NA\",I311=\"contact vendor\"),\"--\",G311*I311)","v":"--"},{"$f":"IF($C311=0,\"N/A\",VLOOKUP(r_inc_build2_fp,bldg_lo_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$275&\" - \"&$B$309&\" - \"&B311","v":"Building Structures and HVAC - Building 2 Addition/Incremental Useage (Retrofit) - Low Quality"},1,"","",1,"","",1,"","",1,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,0,0,null,{"$f":"IF(AG311,K311,0)","v":0}]
["14.4.1","Medium Quality",{"$f":"IF(AND(r_new_furnace=1,r_inc_build2_fp>0,build2_fp>=500),1,0)","v":0},"units",{"$f":"IF($C312=0,0,r_inc_build2_fp)","v":0},"sf",{"$f":"IF($C312=0,0,r_inc_build2_fp)","v":0},"sf",{"$f":"IF(C312=0,\"NA\",IF(curve=1,bldg_mid_eq_2_r,VLOOKUP(r_inc_build2_fp, bldg_mid_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I312=\"NA\",I312=\"contact vendor\"),\"--\",G312*I312)","v":"--"},{"$f":"IF($C312=0,\"N/A\",VLOOKUP(r_inc_build2_fp,bldg_mid_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$275&\" - \"&$B$309&\" - \"&B312","v":"Building Structures and HVAC - Building 2 Addition/Incremental Useage (Retrofit) - Medium Quality"},"",1,"","",1,"","",1,"",1,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,0,{"$f":"IF(AG312,J312/K312,0)","v":0},null,{"$f":"IF(AG312,K312,0)","v":0}]
["14.4.1","High Quality",{"$f":"IF(AND(r_new_furnace=1,r_inc_build2_fp>0,build2_fp>=500),1,0)","v":0},"units",{"$f":"IF($C313=0,0,r_inc_build2_fp)","v":0},"sf",{"$f":"IF($C313=0,0,r_inc_build2_fp)","v":0},"sf",{"$f":"IF(C313=0,\"NA\",IF(curve=1,bldg_hi_eq_2_r,VLOOKUP(r_inc_build2_fp, bldg_hi_cost_cl,3)))","v":"NA"},{"$f":"IF(OR(I313=\"NA\",I313=\"contact vendor\"),\"--\",G313*I313)","v":"--"},{"$f":"IF($C313=0,\"N/A\",VLOOKUP(r_inc_build2_fp,bldg_hi_cost_cl,IF(ss_cat=\"large\",4,5)))","v":"N/A"},null,{"$f":"$B$275&\" - \"&$B$309&\" - \"&B313","v":"Building Structures and HVAC - Building 2 Addition/Incremental Useage (Retrofit) - High Quality"},"","",1,"","",1,"","",1,1,null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},null,null,{"$f":"include_buildings","v":1},0,0,null,{"$f":"IF(AG313,K313,0)","v":0}]
["14.5",{"$f":"\"Concrete Pad\"&IF(retrofit=1,\" (for retrofit)\",\"\")","v":"Concrete Pad"},{"$f":"IF(retrofit=0,1,r_new_furnace)","v":1},"units",{"$f":"IF($C314=0,\"NA\",IF(retrofit=0,concrete,r_concrete))","v":1},{"$f":"IF($C314=0,\"\",\"cy\")","v":"cy"},{"$f":"IF($C314=0,\"NA\",IF(retrofit=0,concrete,r_concrete))","v":1},{"$f":"IF($C314=0,\"\",\"cy\")","v":"cy"},{"$f":"IF(C314=0,\"NA\",VLOOKUP(0,conc_pad_cost_cl,3))","v":492.74999999999994},{"$f":"IF(C314=0,\"--\",IF(I314=\"contact vendor\",\"--\",E314*I314))","v":492.74999999999994},{"$f":"IF(C314=0,\"N/A\",VLOOKUP(0,conc_pad_cost_cl,IF(ss_cat=\"large\",4,5)))","v":37},1,{"$f":"B275&\" - \"&B314","v":"Building Structures and HVAC - Concrete Pad"},{"$f":"IF(retrofit=1,$W314*X314,IF(ISBLANK(X314),\"\",X314))","v":1},1,1,{"$f":"IF(retrofit=1,$W314*AA314,IF(ISBLANK(AA314),\"\",AA314))","v":1},1,1,1,1,{"$f":"IF(retrofit=1,$W314*AF314,IF(ISBLANK(AF314),\"\",AF314))","v":1},1,{"$f":"include_pad","v":1},1,1,1,1,1,1,1,1,1,13.317567567567567]
[]
["Total of direct line items above:",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,null,"direct_for_UL","total_direct_depreciation",null,"build_UL"]
[null,"Direct cost category","Total","Guidance",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,{"$f":"SUMPRODUCT(AG40:AG314,J40:J314)","v":36808.541632903842},{"$f":"SUM(AH40:AH314)","v":2747.3529859016066},null,{"$f":"MAX(AJ277:AJ280,AJ291:AJ294,AJ305:AJ308,AJ310:AJ313)","v":20}]
[null,"Process costs",{"$f":"SUMPRODUCT(J40:J274,L40:L274)","v":36135.567526117244},"Excludes alternate cost line items in italics, without a 1 in the \"Use?\" column. Includes installation, transportation, and O&P"]
[null,"Building costs",{"$f":"SUMPRODUCT(J277:J314,L277:L314)","v":2015.01868333068},"See input sheet to exclude buildings/HVAC; indirect assumptions sheet to exclude concrete pad"]
[null,{"$f":"\"Total direct costs\"&IF(retrofit=1,\" for retrofit\",\"\")","v":"Total direct costs"},{"$f":"process_cost+building_cost","v":38150.586209447923},"Total of process and building costs"]
[]
["Add-on Cost Details (See indirect assumptions sheet to exclude individual add-on items)"]
[null,"Add-on Line Item","Total","Guidance"]
[null,"Permits",{"$f":"include_permits*IF(retrofit=0,permit_cost,r_permit_cost)","v":2870.4735719501873}]
[null,"Pilot Study",{"$f":"IF(add_on=1,include_pilot_addon,include_pilot)*VLOOKUP(tech_name,CHOOSE(ss_cat2,pilot_cost_small_cl,pilot_cost_medium_cl,pilot_cost_large_cl),2,FALSE)","v":15793.535539996074}]
[null,"Land Cost",{"$f":"include_land*IF(retrofit=0,land_required,IF(r_new_furnace=1,r_land_required,0))*land_cost","v":728.84687500721816},{"$f":"IF(retrofit=0,\"For \"&TEXT(land_required,\"#0.00\")&\" acres\",IF(r_new_furnace=1,\"For use of \"&TEXT(r_land_required,\"#0.00\")&\" additional acres\",\"Not required for retrofit\"))","v":"For 0.03 acres"}]
[null,{"$f":"\"Total add-on costs\"&IF(retrofit=1,\" for retrofit\",\"\")","v":"Total add-on costs"},{"$f":"SUM(C324:C326)","v":19392.855986953477}]
[]
["Indirect Capital Cost Details (See indirect assumptions sheet to exclude individual indirect items)"]
[null,"Indirect Line Item","Total","Percent","Guidance"]
[null,"Mobilization and Demobilization",{"$f":"(direct_cost+C333+C334+C335+C336+C337+C338+C339+C342)*D331","v":0},{"$f":"IF(AND(design_type=1,ss_cat2=1),mob_pct_pre,CHOOSE(ss_cat2,mob_pct_small,mob_pct_medium,mob_pct_large))","v":0},"Excluded for pre-engineered packages"]
[null,"Architectural Fees for Treatment Building",{"$f":"IF(ss_cat2=1,include_arch_small,include_arch)*building_cost*D332","v":0},{"$f":"VLOOKUP(building_cost,architectural_table_cl,3)","v":0.09},"Excluded by default for small systems"]
[null,"Installation, Transportation, and O&P",{"$f":"direct_cost*D333","v":0},{"$f":"inst_pct","v":0}]
[null,"Site Work",{"$f":"include_sitework*IF(retrofit=0,sitework_cost,IF(r_new_furnace=1,r_sitework_cost,0))","v":455.73626373626371},null,{"$f":"IF(AND(retrofit=1,r_new_furnace=0),\"Not required for this retrofit\",\"Calculated based on system requirements\")","v":"Calculated based on system requirements"}]
[null,"Yard Piping",{"$f":"IF(OR(AND(add_on=1,include_yardpipe_addon=0),retrofit=1),0,include_yardpipe*yard_cost)","v":1226.8308258610446},null,{"$f":"IF(AND(add_on=1,include_yardpipe_addon=0),\"Not required for add-on\",IF(retrofit=1,\"Not required for retrofit\",\"Calculated based on system requirements.\"))","v":"Calculated based on system requirements."}]
[null,"Geotechnical",{"$f":"IF(OR(AND(add_on=1,design_type=1),retrofit=1),0,IF(OR(L53=1,L58=1,L253=1,L256=1,L259=1,ep_cells<>0,num_sept_tanks<>0),1,IF(design_type=1,IF(component_level=\"\",include_geo_low,IF(component_level=1,include_geo_medium,include_geo_high)),IF(component_level=\"\",include_geo_low_g,IF(component_level=1,include_geo_medium_g,include_geo_high_g))))*geotech_cost)","v":0},null,{"$f":"IF(retrofit=1,\"Not required for retrofit\",IF(add_on=1,IF(design_type=1,\"Not required for pressure add-on\",\"Included for gravity add-on because of basin excavation\"),\"Calculated based on system requirements. Excluded by default for low and mid cost systems, but aways included w/ excavation\"))","v":"Calculated based on system requirements. Excluded by default for low and mid cost systems, but aways included w/ excavation"}]
[null,"Standby Power",{"$f":"IF(AND(add_on=1,include_standby_addon=0),0,IF(ss_cat2=1,include_standby_small,include_standby)*IF(retrofit=0,std_power_cost,r_std_power_cost))","v":0},null,{"$f":"IF(AND(add_on=1,include_standby_addon=0),\"Not required for add-on\",\"Calculated based on system requirements. Excluded by default for small systems.\")","v":"Calculated based on system requirements. Excluded by default for small systems."}]
[null,"Electrical (including yard wiring)",{"$f":"process_cost*D338","v":3613.5567526117247},{"$f":"elect_pct","v":0.1},"Percentage is applied only to process cost. Building direct costs include electrical components."]
[null,"Instrumentation and Control",{"$f":"direct_cost*D339","v":0},{"$f":"i_c_pct","v":0}]
[null,"Contingency",{"$f":"IF(component_level=\"\",include_conting_low,IF(component_level=1,include_conting_medium,include_conting_high))*(direct_cost+addon_cost+SUM(C331:C339,C341:C346))*D340","v":0},{"$f":"IF(component_level=\"\",include_conting_low,IF(component_level=1,include_conting_medium,include_conting_high))*VLOOKUP(direct_cost,contingency_table_cl,3)*complexity","v":0},"Included by default for high cost systems only."]
[null,"Process Engineering",7630.1172418895849,{"$f":"CHOOSE(ss_cat2,eng_pct_small,eng_pct_medium,eng_pct_large)","v":0.2}]
[null,"Miscellaneous Allowance",3815.0586209447924,{"$f":"misc_pct","v":0.1}]
[null,"Legal, Fiscal, and Administrative",763.01172418895851,{"$f":"legal_pct","v":0.02}]
[null,"Sales Tax",0,{"$f":"tax_pct","v":0}]
[null,"Financing during Construction",{"$f":"direct_cost*D345","v":0},{"$f":"IF(ss_cat2=1,finance_pct_small,finance_pct)","v":0}]
[null,"Construction Management and GC Overhead",{"$f":"cm_cost","v":1083.4766483483211}]
[null,{"$f":"\"Total indirect capital cost\"&IF(retrofit=1,\" for retrofit\",\"\")","v":"Total indirect capital cost"},{"$f":"indirect_cost_mult*direct_cost+indirect_cost_add","v":18587.788077580692}]
[]
["TOTAL CAPITAL COST DETAILS"]
[null,"Assumption","Value","Guidance"]
[null,"City Index for Total Capital Cost",1,"User adjustable. Can be used to adjust estimated costs to be more reflective of a specific geographical location"]
[]
[null,"Capital Cost Category","Total"]
[null,"Total Direct Capital Cost (from above)",{"$f":"direct_cost","v":38150.586209447923}]
[null,"Total Add-on Cost (from above)",{"$f":"addon_cost","v":19392.855986953477}]
[null,"Total Indirect Cost (from above)",{"$f":"C347","v":18587.788077580692}]
[null,"Grand total capital cost (incorporating city index)",{"$f":"(direct_cost*(1+SUM(cul_indir_mult_table))+SUM(cul_indir_add_table))*City_Index","v":76131.230273982103}]
[]
["Annual Operating and Maintenance Cost Details (items in italics, without a 1 in the \"Use?\" column, represent alternate costs and are excluded from total)"]
[null,"Assumption","Value","Guidance"]
[null,"City Index for Total O&M Cost",1,"User adjustable. Can be used to adjust estimated costs to be more reflective of a specific geographical location"]
[]
[null,"Item","Quantity",null,"Unit Cost",null,"Total Cost ($/yr)","Use?","Guidance"]
[null,"Labor"]
[null,"Manager",{"$f":"Manager_LOE","v":4.060716203216205},"hrs/yr",{"$f":"VLOOKUP(design_flow,labor_table_cl,5)","v":50.648663101604278},"/hr",{"$f":"C365*E365","v":205.66984692792323},{"$f":"IF(retrofit=1,0,1)","v":1}]
[null,"Clerical",{"$f":"Clerical_LOE","v":4.060716203216205},"hrs/yr",{"$f":"VLOOKUP(design_flow,labor_table_cl,6)","v":32.90061497326203},"/hr",{"$f":"C366*E366","v":133.60006031770283},{"$f":"IF(retrofit=1,0,1)","v":1}]
[null,"Operator",{"$f":"IF(retrofit=1,r_inc_Operator_LOE,Operator_LOE)","v":40.607162032162044},"hrs/yr",{"$f":"VLOOKUP(design_flow,labor_table_cl,4)","v":34.161577540106947},"/hr",{"$f":"C367*E367","v":1387.2047144453904},{"$f":"IF(C367=0,0,1)","v":1},"Includes labor for regular operations, maintenance, regeneration, etc."]
[null,"Materials"]
[null,"Materials for booster pumps","calculated as a percentage of capital",null,null,null,{"$f":"pump_mtl","v":0},{"$f":"IF(OR(retrofit=1,G369=0),0,1)","v":0}]
[null,"Materials for backwash pumps","calculated as a percentage of capital",null,null,null,{"$f":"back_pump_mtl","v":0},{"$f":"IF(OR(retrofit=1,G370=0),0,1)","v":0}]
[null,"Materials for residuals pumps","calculated as a percentage of capital",null,null,null,{"$f":"res_pump_mtl","v":0},{"$f":"IF(OR(retrofit=1,G371=0),0,1)","v":0}]
[null,"Materials for GAC contactors","calculated as a percentage of capital",null,null,null,{"$f":"filter_materials","v":59.392021087081659},{"$f":"IF(OR(retrofit=1,G372=0),0,1)","v":1}]
[null,"Materials for on-site regeneration","calculated based on furnace capacity",null,null,null,{"$f":"IF(regen_type=1,IF(retrofit=1,r_regen_materials,regen_materials),0)","v":0},{"$f":"IF(regen_type=1,1,0)","v":0}]
[null,"Building and HVAC maintenance (materials and labor)",{"$f":"IF(retrofit=0,total_fp,IF(r_new_furnace=1,r_inc_total_fp,0))","v":30},"sf",{"$f":"IF(C374=0,\"NA\",G374/C374)","v":6.4790285359180011},"/sf/yr",{"$f":"IF(retrofit=0,bldg_maint_cost,r_bldg_maint_cost)","v":194.37085607754003},{"$f":"IF(retrofit=0,IF(bldg_maint_cost=0,0,1),IF(r_bldg_maint_cost=0,0,1))","v":1}]
[null,"Media and Chemicals"]
[null,{"$f":"IF(OR(regen_type=3,regen_type=5),\"Replacement virgin GAC\",\"Makeup GAC\")","v":"Makeup GAC"},{"$f":"IF(retrofit=1,r_GAC_makeup-GAC_makeup,GAC_makeup)","v":45.526810232692576},"lbs/yr",{"$f":"IF(curve=1,IF(retrofit=1,r_replace_gac_eq,replace_gac_eq),VLOOKUP(IF(retrofit=1,r_GAC_makeup,GAC_makeup),gac_cost_cl,3))","v":2.1010888016581251},"/lb",{"$f":"E376*C376","v":95.655871155124913},1]
[null,{"$f":"IF(OR(regen_type=2,regen_type=4),\"Off-site GAC regeneration\",\"\")","v":"Off-site GAC regeneration"},{"$f":"IF(OR(regen_type=2,regen_type=4),IF(retrofit=1,r_regen_yr-regen_yr,regen_yr),0)","v":106.22922387628267},{"$f":"IF(OR(regen_type=2,regen_type=4),\"lbs/yr\",\"\")","v":"lbs/yr"},{"$f":"IF(OR(regen_type=2,regen_type=4),IF(curve=1,IF(retrofit=1,r_off_regen_eq,off_regen_eq),VLOOKUP(IF(retrofit=1,r_regen_yr,regen_yr),off_regen_cost_cl,3)),0)+IF(regen_type=4,IF(retrofit=1,r_haz_regen_transp-haz_regen_transp,haz_regen_transp)/C377,0)","v":1.9891138944470534},{"$f":"IF(OR(regen_type=2,regen_type=4),\"/lb\",\"\")","v":"/lb"},{"$f":"E377*C377","v":211.30202520864054},{"$f":"IF(OR(regen_type=2,regen_type=4),1,0)","v":1}]
[null,{"$f":"\"Ferric Chloride\"&coag_purchase","v":"Ferric Chloride"},{"$f":"coag_yr","v":0},"lbs/yr",{"$f":"VLOOKUP(B378,chem_cost_cl,3,FALSE)","v":0.16017416334156323},"/lb",{"$f":"E378*C378","v":0},{"$f":"IF(OR(retrofit=1,G378=0),0,1)","v":0}]
[null,{"$f":"\"Polymers\"&polymer_purchase","v":"Polymers"},{"$f":"polymer_yr","v":0},"lbs/yr",{"$f":"VLOOKUP(B379,chem_cost_cl,3,FALSE)","v":0.74137399196238118},"/lb",{"$f":"E379*C379","v":0},{"$f":"IF(OR(retrofit=1,G379=0),0,1)","v":0}]
[null,"Energy"]
[null,"Energy for booster pumps",{"$f":"pump_energy","v":0},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E381*C381*1000","v":0},{"$f":"IF(OR(retrofit=1,G381=0),0,1)","v":0}]
[null,"Energy for backwash pumps",{"$f":"back_pump_energy","v":5.4753578580802563E-3},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kWh",{"$f":"E382*C382*1000","v":0.60238523378658992},{"$f":"IF(OR(retrofit=1,G382=0),0,1)","v":1}]
[null,"Energy for residuals pumps",{"$f":"res_pump_energy","v":0},"Mwh/yr",{"$f":"IF(C383=0,\"NA\",energy_cost_cl)","v":"NA"},{"$f":"IF(C383=0,\"\",\"/kwh\")","v":""},{"$f":"IF(C383=0,\"--\",E383*C383*1000)","v":"--"},{"$f":"IF(OR(retrofit=1,G383=0),0,1)","v":1}]
[null,"Energy for on-site regeneration",{"$f":"IF(regen_type=1,IF(retrofit=0,regen_energy,r_regen_energy),0)","v":0},"Mwh/yr",{"$f":"IF(regen_type=1,energy_cost_cl,\"NA\")","v":"NA"},{"$f":"IF(regen_type=1,\"/KWh\",\"\")","v":""},{"$f":"IF(regen_type=1,E384*C384*1000,\"--\")","v":"--"},{"$f":"IF(regen_type=1,1,0)","v":0}]
[null,"Natural gas for on-site regeneration",{"$f":"IF(regen_type=1,IF(retrofit=0,regen_ng,r_regen_ng),0)","v":0},"therms/yr",{"$f":"IF(regen_type=1,gas_cost_cl,\"NA\")","v":"NA"},{"$f":"IF(regen_type=1,\"/therm\",\"\")","v":""},{"$f":"IF(regen_type=1,E385*C385,\"--\")","v":"--"},{"$f":"IF(regen_type=1,1,0)","v":0}]
[null,"Energy for lighting",{"$f":"IF(retrofit=0,lighting,r_lighting)","v":3.6546445828945833E-4},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E386*C386*1000","v":4.020748941961811E-2},{"$f":"IF(C386=0,0,1)","v":1}]
[null,"Energy for ventilation",{"$f":"IF(retrofit=0,ventilation,r_ventilation)","v":1.1426007272727271E-2},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E387*C387*1000","v":1.2570608607931846},{"$f":"IF(G387=0,0,1)","v":1}]
[null,"Energy for cooling"]
[null,"Air conditioning",{"$f":"IF(retrofit=0,cooling,0)","v":0},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E389*C389*1000","v":0},{"$f":"IF(G389=0,0,1)","v":0}]
[null,"Heat pump (cooling mode)",{"$f":"IF(retrofit=0,cooling_hp,0)","v":0},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E390*C390*1000","v":0},{"$f":"IF(G390=0,0,1)","v":0}]
[null,"Energy for heating"]
[null,"Electric resistance",{"$f":"IF(retrofit=0,heating,0)","v":0},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E392*C392*1000","v":0},{"$f":"IF(G392=0,0,1)","v":0}]
[null,"Heat pump",{"$f":"IF(retrofit=0,heating_hp,0)","v":0},"Mwh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"E393*C393*1000","v":0},0]
[null,"Natural gas non-condensing furnace",{"$f":"IF(retrofit=0,heating_gas_non,0)","v":0},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"E394*C394","v":0},0]
[null,"Natural gas condensing furnace",{"$f":"IF(retrofit=0,heating_gas,0)","v":0},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"E395*C395","v":0},0]
[null,"Standard efficiency oil furnace",{"$f":"IF(retrofit=0,heating_diesel_non,0)","v":0},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"E396*C396","v":0},0]
[null,"Mid-efficiency oil furnace",{"$f":"IF(retrofit=0,heating_diesel,0)","v":0},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"E397*C397","v":0},0]
[null,"Residuals Discharge/Disposal"]
[null,"POTW discharge fees",{"$f":"IF(res_s2_opt=2,res_flow_annual,0)","v":39628.571428571428},"gal/yr",{"$f":"IF(res_s2_opt=2,G399/C399,\"NA\")","v":1.0765984444599573E-2},{"$f":"IF(res_s2_opt=2,\"/gal\",\"\")","v":"/gal"},{"$f":"IF(res_s2_opt=2,POTW_fee,\"--\")","v":426.64058356170307},{"$f":"IF(retrofit=1,0,IF(res_s2_opt=2,1,0))","v":1}]
[null,"Spent media disposal",{"$f":"IF(retrofit=1,IF(r_disp_freq=0,0,r_spent_media_yr-spent_media_yr),IF(disp_freq=0,0,spent_media_yr))","v":0},"ton/yr",{"$f":"IF(IF(retrofit=1,r_disp_freq,disp_freq)=0,0,G400/C400)","v":0},"/ton",{"$f":"IF(retrofit=1,r_disposal_fee-disposal_fee,disposal_fee)","v":0},{"$f":"IF(C400=0,0,1)","v":0}]
[null,{"$f":"IF(res_s2_opt=5,\"Evaporation pond solids disposal\",IF(htanks<>0,\"Holding \"&res_holding&\" solids disposal\",\"\"))","v":""},{"$f":"IF(B401=\"\",\"\",res_solids*sol_disp_freq)","v":""},{"$f":"IF(B401=\"\",\"\",\"ton/yr\")","v":""},{"$f":"IF(B401=\"\",\"\",G401/C401)","v":""},{"$f":"IF(B401=\"\",\"\",\"/ton\")","v":""},{"$f":"IF(B401=\"\",\"\",sol_disposal_fee)","v":""},{"$f":"IF(B401=\"\",\"\",IF(retrofit=1,0,IF(C401=0,0,1)))","v":""},{"$f":"IF(AND(res_solids<>0,solids_haz=1,solids_method=2),\"Land application assumed to be zero cost, but labor cost for handling is still included in operator hours\",\"\")","v":""}]
[null,{"$f":"IF(num_sept_tanks<>0,\"Septic tank solids disposal\",\"\")","v":""},{"$f":"IF(B402=\"\",\"\",res_solids*septic_disp_freq)","v":""},{"$f":"IF(B402=\"\",\"\",\"ton/yr\")","v":""},{"$f":"IF(B402=\"\",\"\",G402/C402)","v":""},{"$f":"IF(B402=\"\",\"\",\"/ton\")","v":""},{"$f":"IF(B402=\"\",\"\",septic_disposal_fee)","v":""},{"$f":"IF(B402=\"\",\"\",IF(retrofit=1,0,IF(C402=0,0,1)))","v":""}]
[null,"Miscellaneous Allowance",{"$f":"misc_pct","v":0.1},null,null,null,{"$f":"SUMPRODUCT(G365:G402,H365:H402)*C403","v":271.57356323651055},{"$f":"IF(C403=0,0,1)","v":1}]
[null,"Total Annual O&M Cost (incorporating city index)",null,null,null,null,{"$f":"SUMPRODUCT(G365:G403,H365:H403)*OM_City_Index","v":2987.309195601616}]
[]
["ANNUALIZED COSTS"]
[null,"Assumption","Value","Guidance"]
[null,"Discount rate",7.0000000000000007E-2,"User adjustable"]
[null,"Calculate households based on:","ground water","User adjustable"]
[null,"Household size (people per household)",2.5299999999999998,"User adjustable"]
[]
[null,"Calculation","Value","Units"]
[null,"Useful Life (Reciprocal Weighted Average)",{"$f":"IF(AND(retrofit=1,direct_cost=0,system_cost<>0),IF(build_UL=0,20,build_UL),IF(system_cost=0,\"NA\",ROUND((direct_for_UL+IF(build_UL=0,0,addon_cost+indirect_cost))/(total_direct_depreciation+IF(build_UL=0,0,(addon_cost+indirect_cost)/build_UL)),1)))","v":16.100000000000001},"years"]
[null,"Number of households served",{"$f":"IF(source_select=\"ground water\",(average_flow*1000/0.08558)^(1/1.0584),(average_flow*1000/0.14004)^(1/0.99703))/hh_size","v":25.355114086889319},"households"]
[null,"Annualized Capital Cost",{"$f":"-PMT(Discount_rate,useful_life,system_cost)","v":8031.3316893266374},"/year"]
[null,"Annual O&M Cost",{"$f":"OM_cost","v":2987.309195601616},"/year"]
[null,"Total Annualized Cost",{"$f":"Annualized_Capital_Cost+OM_cost","v":11018.640884928252},"/year",{"$f":"IF(ISERROR(OR(TAC_pct_cap,TAC_pct_OM)),\"\",TEXT(TAC_pct_cap,\"0%\")&\" annualized capital, \"&TEXT(TAC_pct_OM,\"0%\")&\" annual O&M\")","v":"73% annualized capital, 27% annual O&M"}]
[null,"Annualized cost per 1,000 gallons average flow",{"$f":"Annualized_Cost/(average_flow*365*1000)","v":4.3125796027116445},"/kgal"]
[null,"Annualized cost per household",{"$f":"Annualized_Cost/households","v":434.57271961658404},"/household/year"]
[]
["Internal use"]
[null,"Mobilization and Demobilization",{"$f":"C331","v":0}]
[null,"Architectural Fees for Treatment Building",{"$f":"C332","v":0}]
[null,"Installation, Transportation, and O&P",{"$f":"D333","v":0}]
[null,"Site Work",{"$f":"C334","v":455.73626373626371}]
[null,"Yard Piping",{"$f":"C335","v":1226.8308258610446}]
[null,"Geotechnical",{"$f":"C336","v":0}]
[null,"Standby Power",{"$f":"C337","v":0}]
[null,"Electrical (including yard wiring)",{"$f":"C338","v":3613.5567526117247}]
[null,"Instrumentation and Control",{"$f":"D339","v":0}]
[null,"Contingency",{"$f":"C340","v":0}]
[null,"Process Engineering",{"$f":"C341","v":7630.1172418895849}]
[null,"Miscellaneous Allowance",0.1]
[null,"Legal, Fiscal, and Administrative",0.02]
[null,"Sales Tax",0]
[null,"Financing during Construction",0]
[null,"Construction Management and GC Overhead",{"$f":"C346","v":1083.4766483483211}]
[null,"Indirect cost multiplier",{"$f":"SUM(cul_indir_mult_table)","v":0.12000000000000001}]
[null,"Indirect costs added",{"$f":"SUM(cul_indir_add_table)-addon_cost","v":14009.717732446941}]
[null,"Subtotal indirect and add-on cost",{"$f":"C347+addon_cost","v":37980.644064534164}]
[]
[null,"Validity Checks",{"$f":"INPUT!C34","v":true},{"$f":"INPUT!C36","v":true},{"$f":"INPUT!C37","v":true},{"$f":"INPUT!C38","v":true},{"$f":"INPUT!C39","v":true},{"$f":"INPUT!C40","v":true},{"$f":"INPUT!C43","v":true},{"$f":"INPUT!C45","v":true},{"$f":"INPUT!C46","v":true},{"$f":"INPUT!C47","v":true},{"$f":"INPUT!C48","v":true},{"$f":"INPUT!C49","v":true},{"$f":"INPUT!C53","v":true},{"$f":"INPUT!C57","v":true},{"$f":"INPUT!C58","v":true},{"$f":"INPUT!C59","v":true},{"$f":"INPUT!C60","v":true},{"$f":"INPUT!C65","v":true},{"$f":"INPUT!C66","v":true},{"$f":"INPUT!C67","v":true},{"$f":"INPUT!C68","v":true},{"$f":"INPUT!C70","v":true},{"$f":"INPUT!C75","v":true},{"$f":"INPUT!C76","v":true},{"$f":"INPUT!C77","v":true},{"$f":"INPUT!C78","v":true},{"$f":"INPUT!C79","v":true},{"$f":"INPUT!C80","v":true},{"$f":"INPUT!C81","v":true},{"$f":"INPUT!C83","v":true},{"$f":"INPUT!C84","v":true},{"$f":"INPUT!C85","v":true},{"$f":"INPUT!C86","v":true},{"$f":"INPUT!C87","v":true},{"$f":"INPUT!C88","v":true},{"$f":"INPUT!C89","v":true},{"$f":"INPUT!C107","v":true},{"$f":"INPUT!C117","v":true}]
[null,"Missing Cost?:",{"$f":"IF(COUNTIF(use_column,\"x\")>0,TRUE,FALSE)","v":false}]
[null,"Buildup error?",{"$f":"IF(COUNTIF(use_column,\"ec\")+COUNTIF(use_column,\"ep\")>0,TRUE,FALSE)","v":false}]

{"sheet":"Critical Design Assumptions","index":4,"n_rows":307,"n_cols":7,"rows_kept":307,"cut":false,"hidden":false,"merged":[]}
["Default Critical Design Assumptions"]
["Users may change any of the cells in the Value column; cells in gold are most important and may vary based on contaminant treated and site-specific conditions"]
[]
["Assumption","Range Name","Value","Units","Guidance"]
["Cost estimating method","curve",1,"<-- enter 1 to use cost equations, leave blank to use lookup tables for component costs","Keeping this assumption with a value of 1 is strongly recommended; the cost equations method is more appropriate for national cost estimating and will be more accurate for nearly all user-specified designs"]
["Minimum average flow as percentage of design","min_avg_flow",0.1,null,"The minimum ratio of average flow to design flow. If the ratio falls below this value, it will trigger a warning on the INPUT sheet. If this value is zero, no minimum is enforced."]
[]
["GAC Contactor Design (both system types)"]
["Number of redundant vessels for small systems with only one vessel","NRD_small_1",1,"units","If a design includes only one operating vessel, there should be at least one additional vessel"]
["Number of redundant vessels for small systems with multiple vessels","NRD_small",0,"units","Small systems can operate at reduced capacity while one vessel is down for backwash, if there are multiple vessels"]
["Carbon expansion during backwash","bed_expansion",0.5,null,"Suppliers may provide specific data for individual GAC media"]
["Loading rate minimum","load_min",0.5,"gpm/square ft","Hydraulic surface loading rate determines headloss and is usually kept between 2 -10 gpm/sf. Higher loading rates OK if hydraulics and tests allow. Typical hydraulic design criteria are a surface loading rate of 2-10 gpm/ft2 (Montgomery, James M.  Water Treatment Principles and Design.  New York: John Wiley and Sons, 1985. Pp. 553.)  Most regulatory agencies will not approve rates in excess of 2 gpm/ft2 without successful pilot-scale testing (American Water Works Association and American Society of Civil Engineers. Water Treatment Plant Design. Third Edition. New York: McGraw Hill, 1998. Pp. 158.)."]
["Loading rate maximum","load_max",10,"gpm/square ft","Many systems can operate to 0.5 gpm/sf (Richard E. Hubel, Peter Keenan, American Water Works Service Company, Inc.)."]
[]
["Pressure Vessel Design"]
["Add a redundant pressure vessel per x parallel lines","redund_freq",4,"number of parallel lines per redundant unit","Guidance: redundant unit every 1-5 parallel lines"]
["Maximum vessel height (circular vessels)","max_height",14,"feet","Systems have used vessels up to 14' diam and height in practice (AWWA Inorganic Contaminants Workshop 2006)"]
["Maximum vessel diameter","max_diam_override",null,"feet","Maximum vessel diameter will be chosen from a table of conventional sizes for commercial vessels, unless entered here.  Systems have used vessels up to 14' diam and height in practice (AWWA Inorganic Contaminants Workshop 2006)"]
["Maximum vessel length (longitudinal vessels)","max_length",53,"feet","Limitation on transportation is 53 feet in length"]
["Pressure vessel freeboard above media at full expansion","free_board",0.5,"feet"]
["Underdrain space for horizontal vessels","horiz_underdrain",1.5,"feet","1.5 feet is a conservative value for a 10' tank. Bob Dvorin, 5/16/05."]
["Ratio of  length to diameter for horizontal vessels for autosize","length_diam_ratio",2.5,"length:diameter","Used only for autosize procedure"]
["Minimum bed depth (pressure)","min_bed_depth",2,"feet","Guidance: Typical pressure GAC bed depths are 2 to 8.5 ft"]
["Maximum bed depth (pressure)","max_bed_depth",8.5,"feet"]
["Target Bed Depth (Pressure Designs < 1MGD)","target_bed_depth_under",4,"feet","Used only for autosize procedure flow less than 1 MGD"]
["Target Bed Depth (Pressure Vertical Designs > 1 MGD)","target_bed_depth_over",7,"feet","Used only for autosize procedure"]
["Target Bed Depth (Pressure Horizontal Designs)","target_bed_depth_horiz",8,"feet","Used only for autosize procedure"]
["Thickness of vessel walls","Vessel_thickness",0,"feet","Set to zero because vendor designs and quotes are usually expressed in inside diameter. Increase if user desires to input outside diameter."]
[]
["Gravity Basin Design"]
["Number of redundant contact basins for medium systems","NRD_basins_medium",1,"units"]
["Number of redundant contact basins for large systems","NRD_basins_large",2,"units"]
["Basin freeboard above filter media at full expansion","basin_freeboard",2,"ft"]
["Maximum bed depth (gravity)","max_depth",10,"ft","Guidance: Typical gravity GAC bed depths are 3-10 feet"]
["Minimum bed depth (gravity)","min_depth",3,"ft","Guidance: Typical gravity GAC bed depths are 3-10 feet"]
["Maximum basin width","max_width",30,"ft"]
["Minimum basin width","min_width",6,"ft"]
["Maximum basin length","max_length_g",30,"ft"]
["Minimum basin length","min_length_g",6,"ft"]
["Target Bed Depth (Gravity Designs < 1MGD)","target_bed_depth_under_g",6,"feet","Used only for autosize procedure"]
["Target Bed Depth (Gravity Designs < 1MGD, UVAOP add-on)","target_bed_depth_under_g_UVAOP",5.4,"feet","Used only for autosize procedure"]
["Target Bed Depth (Gravity Designs > 1 MGD)","target_bed_depth_over_g",8,"feet","Used only for autosize procedure"]
["Target Bed Depth (Gravity Designs > 1 MGD, UVAOP add-on)","target_bed_depth_over_g_UVAOP",5.4,"feet","Used only for autosize procedure"]
[]
["General for all basins"]
["Number of stair risers for basins","risers",15,"risers","This assumption used only if concrete basins are used"]
["Overexcavation for basins","overexcavate",4,"ft","2 feet each side in each dimension. This assumption used only if concrete basins are used."]
["Concrete thickness for basins","conc_thick",1,"ft","This assumption used only if concrete basins are used"]
[]
["Pumping"]
["Safety factor for pumps","pump_safety_factor",0.25]
["Redundant booster pumps","NRD_pumps",0,"pumps","Multiple pump approach eliminates need for redundant pumps"]
["Redundant backwash pumps","NRD_back_pumps",1,"pumps"]
["Number of redundant chemical metering pumps","NRD_cm_pump",1,"pumps"]
["Minimum chemical feed pump size","min_chem_flow",0.13,"gph","Metering pumps will be designed to meet this minimum"]
[]
["Bypass Flow"]
["Percent of Total Flow that is Bypassed","bp_pct",0,null,"Typically, bypass flow ranges between 0% and 50% of inflow. Enter zero to remove bypass piping and components. 0% is default consistent with the type of cost curves that EPA will need for its national cost simulation model."]
[]
["Backwash"]
["Water backwash rate","h2oflush_backwash_rate",12,"gpm/square ft","Fluidization occurs at 2-4 gpm/sf; 12-15 gpm/sf is needed to \"expand\" GAC and wash out particulates [Calgon Carbon] (Richard E. Hubel, Peter Keenan, American Water Works Service Company, Inc)"]
["Backwash time","backwash_time",10,"minutes","Backwash duration is time allowed for backwash of filter. Use highest expected duration. Typically 5-10 minutes. Default is 10 minutes."]
["Backwash storage volume","back_multiplier",1,"volume","The number of backwash cycles to provide a storage volume for clean water.  Backwash from elevated storage requires minimum 2 backwash volumes (Randal Braker, General Manager, Duck River Utility Commisssion, TN); WBS models use pumps, however.  "]
["Default number of backwash basins","back_basins_default",1,"units","This assumption applies if concrete basins are used. If tanks are used, number calculated on design sheet."]
["Backwash basin depth to volume ratio","back_ratio",{"$f":"3/5","v":0.6},"depth:volume","This assumption used only if concrete basins are used"]
["Backwash freeboard","back_freeboard",3,"feet","This assumption used only if concrete basins are used"]
[]
["GAC Regeneration and Transfer"]
["With vessels in series, bed volumes are based on…","BV_definition","EBCT per vessel","<-- pick one","Different studies may use different defintions for \"bed volumes.\" This assumption applies only when vessels are in series and the input for carbon life is in bed volumes."]
["GAC bulk density","GAC_density",30,"lbs/cubic ft","Bulk density, not particle density. GAC density range of 22-30 lb/cubic ft; lignite GAC approximately 22 and bituminous GAC approximately 28 lb/cubic ft (Randal J. Braker, General Manager, Duck River Utility Commission)"]
["Regeneration runtime (on-site only)","regen_runtime",0.85,null,"Percent of time that regeneration facility operates. Less than full time (100%) to allow for routine maintenance."]
["Regeneration redundancy (on-site only)","regen_redund",1,null,"100% means no redundancy (i.e., no additional capacity beyond that needed to account for runtime). Use a value greater than 100% to add capacity and provide redundancy."]
["Makeup carbon for on-site regeneration","makeup_rate",0.1,null,"Makeup carbon 10% for on-site regeneration (Richard E. Hubel, Peter Keenan, American Water Works Service Company)."]
["Makeup carbon for off-site regeneration","makeup_rate_off",0.3,null,"Makeup carbon needs are higher for transport and regeneration off-site -- 30% (Richard E. Hubel, Peter Keenan, American Water Works Service Company)."]
["Time to empty GAC bed","transfer_time",4,"hrs","Target for systems using mechanical transfer. For systems with manual transfer, calcuated based on media volume."]
["Time to empty holding tank/basin soilds","htransfer_time",4,"hrs","Target for systems using mechanical transfer. For systems with manual transfer, calcuated based on media volume."]
["Number of redundant eductors","NRD_eductors",1,"eductors"]
["Virgin GAC storage (on-site only)","virgin_storage_bv",1.33,"bed volumes","1.33 BV from operational experience (Arnett Verna, Engineer, Greater Cincinnati Water Works)."]
["Spent GAC storage (on-site only)","spent_storage_bv",1.33,"bed volumes","1.33 BV from operational experience (Arnett Verna, Engineer, Greater Cincinnati Water Works)."]
["Regenerated GAC storage (on-site only)","regen_storage_bv",1.33,"bed volumes","1.33 BV from operational experience (Arnett Verna, Engineer, Greater Cincinnati Water Works)."]
["Number of storage basins for each of the above","storage_basins",1,"units","Default: one each for virgin, spent, and regenerated GAC. This assumption applies if concrete basins are used. If steel tanks are used, number calculated on regeneration sheet."]
["Storage basin depth to volume ratio","storage_ratio",{"$f":"3/5","v":0.6},"depth:volume","This assumption used only if concrete basins are used"]
["Storage basin freeboard","storage_freeboard",3,"feet","This assumption used only if concrete basins are used"]
[]
["Pipe Length Multipliers"]
["Influent and treated water pipe length multiplier","in_out_pipe_mult",2,"times facility length"]
["Process pipe length multiplier","proc_pipe_mult",2,"times facility length"]
["Bypass pipe length multiplier","bp_pipe_mult",2.5,"times facility length"]
["Backwash pipe length multiplier","back_pipe_mult",2.5,"times facility length"]
["Chemical pipe length multiplier","chem_pipe_mult",1,"times facility length"]
[]
["Valves and Instrumentation"]
["See the Valve Table at the bottom of this page for additional assumptions relating to valves"]
["Number of manual valves on influent and treated water line","in_man",2,"valves"]
["Number of manual valves on influent and treated water line in add-on scenario","in_man_addon",0,"valves"]
["Number of manual valves on process line per vessel","proc_man_vessel",1,"valve/contactor","For filter to waste in pressure systems"]
["Number of check valves on backwash line if no backwash pumps","back_chv_no_back",1,"valves"]
["Number of check valves on backwash line per backwash pump","back_chv_pump",1,"valves/pump"]
["Number of check valves on influent line","in_chv",1,"valves"]
["Number of check valves on influent line in add-on scenario","in_chv_addon",0,"valves"]
["Number of check valves on bypass line","tot_bp_chv",1,"valves"]
["Number of check valves on ferric chloride line per metering pump","coag_chv_pump",1,"valves/pump","Applies only with ferric addition to residuals"]
["Number of check valves on polymer line per metering pump","polymer_chv_pump",1,"valves/pump","Applies only with polymer addition to residuals"]
[]
["Flow meters for influent and treated water line","fm_in",1,"units"]
["Flow meters for influent and treated water line in add-on scenario","fm_in_addon",0,"units"]
["Flow meters for process line per vessel","fm_proc",0,"units/contactor","No proces flow meters in P&ID for this technology"]
["Flow meters for backwash line","tot_fm_back",1,"units","At backwash discharge outlet"]
["Level switch/alarms per pressure vessel","level_switch",0,"units/vessel"]
["     For small systems","level_switch_small",0,"units/vessel"]
["Level switch/alarms per GAC basin","level_switch_g",1,"units/basin"]
["     For small systems","level_switch_small_g",0,"units/basin"]
["High/Low alarms per backwash tank","alarm_back",1,"units/tank"]
["pH meters per gravity contactor","pH_controls_g",1,"units/basin"]
["     For small systems","pH_controls_small_g",0,"units/basin"]
["Additional pH meters (pressure systems)","add_pH_controls",2,"units","One for influent line, one for treated water line"]
["     For small systems","add_pH_controls_small",0,"units"]
["Temperature meters","temp_meters",2,"units","One for influent line, one for treated water line"]
["     For small systems","temp_meters_small",0,"units"]
["Turbitity meters per pressure vessel","turb_tank",0,"units/vessel"]
["Turbitity meters per gravity contactor","turb_tank_g",1,"units/basin"]
["Additional turbitidy meters","add_turb",2,"units","One for treated water line, one on residual side of backwash line"]
["     For small systems","add_turb_small",0,"units"]
["Additional turbitidy meters (pressure systems)","add_turb_p",1,"units","Pressure systems also include one on influent line"]
["     For small systems","add_turb_small_p",0,"units"]
["Head loss sensors per contactor","head_tank",1,"units/contactor"]
["     For small systems","head_tank_small",0,"units/contactor"]
["Sampling ports per contactor","ports_tank",1,"units/contactor"]
["Sampling ports for blended treated water","ports_bp",1,"units","Not used if system chooses not to bypass"]
["Additional sampling ports","add_ports",3,"units","One for influent line, one for treated water line, one on residual side of backwash line"]
["Number of electrical enclosures","elec_encl",0,"units","Required only for technologies with significant electric-powered equipment outside a building"]
[]
["System Controls"]
["See the I/O Port Table at the bottom of this page for additional assumptions relating to system controls"]
["Controllers are used only under full automation"]
["To change the degree of automation, change the number of controllers to zero for the appropriate items."]
["Drive controllers per booster pump","S_booster_pump",1,"units"]
["Drive controllers per backwash pump","S_back_pump",1,"units"]
["Drive controllers per eductor","S_eductor",1,"units"]
["Drive controllers per slurry pump system","S_slurry",1,"units"]
[]
["Include PLC rack/power supplies in add-on scenario","plc_rack_addon",0,"<-- 1 for yes, 0 for no","Assumes additional PLC modules for add-on will fit on existing racks"]
["Number of CPUs","plc_cpu_standalone",2,"units","One CPU is needed to run the local and expansion bases and modules (max 8192 I/O); using two to provide redundancy"]
["Number of CPUs in add-on scenario","plc_cpu_addon",0,"units"]
["Ethernet modules","plc_ethernet_standalone",2,"units","One ethernet module is needed; using two to provide redundancy"]
["Ethernet modules in add-on scenario","plc_ethernet_addon",0,"units"]
["Operator interfaces ","plc_interface_standalone",2,"units","Two to provide redundancy in the event of SCADA node failure"]
["Operator interfaces in add-on scenario","plc_interface_addon",0,"units"]
["UPSs ","ups_standalone",1,"unit","UPS protects the PLC system from undesired outages and surges that can adversely affect the performance of the PLC unit"]
["UPSs  in add-on scenario","ups_addon",0,"unit"]
["Computer workstations per x operators","workstation_ratio",1,"operator/workstation","Minimum will always be one, but larger systems will have multiple workstations to control the system"]
["Number of shifts","shifts_day",3,"shifts/day","Used to determine number of workstations"]
["Include workstations in add-on scenario","workstation_addon",0,"<-- 1 for yes, 0 for no"]
["Printers per x computer workstations","printer_ratio",4,"workstations/printer","Minimum will always be one, but larger systems will have multiple printers"]
["Include printers in add-on scenario","printer_addon",0,"<-- 1 for yes, 0 for no"]
[]
["Structure/Floorplan"]
["Maximum access space per vessel or tank for custom designed systems","max_space_vessels_cust",6,"feet","This is the MAXIMUM; space between vessels and tanks defaults to vessel or tank diameter, up to this maximum.  Maximum provides space for sandblasting and painting for large vessels (5-8 feet per Richard E. Hubel, Peter Keenan, American Water Works Service Company)."]
["Maximum access space per vessel or tank for pre-engineered systems","max_space_vessels_pre",1,"feet","Pre-engineered packages are skid-mounted with minimal access space"]
["Access space per pump for custom designed systems","space_pumps_cust",4,"feet","Provide a minimum of 3 ft (1 m) of clear space around each item of equipment (American Water Works Association and American Society of Civil Engineers. Water Treatment Plant Design. Third Edition. New York: McGraw Hill, 1998. Pp. 695)."]
["Access space per pump for pre-engineered packages","space_pumps_pre",0,"feet","Pumps on skid for pre-engineered packages, no additional access space"]
["Non fire Buffer for buildings","non_fire_buffer",10,"feet"]
["Fire Buffer for Buildings","fire_buffer",40,"feet"]
["Top and bottom dished vessel sections height and access space ","Top_bottom_Vessel_space",6,"feet","This is used to determine the building height for purposes of heating and cooling cost"]
["Building height (gravity systems)","Building_height_g",20,"feet"]
["Office space per employee","space_office",100,"square ft"]
["Office space per employee for small systems","space_office_small",0,"square ft","Small systems do not require office space"]
["Concrete pad thickness","pad_thick",{"$f":"6/12","v":0.5},"feet"]
["Concrete pad thickness for small systems","pad_thick_small",{"$f":"4/12","v":0.33333333333333331},"feet"]
["Clearance space beneath the ceiling","ceiling_clearance",3,"feet","Minimum space between the tops of storage tanks and the ceiling"]
["Additional building after…","add_2nd_building",10000,"sf"]
[]
["Residuals Discharge"]
["Add coagulant to holding tank?","coag_res",0,"<-- 1 for yes, 0 for no","For additional TSS removal, if desired"]
["Type of coagulant added","coag_type",1,"<-- 1 for polymer, 2 for ferric chloride, 3 for both polymer & ferric chloride"]
["Minimum settling time when coagulant is used","res_coag_settle_time",90,"minutes","When coagulant is used, holding tanks will be sized so that residuals are present for at least this long. Based on 90-120 minute settling time in sedimentation basins (Water Treatment Plant Design, 4th ed.)"]
["Polymer dosage","polymer_dose",100,"mg/L"]
["Polymer solution density","polymer_density",9.6,"lb/gal"]
["Polymer sludge production factor","polymer_spf",1,"lbs accumulated per pound added"]
["Chemical tank mixer horsepower","cmix_hp_per",0.25,"hp per 1000 gal"]
["Minimum chemical tank mixer horsepower","min_cmix_hp",{"$f":"1/3","v":0.33333333333333331},"hp"]
["Include mixers for chemical tanks","include_cmix",0,"<--- enter 1 for yes, 0 for no"]
["Ferric chloride dosage","coag_dose",10,"mg/L"]
["Ferric chloride solution density","coag_density",11.85,"lb/gal"]
["Ferric chloride solution concentration","coag_pct",0.4]
["Ferric chloride sludge production factor","coag_spf",0.99,"lbs accumulated per pound added"]
["Days of coagulant storage","cstore_days",30,"days"]
["Residual solids storage height (for drying pad)","solids_storage_height",2,"ft"]
["Holding tank/basin solids density","ht_solids_density",25,"lb/ft3"]
["Holding tank/basin suspended solids removal efficiency without coagulant","htank_TSSrem",0.25]
["Holding tank/basin suspended solids removal efficiency with coagulant","coag_TSSrem",0.5]
["Clean holding tanks/basins when solids accumulation =x% of capacity","htank_clean_pct",0.1]
["Holding tank/basin capacity safety factor","res_cap_factor",2,null,"Holding tanks are designed with a capacity of one generation event, multiplied by this safety factor. This multiplier accounts for less than perfect staggering of generation events and provides for solids accumulation (i.e., it provides excess capacity)."]
["Default number of residuals basins","hbasins_default",1,"units","This assumption applies if concrete basins are used. Additonal basins are used, however, if needed to achieve minimum holding time. If tanks are used, number calculated on design sheet."]
["Holding basin depth to volume ratio","holding_ratio",{"$f":"3/5","v":0.6},"depth:volume","This assumption used only if concrete basins are used"]
["Holding basin freeboard","holding_freeboard",3,"feet","This assumption used only if concrete basins are used"]
["Holding tank/basin mixer horsepower (if coagulant is used)","hmix_hp_per",0.25,"hp per 1,000 gallons"]
["Minimum holding tank mixer horsepower","min_hmix_hp",{"$f":"1/3","v":0.33333333333333331},"hp"]
["Holding tank/basin solids transfer method","res_transfer_method",3,"<-- 1 for slurry pumps, 2 for eductors, 3 for manual trabsfer"]
["Include residuals pumps in add-on scenario","res_pump_addon",0,"<-- 1 for yes, 2 for no"]
["Redundant residuals pumps","NRD_res_pump",1,"units","Applies only if pumping is included"]
["Minimum residuals pipe diameter","min_res_pipe_size",1,"in. diam."]
["Residuals pipe length multiplier","res_pipe_mult",1,"times facility length"]
["Distance to discharge or recycle point","add_res_pipe_length",40,"ft"]
["Include piping to discharge point in add-on scenario","include_add_res_pipe_addon",0,"<-- 1 for yes, 2 for no"]
["Number of check valves on residuals line per residuals pump","res_chv_pump",1,"valves/pump"]
["Number of check valves on residuals line if no pumping","res_chv_no_pump",1,"valves"]
["Drive controllers per residuals pump","S_res_pump",1,"units"]
["Drive controllers per coagulant mixer","S_mixer",1,"units"]
["Flow meters for residuals line","tot_fm_res",1,"units"]
["High/Low alarms per holding tank/basin","alarm_res",1,"units/tank"]
[]
["Include secondary containment (for ferric chloride residuals coagulant)","include_sec_cont",1,"<--- enter 1 for yes, 0 for no"]
["Volume required as a percentage of the largest tank","sec_cont_pct_of_largest",1.1000000000000001]
["Volume required as a percentage of total storage","sec_cont_pct_of_total",0.1]
["Additional freeboard","sec_cont_freeboard",6,"inches","Additional freeboard is typically required to contain precipitation when storage is outside; we also include freeboard indoors to ensure a minimum reasonable curb height"]
["Maximum curb thickness","sec_cont_max_thick",1,"foot","Calculations assume thickness equal to height, up to this maximum"]
["Chemical resistant coating coverage","sec_cont_coating_cvg",125,"square feet/gallon"]
[]
["TSS in system influent","influent_TSS",2,"ppm","This is INFLUENT TSS. Backwash TSS is calculated and will be higher, as TSS removed are concentrated."]
["TSS in treated water","effluent_TSS",0.5,"ppm"]
["POTW rate structure","POTW_rate_type",1,"<-- for national average rate, 2 for a specific rate structure"]
["Apply POTW discharge base charge (i.e., $/month)","POTW_base_fee",1,"<-- 1 for yes, 2 for no"]
["Apply POTW discharge volume charge (i.e., $/1000 gallons)","POTW_volume_fee",1,"<-- 1 for yes, 2 for no"]
["Apply POTW discharge TSS charge (i.e., $/lb of TSS over limit below)","POTW_TSS_fee",1,"<-- 1 for yes, 2 for no"]
["POTW TSS discharge limit (over which fee would be imposed)","POTW_TSS_limit",250,"ppm","Most common limit for cities with a limit"]
["Disposal method for non-hazardous secondary solids","solids_method",1,"<-- 1 for landfill, 2 for land application","Ignored if solids are hazardous or radioactive"]
["Maximum waste shipment size","max_waste_ship",18,"tons"]
["Miles to non-hazardous solid waste disposal site","non_haz_miles",10,"miles"]
["Miles to hazardous solid waste disposal site","haz_miles",200,"miles"]
["Miles to radioactive (non-hazardous) waste disposal site","rad_miles",700,"miles"]
["Miles to radioactive hazardous waste disposal site","hazrad_miles",700,"miles"]
[]
["Minimum septic tank discharge time","min_sept_disch_time",2,"days","Typical of state/local regulations"]
["Minimum septic tank volume","min_sept_tank_vol",1000,"gal","State/local regulations dictate a minimum of 750 to 1000 gallons; 1000 is the minimum size for which costs are available"]
["Septic tank volume safety factor","sept_tank_sf",1.5,null,"Allow for tank freeboard & effluent other than residuals"]
["Long term acceptance rate","sept_LTAR",0.5,"gpd/sq ft","Used by states/localities to dermine the minimum trench infiltration area; varies based on soil type"]
["Septic drain field trench width","sept_trench_w",4,"feet","State/local regulations require 2 to 4 feet; RS Means costs based on 4' trenches"]
["Septic drain field trench depth","sept_trench_d",4,"feet","State/local regulations require 2 to 4 feet; RS Means costs based on 4' trenches"]
["Septic drain field trench gravel depth below distribution pipe","sept_gravel_d_below",1,"feet","Typical designs are 8 to 24 inches; 12 inches common"]
["Minimum number of septic drain field trenches","sept_min_trenches",2,"units","Typical of state/local regulations"]
["Maximum septic drain field trench length","sept_max_trench_l",100,"feet","Typical of state/local regulations"]
["Distance between drain field trenches","sept_trench_dist",8,"feet","State/local regulations typically require 2x width or depth"]
["Septic drain field trench total gravel depth","sept_gravel_d",{"$f":"28/12","v":2.3333333333333335},"feet","Assumes 1 foot below, 1 foot above, 4 inches sides of distribution pipe"]
["Septic drain field buffer distance","sept_buffer",10,"feet","State/local regulations typically require minimum 10 feet offset from property lines and structures, with greater offset for wells, watercourses, etc; the latter would be site-specific"]
["Septic tank overexcavation depth","sept_overexcav",1,"feet","Distance above and each side"]
["Maximum distribution pipe connections per distribution box","sept_dist_connections",7,null,"Using cost for a 7 outlet distribution box"]
["Septic system distribution pipe diameter","sept_pipe_diam",4,"inches","Typical design: 4\" perforated pvc pipe"]
[]
["Average annual pan evaporation rate","pan_evap",180,"cm/year","Reflects an arid climate. If evaporation ponds are used, climate assumptions on O&M assumptions page should also be changed to reflect an arid climate."]
["Evaporation ratio","evap_ratio",0.7,null,"A safety factor to account for conversion of pan to lake evaporation rate and effect of salinity"]
["Average annual precipitation","precip",70,"cm/year","Reflects an arid climate. If evaporation ponds are used, climate assumptions on O&M assumptions page should also be changed to reflect an arid climate."]
["Days of winter (i.e., days of storage during periods with no net evaporation)","winter_days",180,"days","Accounts for wet periods in which residuals are stored without evaporation"]
["Evaporation pond safety factor","ep_safety_factor",1.1000000000000001,null,"Accounts for years of below average evaporation"]
["Maximum evaporation pond cell area","max_ep_cell_area",5,"acres"]
["Minimum number of pond cells","min_ep_cells",2,"cells","A minimum of 2 two cells is essential to ensure availability of storage space during cleaning, maintainance or emergency conditions (Dewatering Municipal Wastewater Sludge,EPA design Manual, Dewatering Municipal Wastewater Sludges.EPA/625/1-87/014, September 1987)"]
["Evaporation pond freeboard","ep_freeboard",0.5,"feet","Additional freeboard provided by dike"]
["Overexcavation for evaporation pond","ep_overexcavate",4,"ft","2 feet each side in each dimension"]
["Evaporation pond solids removal frequency","dredging_freq",1,"per year","Range from 1 to 3 yrs, depending on the final solid concentration required and local climate (Dewatering Municipal Wastewater Sludge,EPA design Manual, Dewatering Municipal Wastewater Sludges.EPA/625/1-87/014, September 1987)"]
["Evaporation pond solids density","ep_solids_density",25,"lb/ft3"]
["Evaporation pond dike cross-sectional area","dike_xsection",35.630000000000003,"square ft","13' top and 1:2 side slope, 2'6\" height"]
[]
["Valve Table"]
["Under assumptions below, valves are motorized for fully automated systems, manual for semi-automated and manual systems"]
["To change the degree of automation, the user may replace the numbers in each of the blue columns."]
["Number of control valves of x type on y line per z","Lookup name","Manual","Semi-auto","Fully Auto","Units"]
["Number of motor/air operated control valves on process line per contactor ","proc_MOV_vessel_par",0,0,2,"valves/vessel"]
["Number of motor/air operated control valves on process line per vessel (series presure vessel systems)","proc_MOV_vessel_ser",0,0,3,"valves/vessel"]
["Number of motor/air operated control valves on process line per booster pump ","proc_MOV_pump",0,0,2,"valves/pump"]
["Number of motor/air operated control valves on backwash line per contactor","back_MOV_vessel",0,0,2,"valves/vessel"]
["Number of motor/air operated control valves on backwash line per backwash pump","back_MOV_pump",0,0,1,"valves/pump"]
["Number of motor/air operated control valves on backwash line per backwash tank","back_MOV_tank",0,0,1,"valves/tank"]
["Number of motor/air operated control valves on backwash line if no backwash pumps","back_MOV_no_back",0,0,1,"valves"]
["Number of motor/air operated control valves on residuals line per residuals pump","res_MOV_pump",0,0,1,"valves/pump"]
["Number of motor/air operated control valves on residuals line per holding tank/basin","res_MOV_tank",0,0,1,"valves/tank"]
["Number of motor/air operated control valves on residuals line per cell","res_MOV_ep",0,0,1,"valves/cell"]
["Number of motor/air operated control valves on chemical line per chemical pump","chem_MOV_pump",0,0,2,"valves/pump"]
["Number of Motor/air operated on bypass line","tot_bp_MOVs",0,0,1,"valves"]
["Number of manual valves on process line per contactor ","proc_man_vessel_par",2,2,0,"valves/vessel"]
["Number of manual valves on process line per vessel (series pressure vessel systems","proc_man_vessel_ser",3,3,0,"valves/vessel"]
["Number of manual valves on process line per booster pump ","proc_man_pump",2,2,0,"valves/pump"]
["Number of manual valves on backwash line per contactor","back_man_vessel",2,2,0,"valves/vessel"]
["Number of manual valves on backwash line per backwash pump","back_man_pump",1,1,0,"valves/pump"]
["Number of manual valves on backwash line per backwash tank","back_man_tank",1,1,0,"valves/tank"]
["Number of manual valves on backwash line if no backwash pumps","back_man_no_back",1,1,0,"valves"]
["Number of manual control valves on residuals line per residuals pump","res_man_pump",1,1,0,"valves/pump"]
["Number of manual control valves on residuals line per holding tank/basin","res_man_tank",1,1,0,"valves/tank"]
["Number of motor/air operated control valves on residuals line per cell","res_man_ep",1,1,0,"valves/cell"]
["Number of manual control valves on chemical line per chemical pump","chem_man_pump",2,2,0,"valves/pump"]
["Number of manual valves on bypass line","tot_bp_man",1,1,0,"valves"]
[]
["I/O Port Table"]
["Full automation includes all inputs and outputs, semi-automated uses inputs only, manual control uses neither"]
["To change the degree of automation, the user may replace the numbers in each of the blue columns."]
["I/O Ports needed per….","Lookup name","Discrete Inputs","Discrete Outputs","Analog Inputs","Analog Outputs","Guidance"]
["Alarm (including level switch/alarms, high/low alarms, low alarms)","alarm",1,1,0,0]
["Magnetic flow meter","flow_mag",0,0,1,0]
["Orifice plate flow meter","flow_op",0,0,2,1,"Additional analog input because flow meters include pressure gauges"]
["Propeller flow meter","flow_prop",0,0,1,0]
["Venturi flow meter","flow_ven",0,0,2,1,"Additional analog input because flow meters include pressure gauges"]
["Head loss sensor","head",1,0,0,0]
["pH meter","ph",0,0,1,0]
["Sampling port","port",1,0,0,0]
["Drive controller","switch",3,1,0,0]
["Temperature meter","temp",0,0,1,0]
["Turbidity meter","turb",0,0,1,0]
["Motor/air operated valve","valve",0,0,1,1]

{"sheet":"O&M Assumptions","index":5,"n_rows":66,"n_cols":5,"rows_kept":66,"cut":false,"hidden":false,"merged":[]}
["Default O&M Assumptions"]
["Users may change any of the cells in the Value column"]
[]
["Assumption","Range Name","Value","Units","Guidance"]
["Materials"]
["Cost for parts & maintenance for pumps","booster_pump_maintenance",0.01,null,"For calculating cost of actual maintenance materials; not to be confused with depreciation; 5% would be too high (Richard E. Hubel, Peter Keenan, American Water Works Service Company, Inc)"]
["Annual contactor materials cost as a percent of capital","Materials_pct",0.01,null,"To account for vessel relining, as GAC can be corrosive"]
[]
["Labor"]
["Mangerial LOE as a percent of average technical labor ","Manager_percent",0.1,"fraction"]
["Clerical LOE as a percent of average technical labor ","Clerical_percent",0.1,"fraction"]
["Labor hours per week for contact basins","Weekly_labor",1,"hr/week/basin or tank"]
[]
["Operating LOE assumptions"]
["Minutes per instrument per day","uloe_inst",5,"min/day","For manual systems only"]
["Recording operating paramenters for automated systems","uloe_inst_auto",5,"min/day","For semiautomated and automated systems"]
["Minutes per pump per day","uloe_pump",5,"min/day","For manual and semiautomated systems"]
["Minutes per valve per week","uloe_valve",5,"min/week","For manual and semiautomated systems"]
["Minutes per 100 sf per week","uloe_fp",1,"min/100 sf/day"]
["Minutes per backwash for automated systems","uloe_autoback",1,"min/event","Manual and semiautomated systems use 2x actual backwash time"]
["Hours per media changeout","uloe_throwaway",{"$f":"8/(20*27)","v":1.4814814814814815E-2},"hours/cubic foot","For systems using manual media transfer. Based on 20 cubic yards per day, applied separately to removal and replacement."]
[]
["Maintenance LOE assumptions"]
["For instruments (includes calibration)","uloe_inst_maint",10,"min/month"]
["For pumps","uloe_pump_maint",30.25,"hours/year","Based on vendor recommended maintenance activities; applied to large, frequently operated pumps only"]
["For valves","uloe_valve_maint",5,"min/year","Applied to main process valves only"]
["For chemical supply systems","uloe_chem_maint",120,"min/month"]
[]
["Energy"]
["Pump head for booster pumps","pump_head",44,"feet"]
["Backwash pump head","back_pump_head",33,"feet"]
["Residuals pump head","res_pump_psi",25,"psi"]
["Pump efficiency","pump_efficiency",0.75]
[]
["Lighting power per sf, low-quality buildings and sheds","lighting_power_low",0.3,"W/sf","0.3, 0.6, and 1.2 W/sf are the assumptions used for building capital costs"]
["Lighting power per sf, mid-quality buildings","lighting_power_mid",0.6,"W/sf"]
["Lighting power per sf, high-quality buildings","lighting_power_high",1.2,"W/sf"]
[]
["Ventilation air change rate for contactor","Air_changes_contactor",3,"air changes/hr"]
["Ventilation air change rate for pump room","Air_changes_pump",20,"air changes/hr","Could be lower (annual average 3 changes/hr) in a northern climate"]
["Ventilation air change rate for chemical storage","Air_changes_chem_storage",2,"air changes/hr"]
["Ventilation air change rate for offices","Air_changes_office",2,"air changes/hr"]
["Pressure drop across the fan","Fan_pressure_drop",0.25,"lbs/ft2"]
["Number of mechanical ventilation days per year first building (small system)","fan_days_build1_small",90,"days/year","Number of days per year where natural ventilation is applicable cannot be greater than 365 days"]
["Number of mechanical ventilation days per year 2nd building (small system)","fan_days_build2_small",90,"days/year","For small systems (<1 MGD)"]
["Number of mechanical ventilation days per year first building (medium system)","fan_days_build1_medium",120,"days/year","For medium systems (1 - 10 MGD)"]
["Number of mechanical ventilation days per year 2nd building (medium system)","fan_days_build2_medium",120,"days/year"]
["Number of mechanical ventilation days per year first building (large system)","fan_days_build1_large",185,"days/year","For large systems (> 10 MGD)"]
["Number of mechanical ventilation days per year 2nd building (large system)","fan_days_build2_large",185,"days/year"]
[]
["R-value for walls","R_wall",25,"hr-sf-degF/BTU","See Appendix E.  If higher R-value materials are desired, user may also need to adjust the cost of building materials in cl.xls"]
["R-value for ceilings","R_ceiling",49,"hr-sf-degF/BTU","See Appendix E.  If higher R-value materials are desired, user may also need to adjust the cost of building materials in cl.xls"]
["Annual heating degree days","heat_DD",4260,"degree days","Heating and cooling assumptions should be consistent with one another.  Assumed values are for a climate that results in a total energy usage for heating and cooling equal to the national median."]
["Annual cooling degree days","cool_DD",1415,"degree days","Heating and cooling assumptions should be consistent with one another.  Assumed values are for a climate that results in a total energy usage for heating and cooling equal to the national median."]
["Heating ventilation/infiltration load","heat_viload",168679,"BTU/cfm","Heating and cooling assumptions should be consistent with one another.  Assumed values are for a climate that results in a total energy usage for heating and cooling equal to the national median."]
["Cooling ventilation/infiltration load","cool_viload",51771,"BTU/cfm","Heating and cooling assumptions should be consistent with one another.  Assumed values are for a climate that results in a total energy usage for heating and cooling equal to the national median."]
["Electric resistance heating efficiency","resist_eff",0.98,null,"See Appendix E"]
["Heat pump heating coefficient of performance","COP",3.3,null,"See Appendix E"]
["Natural gas non-condensing furnace efficiency","gas_non_eff",0.85,null,"See Appendix E"]
["Natural gas condensing furnace efficiency","gas_eff",0.9,null,"See Appendix E"]
["Standard oil furnace efficiency","diesel_non_eff",0.82,null,"See Appendix E"]
["Mid-efficiency oil furnace efficiency","diesel_eff",0.9,null,"See Appendix E"]
["Air conditioning EER","EER",11.8,"BTU/Whr","See Appendix E"]
["Heat pump cooling mode EER","hp_EER",11.8,"BTU/Whr","See Appendix E"]
[]
["Heating Oil Heat Content","diesel_heat_content",139000,"BTU/gal","U.S. DOE, Energy Information Administration"]

{"sheet":"Indirect Assumptions","index":6,"n_rows":133,"n_cols":6,"rows_kept":133,"cut":false,"hidden":false,"merged":[[111,2,111,4],[123,2,123,4],[111,0,112,0],[111,1,112,1],[123,0,124,0],[123,1,124,1]]}
["Default Assumptions for Indirect and Add-On Costs"]
["Users may change any of the cells in the Value column"]
[]
["Assumption","Range Name","Value","Units","Guidance"]
["Permits"]
["Include permit costs?","include_permits",1,"<--- enter 1 for yes, 0 for no"]
["Include NEPA compliance costs?","include_NEPA",1,"<--- enter 1 for default, enter 2 for yes, 3 for no","Default of 1 means NEPA compliance is included only for systems that discharge to surface water. Selecting 2 means NEPA compliance will be included in all estimates. Selecting 3 means NEPA compliance will never be included."]
[]
["Pilot Study"]
["Include pilot study costs?","include_pilot",1,"<--- enter 1 for yes, 0 for no"]
["Include pilot study costs in add-on scenario?","include_pilot_addon",1,"<--- enter 1 for yes, 0 for no"]
[]
["Mobilization and Demobilization"]
["Mobilization percentage for pre-engineered packages","mob_pct_pre",0,"of direct capital cost","Typically 2-5% of the estimated construction cost. Enter 0% to exclude."]
["Mobilization percentage for small systems","mob_pct_small",0.05,"of direct capital cost"]
["Mobilization percentage for medium systems","mob_pct_medium",0.04,"of direct capital cost"]
["Mobilization percentage for large systems","mob_pct_large",0.02,"of direct capital cost"]
[]
["Architectural Fees for Treatment Building"]
["Include architectural fee?","include_arch",1,"<--- enter 1 for yes, 0 for no","Must be added to building cost. Change for special considerations. Includes structural, mechanical, and electrical engineering for building only."]
["Include architectural fee for small systems?","include_arch_small",0,"<--- enter 1 for yes, 0 for no"]
[]
["Installation, Transportatation, and O&P"]
["Installation, Transportatation, and O&P percentage","inst_pct",0,"of direct capital cost","Included in line item unit costs.  Add a percentage for special considerations such as a remote site or high cost location."]
[]
["Sitework"]
["Include sitework costs?","include_sitework",1,"<--- enter 1 for yes, 0 for no"]
[]
["Yard Piping"]
["Include yard piping costs?","include_yardpipe",1,"<--- enter 1 for yes, 0 for no"]
["Include yard piping costs in add-on scenario?","include_yardpipe_addon",0,"<--- enter 1 for yes, 0 for no"]
["Frost depth","frost",38,"inches","Should be consistent with (reflect same climate as) heating and cooling assumptions on O&M assumptions page"]
["Minimum trench depth to top of pipe","min_trench_depth",36,"inches","US Army Corps of Engineers recommended minimum cover for distribution pipes of 2.5 ft in grassed areas, 3 ft if buried under pavement or roadways but not less than frost penetration depth (USACOE 1984)"]
["Soil density","soil_dens",97,"lb/cubic ft.","Based on soil density of loamy sand (1.55 gm/cc)"]
["Coefficient of passive pressure","Coeff_Kp",3]
["Reduction factor","Reduction",0.46700000000000003]
["Bedding depth below pipe","bedding_depth",6,"inches"]
["Bedding depth surrounding the pipe","bedding_pct",0.25,"of pipe diameter"]
["Trench inside angle","trench_angle",{"$f":"RADIANS(45)","v":0.78539816339744828},"radians"]
["Pipe length from water source to the boundary of the 10 foot buffer","yard_in",0,"feet","Use if technology is first step in treatment process"]
["Pipe length the boundary of the 10 foot buffer to distribution network","yard_out",0,"feet","Use if technology is last step in treatment process"]
[]
["Geotechnical"]
["Include geotechnical costs for low cost pressure systems?","include_geo_low",0,"<--- enter 1 for yes, 0 for no","Note: geotechnical is always included with the septic system option, regardless of the numbers entered here"]
["Include geotechnical costs for medium cost pressure systems?","include_geo_medium",0,"<--- enter 1 for yes, 0 for no"]
["Include geotechnical costs for high cost pressure systems?","include_geo_high",1,"<--- enter 1 for yes, 0 for no"]
["Include geotechnical costs for low cost gravity systems?","include_geo_low_g",1,"<--- enter 1 for yes, 0 for no","Geotechnical is always included for gravity systems, because of basin excavation"]
["Include geotechnical costs for medium cost gravity systems?","include_geo_medium_g",1,"<--- enter 1 for yes, 0 for no"]
["Include geotechnical costs for high cost gravity systems?","include_geo_high_g",1,"<--- enter 1 for yes, 0 for no"]
["Test pit length","pit_length",4,"feet"]
["Test pit width","pit_width",4,"feet"]
["Test pit depth","pit_depth",7,"feet"]
["Borehole depth (pressure systems)","bore_depth_p",10,"feet"]
["Borehole depth for shallow basins","bore_depth_min",25,"feet"]
["Borehole depth for deep basins","bore_depth_max",50,"feet"]
["Basin excavation depth above which deeper boreholes are needed","deep_bore_need",20,"feet","Large gravity systems with deep basins require deeper investigation"]
["Technology footprint above which boreholes are needed","bore_need",2000,"square feet","Small pressure system geotechnical investigation can be completed with test pits, larger systems and all gravity systems require boreholes"]
["Minimum number of boreholes","min_holes",4]
["Borehole needed every x square feet","hole_per_sf",1000,"square feet"]
["Boreholes per job","hole_per_job",24,"boreholes/job"]
["Linear feet bored per day","hole_per_day",55.5,"l.f./day","RS Means Costworks 2001"]
[]
["Standby Power"]
["Include standby power costs?","include_standby",1,"<--- enter 1 for yes, 0 for no"]
["Include standby power costs for small systems?","include_standby_small",0,"<--- enter 1 for yes, 0 for no"]
["Include standby power costs in add-on scenario?","include_standby_addon",0,"<--- enter 1 for yes, 0 for no"]
["Design safety factor for standby power","std_safety_factor",0,null,"Default 0%. Apply a percentage to increase standby power requirements."]
["Include heating in standby power","need_heat",0,"<--- enter 1 for yes, 0 for no","If a system uses gas or diesel heat, heating will not be included in standby power, regardless of this assumption."]
["Include cooling in standby power","need_cool",0,"<--- enter 1 for yes, 0 for no","If both heating and cooling are included, standby power requirements will be based on the maximum of the two."]
["Minimum standby power generator size","min_standby",1.5,"kW"]
[]
["Electrical (including yard wiring)"]
["Electrical percentage","elect_pct",0.1,"of direct cost"]
[]
["Instrumentation and Control"]
["Instrumentation and control percentage","i_c_pct",0,"of direct cost","Included as a direct cost line item"]
[]
["Contingency"]
["Include contingency costs for low cost systems?","include_conting_low",0,"<--- enter 1 for yes, 0 for no"]
["Include contingency costs for medium cost systems?","include_conting_medium",0,"<--- enter 1 for yes, 0 for no"]
["Include contingency costs for high cost systems?","include_conting_high",1,"<--- enter 1 for yes, 0 for no"]
["Technology complexity factor","complexity",1,null,"Technology-specific factor. See Appendices for details. Low complexity = 0.5; Average complexity = 1.0; High complexity = 1.5; Very high complexity = 2.0."]
[]
["Process Engineering"]
["Engineering percentage for small systems","eng_pct_small",0.2,"of direct capital cost","Enter 0% to exclude"]
["Engineering percentage for medium systems","eng_pct_medium",0.12,"of direct capital cost"]
["Engineering percentage for large systems","eng_pct_large",0.08,"of direct capital cost"]
[]
["Miscellaneous Allowance"]
["Miscellaneous allowance percentage","misc_pct",0.1,"of direct capital cost","Enter 0% to exclude"]
[]
["Legal, Fiscal, and Administrative"]
["Legal percentage","legal_pct",0.02,"of direct capital cost","Enter 0% to exclude. Highly site-specific. Can range from 2-5% of equipment, installation, construction, electrical, and standby power."]
[]
["Sales Tax"]
["Sales tax percentage","tax_pct",0,"of direct capital cost","May be exempt if constructed with public funds. May be as high as 7.25% of equipment and construction, with national average 4.75%."]
[]
["Financing during Construction"]
["Financing percentage","finance_pct",0.05,"of direct capital cost","Enter 0% to exclude. Typically assumed to be one year's interest on capital cost."]
["Financing percentage for small systems","finance_pct_small",0,"of direct capital cost","Small system construction assumed to take less than one year"]
[]
["Construction Management and General Contractor Overhead"]
["Builder's risk insurance percentage","br_ins_pct",3.3999999999999998E-3,null,"Enter 0% to exclude. 0.34% is national average rate. RSMeans Building Construction Cost Data 2009, reference section R01100-070"]
["Include performance bond cost?","include_bond",1,"<--- enter 1 for yes, 0 for no"]
["Include construction management cost?","include_cm",1,"<--- enter 1 for yes, 0 for no"]
["Include construction management cost for pre-engineered packages?","include_cm_pre",0,"<--- enter 1 for yes, 0 for no",null," "]
[]
["Concrete Pad"]
["Include concrete pad in total capital cost?","include_pad",1,"<--- enter 1 for yes, 0 for no"]
[]
["Heating Table (1=include heating in buildings and O&M, 0 = do not include heating)"]
["Component Level","Range Name","System Size"]
[null,null,"Small (<1 mgd)","Medium (1-10 mgd)","Large (>10 mgd)"]
["Buildings 500 square feet or greater"]
["low cost","heating_table",0,1,1]
["mid cost",null,1,1,1]
["high cost",null,1,1,1]
["Buildings less than 500 ft2 (other than those used for chlorine storage)"]
["low cost","heating_table_shed",0,0,1]
["mid cost",null,0,0,1]
["high cost",null,1,1,1]
[]
["Cooling Table (1=include cooling in buildings and O&M, 0 = do not include cooling)"]
["Component Level","Range Name","System Size"]
[null,null,"Small (<1 mgd)","Medium (1-10 mgd)","Large (>10 mgd)"]
["Buildings 500 square feet or greater"]
["low cost","cooling_table",0,0,1]
["mid cost",null,0,1,1]
["high cost",null,1,1,1]
["Buildings less than 500 ft2 (other than those used for chlorine storage)"]
["low cost","cooling_table_shed",0,0,0]
["mid cost",null,0,0,0]
["high cost",null,0,0,0]

{"sheet":"Retrofit","index":7,"n_rows":102,"n_cols":5,"rows_kept":102,"cut":false,"hidden":false,"merged":[]}
["Retrofit Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["Base Retrofit Calculations"]
["Is this a retrofit design?","retrofit",{"$f":"IF(retrofit_I=\"\",0,1)","v":0},"1 = retrofit, 0 = new treatment system"]
["Carbon life input type for retrofit","r_freund_type",{"$f":"IF(r_freund_type_I=\"carbon life value- months\",1,IF(r_freund_type_I=\"calculation from Freundlich isotherm\",2,IF(r_freund_type_I=\"calculation from BDST\",3,4)))","v":4},"<-- 1 for bed life in months, 2 for calculation from Freundlich isotherms, 4 for bed life in bed volumes"]
[]
["GAC in grams (unchanged)","M",{"$f":"M","v":290698.98239532602},"grams","For Freundlich calculation, does not change in retrofit scenario, repeated here for reference"]
["Flow rate in L/min (unchanged)","QL",{"$f":"QL","v":18.399305555555554},"L/min","For Freundlich calculation, does not change in retrofit scenario, repeated here for reference"]
["N0/e for retrofit","r_N_0_e",{"$f":"r_freund_1*GAC_density*453.59/0.02832","v":0},"mg/cubic m","For BDST calculation, recalculated for retrofit"]
["Fluid velocity (unchanged)","v",{"$f":"v","v":3.1487531490589658E-2},"m/min","For BDST calculation, does not change in retrofit scenario, repeated here for reference"]
["Bed depth in meters (unchanged)","D",{"$f":"D","v":1.0363200000000001},"m","For BDST calculation, does not change in retrofit scenario, repeated here for reference"]
["Bed life for retrofit","r_bed_life",{"$f":"CHOOSE(r_freund_type,r_freund_1,(M*(r_freund_1/1000)*(r_C_b*1000)^r_freund_2/(QL*(r_C_0-r_C_b)))/(30*24*60),(r_N_0_e/(1000*v*r_C_0)*D-LOG(r_C_0/r_C_b-1)/(r_freund_2*r_C_0))/(30*24*60),r_freund_1*IF(design_type=1,comm_SA*bed_depth*num_treat_lines,basin_width*basin_length*basin_op_depth*op_num_basins)*7.48/average_flow_rate/60/24/30)","v":0},"months"]
[]
["Average regeneration rate after retrofit","r_regen_day",{"$f":"IF(retrofit=0,0,GAC_each*IF(design_type=1,op_num_tanks,op_num_basins)/(r_bed_life/12)/365)","v":0},"lbs/day"]
["Total annual GAC needed after retrofit","r_GAC_yr",{"$f":"r_regen_day*365","v":0},"lbs/yr","When regenerating, this quantity is made up of regenerated GAC + makeup GAC"]
["Annual Regenerated GAC after retrofit","r_regen_yr",{"$f":"CHOOSE(regen_type,(1-makeup_rate)*r_GAC_yr,(1-makeup_rate_off)*r_GAC_yr,0,(1-makeup_rate_off)*r_GAC_yr,0,0,0)","v":0},"lbs/yr"]
["Annual Virgin GAC after retrofit","r_GAC_makeup",{"$f":"CHOOSE(regen_type,makeup_rate*r_GAC_yr,makeup_rate_off*r_GAC_yr,r_GAC_yr,makeup_rate_off*r_GAC_yr,r_GAC_yr,r_GAC_yr,r_GAC_yr)","v":0},"lbs/yr"]
[]
["Spent media disposal frequency after retrofit","r_disp_freq",{"$f":"IF(r_bed_life=0,0,IF(OR(regen_type=3,regen_type=5),12/r_bed_life,0))","v":0},"times per year"]
["Spent media quantity (average per year) after retrofit","r_spent_media_yr",{"$f":"spent_media*r_disp_freq","v":0},"tons"]
["Media changeouts per year after retrofit","r_media_changes",{"$f":"IF(design_type=1,final_num_tanks,total_num_basins)*IF(OR(regen_type=3,regen_type=5),r_disp_freq,IF(OR(regen_type=2,regen_type=4),IF(r_bed_life=0,0,12/r_bed_life),0))","v":0},null,"For use with mechanical transfer, incorporates number of vessels. For onsite regeneration, media changeout labor is included in regen_labor, below"]
["Quantity of media handled per year after retrofit","r_media_changes_cf",{"$f":"IF(OR(regen_type=3,regen_type=5),r_GAC_makeup+r_spent_media_yr*2000,IF(OR(regen_type=2,regen_type=4),r_GAC_makeup+2*r_regen_yr,0))/GAC_density","v":0},"cf","For use with manual transfer, incorporates both removal and refill. For onsite regeneration, media changeout labor is included in regen_labor, below"]
["Incremental operator labor for media changeouts after retrofit","r_inc_Operator_LOE",{"$f":"IF(retrofit=0,0,IF(transfer_method=3,r_media_changes_cf*uloe_throwaway,r_media_changes*transfer_time)-IF(transfer_method=3,media_changes_cf*uloe_throwaway,media_changes*transfer_time)+r_regen_labor)","v":0},"hr/yr"]
[]
["Spent media disposal fee after retrofit",null,{"$f":"spent_media*r_disp_freq*CHOOSE(regen_type,0,0,nonhaz_disposal_cost_cl,0,haz_disposal_cost_cl,rad_disposal_cost_cl,hazrad_disposal_cost_cl)","v":0},"$/year"]
["Spent media shipments per year after retrofit",null,{"$f":"CHOOSE(regen_type,r_disp_freq,r_disp_freq,r_disp_freq,r_disp_freq,IF(spent_media>max_waste_ship,ROUNDUP(spent_media/max_waste_ship,0)*r_disp_freq,r_disp_freq),IF(spent_media>max_waste_ship,ROUNDUP(spent_media/max_waste_ship,0)*r_disp_freq,r_disp_freq),IF(spent_media>max_waste_ship,ROUNDUP(spent_media/max_waste_ship,0)*r_disp_freq,r_disp_freq))","v":0}]
["Transportation unit cost",null,{"$f":"CHOOSE(regen_type,0,0,nonhaz_transportation_cost_cl,0,haz_transportation_cost_cl,rad_transportation_cost_cl,hazrad_transportation_cost_cl)","v":0},"$/ton-mile"]
["Transportation minimum charge per shipment",null,{"$f":"CHOOSE(regen_type,0,0,0,0,haz_trans_min_cost_cl,rad_trans_min_cost_cl,hazrad_trans_min_cost_cl)","v":0},"$/shipment"]
["Transportation mileage",null,{"$f":"CHOOSE(regen_type,0,0,non_haz_miles,0,haz_miles,rad_miles,hazrad_miles)","v":0},"miles"]
["Transportation",null,{"$f":"MAX(C27*C29,spent_media*C27*C30*C28)","v":0},"$/year"]
["Annual fee",null,{"$f":"CHOOSE(regen_type,0,0,0,0,0,VLOOKUP(households*hh_size,rad_annual_fee_cl,2),VLOOKUP(households*hh_size,hazrad_annual_fee_cl,2))","v":0},"$/year"]
["Total annual spent media diposal fee after retrofit","r_disposal_fee",{"$f":"C31+C26+C32","v":0},"$/year"]
[]
[]
["Regeneration frequency after retrofit",null,{"$f":"IF(r_bed_life=0,0,12/r_bed_life)","v":0}]
["Hazardous regeneration shipments per year after retrofit",null,{"$f":"IF(regen_type=4,IF(r_regen_yr/2000>max_waste_ship,ROUNDUP((r_regen_yr/2000)/max_waste_ship,0)*C36,C36),\"NA\")","v":"NA"}]
["Additional transportation cost for hazardous regeneration after retrofit","r_haz_regen_transp",{"$f":"IF(regen_type=4,MAX(C37*haz_trans_min_cost_cl,spent_media*C37*haz_miles*haz_transportation_cost_cl),0)","v":0},"$/year"]
[]
["Incremental lighting","r_lighting",{"$f":"IF(include_buildings=0,0,MIN(1,(r_inc_Operator_LOE+Operator_LOE)/(24*365))*(build1_fp*lighting_energy_1+build2_fp*lighting_energy_2)/1000+r_furnace_lighting-lighting)","v":0},"MWh/yr"]
["Incremental standby power for lighting","r_std_lighting",{"$f":"IF(include_buildings=0,0,((build1_fp*lighting_energy_1+build2_fp*lighting_energy_2)/1000+r_furnace_lighting-lighting)/365/24*1000)","v":8.9582803129806543E-3},"kW"]
["Total standby power after retrofit","r_std_power",{"$f":"ROUNDUP(2*MAX(min_standby,(IF(AND(need_heat=1,need_cool=1),MAX(std_heat,std_cool),need_heat*std_heat+need_cool*std_cool)+std_base+r_std_vent+r_std_lighting)*(1+std_safety_factor)),0)/2","v":1.5},"kW"]
["Incremental standby power required","r_inc_std_power",{"$f":"r_std_power-std_power","v":0},"kW"]
["Incremental standby power cost","r_std_power_cost",{"$f":"VLOOKUP(r_std_power,std_gen_cost_cl,3)*r_inc_std_power","v":0}]
[]
["Additional Calculations for Retrofit with On-site Regeneration"]
["Direct Equipment"]
["On-site regeneration capacity required for retrofit","r_regen_capacity",{"$f":"(r_regen_day/regen_runtime)*regen_redund","v":0},"lbs/day"]
["Incremental regeneration capacity required for retrofit","r_inc_regen_capacity",{"$f":"MAX(0,C48-regen_capacity)","v":0},"lbs/day"]
["Capacity expansion required?","r_new_furnace",{"$f":"IF(AND(retrofit=1,regen_type=1,OUTPUT!G251>0),1,0)","v":0},"1=yes, 0=no","This considers actual output sheet size of existing furnace when curve fitting isn't used"]
[]
["Building and Land Usage"]
["On-site regeneration footprint for retrofit","r_onsite_regeneration_fp",{"$f":"IF(r_new_furnace=0,0,IF(regen_type=1,121.3*r_regen_capacity^0.3656,0))","v":0},"square feet","Equations developed in Working draft of \"Design and Cost Estimates for Advanced Water Treatment Technologies\", 9/30/00, include access space."]
["Incremental footprint required for retrofit","r_inc_fp_required",{"$f":"IF(OR(retrofit=0,r_new_furnace=0),0,r_onsite_regeneration_fp-Onsite_regeneration_fp)","v":0},"square feet"]
["New footprint of building 1","r_build1_fp",{"$f":"IF(OR(retrofit=0,r_new_furnace=0),0,ROUNDUP(IF(fp_required<add_2nd_building,fp_required+r_onsite_regeneration_fp,vessel_fp),-1))","v":0},"square feet","If total footprint is large, building 1 contains vessels only.  If total footprint is small, building 1 contains all equipment."]
["New footprint of building 2","r_build2_fp",{"$f":"IF(OR(retrofit=0,r_new_furnace=0),0,ROUNDUP(IF(fp_required<add_2nd_building,0,back_tank_fp+pump_fp+r_onsite_regeneration_fp+Virgin_GAC_storage_fp+Spent_GAC_storage_fp+Regenerated_GAC_storage_fp+office_fp+htank_fp+cstore_fp),-1))","v":0},"square feet","If total footprint is large, a second building is used for pumps, backwash, onsite regeneration, and chemical storage"]
["Incremental building 1 floorplan required for retrofit","r_inc_build1_fp",{"$f":"IF(OR(retrofit=0,r_new_furnace=0),0,r_build1_fp-build1_fp)","v":0},"square feet"]
["Incremental building 2 floorplan required for retrofit","r_inc_build2_fp",{"$f":"IF(OR(retrofit=0,r_new_furnace=0),0,r_build2_fp-build2_fp)","v":0},"square feet"]
["New total footprint","r_total_fp",{"$f":"r_build1_fp+r_build2_fp","v":0},"square feet"]
["Incremental total footprint","r_inc_total_fp",{"$f":"IF(OR(retrofit=0,r_new_furnace=0),0,r_total_fp-total_fp)","v":0},"square feet"]
["Concrete pad for retrofit","r_concrete",{"$f":"ROUNDUP(r_inc_fp_required*IF(ss_cat2=1,pad_thick_small,pad_thick)/27,0)","v":0},"cubic yards"]
["Incremental land acquisition (opportunity cost)","r_land_required",{"$f":"IF(OR(retrofit=0,r_new_furnace=0),0,ROUNDUP(((r_build1_fp)^0.5+(2*non_fire_buffer))*((r_build1_fp)^0.5+(non_fire_buffer+fire_buffer))+IF(r_build2_fp=0,0,((r_build2_fp)^0.5+(2*non_fire_buffer))*((r_build2_fp)^0.5+(non_fire_buffer+fire_buffer)))+sept_fp+solids_pad_area,-2)/43560-land_required)","v":0},"acres"]
[]
["Permits"]
["Building #1 additional value",null,{"$f":"SUMPRODUCT(OUTPUT!J305:J308,OUTPUT!L305:L308)","v":0},null,"Determined using Use? Column of output sheet"]
["Building #2 additional value",null,{"$f":"SUMPRODUCT(OUTPUT!J310:J313,OUTPUT!L310:L313)","v":0},null,"Determined using Use? Column of output sheet"]
["Building permit cost",null,{"$f":"BPCost_UBC97(C65)+BPCost_UBC97(C66)","v":0},null,"Uses custom function to apply formulae developed in SAIC Permit Report 2004"]
["NPDES permit cost",null,0,null,"Retrofit does not change NPDES status"]
["Storm water permit cost",null,{"$f":"VLOOKUP(land_required+r_land_required,SW_permit_cost_cl,2)-VLOOKUP(land_required,SW_permit_cost_cl,2)","v":0},null,"Applies to systems where retrofit pushes land over 1 acre"]
["Risk management plan",null,0,null,"Not applicable for this technology"]
["NEPA compliance",null,{"$f":"IF(OR(r_new_furnace=0,include_NEPA=2),0,IF(OR(component_level=2,include_NEPA=1),VLOOKUP(r_land_required+land_required,NEPA_cost_cl,2),0))","v":0},null,"Included only for high cost estimates, unless assumption \"include_NEPA\" is changed on CDA sheet"]
["Total permit cost","r_permit_cost",{"$f":"SUM(C67:C71)","v":0}]
[]
["Indirect"]
["Sitework cost for retrofit","r_sitework_cost",{"$f":"r_inc_total_fp*sitework_sf_cl","v":0}]
[]
["Building and HVAC Maintenance"]
["Cost excluding heating and cooling",null,{"$f":"IF(include_buildings=0,0,building_matl_rate_cl*r_inc_total_fp)","v":0},"/yr","Labor and materials; includes routine in-house maintenance and major repairs"]
["Cost to maintain heating system, building 1",null,{"$f":"build1_need_heat*heating_matl_rate_cl*r_inc_build1_fp","v":0},"/yr"]
["Cost to maintain cooling system, building 1",null,{"$f":"build1_need_cool*cooling_matl_rate_cl*r_inc_build1_fp","v":0},"/yr"]
["Cost to maintain heating system, building 2",null,{"$f":"build2_need_heat*heating_matl_rate_cl*r_inc_build2_fp","v":0},"/yr"]
["Cost to maintain cooling system, building 2",null,{"$f":"build2_need_cool*cooling_matl_rate_cl*r_inc_build2_fp","v":0},"/yr"]
["Total annual building and HVAC maintenance","r_bldg_maint_cost",{"$f":"SUM(C78:C82)","v":0},null,"Includes labor and materials"]
[]
["On-site Regeneration O&M"]
["Incremental materials for on-site GAC Regeneration","r_regen_materials",{"$f":"IF(retrofit=0,0,IF(regen_type=1,8451.4*r_regen_capacity^0.2017,0)-regen_materials)","v":0},"/year","Equations developed in Working draft of \"Design and Cost Estimates for Advanced Water Treatment Technologies\", 9/30/00."]
["Incremental On-site GAC regeneration labor","r_regen_labor",{"$f":"IF(retrofit=0,0,IF(regen_type=1,2.2515*r_regen_capacity^0.7554,0)-regen_labor)","v":0},"hours/year","Equations developed in Working draft of \"Design and Cost Estimates for Advanced Water Treatment Technologies\", 9/30/00."]
["Incremental Energy","r_regen_energy",{"$f":"IF(retrofit=0,0,IF(regen_type=1,9.1217*r_regen_capacity^1.0475/1000-regen_energy,0))","v":0},"MWh/yr","Equations developed in Working draft of \"Design and Cost Estimates for Advanced Water Treatment Technologies\", 9/30/00."]
["Incremental Natural Gas","r_regen_ng",{"$f":"IF(retrofit=0,0,IF(regen_type=1,28.161*r_inc_regen_capacity,0))","v":0},"Therms/yr","Equations developed in Working draft of \"Design and Cost Estimates for Advanced Water Treatment Technologies\", 9/30/00."]
[]
["Building Lighting and Ventilation"]
["Lighting for additional building floorplan","r_furnace_lighting",{"$f":"IF(include_buildings=0,0,MIN(1,(r_inc_Operator_LOE+Operator_LOE)/(24*365))*(r_inc_build1_fp*lighting_energy_1+r_inc_build2_fp*lighting_energy_2)/1000)","v":0},"MWh/yr"]
[]
["Building 1 weighted average air changes after retrofit","r_air_changes_build1",{"$f":"IF(build2_fp=0,IF(r_build1_fp=0,0,(Air_changes_contactor*(vessel_fp+back_tank_fp+r_onsite_regeneration_fp+htank_fp)+Air_changes_pump*pump_fp+Air_changes_chem_storage*(Virgin_GAC_storage_fp+Spent_GAC_storage_fp+Regenerated_GAC_storage_fp+cstore_fp)+Air_changes_office*office_fp)/r_build1_fp),Air_changes_contactor)","v":0},"air changes/hr"]
["Building 2 weighted average air changes after retrofit","r_air_changes_build2",{"$f":"IF(build2_fp=0,0,IF(r_build2_fp=0,0,(Air_changes_contactor*(back_tank_fp+r_onsite_regeneration_fp+htank_fp)+Air_changes_pump*pump_fp+Air_changes_chem_storage*(Virgin_GAC_storage_fp+Spent_GAC_storage_fp+Regenerated_GAC_storage_fp+cstore_fp)+Air_changes_office*office_fp)/r_build2_fp))","v":0},"air changes/hr"]
["Building 1 ventilation after retrofit",null,{"$f":"CHOOSE(ss_cat2,fan_days_build1_small,fan_days_build1_medium,fan_days_build1_large)*24*0.746*Fan_pressure_drop*r_build1_fp*Building_height*r_air_changes_build1/33000","v":0},"kWh/yr"]
["Building 2 ventilation after retrofit",null,{"$f":"CHOOSE(ss_cat2,fan_days_build2_small,fan_days_build2_medium,fan_days_build2_large)*24*0.746*Fan_pressure_drop*r_build2_fp*Building_height*r_air_changes_build2/33000","v":0},"kWh/yr"]
["Total ventilation","r_ventilation",{"$f":"IF(include_HVAC=0,0,IF(SUM(C96:C97)=0,0,SUM(C96:C97)/1000-ventilation))","v":0},"MWh/yr"]
[]
["Building 1 ventilation",null,{"$f":"0.746*Fan_pressure_drop*r_inc_build1_fp*Building_height*air_changes_build1/33000","v":0},"kW"]
["Building 2 ventilation",null,{"$f":"0.746*Fan_pressure_drop*r_inc_build2_fp*Building_height*air_changes_build2/33000","v":0},"kW"]
["Incremental standby power for ventilation","r_std_vent",{"$f":"IF(include_HVAC=0,0,SUM(C100:C101))","v":0},"kW"]

{"sheet":"Contactor Constraints","index":8,"n_rows":83,"n_cols":5,"rows_kept":83,"cut":false,"hidden":false,"merged":[]}
["Contactor Constraint Calculations"]
["This sheet performs calculations to confirm that the contactor design on the Input page meets engineering constraints"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["From Inputs"]
["Design Flow","design_flow",{"$f":"IF(df_units=\"gpm\",(1-bp_pct)*design_flow_I*24*60/1000000,(1-bp_pct)*design_flow_I)","v":0.03},"MGD","From input"]
["Average Flow","average_flow",{"$f":"(1-bp_pct)*IF(af_units=\"gpm\",average_flow_I*24*60/1000000,IF(af_units=\"fraction of design flow\",average_flow_I*design_flow,average_flow_I))","v":7.0000000000000001E-3},"MGD","From input"]
["Design Flow Rate","design_flow_rate",{"$f":"design_flow*1000000/(24*60)","v":20.833333333333332},"gpm","Design flow expressed in gpm"]
["Average Flow Rate","average_flow_rate",{"$f":"average_flow*1000000/(24*60)","v":4.8611111111111107},"gpm","Average flow expressed in gpm"]
["Bypass Flow Rate","bp_flow_rate",{"$f":"bp_pct/(1-bp_pct)*design_flow_rate","v":0},"gpm"]
["Contaminant removal requirements","EBCT_type",{"$f":"IF(EBCT_type_I=\"contaminant removal %\",1,IF(EBCT_type_I=\"influent and effluent concentrations\",2, 3))","v":3},"<--1 for contaminant removal %, 2 for influent and effluent concentrations, 3 for EBCT"]
["Target Contaminant","contam_type",8,"<-- Click here for list"]
["Design type chosen","design_type",1,"<-- 1 for Pressure, 2 for Gravity"]
["Empty Bed Contact Time","EBCT",{"$f":"IF(EBCT_type=1,(LN(1/(1-EBCT_I))/Kss)*60,IF(EBCT_type=2,(LN(EBCT_I/EBCT_O)/Kss)*60,EBCT_I))","v":7.5},"minutes","Ce/C0 = e-Kss*EBCT"]
["Is this an add-on (pre- or post-treatment)","add_on",{"$f":"IF(addon_I=\"add-on\",1,0)","v":0}]
[]
["PRESSURE VESSELS"]
["Minimum number of vessels in series","Num_tanks",{"$f":"IF(design_type=2,1,Num_tanks_I)","v":1},"units"]
["Vessel geometry","tank_geom",{"$f":"IF(tank_geom_I=\"upright\",1,2)","v":1},"<-1 for upright cylindrical, 2 for horizontal-laid cylinder"]
[]
["From Central Cost Database"]
["Maximum Standard Vessel Diameter","max_diam_std_size",{"$f":"IF(design_type=2,\"-\",max_vessel_diam_cl)","v":14},"feet"]
["Minimum Vessel Diameter","min_diam",{"$f":"IF(design_type=2,\"-\",min_vessel_diam_cl)","v":1.5},"feet"]
["Maximum Vessel Diameter","max_diam",{"$f":"IF(design_type=2,\"-\",IF(max_diam_override>0,max_diam_override,max_diam_std_size))","v":14},"feet","Standard unless overridden on CDA's"]
[]
["Vessel Constraints"]
["EBCT per vessel","EBCT_tank",{"$f":"IF(design_type=2,\"-\",EBCT/Num_tanks)","v":7.5},"minutes"]
["Vessel surface area","max_sa",{"$f":"IF(tank_geom=1,(comm_diam-(2*Vessel_thickness))^2*PI()/4,IF(tank_geom=2,(comm_diam-(2*Vessel_thickness))*comm_height_length))","v":3.1415926535897931},"square feet"]
["Height available above media bed (for horizontal vessels)","distance_above",{"$f":"IF(design_type=2,\"-\",IF(tank_geom=2,comm_diam-bed_depth-horiz_underdrain,\"NA\"))","v":"NA"},"ft"]
["Void space above media bed (for horizontal vessels)","void_above",{"$f":"IF(design_type=2,\"-\",IF(tank_geom=2,comm_height_length*(comm_diam*comm_diam/2*ASIN(SQRT(distance_above/comm_diam))-(comm_diam/2-distance_above)*SQRT((comm_diam-distance_above)*distance_above)),\"NA\"))","v":"NA"},"cubic feet"]
["Maximum flow per vessel","flow_per_vessel",{"$f":"IF(design_type=2,\"-\",IF(tank_geom=1,(max_sa*bed_depth*7.48)/EBCT_tank,media_volume*7.48/EBCT_tank))","v":10.652931248812751},"gpm"]
["Number of parallel treatment trains","num_treat_lines",{"$f":"IF(design_type=2,\"-\",ROUNDUP(design_flow_rate/flow_per_vessel,0))","v":2},"lines"]
["Number of vessels excluding redundancy","op_num_tanks",{"$f":"IF(design_type=2,\"-\",ROUNDUP(design_flow_rate/flow_per_vessel,0)*Num_tanks)","v":2},"units"]
["Number of redundant units","NRD",{"$f":"IF(design_type=2,\"-\",IF(NRD_I<>\"\",NRD_I,IF(design_flow>=1,ROUNDUP(num_treat_lines/redund_freq,0),IF(op_num_tanks=1,NRD_small_1,NRD_small))))","v":0},"units"]
["Total number of vessels including redundancy","final_num_tanks",{"$f":"IF(design_type=2,0,op_num_tanks+NRD)","v":2},"units"]
[]
["Vessel requirements based on bed depth and contact time"]
["Minimum total contact material needed","contact_material",{"$f":"IF(design_type=2,\"-\",design_flow_rate*EBCT/(7.481))","v":20.886245154391126},"cubic feet"]
["Minimum volume of contact material per vessel","contact_mat_per_vessel",{"$f":"IF(design_type=2,\"-\",contact_material/op_num_tanks)","v":10.443122577195563},"cubic feet"]
["Minimum surface area of contact material","SA",{"$f":"IF(design_type=2,\"-\",contact_mat_per_vessel/(bed_depth))","v":3.0715066403516365},"square feet"]
[]
["Quantities based on user-specified vessel dimensions"]
["Final surface area of contact material","comm_SA",{"$f":"IF(design_type=2,\"-\",IF(tank_geom=1,(comm_diam-(2*Vessel_thickness))^2*PI()/4,IF(tank_geom=2,(comm_diam-(2*Vessel_thickness))*comm_height_length)))","v":3.1415926535897931},"square feet"]
["Final surface loading rate","comm_load_rate",{"$f":"IF(design_type=2,\"-\",(design_flow_rate/num_treat_lines)/comm_SA)","v":3.3157279810811526},"gpm/square ft"]
["Total vessel volume","comm_vol",{"$f":"IF(design_type=2,\"-\",PI()*comm_diam^2/4*comm_height_length)","v":18.849555921538759},"cubic feet"]
[null,"comm_vol_gal",{"$f":"IF(design_type=2,\"-\",comm_vol*7.48)","v":140.99467829310993},"gal"]
[]
["Checks on user-specified dimensions"]
["Design dimensions for vertical vessels:"]
["    Height of vessel required","height",{"$f":"IF(design_type=2,\"-\",bed_depth*(1+bed_expansion)+free_board)","v":5.6},"feet"]
["    Required vessel diameter (circular vessels)","diameter",{"$f":"IF(design_type=2,\"-\",(SA*4/PI())^0.5+(2*Vessel_thickness))","v":1.9775650978949713},"feet"]
["    Minimum commercial height given diameter","min_comm_height",{"$f":"IF(design_type=2,\"-\",VLOOKUP(comm_diam,vessel_size_table_cl,2))","v":3.5},"feet"]
["    Maximum commercial height given diameter","max_comm_height",{"$f":"IF(design_type=2,\"-\",VLOOKUP(comm_diam,vessel_size_table_cl,3))","v":7.5},"feet"]
[]
["Void space required for horizontal vessels:"]
["For freeboard","freeboard_horiz_void",{"$f":"IF(design_type=2,\"-\",comm_height_length*(comm_diam*comm_diam/2*ASIN(SQRT(free_board/comm_diam))-(comm_diam/2-free_board)*SQRT((comm_diam-free_board)*free_board)))","v":3.6851090958262711},"cubic feet","Volume of a horizontal slice taken out of a cylinder"]
["For underdrain","underdrain_horiz_void",{"$f":"IF(design_type=2,\"-\",comm_height_length*(comm_diam*comm_diam/2*ASIN(SQRT(horiz_underdrain/comm_diam))-(comm_diam/2-horiz_underdrain)*SQRT((comm_diam-horiz_underdrain)*horiz_underdrain)))","v":15.164446825712487},"cubic feet"]
["Total","horiz_void",{"$f":"IF(design_type=2,\"-\",freeboard_horiz_void+underdrain_horiz_void)","v":18.849555921538759},"cubic feet"]
[]
["Volume available for media and expansion:"]
["Vertical vessel","vert_vol_available",{"$f":"IF(design_type=2,\"-\",(comm_height_length-free_board)*PI()*comm_diam^2/4)","v":17.27875959474386},"cubic feet"]
["Horizontal vessel","horiz_vol_available",{"$f":"IF(design_type=2,\"-\",comm_vol-horiz_void)","v":0},"cubic feet"]
["For selected vessel geometry","input_vol_vess",{"$f":"IF(design_type=2,\"-\",CHOOSE(tank_geom,vert_vol_available,horiz_vol_available))","v":17.27875959474386},"cubic feet","To be compared to vol_vessel, to determine whether vessel is oversized."]
[]
["GRAVITY CONTACT BASINS"]
["Minimum volume required","min_basin_vol",{"$f":"IF(design_type=1,\"-\",design_flow_rate*EBCT/7.48)","v":"-"},"cubic ft"]
["Number of basins (no redundancy)","op_num_basins",{"$f":"IF(design_type=1,\"-\",ROUNDUP(min_basin_vol/(basin_width*basin_length*basin_op_depth),0))","v":"-"}]
["Basin depth including freeboard","basin_depth",{"$f":"IF(design_type=1,\"-\",basin_op_depth*(1+bed_expansion)+basin_freeboard)","v":"-"},"ft"]
["Total basin volume","basin_vol",{"$f":"IF(design_type=1,\"-\",basin_width*basin_length*basin_depth*7.48)","v":"-"},"gal"]
["Basin loading rate","surface_loading_rate_g",{"$f":"IF(design_type=1,\"-\",design_flow_rate/(op_num_basins*(basin_width*basin_length)))","v":"-"},"gpm/square ft"]
["Number of reduntant basins","NRD_g",{"$f":"IF(design_type=1,\"-\",IF(NRD_I<>\"\",NRD_I,IF(op_num_basins=1,NRD_small_1,CHOOSE(ss_cat2,NRD_small,NRD_basins_medium,NRD_basins_large))))","v":"-"},"units"]
["Total number of basins (incl. redundancy)","total_num_basins",{"$f":"IF(design_type=1,0,op_num_basins+NRD_g)","v":0},"units"]
["Concrete volume","basin_conc_vol",{"$f":"IF(design_type=1,0,(2*(basin_width*total_num_basins+conc_thick*(total_num_basins+1))*basin_depth*conc_thick+(total_num_basins+1)*basin_length*basin_depth*conc_thick+(basin_length+2*conc_thick)*(basin_width*total_num_basins+conc_thick*(total_num_basins+1))*conc_thick)/27)","v":0},"cubic yd","incorporates common wall design"]
["Excavation volume","excavation_vol",{"$f":"IF(design_type=1,\"-\",((total_num_basins*basin_width+(total_num_basins+1)*conc_thick+overexcavate)*(basin_length+2*conc_thick+overexcavate)*(basin_depth+conc_thick+overexcavate)+0.5*(3*(basin_depth+conc_thick+overexcavate)*(basin_depth+conc_thick+overexcavate)*(basin_length+2*conc_thick+overexcavate)))/27)","v":"-"},"cubic yd","incorporates common wall design, includes ramping for moving earth out of excavated area, assumes flush with grade (conservative)"]
["Backfill volume","backfill_vol",{"$f":"IF(design_type=1,\"-\",excavation_vol-(total_num_basins*basin_width+(total_num_basins+1)*conc_thick)*(basin_length+2*conc_thick)*(basin_depth+conc_thick)/27)","v":"-"},"cubic yd"]
["Railing length","railing",{"$f":"IF(design_type=1,\"-\",2*(total_num_basins*basin_width+2*conc_thick/2+(total_num_basins-1)*conc_thick)+2*(basin_length+2*conc_thick/2))","v":"-"},"lf","incorporates common wall design, single railing (concrete thickness is not sufficient to provide walkway)"]
["Surface area each contactor","basin_area",{"$f":"IF(design_type=1,\"-\",basin_width*basin_length)","v":"-"},"square ft","for internals costing"]
[]
["MEDIA QUANITITIES"]
["GAC volume per contactor","media_volume",{"$f":"IF(design_type=1,IF(tank_geom=1,comm_SA*bed_depth,IF(tank_geom=2,comm_vol-underdrain_horiz_void-void_above)),basin_width*basin_length*basin_op_depth)","v":10.681415022205297},"cubic feet"]
["GAC quantity each contactor","GAC_each",{"$f":"media_volume*GAC_density","v":320.44245066615889},"lbs"]
["Total GAC quanity","GAC",{"$f":"GAC_each*IF(design_type=1,final_num_tanks,total_num_basins)","v":640.88490133231778},"lbs"]
["GAC volume when expanded","media_volume_expanded",{"$f":"media_volume*(1+bed_expansion)","v":16.022122533307943},"cubic feet"]

{"sheet":"Backwash and Regeneration","index":9,"n_rows":86,"n_cols":5,"rows_kept":86,"cut":false,"hidden":false,"merged":[]}
["Backwash and Regeneration Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["From Input"]
["Carbon life input type","freund_type",{"$f":"IF(freund_type_I=\"carbon life value- months\",1,IF(freund_type_I=\"calculation from Freundlich isotherm\",2,IF(freund_type_I=\"calculation from BDST\",3,4)))","v":4},"<-- 1 for bed life in months, 2 for calculation from Freundlich isotherms, 4 for bed life in bed volumes"]
["Spent media regeneration method","regen_type",{"$f":"IF(regen_type_I=\"regeneration on-site\",1,IF(regen_type_I=\"regeneration off-site (non-hazardous)\",2,IF(regen_type_I=\"throwaway (non-hazardous)\",3,IF(regen_type_I=\"regeneration off-site (hazardous)\",4,IF(regen_type_I=\"throwaway (hazardous)\",5,IF(regen_type_I=\"throwaway (radioactive)\",6,7))))))","v":2},"<-- 1 for regeneration on-site, 2 for regeneration off-site (non-hazardous), 3 for throwaway (non-hazardous), 4 for regeneration off-site (hazardous), 5 for throwaway (hazardous), 6 for throwaway (radioactive), 7 for throwaway (hazardous & radioactive)"]
[]
["Interval between backwashes","back_interval",{"$f":"back_interval_I","v":168},"hours"]
["No backwash pumps","no_backwash",{"$f":"IF(no_backwash_I=\"existing pumps\",1,IF(no_backwash_I=\"new pumps\",\"\",IF(ss_cat2=1,1,\"\")))","v":1},"<-- 1 = backwash using existing supply or treated water pumps, blank = include backwash pumps in costs"]
["No backwash tanks","no_back_tank",{"$f":"IF(no_back_tank_I=\"existing storage\",1,IF(no_back_tank_I=\"new storage\",\"\",IF(ss_cat2=2,\"\",1)))","v":1},"<-- 1 = backwash from existing storage or supply, blank = include backwash tanks in costs"]
[]
["Backwash"]
["Backwash flow","water_flush",{"$f":"ROUND(h2oflush_backwash_rate*IF(design_type=1,comm_SA,basin_width*basin_length),0)","v":38},"gpm"]
["Total backwash volume","total_backwash",{"$f":"water_flush*backwash_time","v":380},"gallons"]
["Backwash storage volume in cubic feet","back_vol_ft",{"$f":"total_backwash*back_multiplier/7.48","v":50.80213903743315},"cubic ft","If concrete basins are used, rather than tanks"]
["Number of backwash basins","back_basins",{"$f":"IF(no_back_tank=1,0,back_basins_default)","v":0},"units","If concrete basins are used, rather than tanks"]
["Backwash basin operating depth","back_basin_op_depth",{"$f":"IF(back_basins=0,0,ROUNDUP((back_vol_ft/back_basins)^(1/3)*back_ratio,0))","v":0},"feet","If concrete basins are used, rather than tanks"]
["Backwash basin width","back_basin_width",{"$f":"IF(back_basins=0,0,ROUNDUP(((back_vol_ft/back_basins)/back_basin_op_depth)^0.5,0))","v":0},"feet","If concrete basins are used, rather than tanks"]
["Backwash basin length","back_basin_length",{"$f":"back_basin_width","v":0},"feet","If concrete basins are used, rather than tanks"]
["Backwash basin depth including freeboard","back_basin_depth",{"$f":"IF(back_basins=0,0,back_basin_op_depth+back_freeboard)","v":0},"feet","If concrete basins are used, rather than tanks"]
["Backwash basin volume","back_basin_vol",{"$f":"ROUND(back_basin_width*back_basin_length*back_basin_depth*7.48,0)","v":0},"gal","If concrete basins are used, rather than tanks"]
["Concrete volume","back_conc_vol",{"$f":"(2*(back_basin_width*back_basins+conc_thick*(back_basins+1))*back_basin_depth*conc_thick+(back_basins+1)*back_basin_length*back_basin_depth*conc_thick+(back_basin_length+2*conc_thick)*(back_basin_width*back_basins+conc_thick*(back_basins+1))*conc_thick)/27","v":7.407407407407407E-2},"cubic yd","If concrete basins are used, rather than tanks"]
["Excavation volume","back_excavation_vol",{"$f":"IF(back_basins=0,0,((back_basins*back_basin_width+(back_basins+1)*conc_thick+overexcavate)*(back_basin_length+2*conc_thick+overexcavate)*(back_basin_depth+conc_thick+overexcavate)+0.5*(3*(back_basin_depth+conc_thick+overexcavate)*(back_basin_depth+conc_thick+overexcavate)*(back_basin_length+2*conc_thick+overexcavate)))/27)","v":0},"cubic yd","If concrete basins are used, rather than tanks"]
["Backfill volume","back_backfill_vol",{"$f":"IF(back_basins=0,0,back_excavation_vol-(back_basins*back_basin_width+(back_basins+1)*conc_thick)*(back_basin_length+2*conc_thick)*(back_basin_depth+conc_thick)/27)","v":0},"cubic yd","If concrete basins are used, rather than tanks"]
["Railing length","back_railing",{"$f":"IF(back_basins=0,0,2*(back_basins*back_basin_width+2*conc_thick/2+(back_basins-1)*conc_thick)+2*(back_basin_length+2*conc_thick/2))","v":0},"lf","If concrete basins are used, rather than tanks"]
["Maximum backwash tank size","max_back_tank_size",{"$f":"MAX(VLOOKUP(10^6,st_bwt_cost_cl,1)-1,VLOOKUP(10^6,fg_bwt_cost_cl,1)-1,VLOOKUP(10^6,hdpe_bwt_cost_cl,1)-1)","v":289000},"gallons","The largest size for which costs are available.  Applies to backwash tanks and steel GAC storage tanks (below)."]
["Number of backwash tanks","num_back_tanks",{"$f":"IF(no_back_tank=1,0,ROUNDUP(total_backwash*back_multiplier/max_back_tank_size,0))","v":0},"units"]
["Backwash tank volume","back_tank_vol",{"$f":"IF(no_back_tank=1,0,total_backwash*back_multiplier/num_back_tanks)","v":0},"gallons"]
[]
["Regeneration"]
["GAC in grams","M",{"$f":"IF(design_type=1,GAC_each*num_treat_lines,GAC)*453.59","v":290698.98239532602},"grams","For Freundlich calculation"]
["Flow rate in L/min","QL",{"$f":"average_flow_rate*3.785","v":18.399305555555554},"L/min","For Freundlich calculation"]
["N0/e","N_0_e",{"$f":"freund_1*GAC_density*453.59/0.02832","v":32001158898.305084},"mg/cubic m","For BDST calculation"]
["Fluid velocity","v",{"$f":"QL*0.001/IF(design_type=1,comm_SA*num_treat_lines*0.093,basin_width*basin_length*total_num_basins*0.093)","v":3.1487531490589658E-2},"m/min","For BDST calculation"]
["Bed depth in meters","D",{"$f":"IF(design_type=1,bed_depth,basin_op_depth)*0.3048","v":1.0363200000000001},"m","For BDST calculation"]
["Bed life","bed_life",{"$f":"CHOOSE(freund_type,freund_1,(M*(freund_1/1000)*(C_0*1000)^freund_2/(QL*(C_0-C_b)))/(30*24*60),(N_0_e/(1000*v*C_0)*D-LOG(C_0/C_b-1)/(freund_2*C_0))/(30*24*60),freund_1*IF(design_type=1,media_volume*num_treat_lines*IF(BV_definition=\"EBCT per vessel\",1,Num_tanks),media_volume*op_num_basins)*7.48/average_flow_rate/60/24/30)","v":50.677515797923519},"months"]
[]
["Average regeneration rate","regen_day",{"$f":"GAC_each*IF(design_type=1,num_treat_lines,op_num_basins)/(bed_life/12)/365","v":0.4157699564629459},"lbs/day"]
["Regeneration capacity needed (on-site only)","regen_capacity",{"$f":"(regen_day/regen_runtime)*regen_redund","v":0.48914112525052461},"lbs/day","Capacity of on-site regeneration increased to account for system runtime and redundancy needs"]
["Maximum furnace capacity","max_furnace_size",{"$f":"VLOOKUP(10^6,on_regen_cost_cl,1)-1","v":100000},"lbs/day","The largest size for which costs are available"]
["Number of furnaces for on-site regeneration","num_furnaces",{"$f":"IF(regen_type=1,ROUNDUP(regen_capacity/max_furnace_size,0),0)","v":0},"units"]
["Capacity of each furnace","furnace_size",{"$f":"IF(num_furnaces=0,0,regen_capacity/num_furnaces)","v":0},"lbs/day"]
["Total annual GAC needed","GAC_yr",{"$f":"regen_day*365","v":151.75603410897526},"lbs/yr","When regenerating, this quantity is made up of regenerated GAC + makeup GAC"]
["Annual Regenerated GAC","regen_yr",{"$f":"CHOOSE(regen_type,(1-makeup_rate)*GAC_yr,(1-makeup_rate_off)*GAC_yr,0,(1-makeup_rate_off)*GAC_yr,0,0,0)","v":106.22922387628267},"lbs/yr"]
["Annual Virgin GAC","GAC_makeup",{"$f":"CHOOSE(regen_type,makeup_rate*GAC_yr,makeup_rate_off*GAC_yr,GAC_yr,makeup_rate_off*GAC_yr,GAC_yr,GAC_yr,GAC_yr)","v":45.526810232692576},"lbs/yr"]
[]
["GAC Storage (when on-site regeneration is used)"]
["Virgin GAC storage (on-site only)","virgin_storage",{"$f":"(GAC_each/GAC_density)*virgin_storage_bv","v":14.206281979533046},"cubic ft"]
["Spent GAC storage (on-site only)","spent_storage",{"$f":"(GAC_each/GAC_density)*spent_storage_bv","v":14.206281979533046},"cubic ft"]
["Regenerated GAC storage (on-site only)","regen_storage",{"$f":"(GAC_each/GAC_density)*regen_storage_bv","v":14.206281979533046},"cubic ft"]
[]
["Virgin GAC Storage basin operating depth","virgin_basin_op_depth",{"$f":"ROUNDUP((virgin_storage/storage_basins)^(1/3)*storage_ratio,0)","v":2},"feet","If concrete basins are used, rather than tanks"]
["Virgin GAC Storage basin width","virgin_basin_width",{"$f":"ROUNDUP(((virgin_storage/storage_basins)/virgin_basin_op_depth)^0.5,0)","v":3},"feet","If concrete basins are used, rather than tanks"]
["Virgin GAC Storage basin length","virgin_basin_length",{"$f":"virgin_basin_width","v":3},"feet","If concrete basins are used, rather than tanks"]
["Depth including freeboard","virgin_basin_depth",{"$f":"virgin_basin_op_depth+storage_freeboard","v":5},"feet","If concrete basins are used, rather than tanks"]
["Virgin GAC Storage basin volume","virgin_basin_vol",{"$f":"ROUND(virgin_basin_width*virgin_basin_length*virgin_basin_depth*7.48,0)","v":337},"gal","If concrete basins are used, rather than tanks"]
["Concrete volume","virgin_conc_vol",{"$f":"ROUNDUP(((2*virgin_basin_depth*virgin_basin_length+2*virgin_basin_depth*virgin_basin_width+virgin_basin_width*virgin_basin_length)*1.2*conc_thick*storage_basins)/27,0)","v":4},"cubic yd","If concrete basins are used, rather than tanks"]
[null,"virgin_excavation_vol",{"$f":"ROUNDUP(((virgin_basin_width+overexcavate)*(virgin_basin_length+overexcavate)*(virgin_basin_depth+overexcavate)+0.5*(3*(virgin_basin_depth+overexcavate)*(virgin_basin_width+overexcavate)*(virgin_basin_depth+overexcavate)))*storage_basins/27,0)","v":48},"cubic yd","If concrete basins are used, rather than tanks"]
["Backfill volume","virgin_backfill_vol",{"$f":"ROUNDUP(virgin_excavation_vol-(virgin_basin_width*virgin_basin_length*virgin_basin_depth*storage_basins)/27,0)","v":47},"cubic yd","If concrete basins are used, rather than tanks"]
["Railing length","virgin_railing",{"$f":"(virgin_basin_width*2+virgin_basin_length*2)*storage_basins*2","v":24},"lf","If concrete basins are used, rather than tanks"]
["Number of Virgin GAC Storage tanks","virgin_tanks",{"$f":"ROUNDUP(virgin_storage*7.48/max_back_tank_size,0)","v":1},"units","If tanks are used, rather than concrete basins"]
["Virgin GAC Storage tank volume","virgin_tank_vol",{"$f":"virgin_storage*7.48/virgin_tanks","v":106.26298920690719},"gal","If tanks are used, rather than concrete basins"]
[]
["Spent GAC Storage basin operating depth","spent_basin_op_depth",{"$f":"ROUNDUP((spent_storage/storage_basins)^(1/3)*storage_ratio,0)","v":2},"feet","If concrete basins are used, rather than tanks"]
["Spent GAC Storage basin width","spent_basin_width",{"$f":"ROUNDUP(((spent_storage/storage_basins)/spent_basin_op_depth)^0.5,0)","v":3},"feet","If concrete basins are used, rather than tanks"]
["Spent GAC Storage basin length","spent_basin_length",{"$f":"spent_basin_width","v":3},"feet","If concrete basins are used, rather than tanks"]
["Depth including freeboard","spent_basin_depth",{"$f":"spent_basin_op_depth+storage_freeboard","v":5},"feet","If concrete basins are used, rather than tanks"]
["Spent GAC Storage basin volume","spent_basin_vol",{"$f":"ROUND(spent_basin_width*spent_basin_length*spent_basin_depth*7.48,0)","v":337},"gal","If concrete basins are used, rather than tanks"]
["Concrete volume","spent_conc_vol",{"$f":"ROUNDUP(((2*spent_basin_depth*spent_basin_length+2*spent_basin_depth*spent_basin_width+spent_basin_width*spent_basin_length)*1.2*conc_thick*storage_basins)/27,0)","v":4},"cubic yd","If concrete basins are used, rather than tanks"]
[null,"spent_excavation_vol",{"$f":"ROUNDUP(((spent_basin_width+overexcavate)*(spent_basin_length+overexcavate)*(spent_basin_depth+overexcavate)+0.5*(3*(spent_basin_depth+overexcavate)*(spent_basin_width+overexcavate)*(spent_basin_depth+overexcavate)))*storage_basins/27,0)","v":48},"cubic yd","If concrete basins are used, rather than tanks"]
["Backfill volume","spent_backfill_vol",{"$f":"ROUNDUP(spent_excavation_vol-(spent_basin_width*spent_basin_length*spent_basin_depth*storage_basins)/27,0)","v":47},"cubic yd","If concrete basins are used, rather than tanks"]
["Railing length","spent_railing",{"$f":"(spent_basin_width*2+spent_basin_length*2)*storage_basins*2","v":24},"lf","If concrete basins are used, rather than tanks"]
["Number of Spent GAC Storage tanks","spent_tanks",{"$f":"ROUNDUP(spent_storage*7.48/max_back_tank_size,0)","v":1},"units","If tanks are used, rather than concrete basins"]
["Spent GAC Storage tank volume","spent_tank_vol",{"$f":"spent_storage*7.48/spent_tanks","v":106.26298920690719},"gal","If tanks are used, rather than concrete basins"]
[]
["Regenerated GAC Storage basin operating depth","regen_basin_op_depth",{"$f":"ROUNDUP((regen_storage/storage_basins)^(1/3)*storage_ratio,0)","v":2},"feet","If concrete basins are used, rather than tanks"]
["Regenerated GAC Storage basin width","regen_basin_width",{"$f":"ROUNDUP(((regen_storage/storage_basins)/regen_basin_op_depth)^0.5,0)","v":3},"feet","If concrete basins are used, rather than tanks"]
["Regenerated GAC Storage basin length","regen_basin_length",{"$f":"regen_basin_width","v":3},"feet","If concrete basins are used, rather than tanks"]
["Depth including freeboard","regen_basin_depth",{"$f":"regen_basin_op_depth+storage_freeboard","v":5},"feet","If concrete basins are used, rather than tanks"]
["Regenerated GAC Storage basin volume","regen_basin_vol",{"$f":"ROUND(regen_basin_width*regen_basin_length*regen_basin_depth*7.48,0)","v":337},"gal","If concrete basins are used, rather than tanks"]
["Concrete volume","regen_conc_vol",{"$f":"ROUNDUP(((2*regen_basin_depth*regen_basin_length+2*regen_basin_depth*regen_basin_width+regen_basin_width*regen_basin_length)*1.2*conc_thick*storage_basins)/27,0)","v":4},"cubic yd","If concrete basins are used, rather than tanks"]
[null,"regen_excavation_vol",{"$f":"ROUNDUP(((regen_basin_width+overexcavate)*(regen_basin_length+overexcavate)*(regen_basin_depth+overexcavate)+0.5*(3*(regen_basin_depth+overexcavate)*(regen_basin_width+overexcavate)*(regen_basin_depth+overexcavate)))*storage_basins/27,0)","v":48},"cubic yd","If concrete basins are used, rather than tanks"]
["Backfill volume","regen_backfill_vol",{"$f":"ROUNDUP(regen_excavation_vol-(regen_basin_width*regen_basin_length*regen_basin_depth*storage_basins)/27,0)","v":47},"cubic yd","If concrete basins are used, rather than tanks"]
["Railing length","regen_railing",{"$f":"(regen_basin_width*2+regen_basin_length*2)*storage_basins*2","v":24},"lf","If concrete basins are used, rather than tanks"]
["Number of Regenerated GAC Storage tanks","regen_tanks",{"$f":"ROUNDUP(regen_storage*7.48/max_back_tank_size,0)","v":1},"units","If tanks are used, rather than concrete basins"]
["Regenerated GAC Storage tank volume","regen_tank_vol",{"$f":"regen_storage*7.48/regen_tanks","v":106.26298920690719},"gal","If tanks are used, rather than concrete basins"]

{"sheet":"Pumps Pipe Structure","index":10,"n_rows":84,"n_cols":5,"rows_kept":84,"cut":false,"hidden":false,"merged":[]}
["Pumps, Piping, and Structure Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["Pumps and Transfer Equipment"]
["GAC transfer method","transfer_method",{"$f":"IF(transfer_method_I=\"slurry pumps\",1,IF(transfer_method_I=\"eductors\",2,3))","v":3},"<-- 1 for slurry pumps, 2 for eductors, 3 for manual transfer"]
[]
["Booster pump rating","pump_rating",{"$f":"IF(lines_pump_I=\"\",IF(AND(ss_cat2=1,design_type=1),0,MIN(MAX(average_flow_rate+bp_flow_rate*average_flow_rate/design_flow_rate,(design_flow_rate+bp_flow_rate)/2)*(1+pump_safety_factor),max_pump_size)),IF(lines_pump_I=0,0,(design_flow_rate+bp_flow_rate)*(1+pump_safety_factor)/lines_pump_I))","v":0},"gpm","Includes safety factor"]
["Maximum pump size","max_pump_size",{"$f":"VLOOKUP(10^6,pump_cost_cl,1)-1","v":10000},"gpm","The largest pump size for which costs are available.  Applies to booster pumps and backwash pumps.  For booster pumps, will override lines per pump input, if this input results in pumps that are too large."]
["Number of booster pumps","booster_pumps",{"$f":"IF(pump_rating=0,0,ROUNDUP((design_flow_rate+bp_flow_rate)*(1+pump_safety_factor)/pump_rating,0))","v":0},"units","Operating pumps"]
["Total booster pumps","total_booster_pumps",{"$f":"IF(booster_pumps=0,0,booster_pumps+NRD_pumps)","v":0},"units","Includes  redundancy"]
[]
["Backwash pumping flow needed","back_pump_flow_total",{"$f":"water_flush*(1+pump_safety_factor)","v":47.5},"gpm","Includes safety factor"]
["Number of backwash pumps","backwash_pumps",{"$f":"IF(no_backwash=1,0,ROUNDUP(back_pump_flow_total/max_pump_size,0)+NRD_back_pumps)","v":0},"pumps","Multiple pumps used if total backwash flow is very high, includes redundant pumps"]
["Backwash pump rating","back_pump_rating",{"$f":"IF(no_backwash=1,0,back_pump_flow_total/(backwash_pumps-NRD_back_pumps))","v":0},"gpm"]
[]
["Transfer rate required","transfer_rate",{"$f":"GAC_each/transfer_time","v":80.110612666539723},"lbs/hr"]
["Maximum eductor size","max_eductor_size",{"$f":"VLOOKUP(10^6,eductor_size_table_cl,1)*GAC_density/7.48*60","v":12874.331550802139},"lbs/hr","The largest size for which costs are available.  Assumption used only if tanks are used."]
["Number of eductors","eductors",{"$f":"IF(transfer_method=2,ROUNDUP(transfer_rate/max_eductor_size,0)+NRD_eductors,0)","v":0},"units"]
["Eductor size","eductor_size",{"$f":"IF(transfer_method=2,VLOOKUP(transfer_rate/(eductors-NRD_eductors),eductor_size_table,2),\"NA\")","v":"NA"},"inches"]
[]
["Piping Design"]
["Influent and treated water pipe length","in_out_pipe_length",{"$f":"in_out_pipe_mult*facil_length","v":20},"linear feet"]
["Influent and treated water pipe flow","in_out_pipe_flow",{"$f":"design_flow_rate","v":20.833333333333332},"gpm"]
["Influent and treated water piping diameter","in_out_pipe_diam",{"$f":"VLOOKUP(in_out_pipe_flow,pipe_size_table_cl,2)","v":1.5},"inches"]
["Process piping length","proc_pipe_length",{"$f":"proc_pipe_mult*facil_length","v":20},"linear feet"]
["Process pipe flow","proc_pipe_flow",{"$f":"IF(design_type=1,flow_per_vessel,design_flow_rate/op_num_basins)","v":10.652931248812751},"gpm"]
["Process pipe diameter","proc_pipe_diam",{"$f":"VLOOKUP(proc_pipe_flow,pipe_size_table_cl,2)","v":1.5},"inches"]
["Backwash piping length","back_pipe_length",{"$f":"back_pipe_mult*facil_length","v":25},"linear feet"]
["Backwash pipe flow","back_pipe_flow",{"$f":"water_flush","v":38},"gpm"]
["Backwash pipe diameter","back_pipe_diam",{"$f":"VLOOKUP(back_pipe_flow,pipe_size_table_cl,2)","v":2},"inches"]
["Bypass piping length","bp_pipe_length",{"$f":"IF(bp_pct>0,bp_pipe_mult*facil_length,0)","v":0},"linear feet"]
["Bypass pipe diameter","bp_pipe_diam",{"$f":"IF(bp_pct>0,VLOOKUP(bp_flow_rate,pipe_size_table_cl,2),0)","v":0},"inches"]
["Ferric chloride addition pipe length","coag_pipe_length",{"$f":"IF(coag_day_gal=0,0,chem_pipe_mult*facil_length)","v":0},"linear feet"]
["Ferric chloride pipe flow","coag_pipe_flow",{"$f":"coag_rate/60","v":0},"gpm"]
["Ferric chloride pipe diameter","coag_pipe_diam",{"$f":"IF(coag_day_gal=0,0,VLOOKUP(coag_pipe_flow,pipe_size_table_cl,2))","v":0},"inches"]
["Polymer addition pipe length","polymer_pipe_length",{"$f":"IF(polymer_day=0,0,chem_pipe_mult*facil_length)","v":0},"linear feet"]
["Polymer pipe flow","polymer_pipe_flow",{"$f":"polymer_rate/60","v":0},"gpm"]
["Polymer pipe diameter","polymer_pipe_diam",{"$f":"IF(polymer_day=0,0,VLOOKUP(polymer_pipe_flow,pipe_size_table_cl,2))","v":0},"inches"]
[]
["Building Structure"]
["Backwash tank diameter","bt_diam",{"$f":"ROUNDUP(2*(MAX((2*back_tank_vol/7.48/PI())^(1/3),(4*back_tank_vol/7.48/PI()/(Building_height-ceiling_clearance))^(1/2))),0)/2","v":0},"feet"]
["Virgin GAC storage tank diameter","vt_diam",{"$f":"ROUNDUP(2*(MAX((2*virgin_tank_vol/7.48/PI())^(1/3),(4*virgin_tank_vol/7.48/PI()/(Building_height-ceiling_clearance))^(1/2))),0)/2","v":2.5},"feet"]
["Spent GAC storage tank diameter","st_diam",{"$f":"ROUNDUP(2*(MAX((2*spent_tank_vol/7.48/PI())^(1/3),(4*spent_tank_vol/7.48/PI()/(Building_height-ceiling_clearance))^(1/2))),0)/2","v":2.5},"feet"]
["Regenerated GAC storage tank diameter","rt_diam",{"$f":"ROUNDUP(2*(MAX((2*regen_tank_vol/7.48/PI())^(1/3),(4*regen_tank_vol/7.48/PI()/(Building_height-ceiling_clearance))^(1/2))),0)/2","v":2.5},"feet"]
["Residuals holding tank diameter","ht_diam",{"$f":"ROUNDUP(2*(MAX((2*htank_vol/7.48/PI())^(1/3),(4*htank_vol/7.48/PI()/(Building_height-ceiling_clearance))^(1/2))),0)/2","v":0},"feet"]
["Ferric chloride storage tank diameter","coag_st_diam",{"$f":"ROUNDUP(2*(MAX((2*coag_tank_vol/7.48/PI())^(1/3),(4*coag_tank_vol/7.48/PI()/(Building_height-ceiling_clearance))^(1/2))),0)/2","v":0},"feet"]
["Polymer storage tank diameter","polymer_st_diam",{"$f":"ROUNDUP(2*(MAX((2*polymer_tank_vol/7.48/PI())^(1/3),(4*polymer_tank_vol/7.48/PI()/(Building_height-ceiling_clearance))^(1/2))),0)/2","v":0},"feet"]
["Maximum access space per vessel or tank","max_space_vessels",{"$f":"IF(AND(design_type=1,ss_cat2=1),max_space_vessels_pre,max_space_vessels_cust)","v":1},"feet"]
["Access space per pressure vessel","space_vessels",{"$f":"IF(tank_geom=2,max_space_vessels,IF(comm_diam>max_space_vessels,max_space_vessels,comm_diam))","v":1},"feet"]
["Access space per backwash tank","space_bt",{"$f":"IF(bt_diam>max_space_vessels,max_space_vessels,bt_diam)","v":0},"feet"]
["Access space per virgin GAC storage tank","space_vt",{"$f":"IF(vt_diam>max_space_vessels,max_space_vessels,vt_diam)","v":1},"feet"]
["Access space per spent GAC storage tank","space_st",{"$f":"IF(st_diam>max_space_vessels,max_space_vessels,st_diam)","v":1},"feet"]
["Access space per regenerated GAC storage tank","space_rt",{"$f":"IF(rt_diam>max_space_vessels,max_space_vessels,rt_diam)","v":1},"feet"]
["Access space per residuals holding tank","space_ht",{"$f":"IF(ht_diam>max_space_vessels,max_space_vessels,ht_diam)","v":0},"feet"]
["Access space per ferric chloride storage tank","space_coag_st",{"$f":"IF(coag_st_diam>max_space_vessels,max_space_vessels,coag_st_diam)","v":0},"feet"]
["Access space per polymer storage tank","space_polymer_st",{"$f":"IF(polymer_st_diam>max_space_vessels,max_space_vessels,polymer_st_diam)","v":0},"feet"]
["Access space per pump","space_pumps",{"$f":"IF(AND(design_type=1,ss_cat2=1),space_pumps_pre,space_pumps_cust)","v":0},"feet"]
["Footprint for pressure vessels (large system assumptions)",null,{"$f":"IF(design_type=2,0,IF(tank_geom=1,ROUNDUP(((comm_diam+2*space_vessels)^2+(final_num_tanks-1)*(comm_diam+2*space_vessels)*(comm_diam+space_vessels)),0),IF(tank_geom=2,ROUNDUP((comm_diam+2*space_vessels)*(comm_height_length+2*space_vessels)+(final_num_tanks-1)*(comm_height_length+2*space_vessels)*(comm_diam+space_vessels),0))))","v":28},"square feet"]
["Footprint for pressure vessels (skid mounted small system)",null,{"$f":"IF(design_type=2,0,IF(tank_geom=1,ROUNDUP(((comm_diam+2*space_vessels)^2+(final_num_tanks-1)*(comm_diam+2*space_vessels)*(comm_diam+space_vessels/2)),0),IF(tank_geom=2,ROUNDUP((comm_diam+2*space_vessels)*(comm_height_length+2*space_vessels)+(final_num_tanks-1)*(comm_height_length+2*space_vessels)*(comm_diam+space_vessels/2),0))))","v":26},"square feet","Space between skid mounted vessels is reduced, outside access space remains the same"]
["Footprint for gravity contactors",null,{"$f":"ROUNDUP(total_num_basins*basin_length*basin_width*2,0)","v":0},"square feet","Two times basin area for walkways and equipment"]
["Footprints for contactors and GAC transfer equipment","vessel_fp",{"$f":"IF(ss_cat2=1,C59,C58)+C60+IF(transfer_method=1,ROUNDUP(IF(transfer_rate<40000,99.152*transfer_rate^0.0434,0.8761*transfer_rate^0.49),0),0)","v":26},"square feet"]
["Footprint for backwash tank","back_tank_fp",{"$f":"IF(OUTPUT!L53=1,ROUNDUP(back_basins*back_basin_length*back_basin_width*2,0),IF(num_back_tanks=0,0,ROUNDUP((bt_diam+2*space_bt)^2+(num_back_tanks-1)*(bt_diam+2*space_bt)*(bt_diam+space_bt),0)))","v":0},"square feet"]
["Footprint for booster pumps",null,{"$f":"IF(total_booster_pumps=0,0,ROUNDUP((VLOOKUP(pump_rating,pump_dim_table_cl,3)+space_pumps)*(VLOOKUP(pump_rating,pump_dim_table_cl,4)+2*space_pumps)+(total_booster_pumps-1)*(VLOOKUP(pump_rating,pump_dim_table_cl,3)+space_pumps)*(VLOOKUP(pump_rating,pump_dim_table_cl,4)+space_pumps),0))","v":0},"square feet"]
["Footprint for backwash pumps",null,{"$f":"IF(backwash_pumps=0,0,ROUNDUP((VLOOKUP(back_pump_rating,pump_dim_table_cl,3)+space_pumps)*(VLOOKUP(back_pump_rating,pump_dim_table_cl,4)+2*space_pumps)+(backwash_pumps-1)*(VLOOKUP(back_pump_rating,pump_dim_table_cl,3)+2*space_pumps)*(VLOOKUP(back_pump_rating,pump_dim_table_cl,4)+space_pumps),0))","v":0},"square feet"]
["Residuals pump footprint",null,{"$f":"IF(res_pumps=0,0,ROUNDUP((VLOOKUP(res_pump_rating,pump_dim_table_cl,3)+space_pumps)*(VLOOKUP(res_pump_rating,pump_dim_table_cl,4)+2*space_pumps)+(res_pumps-1)*(VLOOKUP(res_pump_rating,pump_dim_table_cl,3)+2*space_pumps)*(VLOOKUP(res_pump_rating,pump_dim_table_cl,4)+space_pumps),0))","v":0},"square feet"]
["Total footprint for pumps","pump_fp",{"$f":"C63+C64+C65","v":0},"square feet"]
["On-site regeneration footprint","Onsite_regeneration_fp",{"$f":"IF(regen_type=1,num_furnaces*(121.3*furnace_size^0.3656),0)","v":0},"square feet","Equations developed in Working draft of \"Design and Cost Estimates for Advanced Water Treatment Technologies\", 9/30/00, include access space."]
["Virgin GAC storage footprint (for on-site regeneration)","Virgin_GAC_storage_fp",{"$f":"IF(regen_type=1,IF(OUTPUT!L254=1,ROUNDUP((vt_diam+2*space_vt)^2+(virgin_tanks-1)*(vt_diam+2*space_vt)*(vt_diam+space_vt),0),ROUNDUP(virgin_basin_length*virgin_basin_width*2,0)),0)","v":0},"square feet"]
["Spent GAC storage footprint (for on-site regeneration)","Spent_GAC_storage_fp",{"$f":"IF(regen_type=1,IF(OUTPUT!L257=1,ROUNDUP((st_diam+2*space_st)^2+(spent_tanks-1)*(st_diam+2*space_st)*(st_diam+space_st),0),ROUNDUP(spent_basin_length*spent_basin_width*2,0)),0)","v":0},"square feet"]
["Regenerated GAC storage footprint (for on-site regeneration)","Regenerated_GAC_storage_fp",{"$f":"IF(regen_type=1,IF(OUTPUT!L260=1,ROUNDUP((rt_diam+2*space_rt)^2+(regen_tanks-1)*(rt_diam+2*space_rt)*(rt_diam+space_rt),0),ROUNDUP(regen_basin_length*regen_basin_width*2,0)),0)","v":0},"square feet"]
["Residuals holding tank footprint","htank_fp",{"$f":"IF(res_holding<>\"tanks\",0,ROUNDUP((ht_diam+2*space_ht)^2+(htanks-1)*(ht_diam+2*space_ht)*(ht_diam+space_ht),0))","v":0},"square feet"]
["Residuals holding  basin footprint","hbasin_fp",{"$f":"IF(res_holding<>\"basins\",0,ROUNDUP(hbasins*hbasin_length*hbasin_width*2,0))","v":0},"square feet"]
["Polymer storage tank footprint","polymer_fp",{"$f":"ROUNDUP((polymer_st_diam+2*space_polymer_st)^2+(polymer_tanks-1)*(polymer_st_diam+2*space_polymer_st)*(polymer_st_diam+space_polymer_st),0)","v":0},"square feet"]
["Ferric chloride storage tank footprint","cstore_fp",{"$f":"ROUNDUP((coag_st_diam+2*space_coag_st)^2+(coag_tanks-1)*(coag_st_diam+2*space_coag_st)*(coag_st_diam+space_coag_st),0)","v":0},"square feet"]
["Office space","office_fp",{"$f":"VLOOKUP(design_flow,labor_table_cl,3)*IF(ss_cat2=1,space_office_small,space_office)","v":0},"square feet"]
["Exact building footprint required","fp_required",{"$f":"vessel_fp+back_tank_fp+pump_fp+Onsite_regeneration_fp+Virgin_GAC_storage_fp+Spent_GAC_storage_fp+Regenerated_GAC_storage_fp+office_fp+htank_fp+hbasin_fp+cstore_fp+polymer_fp","v":26},"square feet"]
["Footprint of building 1","build1_fp",{"$f":"ROUNDUP(IF(fp_required<add_2nd_building,fp_required,vessel_fp),-1)","v":30},"square feet","If total footprint is large, building 1 contains vessels only.  If total footprint is small, building 1 contains all equipment."]
["Footprint of building 2","build2_fp",{"$f":"ROUNDUP(IF(fp_required<add_2nd_building,0,back_tank_fp+pump_fp+Onsite_regeneration_fp+Virgin_GAC_storage_fp+Spent_GAC_storage_fp+Regenerated_GAC_storage_fp+office_fp+htank_fp+hbasin_fp+cstore_fp+polymer_fp),-1)","v":0},"square feet","If total footprint is large, a second building is used for pumps, backwash, onsite regeneration, and chemical storage"]
["Total footprint","total_fp",{"$f":"build1_fp+build2_fp","v":30},"square feet"]
["Concrete Class A for vessel and pumps padding","concrete",{"$f":"ROUNDUP((fp_required-office_fp)*IF(ss_cat2=1,pad_thick_small,pad_thick)/27,0)","v":1},"cubic yards"]
["Facility dimension assumed square","facil_length",{"$f":"ROUNDUP(total_fp^0.5,-1)","v":10},"feet"]
["Additional footprint for evaporation pond","ep_fp",{"$f":"IF(ep_cells=0,0,ROUNDUP((ep_cell_side+2*non_fire_buffer)^2+(ep_cells-1)*(ep_cell_side+2*non_fire_buffer)*(ep_cell_side+non_fire_buffer),0))","v":0},"square feet"]
["Land acquisition required","land_required",{"$f":"ROUNDUP(((build1_fp)^0.5+(2*non_fire_buffer))*((build1_fp)^0.5+(non_fire_buffer+fire_buffer))+IF(build2_fp=0,0,((build2_fp)^0.5+(2*non_fire_buffer))*((build2_fp)^0.5+(non_fire_buffer+fire_buffer)))+sept_fp+ep_fp+solids_pad_area,-2)/43560","v":3.4435261707988982E-2},"acres"]
["Land Cost per acre","land_cost",{"$f":"VLOOKUP(design_flow,land_cost_cl,3)","v":21165.713250209614},"$/acre"]

{"sheet":"Instrumentation and Control","index":11,"n_rows":75,"n_cols":5,"rows_kept":75,"cut":false,"hidden":false,"merged":[]}
["Instrumentation and Control Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["From Inputs"]
["Component level","component_level",{"$f":"IF(component_level_I=\"high cost\",2,IF(component_level_I=\"mid cost\",1,\"\"))","v":""},"blank = low cost, 1 = mid cost, 2 = high cost"]
["Manual system controls","manual",{"$f":"IF(manual_I=\"manual\",1,IF(manual_I=\"semi-automated\",2,IF(manual_I=\"fully automated\",3,IF(component_level=\"\",1,IF(component_level=2,3,CHOOSE(ss_cat2,1,3,3))))))","v":3},"1 = fully manual system, 2 = semi-automated system, 3 = fully automated system.","Based on system size and component level (see cell comment), unless user overrides on input sheet"]
[]
["Valves and Instrumentation"]
["Size of valves for influent and treated water lines","in_valve_size",{"$f":"in_out_pipe_diam","v":1.5},"inches"]
["Size of valves for process line","tank_valve_size",{"$f":"proc_pipe_diam","v":1.5},"inches"]
["Size of valves for backwash pipe line","back_valve_size",{"$f":"back_pipe_diam","v":2},"inches"]
["Size of valves for bypass line","bypass_valve_size",{"$f":"bp_pipe_diam","v":0},"inches"]
["Size of valves for ferric chloride line","coag_valve_size",{"$f":"coag_pipe_diam","v":0},"inches"]
["Size of valves for polymer line","polymer_valve_size",{"$f":"polymer_pipe_diam","v":0},"inches"]
[]
["Number of MOVs on process line per contactor ","proc_MOV_vessel",{"$f":"VLOOKUP(IF(Num_tanks=1,\"proc_mov_vessel_par\",\"proc_mov_vessel_ser\"),valve_table,manual+1,FALSE)","v":2},"valves/contactor"]
["Number of MOVs for process line","tot_proc_MOVs",{"$f":"IF(design_type=1,final_num_tanks,total_num_basins)*proc_MOV_vessel+total_booster_pumps*VLOOKUP(\"proc_MOV_pump\",valve_table,manual+1,FALSE)","v":4},"valves"]
["Number of MOVs for backwash line","tot_back_MOVs",{"$f":"IF(design_type=1,final_num_tanks,total_num_basins)*VLOOKUP(\"back_MOV_vessel\",valve_table,manual+1,FALSE)+backwash_pumps*VLOOKUP(\"back_MOV_pump\",valve_table,manual+1,FALSE)+IF(OUTPUT!L53=1,back_basins,num_back_tanks)*VLOOKUP(\"back_MOV_tank\",valve_table,manual+1,FALSE)+IF(no_back_tank=1,VLOOKUP(\"back_MOV_no_back\",valve_table,manual+1,FALSE),0)","v":5},"valves"]
["Number of MOVs for bypass line","tot_bp_MOVs",{"$f":"IF(bp_pct=0,0,VLOOKUP(\"tot_bp_movs\",valve_table,manual+1,FALSE))","v":0},"valves"]
["Number of MOVs for ferric chloride line","tot_coag_MOVs",{"$f":"IF(coag_day_gal=0,0,(cm_pumps_coag)*VLOOKUP(\"chem_MOV_pump\",valve_table,manual+1,FALSE))","v":0},"valves"]
["Number of MOVs for polymer line","tot_polymer_MOVs",{"$f":"IF(polymer_day=0,0,(cm_pumps_polymer)*VLOOKUP(\"chem_MOV_pump\",valve_table,manual+1,FALSE))","v":0},"valves"]
["Total number of MOVs","tot_MOVs",{"$f":"tot_proc_MOVs+tot_back_MOVs+tot_bp_MOVs+tot_coag_MOVs+tot_polymer_MOVs+total_res_MOVs","v":9},"valves"]
[]
["Number of manual valves on influent and treated water line","tot_in_man",{"$f":"IF(add_on=1,in_man_addon,in_man)","v":2},"valves"]
["Number of manual valves on process line per contactor ","proc_man_vessel_cont",{"$f":"VLOOKUP(IF(Num_tanks=1,\"proc_man_vessel_par\",\"proc_man_vessel_ser\"),valve_table,manual+1,FALSE)","v":0},"valves/contactor"]
["Number of manual valves for process line","tot_proc_man",{"$f":"IF(design_type=1,(proc_man_vessel_cont+proc_man_vessel)*final_num_tanks,proc_man_vessel_cont*total_num_basins)+total_booster_pumps*VLOOKUP(\"proc_man_pump\",valve_table,manual+1,FALSE)","v":2},"valves"]
["Number of manual valves for backwash line","tot_back_man",{"$f":"IF(design_type=1,final_num_tanks,total_num_basins)*VLOOKUP(\"back_man_vessel\",valve_table,manual+1,FALSE)+backwash_pumps*VLOOKUP(\"back_man_pump\",valve_table,manual+1,FALSE)+IF(OUTPUT!L53=1,back_basins,num_back_tanks)*VLOOKUP(\"back_man_tank\",valve_table,manual+1,FALSE)+IF(no_back_tank=1,VLOOKUP(\"back_man_no_back\",valve_table,manual+1,FALSE),0)","v":0},"valves"]
["Number of manual valves for bypass line","tot_bp_man",{"$f":"IF(bp_pct=0,0,VLOOKUP(\"tot_bp_man\",valve_table,manual+1,FALSE))","v":0},"valves"]
["Number of manual valves for ferric chloride line","tot_coag_man",{"$f":"IF(coag_day_gal=0,0,(cm_pumps_coag)*VLOOKUP(\"chem_man_pump\",valve_table,manual+1,FALSE))","v":0},"valves"]
["Number of manual valves for polymer line","tot_polymer_man",{"$f":"IF(polymer_day=0,0,(cm_pumps_polymer)*VLOOKUP(\"chem_man_pump\",valve_table,manual+1,FALSE))","v":0},"valves"]
[]
["Number of check valves on influent line","tot_in_chv",{"$f":"IF(add_on=1,in_chv_addon,in_chv)","v":1},"valves"]
["Number of check valves for backwash line","tot_back_chv",{"$f":"back_chv_pump*backwash_pumps+IF(no_backwash=1,back_chv_no_back,0)","v":1},"valves"]
["Number of check valves for ferric chloride line","tot_coag_chv",{"$f":"coag_chv_pump*cm_pumps_coag","v":0},"valves"]
["Number of check valves for polymer line","tot_polymer_chv",{"$f":"polymer_chv_pump*cm_pumps_polymer","v":0},"valves"]
[]
["Size of flow meters for influent line","in_meter_size",{"$f":"in_out_pipe_diam","v":1.5},"inches"]
["Size of flow meters for process line","proc_meter_size",{"$f":"proc_pipe_diam","v":1.5},"inches"]
["Size of flow meters for backwash line","back_meter_size",{"$f":"back_pipe_diam","v":2},"inches"]
["Number of flow meters for process line","tot_fm_proc",{"$f":"fm_proc*IF(design_type=1,final_num_tanks,total_num_basins)","v":0},"units"]
["Number of flow meters for influent and treated water line","tot_fm_in",{"$f":"IF(add_on=1,fm_in_addon,fm_in)","v":1},"units"]
[]
["Total level switch/alarms","tot_level_switch",{"$f":"IF(design_type=1,final_num_tanks*IF(ss_cat2=1,level_switch_small,level_switch),total_num_basins*IF(ss_cat2=1,level_switch_small_g,level_switch_g))","v":0},"units"]
["Total high/low alarms","tot_back_alarm",{"$f":"IF(OUTPUT!L53=1,back_basins,num_back_tanks)*alarm_back","v":0},"units"]
["Total pH controls","pH_controls",{"$f":"IF(design_type=2,total_num_basins*IF(ss_cat2=1,pH_controls_small_g,pH_controls_g),IF(ss_cat2=1,add_pH_controls_small,add_pH_controls))","v":0},"units"]
["Total temperature meters","tot_temp_meters",{"$f":"IF(ss_cat2=1,temp_meters_small,temp_meters)","v":0},"units"]
["Total turbidity meters","tot_turb_meters",{"$f":"IF(design_type=1,turb_tank*final_num_tanks,turb_tank_g*total_num_basins)+IF(ss_cat2=1,add_turb_small,add_turb)+IF(design_type=1,IF(ss_cat2=1,add_turb_small_p,add_turb_p),0)","v":0},"units"]
["Total head loss sensors","tot_head_sens",{"$f":"IF(ss_cat2=1,head_tank_small,head_tank)*IF(design_type=1,final_num_tanks,total_num_basins)","v":0},"units"]
["Sampling ports","ports",{"$f":"ports_tank*IF(design_type=1,final_num_tanks,total_num_basins)+add_ports+IF(bp_pct>0,ports_bp,0)","v":5},"units"]
["Total drive controllers","tot_switches",{"$f":"IF(manual=2,0,S_booster_pump*total_booster_pumps+S_back_pump*backwash_pumps+S_res_pump*(res_pumps+cm_pumps_coag+cm_pumps_polymer)+CHOOSE(transfer_method,S_slurry,S_eductor*eductors,0)+CHOOSE(res_transfer_method,S_slurry*(res_slurry_pumps),S_eductor*(res_eductors),0)+S_mixer*(polymer_cmixers+coag_cmixers+hmixers))","v":0},"units"]
[]
["System Controls"]
["Flow meter lookup code - influent and treated water","fm_lkp_io",{"$f":"IF(OUTPUT!L180=1,\"flow_op\",IF(OUTPUT!L181=1,\"flow_prop\",IF(OUTPUT!L182=1,\"flow_ven\",\"flow_mag\")))","v":"flow_prop"},null,"These codes are used to look up SCADA requirements, which depend on the type of flow meter selected."]
["Flow meter lookup code - process","fm_lkp_proc",{"$f":"IF(OUTPUT!L185=1,\"flow_op\",IF(OUTPUT!L186=1,\"flow_prop\",IF(OUTPUT!L187=1,\"flow_ven\",\"flow_mag\")))","v":"flow_mag"}]
["Flow meter lookup code - backwash","fm_lkp_back",{"$f":"IF(OUTPUT!L190=1,\"flow_op\",IF(OUTPUT!L191=1,\"flow_prop\",IF(OUTPUT!L192=1,\"flow_ven\",\"flow_mag\")))","v":"flow_prop"}]
["Flow meter lookup code - residuals","fm_lkp_res",{"$f":"IF(OUTPUT!L195=1,\"flow_op\",IF(OUTPUT!L196=1,\"flow_prop\",IF(OUTPUT!L197=1,\"flow_ven\",\"flow_mag\")))","v":"flow_prop"}]
["Total discrete inputs","discrete_inputs",{"$f":"VLOOKUP(fm_lkp_io,port_table,2,FALSE)*tot_fm_in+VLOOKUP(fm_lkp_proc,port_table,2,FALSE)*tot_fm_proc+VLOOKUP(fm_lkp_back,port_table,2,FALSE)*tot_fm_back+VLOOKUP(fm_lkp_res,port_table,2,FALSE)*tot_fm_res+VLOOKUP(\"alarm\",port_table,2,FALSE)*(tot_level_switch+tot_back_alarm+tot_res_alarm)+VLOOKUP(\"ph\",port_table,2,FALSE)*pH_controls+VLOOKUP(\"temp\",port_table,2,FALSE)*tot_temp_meters+VLOOKUP(\"turb\",port_table,2,FALSE)*tot_turb_meters+VLOOKUP(\"head\",port_table,2,FALSE)*tot_head_sens+VLOOKUP(\"port\",port_table,2,FALSE)*ports+VLOOKUP(\"switch\",port_table,2,FALSE)*tot_switches+VLOOKUP(\"valve\",port_table,2,FALSE)*tot_MOVs","v":5},"units"]
["Total discrete outputs","discrete_outputs",{"$f":"IF(manual=2,0,VLOOKUP(fm_lkp_io,port_table,3,FALSE)*tot_fm_in+VLOOKUP(fm_lkp_proc,port_table,3,FALSE)*tot_fm_proc+VLOOKUP(fm_lkp_back,port_table,3,FALSE)*tot_fm_back+VLOOKUP(fm_lkp_res,port_table,3,FALSE)*tot_fm_res+VLOOKUP(\"alarm\",port_table,3,FALSE)*(tot_level_switch+tot_back_alarm+tot_res_alarm)+VLOOKUP(\"ph\",port_table,3,FALSE)*pH_controls+VLOOKUP(\"temp\",port_table,3,FALSE)*tot_temp_meters+VLOOKUP(\"turb\",port_table,3,FALSE)*tot_turb_meters+VLOOKUP(\"head\",port_table,3,FALSE)*tot_head_sens+VLOOKUP(\"port\",port_table,3,FALSE)*ports+VLOOKUP(\"switch\",port_table,3,FALSE)*tot_switches+VLOOKUP(\"valve\",port_table,3,FALSE)*tot_MOVs)","v":0},"units"]
["Total analog inputs","analog_inputs",{"$f":"VLOOKUP(fm_lkp_io,port_table,4,FALSE)*tot_fm_in+VLOOKUP(fm_lkp_proc,port_table,4,FALSE)*tot_fm_proc+VLOOKUP(fm_lkp_back,port_table,4,FALSE)*tot_fm_back+VLOOKUP(fm_lkp_res,port_table,4,FALSE)*tot_fm_res+VLOOKUP(\"alarm\",port_table,4,FALSE)*(tot_level_switch+tot_back_alarm+tot_res_alarm)+VLOOKUP(\"ph\",port_table,4,FALSE)*pH_controls+VLOOKUP(\"temp\",port_table,4,FALSE)*tot_temp_meters+VLOOKUP(\"turb\",port_table,4,FALSE)*tot_turb_meters+VLOOKUP(\"head\",port_table,4,FALSE)*tot_head_sens+VLOOKUP(\"port\",port_table,4,FALSE)*ports+VLOOKUP(\"switch\",port_table,4,FALSE)*tot_switches+VLOOKUP(\"valve\",port_table,4,FALSE)*tot_MOVs","v":12},"units"]
["Total analog outputs","analog_outputs",{"$f":"IF(manual=2,0,VLOOKUP(fm_lkp_io,port_table,5,FALSE)*tot_fm_in+VLOOKUP(fm_lkp_proc,port_table,5,FALSE)*tot_fm_proc+VLOOKUP(fm_lkp_back,port_table,5,FALSE)*tot_fm_back+VLOOKUP(fm_lkp_res,port_table,5,FALSE)*tot_fm_res+VLOOKUP(\"alarm\",port_table,5,FALSE)*(tot_level_switch+tot_back_alarm+tot_res_alarm)+VLOOKUP(\"ph\",port_table,5,FALSE)*pH_controls+VLOOKUP(\"temp\",port_table,5,FALSE)*tot_temp_meters+VLOOKUP(\"turb\",port_table,5,FALSE)*tot_turb_meters+VLOOKUP(\"head\",port_table,5,FALSE)*tot_head_sens+VLOOKUP(\"port\",port_table,5,FALSE)*ports+VLOOKUP(\"switch\",port_table,5,FALSE)*tot_switches+VLOOKUP(\"valve\",port_table,5,FALSE)*tot_MOVs)","v":9},"units"]
[]
["I/O Discrete Output Modules","plc_discrete_output",{"$f":"ROUNDUP(discrete_outputs/32,0)","v":0},"units"]
["I/O Discrete Input Modules","plc_discrete_input",{"$f":"ROUNDUP(discrete_inputs/32,0)","v":1},"units"]
["I/O Combination Analog Modules","plc_combination_analog",{"$f":"ROUNDUP((analog_inputs + analog_outputs)/12,0)","v":2},"units"]
["Number of CPUs","plc_cpu",{"$f":"IF(add_on=1,plc_cpu_addon,plc_cpu_standalone)","v":2},"units"]
["Ethernet modules","plc_ethernet ",{"$f":"IF(add_on=1,plc_ethernet_addon,plc_ethernet_standalone)","v":2},"units"]
["Total number of PLC slots used","plc_slots",{"$f":"plc_cpu + plc_ethernet + plc_discrete_input + plc_discrete_output +  plc_combination_analog","v":7},"units"]
["Expansions required","plc_expansions",{"$f":"IF(plc_slots<=9,0,ROUNDUP((plc_slots-9)/8,0))","v":0},"units"]
["PLC Rack/Power Supplies","plc_rack",{"$f":"IF(AND(add_on=1,plc_rack_addon=0),0,1+plc_expansions)","v":1},"units"]
["Base Expansion Modules","plc_base_expansion",{"$f":"plc_expansions","v":0},"units"]
["Base Expansion Controller Modules","plc_base_expansion_controller",{"$f":"plc_expansions","v":0},"units"]
["Operator interfaces ","plc_interface",{"$f":"IF(add_on=1,plc_interface_addon,plc_interface_standalone)","v":2},"units"]
["UPSs ","ups",{"$f":"IF(add_on=1,ups_addon,ups_standalone)","v":1},"units"]
["Number of computer workstations","workstations",{"$f":"IF(AND(add_on=1,workstation_addon=0),0,ROUNDUP(Operator_LOE/2080/shifts_day/workstation_ratio,0))","v":1},"units"]
["Number of printers","printers",{"$f":"IF(AND(add_on=1,printer_addon=0),0,ROUNDUP(workstations/printer_ratio,0))","v":1},"units"]

{"sheet":"Residuals Management","index":12,"n_rows":232,"n_cols":5,"rows_kept":232,"cut":false,"hidden":false,"merged":[]}
["Residuals Management Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["From Inputs"]
["Discharge option for spent backwash","res_s2_opt",{"$f":"IF(res_s2_opt_I=\"surface water\",1,IF(res_s2_opt_I=\"POTW\",2,IF(res_s2_opt_I=\"recycle\",3,IF(res_s2_opt_I=\"septic system\",4,5))))","v":2},"<-- 1 for surface water, 2 for POTW, 3 for recycle,4 for septic system, 5 for evaporation pond"]
["Holding tank for spent backwash","res_s1_opt",{"$f":"IF(OR(res_s2_opt=4,res_s2_opt=5),2,IF(OR(res_s2_opt=3,res_s1_opt_I=\"holding tank\"),1,2))","v":2},"<-- 1 for holding tank, 2 for no holding tank"]
["Characteristics of holding tank solids","solids_haz",{"$f":"IF(solids_haz_I=\"non-hazardous\",1,IF(solids_haz_I=\"hazardous\",2,IF(solids_haz_I=\"radioactive\",3,4)))","v":4},"<-- 1 for non-hazardous, 2 for hazardous, 3 for radioactive, 4 for hazardous radioactive"]
[]
["Spent Backwash"]
["Single event volume","res_vol",{"$f":"total_backwash","v":380},"gal","Backwashing one vessel"]
["Time between events","res_stagger_time",{"$f":"back_interval*60/IF(design_type=1,final_num_tanks,total_num_basins)","v":5040},"minutes"]
["Actual residuals discharge flow rate","res_flow_actual",{"$f":"IF(OR(res_s1_opt=1,res_s2_opt=3),res_vol/res_stagger_time,res_vol/backwash_time)","v":38},"gpm","Accounts for flow equalization if holding tanks used"]
["Design residuals discharge flow rate","res_flow",{"$f":"IF(OR(res_s1_opt=1,res_s2_opt=3),res_cap_factor*res_vol/res_stagger_time,res_flow_actual)","v":38},"gpm","Accounts for less than perfect staggering if holding tanks are used"]
["Annual residuals dischage","res_flow_annual",{"$f":"res_vol*IF(design_type=1,final_num_tanks,total_num_basins)*(365*24/back_interval)","v":39628.571428571428},"gal"]
[]
["Evaporation Pond or Holding/Septic Tank Solids"]
["TSS in residuals","TSS_residuals",{"$f":"(influent_TSS-effluent_TSS)*average_flow*1000000*(back_interval/24)/(res_vol*IF(design_type=1,final_num_tanks,total_num_basins))","v":96.71052631578948},"ppm"]
["Evaporation pond TSS accumulation","ep_solids",{"$f":"IF(res_s2_opt=5,TSS_residuals*res_flow_annual*3.785/1000/453.59/dredging_freq,0)","v":0},"lbs"]
["Holding tank annual TSS accumulation",null,{"$f":"IF(OR(res_s2_opt=5,AND(res_holding=\"none\",num_sept_tanks=0)),0,TSS_residuals*IF(coag_res=1,coag_TSSrem,htank_TSSrem)*res_flow_annual*3.785/1000/453.59)","v":0},"lbs/year"]
["Holding tank annual coagulant accumulation",null,{"$f":"IF(AND(res_holding<>\"none\",coag_res=1),IF(coag_type<>1,coag_dose*coag_spf*8.34*res_flow_annual/10^6)+IF(coag_type<>2,polymer_dose*polymer_spf*8.34*res_flow_annual/10^6),0)","v":0},"lbs/year"]
["Holding tank annual solids accumulation","ht_solids",{"$f":"C20+C19","v":0},"lbs/year"]
["Holding tank cleaning frequency","sol_disp_freq",{"$f":"IF(res_s2_opt=5,dredging_freq,IF(res_holding=\"none\",0,ROUNDUP((ht_solids/ht_solids_density*7.48)/(IF(res_holding=\"tanks\",htanks*htank_vol,hbasins*hbasin_vol)*htank_clean_pct),0)))","v":0},"times per year"]
["Septic tank cleaning frequency","septic_disp_freq",{"$f":"IF(num_sept_tanks=0,0,(ht_solids/ht_solids_density*7.48)/(num_sept_tanks*sept_tank_vol*htank_clean_pct))","v":0},"times per year"]
["Residual solids quantity (total per event)","res_solids",{"$f":"IF(AND(res_holding=\"none\",num_sept_tanks=0,ep_solids=0),0,IF(res_s2_opt=5,ep_solids/2000,ht_solids/IF(res_holding=\"none\",septic_disp_freq,sol_disp_freq)/2000))","v":0},"tons"]
[]
["Spent Media"]
["Replacement/disposal frequency","disp_freq",{"$f":"IF(OR(regen_type=3,regen_type=5,regen_type=6,regen_type=7),12/bed_life,0)","v":0},"times per year"]
["Spent media quantity (total per event)","spent_media",{"$f":"IF(OR(regen_type=3,regen_type=5,regen_type=6,regen_type=7),GAC/2000,0)","v":0},"tons"]
["Spent media quantity (average per year)","spent_media_yr",{"$f":"spent_media*disp_freq","v":0},"tons"]
[]
["Capital Items"]
["Holding tanks (for flow equalization)"]
["Maximum holding tank size","max_htank_size",{"$f":"MAX(VLOOKUP(10^6,st_bwt_cost_cl,1)-1,VLOOKUP(10^6,fg_bwt_cost_cl,1)-1,VLOOKUP(10^6,hdpe_bwt_cost_cl,1)-1)","v":289000},"gal","The largest size for which costs are available."]
["Number of holding tanks","htanks",{"$f":"IF(coag_res=1,0,IF(OR(res_s1_opt=1,res_s2_opt=3),ROUNDUP(res_cap_factor*res_vol/max_htank_size,0),0))","v":0},"units","Use basins, instead of tanks, when cogulant is added"]
["Holding tank volume","htank_vol",{"$f":"IF(htanks=0,0,res_cap_factor*res_vol/htanks)","v":0},"gal"]
[]
["Holding basins (for flow equalization)"]
["Holding basin redundancy factor","hbasin_redun",{"$f":"IF(coag_res=1,ROUNDUP(res_coag_settle_time/res_stagger_time,0),1)","v":1},null,"To account for minumum coagulation time, when concrete basins are used, rather than tanks"]
["Number of holding basins","hbasins",{"$f":"IF(OR(res_s1_opt=1,res_s2_opt=3),hbasins_default*hbasin_redun,0)","v":0},"units","If concrete basins are used, rather than tanks"]
["Total residuals storage volume in cubic feet","total_hvol_ft",{"$f":"IF(hbasins=0,0,res_cap_factor*res_vol*hbasin_redun/7.48)","v":0},"cubic feet","If concrete basins are used, rather than tanks"]
["Residuals storage volume per basin in cubic feet","hvol_ft",{"$f":"IF(hbasins=0,0,total_hvol_ft/hbasins)","v":0},"cubic feet","If concrete basins are used, rather than tanks"]
["Holdin basin operating depth","hbasin_op_depth",{"$f":"IF(hbasins=0,0,ROUNDUP(hvol_ft^(1/3)*holding_ratio,0))","v":0},"ft","If concrete basins are used, rather than tanks"]
["Holding basin width","hbasin_width",{"$f":"IF(hbasins=0,0,ROUNDUP((hvol_ft/hbasin_op_depth)^0.5,0))","v":0},"ft","If concrete basins are used, rather than tanks"]
["Holding basin length","hbasin_length",{"$f":"hbasin_width","v":0},"ft","If concrete basins are used, rather than tanks"]
["Holding basin depth including freeboard","hbasin_depth",{"$f":"IF(hbasins=0,0,hbasin_op_depth+holding_freeboard)","v":0},"ft","If concrete basins are used, rather than tanks"]
["Holding basin volume","hbasin_vol",{"$f":"ROUND(hbasin_width*hbasin_length*hbasin_depth*7.48,0)","v":0},"gal","If concrete basins are used, rather than tanks"]
["Concrete volume","hconc_vol",{"$f":"(2*(hbasin_width*hbasins+conc_thick*(hbasins+1))*hbasin_depth*conc_thick+(hbasins+1)*hbasin_length*hbasin_depth*conc_thick+(hbasin_length+2*conc_thick)*(hbasin_width*hbasins+conc_thick*(hbasins+1))*conc_thick)/27","v":7.407407407407407E-2},"cubic yards","If concrete basins are used, rather than tanks"]
["Excavation volume","hexcavation_vol",{"$f":"IF(hbasins=0,0,((hbasins*hbasin_width+(hbasins+1)*conc_thick+overexcavate)*(hbasin_length+2*conc_thick+overexcavate)*(hbasin_depth+conc_thick+overexcavate)+0.5*(3*(hbasin_depth+conc_thick+overexcavate)*(hbasin_depth+conc_thick+overexcavate)*(hbasin_length+2*conc_thick+overexcavate)))/27)","v":0},"cubic yards","If concrete basins are used, rather than tanks"]
["Backfill volume","hbackfill_vol",{"$f":"IF(hbasins=0,0,hexcavation_vol-(hbasins*hbasin_width+(hbasins+1)*conc_thick)*(hbasin_length+2*conc_thick)*(hbasin_depth+conc_thick)/27)","v":0},"cubic yards","If concrete basins are used, rather than tanks"]
["Railing length","hrailing",{"$f":"IF(hbasins=0,0,2*(hbasins*hbasin_width+2*conc_thick/2+(hbasins-1)*conc_thick)+2*(hbasin_length+2*conc_thick/2))","v":0},"lf","If concrete basins are used, rather than tanks"]
[]
["Residuals holding type selected","res_holding",{"$f":"IF(OR(res_s2_opt=5,res_s1_opt=2),\"none\",IF(AND(hbasins<>0,coag_res=1),\"basins\",IF(OUTPUT!L58=1,\"basins\",\"tanks\")))","v":"none"},null,"Based on priority lookups on the output sheet, always basins when coagulant is added"]
[]
["Holding Tank Mixers (if coagulant is used)"]
["Mixers per holding tank","hmix_per_tank",{"$f":"IF(AND(res_holding<>\"none\",coag_res=1),ROUNDUP(IF(res_holding=\"tanks\",htank_vol,hbasin_vol)/1000*hmix_hp_per/hmix_hp_max,0),0)","v":0},"units"]
["Max holding tank mixer horsepower","hmix_hp_max",{"$f":"VLOOKUP(10^6,imp_mix_cost_cl,1)-0.1","v":30},"hp","The largest impeller mixer size available"]
["Number of holding tank mixers","hmixers",{"$f":"IF(AND(res_holding<>\"none\",coag_res=1),IF(res_holding=\"tanks\",htanks,hbasins)*hmix_per_tank,0)","v":0},"units"]
["Mixer size for holding tanks","hmix_size",{"$f":"IF(AND(res_holding<>\"none\",coag_res=1),MAX(min_hmix_hp,IF(res_holding=\"tanks\",htank_vol,hbasin_vol)/1000*hmix_hp_per/hmix_per_tank),0)","v":0},"hp"]
[]
["Maximum chemical storage tank size","max_chem_tank_size",{"$f":"MAX(VLOOKUP(10^6,pl_cst_cost_cl,1)-1,VLOOKUP(10^6,fg_cst_cost_cl,1)-1,VLOOKUP(10^6,ss_cst_cost_cl,1)-1)","v":30000},"gallons","The largest size for which costs are available"]
["Maximum chemical storage tank size excluding stainless steel","max_chem_tank_size_noSS",{"$f":"MAX(VLOOKUP(10^6,pl_cst_cost_cl,1)-1,VLOOKUP(10^6,fg_cst_cost_cl,1)-1)","v":30000},"gallons","The largest size for which costs are available, excluding stainless steel"]
["Maximum chemical metering pump size","max_cm_pump_size",{"$f":"MAX(VLOOKUP(10^6,ss_empump_cost_cl,1)-0.01,VLOOKUP(10^6,ss_mmpump_cost_cl,1)-0.01,VLOOKUP(10^6,pvc_empump_cost_cl,1)-0.01,VLOOKUP(10^6,pvc_mmpump_cost_cl,1)-0.01)","v":132},"gph","The largest size for which costs are available"]
["Maximum chemical metering pump size excluding stainless steel","max_cm_pump_size_noSS",{"$f":"MAX(VLOOKUP(10^6,pvc_empump_cost_cl,1)-0.01,VLOOKUP(10^6,pvc_mmpump_cost_cl,1)-0.01)","v":132},"gph","The largest size for which costs are available, excluding stainless steel"]
["Maximum chemical tank mixer horsepower","cmix_hp_max",{"$f":"MAX(VLOOKUP(10^6,port_mix_cost_cl,1)-0.1,VLOOKUP(10^6,mount_mix_cost_cl,1)-0.1,VLOOKUP(10^6,imp_mix_cost_cl,1)-0.1)","v":30},"hp","The largest size for which costs are available"]
[]
["Ferric Chloride Addition"]
["Pounds of pure ferric chloride needed per event","coag_day_lbs",{"$f":"IF(AND(res_holding<>\"none\",coag_res=1,coag_type<>1),coag_dose*8.34*res_vol/10^6,0)","v":0},"lbs"]
["Gallons of solution needed per event","coag_day_gal",{"$f":"coag_day_lbs/coag_pct/coag_density","v":0},"gal"]
["Pounds of pure ferric chloride in storage","coag_storage_lbs",{"$f":"IF(AND(res_holding<>\"none\",coag_res=1,coag_type<>1),coag_dose*8.34*res_flow_annual/10^6/365*cstore_days,0)","v":0},"lbs"]
["Ferric chloride storage in gallons","coag_storage_gal",{"$f":"coag_storage_lbs/coag_pct/coag_density","v":0},"gal"]
["Number of ferric chloride storage tanks","coag_tanks",{"$f":"ROUNDUP(coag_storage_gal/max_chem_tank_size_noSS,0)","v":0},"units"]
["Ferric chloride storage tank size","coag_tank_vol",{"$f":"IF(coag_tanks>0,ROUNDUP(coag_storage_gal/coag_tanks,0),0)","v":0},"gal"]
["Mixers per ferric chloride storage tank","coag_cmix_per_tank",{"$f":"IF(AND(include_cmix=1,coag_tanks<>0),ROUNDUP(coag_tank_vol/1000*cmix_hp_per/cmix_hp_max,0),0)","v":0},"units"]
["Number of ferric chloride storage tank mixers","coag_cmixers",{"$f":"IF(AND(res_holding<>\"none\",coag_res=1,coag_type<>1),coag_tanks*coag_cmix_per_tank,0)","v":0},"units"]
["Mixer size for storage tanks","coag_cmix_size",{"$f":"IF(coag_cmixers<>0,MAX(min_cmix_hp,coag_tank_vol/1000*cmix_hp_per/coag_cmix_per_tank),0)","v":0},"hp"]
["Ferric chloride solution feed rate","coag_rate",{"$f":"coag_day_gal/backwash_time*60","v":0},"gph"]
["Number of ferric chloride metering pumps","cm_pumps_coag",{"$f":"IF(coag_day_gal=0,0,ROUNDUP(coag_rate/max_cm_pump_size_noSS,0)+NRD_cm_pump)","v":0},"units"]
["Ferric chloride metering pump rating","cm_pump_rating_coag",{"$f":"IF(coag_day_gal=0,0,MAX(min_chem_flow,coag_rate*(1+pump_safety_factor)/(cm_pumps_coag-NRD_cm_pump)))","v":0},"gph"]
["Pounds of bulk ferric chloride solution in storage","coag_storage_lbs_bulk",{"$f":"coag_storage_gal*coag_density","v":0},"lbs"]
[]
["Secondary Containment for Ferric Chloride"]
["Minimum volume required","coag_cont_volume",{"$f":"MAX(coag_tanks*coag_tank_vol*sec_cont_pct_of_total,coag_tank_vol*sec_cont_pct_of_largest)/7.48","v":0},"cubic feet","7.48 converts gallons to cubic feet"]
["Footprint available","coag_cont_fp",{"$f":"IF(coag_tanks=0,0,cstore_fp-coag_tanks*PI()*(coag_st_diam/2)^2)","v":0},"square feet","Total footprint minus displacement by tanks themselves"]
["Curb height required","coag_curb_height",{"$f":"IF(coag_tanks=0,0,coag_cont_volume/coag_cont_fp+sec_cont_freeboard/12)","v":0},"feet"]
["Curb thickness","coag_curb_thick",{"$f":"IF(coag_tanks=0,0,MIN(sec_cont_max_thick,coag_curb_height))","v":0},"feet"]
["Curb length (long side)","coag_curb_len_long",{"$f":"IF(coag_tanks=0,0,coag_tanks*coag_st_diam+2*space_coag_st+(coag_tanks-1)*space_coag_st+2*coag_curb_thick)","v":0},"feet"]
["Curb length (short side)","coag_curb_len_short",{"$f":"IF(coag_tanks=0,0,coag_st_diam+2*space_coag_st)","v":0},"feet"]
["Curb concrete volume","coag_curb_concrete",{"$f":"IF(coag_tanks=0,0,ROUNDUP((coag_curb_len_long*2+coag_curb_len_short*2)*coag_curb_height*coag_curb_thick/27,0))","v":0},"cubic yards","27 converts cubic feet to cubic yards"]
["Chemical resistant coating required","coag_coating_gal",{"$f":"IF(coag_tanks=0,0,ROUNDUP((cstore_fp+2*(coag_curb_len_long-2*coag_curb_thick)*coag_curb_height+2*coag_curb_len_short*coag_curb_height)/sec_cont_coating_cvg,0))","v":0},"gallons","Covers total footprint plus inside surface and top of curbs"]
[]
["Polymer Addition"]
["Polymer needed per event","polymer_day",{"$f":"IF(AND(res_holding<>\"none\",coag_res=1,coag_type<>2),polymer_dose*8.34*res_vol/10^6/polymer_density,0)","v":0},"gal"]
["Polymer storage in gallons","polymer_storage",{"$f":"IF(AND(res_holding<>\"none\",coag_res=1,coag_type<>2),polymer_dose*8.34*res_flow_annual/10^6/polymer_density/365*cstore_days,0)","v":0},"gal"]
["Polymer storage in pounds","polymer_storage_lbs",{"$f":"polymer_storage*polymer_density","v":0},"lbs"]
["Number of polymer storage tanks","polymer_tanks",{"$f":"ROUNDUP(polymer_storage/max_chem_tank_size,0)","v":0},"units"]
["Polymer storage tank size","polymer_tank_vol",{"$f":"IF(polymer_tanks>0,ROUNDUP(polymer_storage/polymer_tanks,0),0)","v":0},"gal"]
["Mixers per polymer storage tank","polymer_cmix_per_tank",{"$f":"IF(AND(include_cmix=1,polymer_tanks<>0),ROUNDUP(polymer_tank_vol/1000*cmix_hp_per/cmix_hp_max,0),0)","v":0},"units"]
["Number of polymer storage tank mixers","polymer_cmixers",{"$f":"IF(AND(res_holding<>\"none\",coag_res=1,coag_type<>2),polymer_tanks*polymer_cmix_per_tank,0)","v":0},"units"]
["Mixer size for polymer storage tanks","polymer_cmix_size",{"$f":"IF(polymer_cmixers<>0,MAX(min_cmix_hp,polymer_tank_vol/1000*cmix_hp_per/polymer_cmix_per_tank),0)","v":0},"hp"]
["Polymer solution feed rate","polymer_rate",{"$f":"polymer_day/backwash_time*60","v":0},"gph"]
["Number of polymer metering pumps","cm_pumps_polymer",{"$f":"IF(polymer_day=0,0,ROUNDUP(polymer_rate/max_cm_pump_size,0)+NRD_cm_pump)","v":0},"units"]
["Polymer metering pump rating","cm_pump_rating_polymer",{"$f":"IF(polymer_day=0,0,MAX(min_chem_flow,polymer_rate*(1+pump_safety_factor)/(cm_pumps_polymer-NRD_cm_pump)))","v":0},"gph"]
[]
["Pumps"]
["Number of pumps","res_pumps",{"$f":"IF(AND(add_on=1,res_pump_addon=0),0,IF(res_holding<>\"none\",ROUNDUP(res_flow*(1+pump_safety_factor)/max_pump_size,0)+NRD_res_pump,0))","v":0},"units"]
["Pump design rating","res_pump_rating",{"$f":"IF(add_on=1,0,IF(res_holding<>\"none\",res_flow*(1+pump_safety_factor)/(res_pumps-NRD_res_pump),0))","v":0},"gpm"]
[]
["Solids transfer for holding tanks"]
["Transfer rate required","res_transfer_rate",{"$f":"res_solids*2000/htransfer_time","v":0},"lbs/hr"]
["Transfer rate in gallons","res_transfer_rate_gal",{"$f":"res_transfer_rate/(ht_solids_density/7.48*60)","v":0},"gpm"]
["Number of slurry pump systems","res_slurry_pumps",{"$f":"IF(res_transfer_method=1,1,0)","v":0},"units"]
["Number of eductors","res_eductors",{"$f":"IF(res_transfer_method<>2,0,ROUNDUP(res_transfer_rate_gal/max_eductor_size,0))","v":0},"units"]
["Effective transfer rate","res_eff_transfer_rate",{"$f":"IF(res_eductors=0,0,res_transfer_rate_gal/res_eductors)","v":0},"gpm"]
["Eductor size","res_eductor_size",{"$f":"IF(res_transfer_method=2,VLOOKUP(res_eff_transfer_rate,eductor_size_table_cl,2),\"NA\")","v":"NA"},"inches"]
[]
["Solids drying pad"]
["Area required","solids_pad_area",{"$f":"IF(res_s2_opt=5,0,ROUNDUP(MAX(spent_media*2000/GAC_density,IF(res_s2_opt=4,0,(res_solids*2000/ht_solids_density)/solids_storage_height)),-1))","v":0},"square ft","Hold the greater of one event of media removal or one holding tank cleanout"]
["Concrete","solids_pad_concrete",{"$f":"ROUNDUP(solids_pad_area*IF(ss_cat2=1,pad_thick_small,pad_thick)/27,0)","v":0},"cubic yds"]
[]
["Piping"]
["Pipe length","res_pipe_length",{"$f":"res_pipe_mult*facil_length+IF(AND(add_on=1,include_add_res_pipe_addon=0),0,add_res_pipe_length)","v":50},"ft"]
["Pipe diameter","res_pipe_diam",{"$f":"MAX(min_res_pipe_size,VLOOKUP(res_flow,pipe_size_table_cl,2))","v":2},"inches"]
["Buried pipe length","buried_res_pipe_length",{"$f":"IF(OR(AND(add_on=1,include_add_res_pipe_addon=0),res_s2_opt=3),0,add_res_pipe_length)","v":40},"ft"]
["Trench depth to top of pipe","res_trn_depth",{"$f":"MAX(frost,min_trench_depth)","v":38},"in. diam"]
["Thrust force","res_thrust_force",{"$f":"VLOOKUP(res_pipe_diam,thrust_block_table_cl,2)*2.2","v":764.79838682438469},"inches"]
["Bearing Area (L x H)","res_bearing_area",{"$f":"1.5*res_thrust_force/(soil_dens*(res_trn_depth/12+res_pipe_diam/12)*Coeff_Kp*Reduction)","v":2.5325008945817284},"lbs"]
["L",null,{"$f":"res_bearing_area/C128","v":2.2505558844790898},"square ft"]
["H",null,{"$f":"(res_bearing_area/2)^0.5","v":1.1252779422395447},"ft"]
["F",null,{"$f":"MAX(0.5,res_pipe_diam/12)","v":0.5},"ft"]
["T",null,{"$f":"C127/2","v":1.1252779422395449},"ft"]
["Thrust block volume","res_block_vol",{"$f":"IF(OR(buried_res_pipe_length=0,res_pipe_diam=0),0,(C130+(C123/12)/2)*(C127+C129)/2*C128/27)","v":0.16002701966400004},"cy"]
["Trench cross-section area","res_trench_area",{"$f":"IF(res_pipe_diam=0,0,(res_pipe_diam/12+2)*(bedding_depth/12+res_pipe_diam/12+res_trn_depth/12)+(bedding_depth/12+res_pipe_diam/12+res_trn_depth/12)^2*TAN(trench_angle))","v":22.999999999999993},"cy"]
["Trench volume to discharge point",null,{"$f":"res_trench_area*buried_res_pipe_length/27","v":34.074074074074069},"square ft"]
["Trench volume total","res_trench_vol",{"$f":"IF(OR(buried_res_pipe_length=0,res_pipe_diam=0),0,C133+res_block_vol)","v":34.234101093738069},"cy"]
["Bedding cross sectional surface area",null,{"$f":"IF(res_pipe_diam=0,0,(res_pipe_diam/12+2)*(bedding_depth/12+res_pipe_diam/12*bedding_pct)+(bedding_depth/12+res_pipe_diam/12*bedding_pct)^2*TAN(trench_angle)-((res_pipe_diam/12/2)^2*ACOS((res_pipe_diam/12/2-bedding_pct*res_pipe_diam/12)/(res_pipe_diam/12/2))-(res_pipe_diam/12/2-res_pipe_diam/12*bedding_pct)*((2*res_pipe_diam/12/2*res_pipe_diam/12*bedding_pct-(res_pipe_diam/12*bedding_pct)^2)^0.5)))","v":1.4627487163242749},"square ft"]
["Bedding volume","res_pipe_bedding_vol",{"$f":"C135*buried_res_pipe_length/2/27","v":1.083517567647611},"cy"]
[]
["Valves and instrumentation"]
["Residuals valve size","res_valve_size",{"$f":"res_pipe_diam","v":2},"inches"]
["Number of MOVs for residuals line","total_res_MOVs",{"$f":"VLOOKUP(\"res_MOV_pump\",valve_table,manual+1,FALSE)*res_pumps+VLOOKUP(\"res_MOV_tank\",valve_table,manual+1,FALSE)*IF(res_holding=\"tanks\",htanks,IF(res_holding=\"basins\",hbasins,0))+VLOOKUP(\"res_MOV_ep\",valve_table,manual+1,FALSE)*ep_cells","v":0},"valves"]
["Number of manual valves for residual line","total_res_man",{"$f":"VLOOKUP(\"res_man_pump\",valve_table,manual+1,FALSE)*res_pumps+VLOOKUP(\"res_man_tank\",valve_table,manual+1,FALSE)*IF(res_holding=\"tanks\",htanks,IF(res_holding=\"basins\",hbasins,0))+VLOOKUP(\"res_man_ep\",valve_table,manual+1,FALSE)*ep_cells","v":0},"valves"]
["Number of check valves for residuals line","tot_res_chv",{"$f":"res_chv_pump*res_pumps+IF(res_pumps=0,res_chv_no_pump,0)","v":1},"valves"]
["Total high/low alarms","tot_res_alarm",{"$f":"IF(res_holding=\"tanks\",htanks,IF(res_holding=\"basins\",hbasins,0))*alarm_res","v":0},"units"]
["Residuals flow meter size","res_meter_size",{"$f":"res_pipe_diam","v":2},"inches"]
[]
["Septic System"]
["Maximum septic tank volume","max_sept_tank_vol",{"$f":"VLOOKUP(10^6,septic_tank_cost_cl,1)-1","v":100000},"gal","The largest size for which costs are available"]
["Number of septic tanks","num_sept_tanks",{"$f":"IF(res_s2_opt<>4,0,ROUNDUP(res_vol*sept_tank_sf/max_sept_tank_vol,0))","v":0},"units"]
["Septic tank volume","sept_tank_vol",{"$f":"IF(num_sept_tanks=0,0,MAX(res_vol*sept_tank_sf,min_sept_tank_vol)/num_sept_tanks)","v":0},"gal"]
["Septic discharge design flow","sept_design_flow",{"$f":"IF(num_sept_tanks=0,0,res_vol*sept_tank_sf/MIN(min_sept_disch_time,res_stagger_time/(24*60)))","v":0},"gpd"]
["Inflitration area required","sept_infil_area",{"$f":"sept_design_flow/sept_LTAR","v":0},"sq ft"]
["Trench bottom area required","sept_trench_bot_area",{"$f":"sept_infil_area*sept_trench_w/(sept_trench_w+2*sept_gravel_d_below)","v":0},"sq ft","Typical state/local regulations allow trench sides below pipe to be counted as part of infiltration area"]
["Number of trenches required","sept_trenches",{"$f":"IF(num_sept_tanks=0,0,MAX(sept_min_trenches,ROUNDUP(sept_trench_bot_area/(sept_trench_w*sept_max_trench_l),0)))","v":0}]
["Trench length","sept_trench_l",{"$f":"IF(num_sept_tanks=0,0,sept_trench_bot_area/(sept_trenches*sept_trench_w))","v":0},"feet"]
["Drain field gravel required","sept_gravel_vol",{"$f":"sept_trench_l*sept_trenches*sept_trench_w*sept_gravel_d/27","v":0},"cu yd"]
["Trench excavation required","sept_trench_excav_vol",{"$f":"sept_trench_l*sept_trenches*sept_trench_d*sept_trench_w/27","v":0},"cu yd"]
["Septic tank side length","sept_tank_side",{"$f":"(sept_tank_vol/7.48)^(1/3)","v":0},"feet","Assumes cube shape for simplicity"]
["Tank excavation required","sept_tank_exav_vol",{"$f":"num_sept_tanks*(sept_tank_vol/7.48+(sept_tank_side+sept_overexcav*2)^2*sept_overexcav+(sept_tank_side+sept_overexcav*2)*sept_tank_side*2*sept_overexcav+sept_tank_side^2*2*sept_overexcav)/27","v":0},"cu yd"]
["Number of distribution boxes","sept_dist_boxes",{"$f":"ROUNDUP(sept_trenches/sept_dist_connections,0)","v":0}]
["Septic distribution pipe length","sept_pipe_length",{"$f":"sept_trenches*sept_trench_l","v":0},"feet","Assumes piping to septic tank and laterals between trenches are accounted for by existing residuals piping cost"]
["Drain field land area required","sept_fp",{"$f":"IF(num_sept_tanks=0,0,((sept_trench_l+sept_buffer*2)*(sept_trenches*sept_trench_w+(sept_trenches-1)*sept_trench_dist+sept_buffer*2))+sept_tank_side^2)","v":0},"sq ft"]
[]
["Evaporation Ponds"]
["Total open surface area required","ep_total_sa",{"$f":"IF(res_s2_opt=5,(res_flow_annual/7.48)*ep_safety_factor/((pan_evap*evap_ratio-precip)*0.0328),0)","v":0},"square feet"]
["Required depth for solids accumulation","ep_solids_depth",{"$f":"IF(res_s2_opt=5,ep_solids/ep_solids_density/ep_total_sa,0)","v":0},"feet"]
["Required depth for liquid accumulation","ep_water_depth",{"$f":"IF(res_s2_opt=5,(res_flow_annual/7.48)*winter_days/365/ep_total_sa,0)","v":0},"feet"]
["Total excavated depth","ep_depth",{"$f":"IF(res_s2_opt=5,ep_solids_depth+ep_water_depth+ep_freeboard,0)","v":0},"feet","Additional freeboard provided above grade by dike"]
["Number of cells","ep_cells",{"$f":"IF(res_s2_opt=5,IF(ROUNDUP(ep_total_sa/(max_ep_cell_area*43560),0)<min_ep_cells,min_ep_cells,ROUNDUP(ep_total_sa/(max_ep_cell_area*43560),0)),0)","v":0},"cells"]
["Cell side length","ep_cell_side",{"$f":"IF(res_s2_opt=5,SQRT(ep_total_sa/ep_cells),0)","v":0},"feet"]
["Total excavation volume","ep_excavation_vol",{"$f":"IF(res_s2_opt=5,ROUNDUP(((ep_cell_side+ep_overexcavate)^2*(ep_depth+ep_overexcavate)+0.5*(3*(ep_depth+ep_overexcavate)*(ep_cell_side+ep_overexcavate)*(ep_depth+ep_overexcavate)))*ep_cells/27,0),0)","v":0},"cubic yards"]
["Total backfill volume","ep_backfill_vol",{"$f":"IF(res_s2_opt=5,ROUNDUP(ep_excavation_vol-(ep_cell_side^2*ep_depth*ep_cells)/27,0),0)","v":0},"cubic yards"]
["Dike volume","dike_volume",{"$f":"IF(res_s2_opt=5,ep_cells*ep_cell_side*4*dike_xsection/27,0)","v":0},"cubic yards"]
["Liner area","liner_area",{"$f":"(ep_cell_side^2+ep_cell_side*(ep_depth+2)*4)*ep_cells","v":0},"square feet","Assumes liner extends 2 feet up dike side slope"]
[]
["O&M Items"]
["Pumps"]
["Pump operating horsepower",null,{"$f":"IF(res_pumps=0,0,res_flow_actual*res_pump_psi/(res_pumps-NRD_res_pump)/pump_efficiency/14.7*33.9*8.34/550/60)","v":0},"hp"]
["Energy per pump",null,{"$f":"C177*0.7457/1000*24*365","v":0},"MWh/yr"]
["Energy for all active pumps","res_pump_energy",{"$f":"C178*(res_pumps-NRD_res_pump)","v":0},"MWh/yr"]
["Residuals pump material cost","res_pump_mtl",{"$f":"IF(OUTPUT!J169=\"--\",0,OUTPUT!J169*booster_pump_maintenance)","v":0},"/yr"]
[]
["Coagulant Use"]
["Annual ferric chloride use (lbs bulk solution)","coag_yr",{"$f":"IF(AND(res_holding<>\"none\",coag_res=1, coag_type<>1),coag_dose*8.34*res_flow_annual/10^6,0)/coag_pct","v":0},"lbs"]
["Annual polymer use","polymer_yr",{"$f":"IF(AND(res_holding<>\"none\",coag_res=1, coag_type<>2),polymer_dose*8.34*res_flow_annual/10^6,0)","v":0},"lbs"]
[]
["Coagulant Purchasing"]
["Quantity required for large quantity purchase",null,{"$f":"VLOOKUP(\"Ferric Chloride - Large Qty\",chem_break_table_cl,2,FALSE)","v":{"$error":"#N/A"}},"lbs","#N/A indicates that price data do not depend on volume purchased."]
["Quantity required for mid quantity purchase",null,{"$f":"VLOOKUP(\"Ferric Chloride - Mid Qty\",chem_break_table_cl,2,FALSE)","v":{"$error":"#N/A"}},"lbs","#N/A indicates that price data do not depend on volume purchased."]
["Quantity required for small quantity purchase",null,{"$f":"VLOOKUP(\"Ferric Chloride - Small Qty\",chem_break_table_cl,2,FALSE)","v":{"$error":"#N/A"}},"lbs","#N/A indicates that price data do not depend on volume purchased."]
["Purchase Type","coag_purchase",{"$f":"IF(AND(ISNA(C187),ISNA(C188),ISNA(C189)),\"\",IF(coag_storage_lbs_bulk>=C187,\" - Large Qty\",IF(coag_storage_lbs_bulk>=C188,\" - Mid Qty\",\" - Small Qty\")))","v":""},null,"Returns descriptive term based on volume of each purchase for use in determining pricing. Blank indicates that price data do not depend on volume purchased."]
[]
["Polymer Purchasing"]
["Quantity required for large quantity purchase",null,{"$f":"VLOOKUP(\"Polymers - Large Qty\",chem_break_table_cl,2,FALSE)","v":{"$error":"#N/A"}},"lbs","#N/A indicates that price data do not depend on volume purchased."]
["Quantity required for mid quantity purchase",null,{"$f":"VLOOKUP(\"Polymers - Mid Qty\",chem_break_table_cl,2,FALSE)","v":{"$error":"#N/A"}},"lbs","#N/A indicates that price data do not depend on volume purchased."]
["Quantity required for small quantity purchase",null,{"$f":"VLOOKUP(\"Polymers - Small Qty\",chem_break_table_cl,2,FALSE)","v":{"$error":"#N/A"}},"lbs","#N/A indicates that price data do not depend on volume purchased."]
["Purchase Type","polymer_purchase",{"$f":"IF(AND(ISNA(C193),ISNA(C194),ISNA(C195)),\"\",IF(polymer_storage_lbs>=C193,\" - Large Qty\",IF(polymer_storage_lbs>=C194,\" - Mid Qty\",\" - Small Qty\")))","v":""},null,"Returns descriptive term based on volume of each purchase for use in determining pricing. Blank indicates that price data do not depend on volume purchased."]
[]
["POTW Discharge Fees"]
["TSS in discharged residuals","TSS_residuals_dis",{"$f":"IF(res_holding<>\"none\",TSS_residuals*(1-IF(coag_res=1,coag_TSSrem,htank_TSSrem)),TSS_residuals)","v":96.71052631578948},"ppm"]
["Total TSS in excess of POTW limit (if applicable)","ex_TSS_total",{"$f":"IF((TSS_residuals_dis-POTW_TSS_limit)*res_flow_annual*3.785/1000/453.59>0,(TSS_residuals_dis-POTW_TSS_limit)*res_flow_annual*3.785/1000/453.59,0)","v":0},"lbs/year"]
["Annual POTW base fee",null,{"$f":"IF(POTW_rate_type=1,POTW_base_cost_avg_cl,IF(POTW_base_fee=1,POTW_base_cost_typ_cl,0))*12","v":206.41019947671711},"$/year"]
["Annual POTW volume fee",null,{"$f":"IF(POTW_rate_type=1,POTW_vol_cost_avg_cl,IF(POTW_volume_fee=1,POTW_vol_cost_typ_cl,0))*res_flow_annual/1000","v":220.23038408498596},"$/year"]
["Annual POTW TSS fee",null,{"$f":"IF(POTW_rate_type=1,POTW_TSS_cost_avg_cl,IF(POTW_TSS_fee=1,POTW_TSS_cost_typ_cl,0))*ex_TSS_total","v":0},"$/year"]
["Total annual POTW discharge fee","POTW_fee",{"$f":"SUM(C201:C203)","v":426.64058356170307},"$/year"]
[]
["Spent Media Disposal Fees"]
["Disposal",null,{"$f":"spent_media*disp_freq*CHOOSE(regen_type,0,0,nonhaz_disposal_cost_cl,0,haz_disposal_cost_cl,rad_disposal_cost_cl,hazrad_disposal_cost_cl)","v":0},"$/year"]
["Shipments per year","disposal_shipments",{"$f":"IF(spent_media>max_waste_ship,ROUNDUP(spent_media/max_waste_ship,0)*disp_freq,disp_freq)","v":0}]
["Transportation unit cost",null,{"$f":"CHOOSE(regen_type,0,0,nonhaz_transportation_cost_cl,0,haz_transportation_cost_cl,rad_transportation_cost_cl,hazrad_transportation_cost_cl)","v":0},"$/ton-mile"]
["Transportation minimum charge per shipment",null,{"$f":"CHOOSE(regen_type,0,0,0,0,haz_trans_min_cost_cl,rad_trans_min_cost_cl,hazrad_trans_min_cost_cl)","v":0},"$/shipment"]
["Transportation mileage","disposal_miles",{"$f":"CHOOSE(regen_type,0,0,non_haz_miles,0,haz_miles,rad_miles,hazrad_miles)","v":0},"miles"]
["Transportation",null,{"$f":"MAX(C208*C210,spent_media*disp_freq*disposal_miles*C209)","v":0},"$/year"]
["Annual fee",null,{"$f":"CHOOSE(regen_type,0,0,0,0,0,VLOOKUP(households*hh_size,rad_annual_fee_cl,2),VLOOKUP(households*hh_size,hazrad_annual_fee_cl,2))","v":0},"$/year"]
["Total annual spent media diposal fee","disposal_fee",{"$f":"C212+C207+C213","v":0},"$/year"]
[]
["Holding Tank Solids Disposal Fees"]
["Disposal",null,{"$f":"res_solids*sol_disp_freq*CHOOSE(solids_haz,nonhaz_disposal_cost_cl,haz_disposal_cost_cl,rad_disposal_cost_cl,hazrad_disposal_cost_cl)","v":0},"$/year"]
["Shipments per year","sol_disposal_shipments",{"$f":"IF(res_solids>max_waste_ship,ROUNDUP(res_solids/max_waste_ship,0)*sol_disp_freq,sol_disp_freq)","v":0}]
["Transportation unit cost",null,{"$f":"CHOOSE(solids_haz,nonhaz_transportation_cost_cl,haz_transportation_cost_cl,rad_transportation_cost_cl,hazrad_transportation_cost_cl)","v":0.56536828032811592},"$/ton-mile"]
["Transportation minimum charge per shipment",null,{"$f":"CHOOSE(solids_haz,0,haz_trans_min_cost_cl,rad_trans_min_cost_cl,hazrad_trans_min_cost_cl)","v":3392.2096819686953},"$/shipment"]
["Transportation mileage","sol_disposal_miles",{"$f":"CHOOSE(solids_haz,non_haz_miles,haz_miles,rad_miles,hazrad_miles)","v":700},"miles"]
["Transportation",null,{"$f":"MAX(C218*C220,res_solids*sol_disp_freq*sol_disposal_miles*C219)","v":0},"$/year"]
["Annual fee",null,{"$f":"CHOOSE(solids_haz,0,0,VLOOKUP(households*hh_size,rad_annual_fee_cl,2),VLOOKUP(households*hh_size,hazrad_annual_fee_cl,2))","v":953.90523240122491},"$/year"]
["Total settled solids diposal fee","sol_disposal_fee",{"$f":"IF(AND(solids_haz=1,solids_method=2),0,C222+C217+C223)","v":953.90523240122491},"$/year"]
[]
["Septic Tank Solids Disposal Fees"]
["Total settled solids diposal fee","septic_disposal_fee",{"$f":"num_sept_tanks*sept_tank_vol*septic_disp_freq*septic_disposal_cost_cl","v":0},"$/year"]
[]
["Additional Transportation Cost for Off-site Regeneration (Hazardous)"]
["Regeneration frequency",null,{"$f":"12/bed_life","v":0.23679140169084004}]
["Shipments per year",null,{"$f":"IF(regen_type=4,IF(regen_yr/2000>max_waste_ship,ROUNDUP((regen_yr/2000)/max_waste_ship,0)*C230,C230),\"NA\")","v":"NA"},null,"Required for calculation of hazardous waste transport costs only"]
["Transportation","haz_regen_transp",{"$f":"IF(regen_type=4,MAX(C231*haz_trans_min_cost_cl,spent_media*C231*haz_miles*haz_transportation_cost_cl),0)","v":0},"$/year"]

{"sheet":"O&M","index":13,"n_rows":82,"n_cols":5,"rows_kept":82,"cut":false,"hidden":false,"merged":[]}
["Operation and Maintenance Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["Labor and Materials"]
["Maintenance Materials"]
["Booster pump material cost","pump_mtl",{"$f":"IF(OUTPUT!J167=\"--\",0,OUTPUT!J167*booster_pump_maintenance)","v":0},"/yr"]
["Backwash pump material cost","back_pump_mtl",{"$f":"IF(AND(back_interval<=24*7,NOT(OUTPUT!J168=\"--\")),OUTPUT!J168*booster_pump_maintenance,0)","v":0},"/yr","Explicitly included when backwash frequency is high"]
["Pressure vessel relining/basin maintenance materials","filter_materials",{"$f":"Materials_pct*SUMPRODUCT(OUTPUT!J40:J48,OUTPUT!L40:L48)","v":59.392021087081659},"/yr","Maintenance materials for all contactor components, excluding backfill and compaction"]
["Materials for on-site GAC Regeneration","regen_materials",{"$f":"IF(regen_type=1,8451.4*regen_capacity^0.2017,0)","v":0},"/year","Equations developed in Working draft of \"Design and Cost Estimates for Advanced Water Treatment Technologies\", 9/30/00."]
[]
["General Labor"]
["Number of process instruments for operation","tot_inst",{"$f":"tot_fm_in+tot_fm_proc+tot_level_switch+tot_turb_meters+tot_head_sens+pH_controls+tot_temp_meters","v":1},null,"Instruments requiring daily observation"]
["Total number of instruments for maintenance","tot_inst_maint",{"$f":"tot_fm_in+tot_fm_proc+tot_level_switch+tot_turb_meters+tot_head_sens+pH_controls+tot_temp_meters+tot_fm_back+tot_fm_res","v":3},null,"All instruments for preventative maintenance"]
["Number of pumps for operation","tot_pumps",{"$f":"booster_pumps","v":0},null,"Pumps requiring daily observation/adjustment"]
["Total number of pumps for maintenance","tot_pumps_maint",{"$f":"booster_pumps+res_pumps+IF(back_interval<=24*7,backwash_pumps,0)","v":0},null,"Large, frequently operated pumps require preventative maintenance"]
["Number of process valves","tot_valves",{"$f":"tot_proc_MOVs+tot_bp_MOVs+tot_proc_man+tot_bp_man","v":6},null,"Main process valves require frequent operation and preventative maintenance"]
["Backwashes per year","backwash_yr",{"$f":"IF(design_type=1,final_num_tanks,total_num_basins)*(365*24/back_interval)","v":104.28571428571429}]
["Number of chemical supplies","tot_chem",{"$f":"polymer_tanks+coag_tanks","v":0}]
["Media changeouts per year","media_changes",{"$f":"IF(design_type=1,num_treat_lines,total_num_basins)*IF(OR(regen_type=3,regen_type=5),disp_freq,IF(OR(regen_type=2,regen_type=4),12/bed_life,0))","v":0.47358280338168007},null,"For use with mechanical transfer, incorporates number of vessels. For onsite regeneration, media changeout labor is included regen_labor, below"]
["Quantity of media handled per year","media_changes_cf",{"$f":"IF(OR(regen_type=3,regen_type=5),GAC_makeup+spent_media_yr*2000,IF(OR(regen_type=2,regen_type=4),GAC_makeup+2*regen_yr,0))/GAC_density","v":8.5995085995085976},"cf","For use with manual transfer, incorporates both removal and refill. For onsite regeneration, media changeout labor is included regen_labor, below"]
[]
["Record system operating parameters (includes routine sampling)",null,{"$f":"IF(manual=1,tot_inst*uloe_inst*365/60,uloe_inst_auto*365/60)","v":30.416666666666668}]
["Preventative maintenance and calibration of instruments",null,{"$f":"tot_inst_maint*uloe_inst_maint*12/60","v":6}]
["Verify/adjust pump operating parameters",null,{"$f":"IF(OR(manual=1,manual=2),tot_pumps*uloe_pump*365/60,0)","v":0}]
["Preventative maintenance of pumps",null,{"$f":"tot_pumps_maint*uloe_pump_maint","v":0}]
["Verify/adjust valve positions",null,{"$f":"IF(OR(manual=1,manual=2),tot_valves*uloe_valve*52/60,0)","v":0}]
["Preventative maintenance and inspection of valves",null,{"$f":"tot_valves*uloe_valve_maint/60","v":0.5}]
["Visual inspection of facility",null,{"$f":"total_fp/100*uloe_fp*365/60","v":1.825}]
["Maintain/inspect chemical supply ",null,{"$f":"tot_chem*uloe_chem_maint*12/60","v":0},"hr/yr"]
["Managing backwash",null,{"$f":"IF(OR(manual=1,manual=2),backwash_yr*2*backwash_time/60,backwash_yr*uloe_autoback/60)","v":1.7380952380952381}]
["Managing media changeouts",null,{"$f":"IF(transfer_method=3,media_changes_cf*uloe_throwaway,media_changes*transfer_time)","v":0.12740012740012738}]
["Managing residual solids",null,{"$f":"IF(res_transfer_method=3,res_solids*2000/ht_solids_density*sol_disp_freq*uloe_throwaway,sol_disp_freq*htransfer_time)","v":0}]
["General Operator Labor","General_Oper_Labor",{"$f":"SUM(C22:C32)","v":40.607162032162044},"hr/yr"]
[]
["Technology-specific Labor"]
["Basin mainenance labor (gravity systems)","filter_labor",{"$f":"Weekly_labor*52*total_num_basins","v":0},"hrs/yr"]
["On-site GAC regeneration labor","regen_labor",{"$f":"IF(regen_type=1,2.2515*regen_capacity^0.7554,0)","v":0},"hours/year","Equations developed in Working draft of \"Design and Cost Estimates for Advanced Water Treatment Technologies\", 9/30/00."]
[]
["Annual Operator LOE","Operator_LOE",{"$f":"General_Oper_Labor+regen_labor+filter_labor","v":40.607162032162044},"hr/yr"]
["Annual Manager LOE","Manager_LOE",{"$f":"Operator_LOE*Manager_percent","v":4.060716203216205},"hr/yr","Based on general operator labor and percentages in critical design assumptions"]
["Annual Clerical LOE","Clerical_LOE",{"$f":"Operator_LOE*Clerical_percent","v":4.060716203216205},"hr/yr","Based on general operator labor and percentages in critical design assumptions"]
[]
["Building and HVAC Maintenance"]
["Cost excluding heating and cooling",null,{"$f":"IF(include_buildings=0,0,building_matl_rate_cl*total_fp)","v":194.37085607754003},"/yr","Labor and materials; includes routine in-house maintenance and major repairs"]
["Cost to maintain heating system, building 1",null,{"$f":"build1_need_heat*heating_matl_rate_cl*build1_fp","v":0},"/yr"]
["Cost to maintain cooling system, building 1",null,{"$f":"build1_need_cool*cooling_matl_rate_cl*build1_fp","v":0},"/yr"]
["Cost to maintain heating system, building 2",null,{"$f":"build2_need_heat*heating_matl_rate_cl*build2_fp","v":0},"/yr"]
["Cost to maintain cooling system, building 2",null,{"$f":"build2_need_cool*cooling_matl_rate_cl*build2_fp","v":0},"/yr"]
["Total annual building and HVAC maintenance","bldg_maint_cost",{"$f":"SUM(C44:C48)","v":194.37085607754003},null,"Includes labor and materials"]
[]
["Energy"]
["Booster & Backwash Pumps"]
["Booster pump operating horsepower","pump_hp",{"$f":"IF(booster_pumps=0,0,(average_flow_rate/IF(bp_pct>0,bp_pct,1))*pump_head*0.43351492/booster_pumps/pump_efficiency/14.7*33.9*8.34/550/60)","v":0},"hp"]
["Energy per booster pump",null,{"$f":"pump_hp*0.7457/1000*24*365","v":0},"MWh/yr"]
["Energy for all active booster pumps","pump_energy",{"$f":"C54*booster_pumps","v":0},"MWh/yr"]
[]
["Backwash pump head","back_pump_psi",{"$f":"back_pump_head*0.43351492","v":14.305992360000001},"psi"]
["Backwash pump operating horsepower (all pumps)","back_pump_hp",{"$f":"water_flush*back_pump_psi/pump_efficiency/14.7*33.9*8.34/550/60","v":0.42244949590321634},"hp"]
["Backwash pumping time","back_hrs_yr",{"$f":"IF(design_type=1,final_num_tanks,total_num_basins)*backwash_time/60*(365*24/back_interval)","v":17.38095238095238},"hours/year"]
["Energy for all backwash pumps","back_pump_energy",{"$f":"back_pump_hp*0.7457/1000*back_hrs_yr","v":5.4753578580802563E-3},"MWh/yr"]
[]
["On-site GAC Regeneration"]
["Energy","regen_energy",{"$f":"IF(regen_type=1,9.1217*regen_capacity^1.0475/1000,0)","v":0},"MWh/yr","Equations developed in Working draft of \"Design and Cost Estimates for Advanced Water Treatment Technologies\", 9/30/00."]
["Natural Gas","regen_ng",{"$f":"IF(regen_type=1,28.161*regen_capacity,0)","v":0},"Therms/yr","Equations developed in Working draft of \"Design and Cost Estimates for Advanced Water Treatment Technologies\", 9/30/00."]
[]
["Building Lighting"]
["Lighting power per sf, building 1","lighting_energy_1",{"$f":"IF(OR(build1_fp<500,component_level=\"\"),lighting_power_low,CHOOSE(component_level,lighting_power_mid,lighting_power_high))*24*365/1000","v":2.6279999999999997},"kWh/sf/yr"]
["Lighting power per sf, building 2","lighting_energy_2",{"$f":"IF(OR(build2_fp<500,component_level=\"\"),lighting_power_low,CHOOSE(component_level,lighting_power_mid,lighting_power_high))*24*365/1000","v":2.6279999999999997},"kWh/sf/yr"]
["Lighting","lighting",{"$f":"IF(include_buildings=0,0,MIN(1,Operator_LOE/(24*365))*(build1_fp*lighting_energy_1+build2_fp*lighting_energy_2)/1000)","v":3.6546445828945833E-4},"MWh/yr"]
[]
["HVAC"]
["Heating energy usage for:"]
["Electric resistance","heating",{"$f":"IF(build1_heat=A73,VLOOKUP(A73,build1_heat_options, 7,FALSE),0)+IF(build2_heat=A73,VLOOKUP(A73,build2_heat_options, 7,FALSE),0)","v":0},"MWh/yr"]
["Natural gas non-condensing furnace","heating_gas_non",0,"therms/yr"]
["Natural gas condensing furnace","heating_gas",0,"therms/yr"]
["Standard efficiency oil furnace","heating_diesel_non",0,"gal/yr"]
["Mid-efficiency oil furnace","heating_diesel",0,"gal/yr"]
["Heat pump","heating_hp",0,"MWh/yr"]
[]
["Cooling energy usage for:"]
["Air conditioner","cooling",{"$f":"IF(build1_cool=A81,VLOOKUP(A81,build1_cool_options, 7,FALSE),0)+IF(build2_cool=A81,VLOOKUP(A81,build2_cool_options, 7,FALSE),0)","v":0},"MWh/yr"]
["Heat pump","cooling_hp",{"$f":"IF(build1_cool=A82,VLOOKUP(A82,build1_cool_options, 7,FALSE),0)+IF(build2_cool=A82,VLOOKUP(A82,build2_cool_options, 7,FALSE),0)","v":0},"MWh/yr"]

{"sheet":"HVAC","index":14,"n_rows":134,"n_cols":12,"rows_kept":134,"cut":false,"hidden":false,"merged":[[79,1,79,4],[88,1,88,4]]}
["Building Heating, Ventilating, and Air Conditioning Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["General information"]
["System size","ss_cat2",{"$f":"IF(design_flow<1,1,IF(design_flow<10,2,3))","v":1},"1 indicates small system, 2 indicates medium, 3 indicates large","ss_cat2 is used to select ventilation requirements and building type"]
["Building height","Building_height",{"$f":"IF(design_type=1,IF(tank_geom=1,comm_height_length,comm_diam)+Top_bottom_Vessel_space,Building_height_g)","v":12},"ft"]
["Buiding 1 length and width","build1_side",{"$f":"build1_fp^0.5","v":5.4772255750516612},"ft"]
["Building 2 length and width","build2_side",{"$f":"build2_fp^0.5","v":0},"ft"]
["Include HVAC?","include_HVAC",{"$f":"IF(include_HVAC_I=\"no\",0,IF(include_HVAC_I=\"yes\",1,2))","v":2}," 0 = always exclude, 1 = always include, 2 = use model default"]
[]
["Ventilation"]
["Building 1 weighted average air changes","air_changes_build1",{"$f":"IF(build2_fp=0,(Air_changes_contactor*(vessel_fp+back_tank_fp+Onsite_regeneration_fp+htank_fp+hbasin_fp)+Air_changes_pump*pump_fp+Air_changes_chem_storage*(Virgin_GAC_storage_fp+Spent_GAC_storage_fp+Regenerated_GAC_storage_fp+cstore_fp+polymer_fp)+Air_changes_office*office_fp)/build1_fp,Air_changes_contactor)","v":2.6},"air changes/hr"]
["Building 2 weighted average air changes","air_changes_build2",{"$f":"IF(build2_fp=0,0,(Air_changes_contactor*(back_tank_fp+Onsite_regeneration_fp+htank_fp+hbasin_fp)+Air_changes_pump*pump_fp+Air_changes_chem_storage*(Virgin_GAC_storage_fp+Spent_GAC_storage_fp+Regenerated_GAC_storage_fp+cstore_fp+polymer_fp)+Air_changes_office*office_fp)/build2_fp)","v":0},"air changes/hr"]
["Building 1 ventilation",null,{"$f":"CHOOSE(ss_cat2,fan_days_build1_small,fan_days_build1_medium,fan_days_build1_large)*24*0.746*Fan_pressure_drop*build1_fp*Building_height*air_changes_build1/33000","v":11.426007272727272},"kWh/yr"]
["Building 2 ventilation",null,{"$f":"CHOOSE(ss_cat2,fan_days_build2_small,fan_days_build2_medium,fan_days_build2_large)*24*0.746*Fan_pressure_drop*build2_fp*Building_height*air_changes_build2/33000","v":0},"kWh/yr"]
["Total ventilation","ventilation",{"$f":"IF(include_HVAC=0,0,SUM(C14:C15)/1000)","v":1.1426007272727271E-2},"MWh/yr"]
[]
["Building 1 air exchange rate","build1_cfm",{"$f":"build1_fp*Building_height*air_changes_build1/60","v":15.6},"cfm"]
["Building 2 air exchange rate","build2_cfm",{"$f":"build2_fp*Building_height*air_changes_build2/60","v":0},"cfm"]
[]
["Heating and Cooling"]
["Include heating for building 1","build1_need_heat",{"$f":"IF(include_HVAC=0,0,IF(include_HVAC=1,1,VLOOKUP(IF(component_level_I=\"\",\"low cost\",component_level_I),IF(build1_fp<500,heating_table_shed,heating_table),ss_cat2+2,FALSE)))","v":0},"1 for yes, 0 for no","Based on system size, building floorplan, and inputs"]
["Include cooling for building 1","build1_need_cool",{"$f":"IF(include_HVAC=0,0,IF(include_HVAC=1,1,VLOOKUP(IF(component_level_I=\"\",\"low cost\",component_level_I),IF(build1_fp<500,cooling_table_shed,cooling_table),ss_cat2+2,FALSE)))","v":0},"1 for yes, 0 for no"]
["Include heating for building 2","build2_need_heat",{"$f":"IF(build2_fp=0,0,IF(include_HVAC=0,0,IF(include_HVAC=1,1,VLOOKUP(IF(component_level_I=\"\",\"low cost\",component_level_I),IF(build2_fp<500,heating_table_shed,heating_table),ss_cat2+2,FALSE))))","v":0},"1 for yes, 0 for no"]
["Include cooling for building 2","build2_need_cool",{"$f":"IF(build2_fp=0,0,IF(include_HVAC=0,0,IF(include_HVAC=1,1,VLOOKUP(IF(component_level_I=\"\",\"low cost\",component_level_I),IF(build2_fp<500,cooling_table_shed,cooling_table),ss_cat2+2,FALSE))))","v":0},"1 for yes, 0 for no"]
[]
["Heating Requirements"]
["Building 1 side conductance heat loss",null,{"$f":"4*build1_side*Building_height*heat_DD*24/R_wall","v":1075183.7621631012},"BTU/yr"]
["Buiding 1 ceiling conductance heat loss",null,{"$f":"build1_fp*heat_DD*24/R_ceiling","v":62595.918367346938},"BTU/yr"]
["Building 1 air exchange heat loss",null,{"$f":"build1_cfm*heat_viload","v":2631392.4},"BTU/yr"]
["Building 1 total annual heat loss","build1_heat_loss_yr",{"$f":"SUM(C28:C30)","v":3769172.0805304479},"BTU/yr"]
["Building 1 heating requirement in thousand BTU/hr","build1_heat_mbh",{"$f":"build1_heat_loss_yr/365.25/24/1000","v":0.42997628114652608},"MBH","thousands of BTU per hour"]
["Building 1 number of heating zones","build1_heat_zones",{"$f":"ROUNDUP(build1_heat_mbh/max_heat_cl,0)","v":1}]
[]
["Building 2 side conductance heat loss",null,{"$f":"4*build2_side*Building_height*heat_DD*24/R_wall","v":0},"BTU/yr"]
["Buiding 2 ceiling conductance heat loss",null,{"$f":"build2_fp*heat_DD*24/R_ceiling","v":0},"BTU/yr"]
["Building 2 air exchange heat loss",null,{"$f":"build2_cfm*heat_viload","v":0},"BTU/yr"]
["Building 2 total annual heat loss","build2_heat_loss_yr",{"$f":"SUM(C35:C37)","v":0},"BTU/yr"]
["Building 2 heating requirement in thousand BTU/hr","build2_heat_mbh",{"$f":"build2_heat_loss_yr/365.25/24/1000","v":0},"MBH"]
["Building 2 number of heating zones","build2_heat_zones",{"$f":"ROUNDUP(build2_heat_mbh/max_heat_cl,0)","v":0}]
[]
["Cooling Requirements"]
["Power lost: booster pumps","eloss_pumps",{"$f":"booster_pumps*pump_hp*(1-pump_efficiency)*0.7457","v":0},"kW"]
["Waste heat: booster pumps","waste_heat_pumps",{"$f":"eloss_pumps*3415","v":0},"BTU/hr"]
["Power lost: backwash pumps","eloss_bw_pumps",{"$f":"back_pump_hp*(1-pump_efficiency)*0.7457","v":7.8755147273757112E-2},"kW"]
["Waste heat: backwash pumps","waste_heat_bw_pumps",{"$f":"eloss_bw_pumps*3415","v":268.94882793988052},"BTU/hr"]
[]
["Building 1 side conductance cooling loss",null,{"$f":"4*build1_side*Building_height*cool_DD*24/R_wall","v":357132.63461520843},"BTU/yr"]
["Buiding 1 ceiling conductance cooling loss",null,{"$f":"build1_fp*cool_DD*24/R_ceiling","v":20791.836734693876},"BTU/yr"]
["Building 1 air exchange cooling loss",null,{"$f":"build1_cfm*cool_viload","v":807627.6},"BTU/yr"]
["Building 1 total annual cooling loss","build1_cooling_loss_yr",{"$f":"SUM(C48:C50)","v":1185552.0713499023},"BTU/yr"]
["Building 1 cooling loss per hour","build1_cooling_loss_hr",{"$f":"build1_cooling_loss_yr/365.25/24","v":135.24436132214262},"BTU/hr"]
[]
["Building 1 total cooling requirement","build1_cooling_req",{"$f":"build1_cooling_loss_hr+IF(fp_required<add_2nd_building,waste_heat_pumps+waste_heat_bw_pumps,0)","v":404.19318926202311},"BTU/hr"]
["Building 1 annual cooling requirement","build1_cooling_yr",{"$f":"build1_cooling_req*365.25*24+IF(fp_required<add_2nd_building,waste_heat_pumps*365.25*24+waste_heat_bw_pumps*back_hrs_yr,0)","v":3547832.0838422305},"BTU/yr"]
["Building 1 total cooling requirement in tons","build1_cooling_tons",{"$f":"build1_cooling_req/12000","v":3.3682765771835259E-2},"tons","1 ton cooling = 12,000 BTU/hr"]
["Building 1 number of cooling zones","build1_cool_zones",{"$f":"ROUNDUP(build1_cooling_tons/max_cool_cl,0)","v":1}]
[]
["Building 2 side conductance cooling loss",null,{"$f":"4*build2_side*Building_height*cool_DD*24/R_wall","v":0},"BTU/yr"]
["Buiding 2 ceiling conductance cooling loss",null,{"$f":"build2_fp*cool_DD*24/R_ceiling","v":0},"BTU/yr"]
["Building 2 air exchange cooling loss",null,{"$f":"build2_cfm*cool_viload","v":0},"BTU/yr"]
["Building 2 total annual cooling loss","build2_cooling_loss_yr",{"$f":"SUM(C59:C61)","v":0},"BTU/yr"]
["Building 2 cooling loss per hour","build2_cooling_loss_hr",{"$f":"build2_cooling_loss_yr/365.25/24","v":0},"BTU/hr"]
[]
["Building 2 total cooling requirement","build2_cooling_req",{"$f":"build2_cooling_loss_hr+IF(fp_required<add_2nd_building,0,waste_heat_pumps+waste_heat_bw_pumps)","v":0},"BTU/hr"]
["Building 2 annual cooling requirement","build2_cooling_yr",{"$f":"build2_cooling_req*365.25*24+IF(fp_required<add_2nd_building,0,waste_heat_pumps*365.25*24+waste_heat_bw_pumps*back_hrs_yr)","v":0},"BTU/yr"]
["Building 2 total cooling requirement in tons","build2_cooling_tons",{"$f":"build2_cooling_req/12000","v":0},"tons","1 ton cooling = 12,000 BTU/hr"]
["Building 2 number of cooling zones","build2_cool_zones",{"$f":"ROUNDUP(build2_cooling_tons/max_cool_cl,0)","v":0}]
[]
["Heating Options"]
["Building 1 number of HVAC zones","build1_zones",{"$f":"MAX(build1_heat_zones, build1_cool_zones)","v":1}]
["Building 2 number of HVAC zones","build2_zones",{"$f":"MAX(build2_heat_zones, build2_cool_zones)","v":0}]
[]
["Heat pump OK for building 1?","hp_ok_1",{"$f":"AND(build1_heat_mbh<=hp_max_heat_cl,build1_cooling_tons<=hp_max_cool_cl)","v":true},null,"For heat pumps, we check both heating and cooling capacities."]
["Heat pump OK for building 2?","hp_ok_2",{"$f":"AND(build2_heat_mbh<=hp_max_heat_cl,build2_cooling_tons<=hp_max_cool_cl)","v":true}]
[]
["Building 1","build1_heat_options"]
["Option","Size needed per zone (MBH)","Size selected (MBH)","Direct Cost Per Zone","Useful Life (yrs)","Annualized Capital Cost, All Zones","Energy/Yr",null,"Energy Unit Cost",null,"Annual Energy Cost","Total Annual Cost"]
["Electric resistance",{"$f":"build1_heat_mbh/build1_zones","v":0.42997628114652608},{"$f":"IF(curve=1,B79,VLOOKUP(B79,hvac_elec_cost_cl,2))","v":0.42997628114652608},{"$f":"IF(curve=1,hvac_elec_eq_1,VLOOKUP(B79,hvac_elec_cost_cl,3))","v":597.84714377595276},{"$f":"VLOOKUP(B79,hvac_elec_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D79=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E79,D79)*build1_zones)","v":56.432541048261022},{"$f":"build1_heat_loss_yr/3412000/resist_eff","v":1.1272256622874992},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"I79*G79*1000","v":124.01455972511995},{"$f":"IF(OR(F79=\"n/a\",K79=\"n/a\"),\"n/a\",F79+K79)","v":180.44710077338098}]
["Heat pump","capital costs are in the cooling table",null,null,null,"n/a",{"$f":"IF(hp_ok_1,build1_heat_loss_yr/3412000/COP,\"n/a\")","v":0.33475186334598461},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"IF(G80=\"n/a\",\"n/a\",I80*G80*1000)","v":36.828566221399257},"n/a"]
["Natural gas non-condensing furnace",{"$f":"build1_heat_mbh/build1_zones","v":0.42997628114652608},{"$f":"IF(curve=1,B81,VLOOKUP(B81,hvac_gas_non_cost_cl,2))","v":0.42997628114652608},{"$f":"IF(curve=1,hvac_gas_non_eq_1,VLOOKUP(B81,hvac_gas_non_cost_cl,3))","v":469.65288760511709},{"$f":"VLOOKUP(B81,hvac_gas_non_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D81=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E81,D81)*build1_zones)","v":44.331910144815431},{"$f":"build1_heat_loss_yr/100000/gas_non_eff","v":44.343200947417031},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"I81*G81","v":25.655264576209103},69.98717472102453]
["Natural gas condensing furnace",{"$f":"build1_heat_mbh/build1_zones","v":0.42997628114652608},{"$f":"IF(curve=1,B82,VLOOKUP(B82,hvac_gas_cost_cl,2))","v":0.42997628114652608},{"$f":"IF(curve=1,hvac_gas_eq_1,VLOOKUP(B82,hvac_gas_cost_cl,3))","v":469.65288760511709},{"$f":"VLOOKUP(B82,hvac_gas_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D82=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E82,D82)*build1_zones)","v":44.331910144815431},{"$f":"build1_heat_loss_yr/100000/gas_eff","v":41.879689783671644},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"I82*G82","v":24.229972099753045},68.56188224456848]
["Standard efficiency oil furnace",{"$f":"build1_heat_mbh/build1_zones","v":0.42997628114652608},{"$f":"IF(curve=1,B83,VLOOKUP(B83,hvac_oil_std_cost_cl,2))","v":0.42997628114652608},{"$f":"IF(curve=1,hvac_oil_std_eq_1,VLOOKUP(B83,hvac_oil_std_cost_cl,3))","v":633.85607156142044},{"$f":"VLOOKUP(B83,hvac_oil_std_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D83=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E83,D83)*build1_zones)","v":59.831529094808928},{"$f":"build1_heat_loss_yr/diesel_heat_content/diesel_non_eff","v":33.068714515971642},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"I83*G83","v":126.63666776802908},186.468196862838]
["Mid-efficiency oil furnace",{"$f":"build1_heat_mbh/build1_zones","v":0.42997628114652608},{"$f":"IF(curve=1,B84,VLOOKUP(B84,hvac_oil_mid_cost_cl,2))","v":0.42997628114652608},{"$f":"IF(curve=1,hvac_oil_mid_eq_1,VLOOKUP(B84,hvac_oil_mid_cost_cl,3))","v":633.85607156142044},{"$f":"VLOOKUP(B84,hvac_oil_mid_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D84=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E84,D84)*build1_zones)","v":59.831529094808928},{"$f":"build1_heat_loss_yr/diesel_heat_content/diesel_eff","v":30.129273225663052},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"I84*G84","v":115.38007507753761},175.21160417234654]
[]
["Building 2","build2_heat_options"]
["Option","Size needed per zone (MBH)","Size selected (MBH)","Direct Cost Per Zone","Useful Life (yrs)","Annualized Capital Cost, All Zones","Energy/Yr",null,"Energy Unit Cost",null,"Annual Energy Cost","Total Annual Cost"]
["Electric resistance",{"$f":"IF(build2_zones=0,0,build2_heat_mbh/build2_zones)","v":0},{"$f":"IF(curve=1,B88,VLOOKUP(B88,hvac_elec_cost_cl,2))","v":0},{"$f":"IF(curve=1,hvac_elec_eq_2,VLOOKUP(B88,hvac_elec_cost_cl,3))","v":0},{"$f":"VLOOKUP(B88,hvac_elec_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D88=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E88,D88)*build2_zones)","v":0},{"$f":"build2_heat_loss_yr/3412000/resist_eff","v":0},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"I88*G88*1000","v":0},{"$f":"IF(F88=\"n/a\",\"n/a\",F88+K88)","v":0}]
["Heat pump","capital costs are in the cooling table",null,null,null,"n/a",{"$f":"IF(hp_ok_2,build2_heat_loss_yr/3412000/COP,\"n/a\")","v":0},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"IF(G89=\"n/a\",\"n/a\",I89*G89*1000)","v":0},{"$f":"IF(OR(F89=\"n/a\",K89=\"n/a\"),\"n/a\",F89+K89)","v":"n/a"}]
["Natural gas non-condensing furnace",{"$f":"IF(build2_zones=0,0,build2_heat_mbh/build2_zones)","v":0},{"$f":"IF(curve=1,B90,VLOOKUP(B90,hvac_gas_non_cost_cl,2))","v":0},{"$f":"IF(curve=1,hvac_gas_non_eq_2,VLOOKUP(B90,hvac_gas_non_cost_cl,3))","v":0},{"$f":"VLOOKUP(B90,hvac_gas_non_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D90=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E90,D90)*build2_zones)","v":0},{"$f":"build2_heat_loss_yr/100000/gas_non_eff","v":0},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"I90*G90","v":0},{"$f":"IF(F90=\"n/a\",\"n/a\",F90+K90)","v":0}]
["Natural gas condensing furnace",{"$f":"IF(build2_zones=0,0,build2_heat_mbh/build2_zones)","v":0},{"$f":"IF(curve=1,B91,VLOOKUP(B91,hvac_gas_cost_cl,2))","v":0},{"$f":"IF(curve=1,hvac_gas_eq_2,VLOOKUP(B91,hvac_gas_cost_cl,3))","v":0},{"$f":"VLOOKUP(B91,hvac_gas_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D91=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E91,D91)*build2_zones)","v":0},{"$f":"build2_heat_loss_yr/100000/gas_eff","v":0},"therms/yr",{"$f":"gas_cost_cl","v":0.57856140350877194},"/therm",{"$f":"I91*G91","v":0},{"$f":"IF(F91=\"n/a\",\"n/a\",F91+K91)","v":0}]
["Standard efficiency oil furnace",{"$f":"IF(build2_zones=0,0,build2_heat_mbh/build2_zones)","v":0},{"$f":"IF(curve=1,B92,VLOOKUP(B92,hvac_oil_std_cost_cl,2))","v":0},{"$f":"IF(curve=1,hvac_oil_std_eq_2,VLOOKUP(B92,hvac_oil_std_cost_cl,3))","v":0},{"$f":"VLOOKUP(B92,hvac_oil_std_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D92=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E92,D92)*build2_zones)","v":0},{"$f":"build2_heat_loss_yr/diesel_heat_content/diesel_non_eff","v":0},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"I92*G92","v":0},{"$f":"IF(F92=\"n/a\",\"n/a\",F92+K92)","v":0}]
["Mid-efficiency oil furnace",{"$f":"IF(build2_zones=0,0,build2_heat_mbh/build2_zones)","v":0},{"$f":"IF(curve=1,B93,VLOOKUP(B93,hvac_oil_mid_cost_cl,2))","v":0},{"$f":"IF(curve=1,hvac_oil_mid_eq_2,VLOOKUP(B93,hvac_oil_mid_cost_cl,3))","v":0},{"$f":"VLOOKUP(B93,hvac_oil_mid_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D93=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E93,D93)*build2_zones)","v":0},{"$f":"build2_heat_loss_yr/diesel_heat_content/diesel_eff","v":0},"gal/yr",{"$f":"diesel_cost_cl","v":3.8295007720020586},"/gal",{"$f":"I93*G93","v":0},{"$f":"IF(F93=\"n/a\",\"n/a\",F93+K93)","v":0}]
[]
["Cooling Options"]
["Building 1","build1_cool_options"]
["Option","Size needed per zone (tons)","Size selected (tons)","Direct Cost Per Zone","Useful Life (yrs)","Annualized Capital Cost, All Zones","Energy/Yr",null,"Energy Unit Cost",null,"Annual Energy Cost","Total Annual Cost"]
["Air conditioner",{"$f":"build1_cooling_tons/build1_zones","v":3.3682765771835259E-2},{"$f":"IF(curve=1,B98,VLOOKUP(B98,hvac_ac_cost_cl,2))","v":3.3682765771835259E-2},{"$f":"IF(curve=1,hvac_ac_eq_1,VLOOKUP(B98,hvac_ac_cost_cl,3))","v":56.23221938734244},{"$f":"VLOOKUP(B98,hvac_ac_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D98=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E98,D98)*build1_zones)","v":5.3079237090078779},{"$f":"build1_cooling_yr/EER/10^6","v":0.30066373591883305},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"I98*G98*1000","v":33.078275346940984},{"$f":"IF(F98=\"n/a\",\"n/a\",F98+K98)","v":38.386199055948865}]
["Heat pump",{"$f":"build1_cooling_tons/build1_zones","v":3.3682765771835259E-2},{"$f":"IF(hp_ok_1,IF(curve=1,B99,VLOOKUP(B99,hvac_hp_cost_cl,2)),\"n/a\")","v":3.3682765771835259E-2},{"$f":"IF(C99=\"n/a\",\"n/a\",IF(curve=1,hvac_hp_eq_1,VLOOKUP(B99,hvac_hp_cost_cl,3)))","v":601.86448458951577},{"$f":"IF(C99=\"n/a\",\"n/a\",VLOOKUP(B99,hvac_hp_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},{"$f":"IF(OR(D99=\"contact vendor\",D99=\"n/a\"),\"n/a\",-PMT(Discount_rate,E99,D99)*build1_zones)","v":56.811749601361022},{"$f":"IF(C99=\"n/a\",\"n/a\",build1_cooling_yr/hp_EER/10^6)","v":0.30066373591883305},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"IF(C99=\"n/a\",\"n/a\",I99*G99*1000)","v":33.078275346940984},{"$f":"IF(F99=\"n/a\",\"n/a\",F99+K99)","v":89.890024948301999}]
[]
["Building 2","build2_cool_options"]
["Option","Size needed per zone (tons)","Size selected (tons)","Direct Cost Per Zone","Useful Life (yrs)","Annualized Capital Cost, All Zones","Energy/Yr",null,"Energy Unit Cost",null,"Annual Energy Cost","Total Annual Cost"]
["Air conditioner",{"$f":"IF(build2_zones=0,0,build2_cooling_tons/build2_zones)","v":0},{"$f":"IF(curve=1,B103,VLOOKUP(B103,hvac_ac_cost_cl,2))","v":0},{"$f":"IF(curve=1,hvac_ac_eq_2,VLOOKUP(B103,hvac_ac_cost_cl,3))","v":0},{"$f":"VLOOKUP(B103,hvac_ac_cost_cl,IF(ss_cat=\"large\",4,5))","v":20},{"$f":"IF(D103=\"contact vendor\",\"n/a\",-PMT(Discount_rate,E103,D103)*build2_zones)","v":0},{"$f":"build2_cooling_yr/EER/10^6","v":0},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"I103*G103*1000","v":0},{"$f":"IF(F103=\"n/a\",\"n/a\",F103+K103)","v":0}]
["Heat pump",{"$f":"IF(build2_zones=0,0,build2_cooling_tons/build2_zones)","v":0},{"$f":"IF(hp_ok_2,IF(curve=1,B104,VLOOKUP(B104,hvac_hp_cost_cl,2)),\"n/a\")","v":0},{"$f":"IF(C104=\"n/a\",\"n/a\",IF(curve=1,hvac_hp_eq_2,VLOOKUP(B104,hvac_hp_cost_cl,3)))","v":0},{"$f":"IF(C104=\"n/a\",\"n/a\",VLOOKUP(B104,hvac_hp_cost_cl,IF(ss_cat=\"large\",4,5)))","v":20},{"$f":"IF(OR(D104=\"contact vendor\",D104=\"n/a\"),\"n/a\",-PMT(Discount_rate,E104,D104)*build2_zones)","v":0},{"$f":"IF(C104=\"n/a\",\"n/a\",build2_cooling_yr/hp_EER/10^6)","v":0},"MWh/yr",{"$f":"energy_cost_cl","v":0.11001750924784216},"/kwh",{"$f":"IF(C104=\"n/a\",\"n/a\",I104*G104*1000)","v":0},{"$f":"IF(F104=\"n/a\",\"n/a\",F104+K104)","v":0}]
[]
[]
["Heating and Cooling Selection",null,null,null,"We will select the option with the lowest annual cost for each building."]
[]
["Building 1 Selection"]
["Heating option","Annual cost","Cooling option","Annual cost","Total annual cost"]
["Electric resistance",{"$f":"IF(build1_need_heat,VLOOKUP(A111,build1_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build1_need_cool,VLOOKUP(C111,build1_cool_options,12,FALSE),0)","v":0},{"$f":"IF(OR(B111=\"n/a\",D111=\"n/a\"),\"n/a\",ROUND(B111+D111,0))","v":0}]
["Natural gas non-condensing furnace",{"$f":"IF(build1_need_heat,VLOOKUP(A112,build1_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build1_need_cool,VLOOKUP(C112,build1_cool_options,12,FALSE),0)","v":0},0]
["Natural gas condensing furnace",{"$f":"IF(build1_need_heat,VLOOKUP(A113,build1_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build1_need_cool,VLOOKUP(C113,build1_cool_options,12,FALSE),0)","v":0},0]
["Standard efficiency oil furnace",{"$f":"IF(build1_need_heat,VLOOKUP(A114,build1_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build1_need_cool,VLOOKUP(C114,build1_cool_options,12,FALSE),0)","v":0},0]
["Mid-efficiency oil furnace",{"$f":"IF(build1_need_heat,VLOOKUP(A115,build1_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build1_need_cool,VLOOKUP(C115,build1_cool_options,12,FALSE),0)","v":0},0]
["Heat pump",{"$f":"IF(AND(build1_need_heat, build1_need_cool),K80,\"n/a\")","v":"n/a"},"Heat pump",{"$f":"IF(AND(build1_need_heat,build1_need_cool),VLOOKUP(C116,build1_cool_options,12,FALSE),0)","v":0},"n/a"]
[]
["Row selected","build1_row",{"$f":"MATCH(MIN(E111:E116),E111:E116,0)","v":1}]
["Building 1 heating selection","build1_heat",{"$f":"IF(build1_need_heat,INDEX(A111:A116,build1_row),\"n/a\")","v":"n/a"}]
["Building 1 cooling selection","build1_cool",{"$f":"IF(build1_need_cool,INDEX(C111:C116,build1_row),\"n/a\")","v":"n/a"}]
[]
[]
["Building 2 Selection"]
["Heating option","Annual cost","Cooling option","Annual cost","Total annual cost"]
["Electric resistance",{"$f":"IF(build2_need_heat,VLOOKUP(A125,build2_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build2_need_cool,VLOOKUP(C125,build2_cool_options,12,FALSE),0)","v":0},{"$f":"IF(OR(B125=\"n/a\",D125=\"n/a\"),\"n/a\",ROUND(B125+D125,0))","v":0}]
["Natural gas non-condensing furnace",{"$f":"IF(build2_need_heat,VLOOKUP(A126,build2_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build2_need_cool,VLOOKUP(C126,build2_cool_options,12,FALSE),0)","v":0},0]
["Natural gas condensing furnace",{"$f":"IF(build2_need_heat,VLOOKUP(A127,build2_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build2_need_cool,VLOOKUP(C127,build2_cool_options,12,FALSE),0)","v":0},0]
["Standard efficiency oil furnace",{"$f":"IF(build2_need_heat,VLOOKUP(A128,build2_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build2_need_cool,VLOOKUP(C128,build2_cool_options,12,FALSE),0)","v":0},0]
["Mid-efficiency oil furnace",{"$f":"IF(build2_need_heat,VLOOKUP(A129,build2_heat_options,12,FALSE),0)","v":0},"Air conditioner",{"$f":"IF(build2_need_cool,VLOOKUP(C129,build2_cool_options,12,FALSE),0)","v":0},0]
["Heat pump",{"$f":"IF(AND(build2_need_heat, build2_need_cool),K89,\"n/a\")","v":"n/a"},"Heat pump",{"$f":"IF(AND(build1_need_heat,build2_need_cool),VLOOKUP(C130,build2_cool_options,12,FALSE),0)","v":0},"n/a"]
[]
["Row selected","build2_row",{"$f":"MATCH(MIN(E125:E130),E125:E130,0)","v":1}]
["Building 2 heating selection","build2_heat",{"$f":"IF(build2_need_heat,INDEX(A125:A130,build2_row),\"n/a\")","v":"n/a"}]
["Building 2 cooling selection","build2_cool",{"$f":"IF(build2_need_cool,INDEX(C125:C130,build2_row),\"n/a\")","v":"n/a"}]

{"sheet":"Indirect","index":15,"n_rows":97,"n_cols":5,"rows_kept":97,"cut":false,"hidden":false,"merged":[]}
["Indirect and Add-on Cost Calculations"]
[]
["Calculation","Range Name","Value","Units","Guidance"]
["Buildings and Land"]
["Include buildings?","include_buildings",{"$f":"IF(include_buildings_I=\"no\",0,1)","v":1},"1 = yes, 0 = no"]
["Include land?","include_land",{"$f":"IF(include_land_I=\"no\",0,1)","v":1},"1 = yes, 0 = no"]
[]
["Standby Power",null,null,null,"Does not include backwash pumping or on-site regeneration, as these activities can be delayed in the event of a power outage"]
["Booster pumps",null,{"$f":"pump_energy*design_flow/average_flow/365/24*1000","v":0},"kW"]
["Lighting",null,{"$f":"IF(include_buildings=0,0,(build1_fp*lighting_energy_1+build2_fp*lighting_energy_2)/365/24)","v":8.9999999999999993E-3},"kW"]
["Building 1 ventilation",null,{"$f":"IF(include_HVAC=0,0,0.746*Fan_pressure_drop*build1_fp*Building_height*air_changes_build1/33000)","v":5.2898181818181829E-3},"kW"]
["Building 2 ventilation",null,{"$f":"IF(include_HVAC=0,0,0.746*Fan_pressure_drop*build2_fp*Building_height*air_changes_build2/33000)","v":0},"kW"]
["Total base standby power requirement","std_base",{"$f":"SUM(C9:C12)","v":1.4289818181818181E-2},"kW"]
[]
["Electric heating for Building 1?","build1_elec_heat",{"$f":"IF(build1_need_heat=1,VLOOKUP(build1_heat,build1_heat_options,8,FALSE)=\"MWh/yr\",FALSE)","v":false}]
["Power to heat Building 1","build1_elec_heat_power",{"$f":"IF(build1_elec_heat,VLOOKUP(build1_heat,build1_heat_options,7,FALSE),0)*365.25*24/1000","v":0},"kW"]
["Electric heating for Building 2?","build2_elec_heat",{"$f":"IF(build2_need_heat,(VLOOKUP(build2_heat,build2_heat_options,8,FALSE)=\"MWh/yr\"),FALSE)","v":false}]
["Power to heat Building 2","build2_elec_heat_power",{"$f":"IF(build2_elec_heat,VLOOKUP(build2_heat,build2_heat_options,7,FALSE),0)*365.25*24/1000","v":0},"kW"]
["Standby power for heating","std_heat",{"$f":"IF(include_HVAC=0,0,build1_elec_heat_power+build2_elec_heat_power)","v":0},"kW"]
[]
["Electric cooling for Building 1?","build1_elec_cool",{"$f":"IF(build1_need_cool,(VLOOKUP(build1_cool,build1_cool_options,8,FALSE)=\"MWh/yr\"),FALSE)","v":false}]
["Power to cool Building 1","build1_elec_cool_power",{"$f":"IF(build1_elec_cool,VLOOKUP(build1_cool,build1_cool_options,7,FALSE),0)*365.25*24/1000","v":0},"kW"]
["Electric cooling for Building 2?","build2_elec_cool",{"$f":"IF(build2_need_cool,(VLOOKUP(build2_cool,build2_cool_options,8,FALSE)=\"MWh/yr\"),FALSE)","v":false}]
["Power to cool Building 2","build2_elec_cool_power",{"$f":"IF(build2_elec_cool,VLOOKUP(build2_cool,build2_cool_options,7,FALSE),0)*365.25*24/1000","v":0},"kW"]
["Standby power for cooling","std_cool",{"$f":"IF(include_HVAC=0,0,build1_elec_cool_power+build2_elec_cool_power)","v":0},"kW"]
[]
["Total standby power requirements","std_power",{"$f":"ROUNDUP(2*MAX(min_standby,(IF(AND(need_heat=1,need_cool=1),MAX(std_heat,std_cool),need_heat*std_heat+need_cool*std_cool)+std_base)*(1+std_safety_factor)),0)/2","v":1.5},"kW"]
["Total standby power cost","std_power_cost",{"$f":"VLOOKUP(std_power,std_gen_cost_cl,3)*std_power","v":990}]
[]
["Geotechnical & Sitework"]
["Total technology footprint","tech_fp",{"$f":"total_fp+sept_fp+ep_fp+solids_pad_area","v":30},"square feet"]
["Maximum basin excavation depth","max_excav_depth",{"$f":"IF(design_type=1,0,MAX(basin_depth,IF(OUTPUT!L48=1,back_basin_depth,0),IF(res_holding=\"basins\",hbasin_depth,0),IF(regen_type=1,MAX(IF(OUTPUT!L83=1,virgin_basin_depth,0),IF(OUTPUT!L86=1,spent_basin_depth,0),IF(OUTPUT!L89=1,regen_basin_depth,0)),0))+overexcavate)","v":0},"feet"]
["Borehole depth","bore_depth",{"$f":"IF(design_type=1,bore_depth_p,IF(max_excav_depth>deep_bore_need,bore_depth_max,bore_depth_min))","v":10},"feet"]
["Number of test pits","num_pits",{"$f":"IF(OR(design_type=2,tech_fp>bore_need),0,ROUNDUP(tech_fp/hole_per_sf,0))","v":1}]
["Number of boreholes","num_holes",{"$f":"IF(AND(design_type=1,tech_fp<bore_need),0,IF(ROUNDUP(tech_fp/hole_per_sf,0)<min_holes,min_holes,ROUNDUP(tech_fp/hole_per_sf,0)))","v":0}]
[]
["Costs"]
["Borings, initial field stake out & determination of elevations",null,{"$f":"IF(num_pits>0,1,ROUNDUP(num_holes/hole_per_job,0))*VLOOKUP(0,stake_out_cost_cl,3)","v":1475}]
["Borings, drawings showing boring details",null,{"$f":"ROUNDUP(num_holes/hole_per_job,0)*VLOOKUP(0,bore_draw_cost_cl,3)","v":0}]
["Borings, report and recommendations from P.E.",null,{"$f":"IF(num_pits>0,1,ROUNDUP(num_holes/hole_per_job,0))*VLOOKUP(0,bore_report_cost_cl,3)","v":970}]
["Borings, mobilization and demobilization, minimum",null,{"$f":"IF(num_pits>0,0,1)*VLOOKUP(0,bore_mob_cost_cl,3)","v":0}]
["Borings, drill rig and crew with truck mounted auger",null,{"$f":"ROUNDUP(bore_depth*num_holes/hole_per_day,0)*VLOOKUP(0,bore_rig_cost_cl,3)","v":0}]
["Borings, cased borings in earth, w/samples, 2.5\" dia",null,{"$f":"num_holes*bore_depth*VLOOKUP(0,bore_cost_cl,3)","v":0}]
["Test pits",null,{"$f":"pit_width*pit_length*pit_depth/27*num_pits*VLOOKUP(0,pit_cost_cl,3)","v":1180.148148148148}]
["Total geotechnical cost","geotech_cost",{"$f":"SUM(C38:C44)","v":3625.1481481481478}]
[]
["Total sitework cost","sitework_cost",{"$f":"tech_fp*sitework_sf_cl","v":455.73626373626371}]
[]
["Yard Piping"]
["Actual yard piping diameter","yard_pipe_diam",{"$f":"SUMPRODUCT(OUTPUT!G84:G88,OUTPUT!L84:L88)","v":1.5},"in. diam","Based on output sheet selection for influent and treated water pipe"]
["Trench depth to top of pipe","trench_depth",{"$f":"MAX(frost,min_trench_depth)","v":38},"inches"]
["Thrust force","thrust_force",{"$f":"VLOOKUP(yard_pipe_diam,thrust_block_table_cl,2)*2.2","v":764.79838682438469},"lbs"]
["Bearing Area (L x H)","bearing_area",{"$f":"1.5*thrust_force/(soil_dens*(trench_depth/12+yard_pipe_diam/12)*Coeff_Kp*Reduction)","v":2.5645578679308643},"square ft"]
["L",null,{"$f":"bearing_area/C55","v":2.2647551160913024},"ft"]
["H",null,{"$f":"(bearing_area/2)^0.5","v":1.1323775580456512},"ft"]
["F",null,{"$f":"MAX(0.5,yard_pipe_diam/12)","v":0.5},"ft","Pipe diameter with a minimum of 6 inches"]
["T",null,{"$f":"C54/2","v":1.1323775580456512},"ft"]
["Thrust block volume","block_vol",{"$f":"(C57+(yard_pipe_diam/12)/2)*(C54+C56)/2*C55/27","v":6.9275164969845107E-2},"cy"]
["Trench Cross-section Area","trench_area",{"$f":"(yard_pipe_diam/12+2)*(bedding_depth/12+yard_pipe_diam/12+trench_depth/12)+(bedding_depth/12+yard_pipe_diam/12+trench_depth/12)^2*TAN(trench_angle)","v":22.434027777777775},"square ft"]
["Trench Volume Source Water",null,{"$f":"trench_area*yard_in/27","v":0},"cy"]
["Trench Volume Influent and treated water",null,{"$f":"((2*non_fire_buffer)+2*(build1_fp^0.5)/4)*trench_area/27","v":18.893284107536573},"cy"]
["Trench Volume Between Buildings",null,{"$f":"IF(build2_fp=0,0,((2*non_fire_buffer)+2*(build2_fp^0.5)/4)*trench_area/27)","v":0},"cy"]
["Trench Volume to Distribution Network",null,{"$f":"trench_area*yard_out/27","v":0},"cy"]
["Trench Volume total","trench_vol",{"$f":"SUM(C60:C63)+block_vol","v":18.962559272506418},"cy"]
["Equivalent pipe length","yard_pipe_length",{"$f":"yard_in+yard_out+2*((2*non_fire_buffer)+2*(build1_fp^0.5)/4+IF(build2_fp=0,0,((2*non_fire_buffer)+2*(build2_fp^0.5)/4))+2*(trench_depth+yard_pipe_diam)/12)","v":58.643892241718326},"lf"]
["Bedding cross sectional surface area",null,{"$f":"(yard_pipe_diam/12+2)*(bedding_depth/12+yard_pipe_diam/12*bedding_pct)+(bedding_depth/12+yard_pipe_diam/12*bedding_pct)^2*TAN(trench_angle)-((yard_pipe_diam/12/2)^2*ACOS((yard_pipe_diam/12/2-bedding_pct*yard_pipe_diam/12)/(yard_pipe_diam/12/2))-(yard_pipe_diam/12/2-yard_pipe_diam/12*bedding_pct)*((2*yard_pipe_diam/12/2*yard_pipe_diam/12*bedding_pct-(yard_pipe_diam/12*bedding_pct)^2)^0.5))","v":1.4087336529324048},"square ft"]
["Bedding volume","bedding_vol",{"$f":"C66*yard_pipe_length/2/27","v":1.5298819359231515},"cy"]
[]
["Costs"]
["Bedding cost",null,{"$f":"VLOOKUP(0,bedding_cost_cl,3)*bedding_vol","v":69.380145794114924}]
["Excavation cost",null,{"$f":"trench_vol*VLOOKUP(0,excavate_cost_cl,3)","v":585.5638303349981}]
["Backfill cost",null,{"$f":"trench_vol*VLOOKUP(0,backfill_cost_cl,3)","v":353.65173043224468}]
["Thrust block cost",null,{"$f":"block_vol*VLOOKUP(0,conc_basin_cost_cl,3)","v":51.23629917310106}]
["Pipe cost",null,{"$f":"yard_pipe_length*SUMPRODUCT(OUTPUT!I84:I88,OUTPUT!L84:L88)","v":166.99882012658571}]
["Total yard piping cost","yard_cost",{"$f":"SUM(C70:C74)","v":1226.8308258610446}]
[]
["Permits"]
["Building #1 value",null,{"$f":"SUMPRODUCT(OUTPUT!J277:J289,OUTPUT!L277:L289)","v":1522.26868333068},null,"Determined using Use? Column of output sheet"]
["Building #2 value",null,{"$f":"SUMPRODUCT(OUTPUT!J291:J303,OUTPUT!L291:L303)","v":0},null,"Determined using Use? Column of output sheet"]
["Building permit cost",null,{"$f":"VLOOKUP(design_flow,UBC_mult_table_cl,3)*(BPCost_UBC97(C78)+BPCost_UBC97(C79))","v":148.32999999999998},null,"Uses custom function to apply formula and multiplier documented in Abt Associates, 2020, Permitting Requirement Costs for Drinking Water Treatment Cost Models. Prepared for USEPA. October."]
["NPDES permit cost",null,{"$f":"IF(res_s2_opt=1,VLOOKUP(res_flow_annual/365,NPDES_permit_cost_cl,2),0)","v":0},null,"Included only if direct discharge to surface water is the management option chosen on the input sheet"]
["POTW pretreatment permit cost",null,{"$f":"IF(res_s2_opt=2,pretreat_permit_cost_cl,0)","v":2722.1435719501874},null,"Included only if discharge to POTW is the management option chosen on the input sheet"]
["Storm water permit cost",null,{"$f":"VLOOKUP(land_required,SW_permit_cost_cl,2)","v":0},null,"Applies to systems requiring 1 acre of land or greater"]
["Risk management plan",null,0,null,"Not applicable for this technology"]
["NEPA compliance",null,{"$f":"CHOOSE(include_NEPA,IF(res_s2_opt=1,NEPA_SW_cost_cl,0),IF(res_s2_opt=1,NEPA_SW_cost_cl,VLOOKUP(land_required,NEPA_cost_cl,2)),0)","v":0},null,"Included only if direct discharge to surface water is chosen, unless assumption \"include_NEPA\" is changed on CDA sheet"]
["Total permit cost","permit_cost",{"$f":"SUM(C80:C85)","v":2870.4735719501873}]
[]
["Construction Management and General Contractor Job Overhead"]
["Builder's risk insurance percentage",null,{"$f":"br_ins_pct*direct_cost","v":129.71199311212294}]
["Performance bond cost",null,{"$f":"include_bond*(VLOOKUP(direct_cost,performance_bond_table_cl,3)+VLOOKUP(direct_cost,performance_bond_table_cl,4)*(direct_cost-VLOOKUP(direct_cost,performance_bond_table_cl,5)))","v":953.76465523619811},null,"Bracket determined from direct capital cost"]
["Construction management percentage",null,{"$f":"VLOOKUP(direct_cost,construction_mgt_table_cl,3)","v":0.1},null,"Looked up from direct capital cost"]
["Construction management fee",null,{"$f":"IF(AND(design_type=1,ss_cat2=1),include_cm_pre,include_cm)*C91*direct_cost","v":0}]
["Total construction management/job overhead cost","cm_cost",{"$f":"SUM(C89:C90,C92)","v":1083.4766483483211}]
[]
["Percent Contributions to Annualized Cost"]
["Total annualized cost percent capital","TAC_pct_cap",{"$f":"Annualized_Capital_Cost/Annualized_Cost","v":0.72888587378432679}]
["Total annualized cost percent O&M","TAC_pct_OM",{"$f":"OM_cost/Annualized_Cost","v":0.27111412621567327}]

{"sheet":"PFAS Reference","index":16,"n_rows":22,"n_cols":78,"rows_kept":22,"cut":false,"hidden":false,"merged":[[9,59,9,61],[9,62,9,64],[9,65,9,67],[9,68,9,70],[9,71,9,73],[8,41,8,58],[8,59,8,76],[8,77,10,77],[9,20,9,22],[9,23,9,25],[9,26,9,28],[9,29,9,31],[9,32,9,34],[9,35,9,37],[9,74,9,76],[9,41,9,43],[9,44,9,46],[9,47,9,49],[9,50,9,52],[9,53,9,55],[9,56,9,58],[9,11,9,13],[9,14,9,16],[9,17,9,19],[9,38,9,40],[8,11,8,40],[8,5,8,10],[8,0,10,0],[8,1,10,1],[8,2,10,2],[8,3,10,3],[8,4,10,4],[9,5,9,7],[9,8,9,10]]}
["Breakthrough Data for Per- and Polyfluoroalkyl Substances (PFAS)"]
["• This sheet contains data on PFAS breakthrough from selected full- and pilot-scale installations"]
["• Bed volumes (BV) to breakthrough are calculated based on average flow and, where vessel are in series, total EBCT for the series"]
["• BV to breakthrough are averaged over multiple media change outs for sites where change out has occurred"]
["• “<dl” indicates that the specified compound was not detected in influent or detected only infrequently"]
["• “no” indicates that the specified compound was detected in influent, but did not reach the specified breakthrough % (except as noted below)"]
["• Blank cells indicate that the specified compound was not monitored"]
["• Concentrations are averaged over the period monitored, with non-detects counted as 0"]
["Site","Vessels in Series","Total EBCT (minutes)","Total Influent PFAS (ng/L)","Influent TOC (mg/L)","PFOA and PFOS",null,null,null,null,null,"Other Perfluorinated Carboxylic Acids",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,"Other Perfluorinated Sulfonates",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other PFAS",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Notes"]
[null,null,null,null,null,"PFOA (C8)",null,null,"PFOS (S8)",null,null,"PFBA (C4)",null,null,"PFPeA (C5)",null,null,"PFHxA (C6)",null,null,"PFHpA (C7)",null,null,"PFNA (C9)",null,null,"PFDA (C10)",null,null,"PFUnA (C11)",null,null,"PFDoA (C12)",null,null,"PFTriA (C13)",null,null,"PFTeA (C14)",null,null,"PFBS (S4)",null,null,"PFPeS (S5)",null,null,"PFHxS (S6)",null,null,"PFHpS (S7)",null,null,"PFNS (S9)",null,null,"PFDS (S10)",null,null,"Gen X",null,null,"6:2 FTS",null,null,"8:2 FTS",null,null,"PFOSA",null,null,"n-EtFOSAA",null,null,"n-MeFOSAA"]
[null,null,null,null,null,"Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%","Influent (ng/L)","BV to 1%","BV to 10%"]
["A",2,35,9298,1.39,1274.7752808988766,2787,"no",6071.2359550561787,"no","no",73.599999999999994,722,1394,277.27659574468083,1497,2170,631.08510638297889,1803,2403,149.46595744680849,2189,"see note",17.927659574468088,"no","no",1.0021276595744679,"no","no","<dl","<dl","<dl","<dl","<dl","<dl",null,null,null,null,null,null,22.511489361702129,1977,"see note",null,null,null,2071.0851063829787,2351,"no",93.54255319148939,"no","no",null,null,null,"<dl","<dl","<dl",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"GAC at Site A changed out 15 times in approximately 3.5 years of operation. PFHpA and PFBS reached 10% breakthrough only once in 12 runs during which these compounds were monitored"]
["C",3,47.7,4377,"see note",966,"see note","no",3411,"see note","no",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,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,null,null,null,null,null,null,"Site C treats landfill leachate. PFOA and PFOS detected (about 2% breakthrough) in system effluent at 158 days of operation, but then returned to non-detect. Influent TOC is not monitored, but effluent TOC ranged from 2.03 to 10.8 mg/L. GAC changed out twice in just over 2 years of operation."]
["C (lead vessel)",1,15.9,4377,"see note",966,5344,5633,3411,5367,5659,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,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,null,null,null,null,null,null,"Data for the lead vessel in series"]
["D",2,14.92,534,"<1",22,"see note","no",277,"no","no",7.2489999999999997,17874,19781,18.78,18891,30435,23.056666666666668,38406,"no",9.5867499999999986,"no","no",0.82494999999999996,"see note","no","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl",11.428749999999999,"see note","no",null,null,null,171.65,"no","no",5.0039999999999996,"no","no",null,null,null,"<dl","<dl","<dl",null,null,null,"<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","Average flow not reported, so bed volumes calculated based on design flow. PFOA and PFNA detected (3% and 48% breakthrough) in system effluent at 61 days of operation, but then returned to non-detect. PFBS detected (3% breakthrough) in system effluent at 548 days of operation, but then returned to non-detect. GAC has not been changed out through almost 2 years of operation (64,568 bed volumes, based on design flow and total EBCT)"]
["E",2,32,29360,"not reported",3894,"no","no",11336,"see note","no",null,null,null,null,null,null,null,null,null,686,"no","no",28,"no","no",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,824,"no","no",null,null,null,12592,"no","no",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,"PFOS reached 2% breakthrough in system effluent at the end of one run (after 88 days or 2,263 bed volumes), but in this instance effluent concentration was 77 times higher than effluent from the lead vessel. PFOS did not reach 1% breakthrough in system effluent during any other run. GAC changed out 5 times in approximately 1.5 years of operation"]
["E (lead vessel)",1,16,29360,"not reported",3894,2536,3422,11336,"2,281 (see note)","2,089 (see note)",null,null,null,null,null,null,null,null,null,686,1825,3631,28,1404,2641,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,824,1707,3109,null,null,null,12592,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,"Data for the lead vessel in series. PFOS reached 1% breakthrough in 3 runs and 10% breakthrough in only 2 runs; this results in an average bed life to 1% breakthrough that is slightly longer than average bed life to 10% breakthrough."]
["F",2,20,400,"not reported",34,"no","no",225,"no","no",null,null,null,null,null,null,49,7059,"no",14,"no","no",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,11,"no","no",null,null,null,97,"no","no",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,"GAC has not been changed out through just over 1 year of operation (8,420 bed volumes, based on average flow and total EBCT)"]
["F (train A, lead vessel)",1,10,400,"not reported",34,7295,"no",225,"no","no",null,null,null,null,null,null,49,4930,7047,14,6954,15143,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,11,6853,8236,null,null,null,97,7976,"no",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,"Treatment train A contains bituminous coal-based GAC, data for the lead vessel"]
["F (train B, lead vessel)",1,10,400,"not reported",34,14920,"no",225,"no","no",null,null,null,null,null,null,49,6970,9141,14,13714,16131,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,11,8648,13602,null,null,null,97,15905,"no",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,"Treatment train B contains coconut shell based-GAC, data for the lead vessel"]
["CFPUA",2,20,"~1,600",2.4,11.98,13211,"no",14.56,"no","no",11.72,6042,6214,25.61,4086,4721,27.65,5107,5897,18.8,9068,9378,2.56,"no","no",1.45,"no","no","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl",4.08,11086,11491,0.44,"no","no",6.3,"no","no","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl",19.87,7040,7166,null,null,null,null,null,null,"<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","Data for column 10+11 series using the best performing carbon (Calgon F400) in the pilot test. BV calculated using actual totalized flow."]
["CFPUA (lead vessel)",1,10,"~1,600",2.4,11.98,4108,4942,14.56,8112,8848,11.72,4044,4310,25.61,254,2543,27.65,301,3011,18.8,4087,4740,2.56,"no","no",1.45,"no","no","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl",4.08,18091,18305,0.44,22121,22465,6.3,14099,14521,"<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl",19.87,111,1113,null,null,null,null,null,null,"<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","<dl","Data for lead column in series (column 10) using the best performing carbon (Calgon F400) in the pilot test. BV calculated using actual totalized flow."]

{"sheet":"Freundlich Reference","index":17,"n_rows":71,"n_cols":10,"rows_kept":71,"cut":false,"hidden":false,"merged":[[48,0,49,0],[48,2,48,7],[48,8,49,8],[48,9,49,9]]}
["Reference Data and Sources for Freundlich Isotherm Constants"]
[]
["Freundlich Isotherm data provided by EPA Office of Research and Development"]
["Contaminant","CAS Number","Reported K (ug/g)(L/ug)1/n","Reported 1/n (dimensionless)","Molecular Weight","Density (g/ml)","Vapor Pressure (kPa)","Solubility (mg/L)","Predicted K (ug/g)(L/ug)1/n","Predicted 1/n (dimensionless)"]
["1,1,2,2-tetrachloroethane","79-34-5",823,0.37,167.85,1.59,0.53300000000000003,2900,{"$f":"1000000*F5*0.808*EXP((F5*-0.075*1.987*298*LN(H5*1000))/E5)","v":2455.9030966117425},{"$f":"0.075*1.987*298*F5/E5","v":0.42067932975871314}]
["1,1-dichloroethane","75-34-3",64.599999999999994,0.71,98.96,1.17,31.2,5500,{"$f":"1000000*F6*0.808*EXP((F6*-0.075*1.987*298*LN(H6*1000))/E6)","v":273.25140410299252},{"$f":"0.075*1.987*298*F6/E6","v":0.52505109640258685}]
["1,1-dichloropropene","563-58-6",2670,0.37,110.97,1.1863999999999999]
["1,2,4-trimethylbenzene","95-63-6",null,null,120.19,0.872,0.13300000000000001,57,{"$f":"1000000*F8*0.808*EXP((F8*-0.075*1.987*298*LN(H8*1000))/E8)","v":20681.974331041438},{"$f":"0.075*1.987*298*F8/E8","v":0.32219852233962892}]
["1,2-diphenylhydrazine","122-66-7",16,2,184.24,null,5.74E-2,221]
["1,3-dichloropropane","142-28-9",987,0.5,112.99,1.18,2.4300000000000002,2730,{"$f":"1000000*F10*0.808*EXP((F10*-0.075*1.987*298*LN(H10*1000))/E10)","v":986.94488035474217},{"$f":"0.075*1.987*298*F10/E10","v":0.46378574210107087}]
["1,3-dichloropropene","542-75-6",200,0.69,110.97,1.17,5.3,2700,921.01030870696457,0.46822615571776149]
["2,2-dichloropropane","594-20-7",null,null,112.99,1.1135999999999999,7,2500,1425.0799188415399,0.43768796813877331]
["2,4,6-trichlorophenol","88-06-2",9780,0.4,197.45,1.38,1.6000000000000001E-3,800,16408.698293906709,0.31038258293238791]
["2,4-dichlorophenol","120-83-2",55700,0.15,163,1.29,0.13,4500,4782.4937258626151,0.35146129141104293]
["2,4-dinitrophenol","51-28-5",485,0.61,184.11,1.38,1.9999999999999999E-6,5600,6324.2414507646818,0.33287187550920638]
["2,4-dinitrotoluene","121-14-2",17200,0.31,182.14,1.25,1.7000000000000001E-4,270,22334.420035838815,0.30477551608652687]
["2,6-dinitrotoluene","606-20-2",15900,0.32,182.14,1.25,0.8,270,22334.420035838815,0.30477551608652687]
["2-methyl phenol (o-Cresol)","95-48-7",20000,0.19,108.13,1.0409999999999999,3.2500000000000001E-2,31000,527.20794527928149,0.42754311893091645]
["Acetochlor","34126-82-1",null,null,269.77,1.1100000000000001]
["Aldrin","309-00-2",1131,0.92,364.91,1.48,3.0699999999999998E-6,1.7000000000000001E-2,{"$f":"1000000*F20*0.808*EXP((F20*-0.075*1.987*298*LN(H20*1000))/E20)","v":717876.97204479342},{"$f":"0.075*1.987*298*F20/E20","v":0.18011560658792575}]
["Atrazine",null,38700,0.29099999999999998]
["Bromobenzene","108-86-1",17200,0.36,157.01,1.4950000000000001,0.44,450,{"$f":"1000000*F22*0.808*EXP((F22*-0.075*1.987*298*LN(H22*1000))/E22)","v":4915.5879003665823},{"$f":"0.075*1.987*298*F22/E22","v":0.42285286128272087}]
["Cyanazine","21725-46-2",102000,0.13,240.68,0.45,2.1E-10,171,{"$f":"1000000*F23*0.808*EXP((F23*-0.075*1.987*298*LN(H23*1000))/E23)","v":133695.05176807143},{"$f":"0.075*1.987*298*F23/E23","v":8.3032460113013129E-2}]
["DDE","72-55-9",18000,0.37,318.02999999999997,null,8.6000000000000002E-7,0.04]
["Desethyl atrazine",null,33100,0.22,187.5]
["Diazinon","333-41-5",4850,0.49,304.36,1.1160000000000001,1.9000000000000001E-5,40,{"$f":"1000000*F26*0.808*EXP((F26*-0.075*1.987*298*LN(H26*1000))/E26)","v":160580.11854845157},{"$f":"0.075*1.987*298*F26/E26","v":0.16283659547903798}]
["Dieldrin","60-57-1",17884,0.51,380.93,1.5,2.4E-8,0.186,{"$f":"1000000*F27*0.808*EXP((F27*-0.075*1.987*298*LN(H27*1000))/E27)","v":485989.91350054042},{"$f":"0.075*1.987*298*F27/E27","v":0.1748724831333841}]
["Disulfoton","298-04-4",18500,0.28999999999999998,274.38,1.1399999999999999,2.4000000000000001E-5,25,{"$f":"1000000*F28*0.808*EXP((F28*-0.075*1.987*298*LN(H28*1000))/E28)","v":142179.69150443247},{"$f":"0.075*1.987*298*F28/E28","v":0.18451335009840364}]
["Diuron","330-54-1",null,null,233.1,null,4.0999999999999999E-7,42]
["EPTC","759-94-4",4860,0.38,189.31,0.96,4.7000000000000002E-3,365,{"$f":"1000000*F30*0.808*EXP((F30*-0.075*1.987*298*LN(H30*1000))/E30)","v":43355.153186431948},{"$f":"0.075*1.987*298*F30/E30","v":0.22520242987692143}]
["Fonofos","944-22-9",null,null,246.32,1.1599999999999999,2.8E-5,13,{"$f":"1000000*F31*0.808*EXP((F31*-0.075*1.987*298*LN(H31*1000))/E31)","v":129266.49245074927},{"$f":"0.075*1.987*298*F31/E31","v":0.20913836472880803}]
["Hexachlorobutadiene","87-68-3",11524,0.45,260.76,1.68,0.02,2,{"$f":"1000000*F32*0.808*EXP((F32*-0.075*1.987*298*LN(H32*1000))/E32)","v":154255.17883922992},{"$f":"0.075*1.987*298*F32/E32","v":0.28611702715140358}]
["Linuron","330-55-2",null,null,249.11,null,1.9999999999999999E-6,81]
["Methyl bromide","74-83-9",null,null,94.96,1.66,190,17500,{"$f":"1000000*F34*0.808*EXP((F34*-0.075*1.987*298*LN(H34*1000))/E34)","v":3.1957899947270727},{"$f":"0.075*1.987*298*F34/E34","v":0.77632357834877841}]
["Methyl tert-butyl ether","1634-04-4",218,0.48,88.15,0.73499999999999999,32.700000000000003,48000,850.00629611502495,0.37028866420873507]
["Metolachlor","51218-45-2",98200,0.125,283.81,1.085,1.7E-6,530,93539.250055687793,0.1697764463901906]
["Metribuzin","21087-64-9",48700,0.19,214.28,1.28,9.9999999999999995E-7,1200,25231.265560273067,0.26527952212058986]
["Molinate","2212-67-1",null,null,187.33,1.0640000000000001,7.5000000000000002E-4,880,27222.713727284874,0.2522375209523301]
["Naphthalene","91-20-3",14206,0.43,128.16999999999999,0.96299999999999997,1.09E-2,30,24955.312373869197,0.33366856791760946]
["Nitrobenzene","98-95-3",3490,0.43,123.11,1.2,0.02,1900,1856.4023325961064,0.43287580212817806]
["p-Isopropyltoluene","99-87-6",54100,0.22,134.22,0.95169999999999999,0.13300000000000001,340,13934.987989380654,0.31488953632096556]
["Prometon","1610-18-0",20900,0.27,225.34,1.01,3.1E-7,620,57380.853128294752,0.19904830256501285]
["RDX","121-82-4",null,null,222.26,1.8160000000000001,null,60,27087.182916090635,0.36285234050211462]
["Terbacil","5902-51-2",null,null,216.65,1.34,6.2999999999999995E-8,710,26749.336549348438,0.27467649665358873]
["Terbufos","13071-79-9",4420,0.7,288.41000000000003,1.1100000000000001,3.4999999999999997E-5,4.5,212977.73021228565,0.17091810096737284]
[]
["Atrazine and Cyanazine Data from Leung and Segar, 1999 (see below for reference)"]
["They found that constants varied depending on the characteristics of the influent water and on initial concentrations. Therefore, constants should be selected to best reflect the treatment conditions."]
["Contaminant",null,"Influent Water Characteristics",null,null,null,null,null,"Reported K (ug/g)(L/ug)1/n","Reported 1/n (dimensionless)"]
[null,"Water Type","pH","Alkalinity (mg-CaCO3/L)","Hardness (mg-CaCO3/L)","UV254 (1/cm)","DOC (mg/L)","Initial Concentration (ug/L)"]
["Atrazine","Organic-free groundwater",7.93,240,200,2E-3,"<0.1",100.4,19880,0.72]
["Atrazine","Organic-free groundwater",7.93,240,200,2E-3,"<0.1",10.1,5160,0.49]
["Atrazine","Organic-free surface water",8.17,104,144,8.0000000000000002E-3,0.65,101.9,14170,0.64]
["Atrazine","Organic-free surface water",8.17,104,144,8.0000000000000002E-3,0.65,10,7210,0.63]
["Atrazine","Distilled-deionized, ultravfiltered water",8.11,2,3,0,"<0.1",102.7,14650,0.68]
["Atrazine","Distilled-deionized, ultravfiltered water",8.11,2,3,0,"<0.1",10.1,6920,0.62]
["Atrazine","Raw surface water containing natural organics",7.75,97,134,0.13900000000000001,4.67,100,5550,0.61]
["Atrazine","Raw surface water containing natural organics",7.75,97,134,0.13900000000000001,4.67,11.1,2500,0.57999999999999996]
["Atrazine","Coagulated/settled surface water containing natural organics",8.25,74,123,5.6000000000000001E-2,2.81,101.2,8420,0.5]
["Atrazine","Coagulated/settled surface water containing natural organics",8.25,74,123,5.6000000000000001E-2,2.81,11.1,2870,0.71]
["Cyanazine","Organic-free groundwater",7.93,240,200,2E-3,"<0.1",102.4,2280,1.83]
["Cyanazine","Organic-free groundwater",7.93,240,200,2E-3,"<0.1",10.199999999999999,5110,0.83]
["Cyanazine","Organic-free surface water",8.17,104,144,8.0000000000000002E-3,0.65,99.9,2480,1.48]
["Cyanazine","Organic-free surface water",8.17,104,144,8.0000000000000002E-3,0.65,10,3840,0.8]
["Cyanazine","Distilled-deionized, ultravfiltered water",8.11,2,3,0,"<0.1",101.9,3980,1.66]
["Cyanazine","Distilled-deionized, ultravfiltered water",8.11,2,3,0,"<0.1",9.9,4450,0.97]
["Cyanazine","Raw surface water containing natural organics",7.75,97,134,0.13900000000000001,4.67,100.4,2260,0.93]
["Cyanazine","Raw surface water containing natural organics",7.75,97,134,0.13900000000000001,4.67,10,1700,0.59]
["Cyanazine","Coagulated/settled surface water containing natural organics",8.25,74,123,5.6000000000000001E-2,2.81,99.5,3300,0.8]
["Cyanazine","Coagulated/settled surface water containing natural organics",8.25,74,123,5.6000000000000001E-2,2.81,10.1,1860,0.57999999999999996]
["Source: Leung and Segar. 1999.  Adsorptiona of s-triazine Herbicides in Natural Water by Activated Carbon.  Proceedings of American Water Works Association Annual Conference and Exposition."]

{"sheet":"Standard Inputs","index":18,"n_rows":366,"n_cols":55,"rows_kept":366,"cut":false,"hidden":false,"merged":[[6,49,6,54],[5,0,5,2],[5,42,5,47],[5,32,5,41],[5,7,5,12],[5,3,5,6],[5,13,5,16],[5,17,5,22],[5,27,5,31],[5,23,5,26]]}
["Standard Designs"]
["Default inputs represent typical options used to generate national average compliance costs."]
[]
[]
[]
["Design Indices",null,null,"System Size",null,null,null,"Carbon Inputs",null,null,null,null,null,"Contaminant Removal",null,null,null,"Pressure Vessel Design",null,null,null,null,null,"Gravity Contactor Design",null,null,null,"Residuals",null,null,null,null,"Optional",null,null,null,null,null,null,null,null,null,"Retrofit (optional)"]
["Contaminant Selection","Design Type","Design #","Design Flow","Design Flow Units","Average Flow","Average Flow Units","Regen Method","Carbon Life Input Type","Carbon Life or Kf","Blank or 1/n","Blank or Influent Concentration","Blank or Breakthrough Concentration","EBCT Input Type","EBCT (min) or Influent Conc","Blank or Breakthrough Conc","Blank or Kss","Number of Tanks","Autosize Standard Pressure Designs","Bed Depth","Vessel Geometry","Vessel Height/Length","Vessel Diameter","Autosize Standard Gravity Designs","Basin Width","Basin Length","Bed Depth","backwash Frequency","Discharge option for spent backwash","Holding tank for spent backwash","Transfer Method","Characteristics of holding tank solids","Redundant Contactors","Number of Booster pumps","Backwash pumping","Backwash storage","System Automation","Component level","Include buildings?","Include HVAC?","Include land?","Add-on?","Retrofit","Carbon Life Input Type","Carbon Life or Kf","Blank or 1/n","Blank or Influent Concentration","Blank or Breakthrough Concentration","Contaminant Name","Internal Use"]
[null,null,null,"design_flow_I","df_units","average_flow_I","af_units","regen_type_I","freund_type_I","freund_1","freund_2","C_0","C_b","EBCT_type_I","EBCT_I","EBCT_O","Kss","num_tanks_I","use_autosize","bed_depth","tank_geom_I","comm_height_length","comm_diam","use_autosizeA","basin_width","basin_length","basin_op_depth","back_interval_I","res_s2_opt_I","res_s1_opt_I","transfer_method_I","solids_haz_I","NRD_I","lines_pump_I","no_backwash_I","no_back_tank_I","manual_I","component_level_I","include_buildings_I","include_HVAC_I","include_land_I","addon_I","retrofit_I","r_freund_type_I","r_freund_1","r_freund_2","r_C_0","r_C_b",null,"All match","Flow match","if use_autosize","if not use_autosize","All match final","Flow match final"]
[1,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(VLOOKUP(A9,contam_lookup,2,FALSE)=\"\",\"\",VLOOKUP(A9,contam_lookup,2,FALSE))&\", \"&IF(B9=1,\"Pressure\",\"Gravity\")","v":"Perfluorooctane Sulfonate (PFOS), Pressure"},{"$f":"IF(OR(S9=\"yes\",X9=\"yes\"),AZ9,BA9)","v":false},{"$f":"AND(D9:G9=inp_used_minimal,A9=inp_used_usersel)","v":false},{"$f":"AND(A9=inp_used_usersel,D9:R9=inp_used_nonvessel1,AB9:AV9=inp_used_nonvessel2,IF(B9=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D9:AV9=inp_used,A9=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX9,AX17)","v":false},false]
[1,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Pressure",{"$f":"IF(OR(S10=\"yes\",X10=\"yes\"),AZ10,BA10)","v":false},{"$f":"AND(D10:G10=inp_used_minimal,A10=inp_used_usersel)","v":false},{"$f":"AND(A10=inp_used_usersel,D10:R10=inp_used_nonvessel1,AB10:AV10=inp_used_nonvessel2,IF(B10=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D10:AV10=inp_used,A10=inp_used_usersel)","v":false},false,false]
[1,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Pressure",false,{"$f":"AND(D11:G11=inp_used_minimal,A11=inp_used_usersel)","v":false},{"$f":"AND(A11=inp_used_usersel,D11:R11=inp_used_nonvessel1,AB11:AV11=inp_used_nonvessel2,IF(B11=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D11:AV11=inp_used,A11=inp_used_usersel)","v":false},false,false]
[1,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Pressure",false,{"$f":"AND(D12:G12=inp_used_minimal,A12=inp_used_usersel)","v":false},{"$f":"AND(A12=inp_used_usersel,D12:R12=inp_used_nonvessel1,AB12:AV12=inp_used_nonvessel2,IF(B12=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D12:AV12=inp_used,A12=inp_used_usersel)","v":false},false,false]
[1,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Pressure",false,{"$f":"AND(D13:G13=inp_used_minimal,A13=inp_used_usersel)","v":false},{"$f":"AND(A13=inp_used_usersel,D13:R13=inp_used_nonvessel1,AB13:AV13=inp_used_nonvessel2,IF(B13=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D13:AV13=inp_used,A13=inp_used_usersel)","v":false},false,false]
[1,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Pressure",false,{"$f":"AND(D14:G14=inp_used_minimal,A14=inp_used_usersel)","v":false},{"$f":"AND(A14=inp_used_usersel,D14:R14=inp_used_nonvessel1,AB14:AV14=inp_used_nonvessel2,IF(B14=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D14:AV14=inp_used,A14=inp_used_usersel)","v":false},false,false]
[1,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Pressure",false,{"$f":"AND(D15:G15=inp_used_minimal,A15=inp_used_usersel)","v":false},{"$f":"AND(A15=inp_used_usersel,D15:R15=inp_used_nonvessel1,AB15:AV15=inp_used_nonvessel2,IF(B15=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D15:AV15=inp_used,A15=inp_used_usersel)","v":false},false,false]
[1,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Pressure",false,{"$f":"AND(D16:G16=inp_used_minimal,A16=inp_used_usersel)","v":false},{"$f":"AND(A16=inp_used_usersel,D16:R16=inp_used_nonvessel1,AB16:AV16=inp_used_nonvessel2,IF(B16=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D16:AV16=inp_used,A16=inp_used_usersel)","v":false},false,false]
[1,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Gravity",false,{"$f":"AND(D17:G17=inp_used_minimal,A17=inp_used_usersel)","v":false},{"$f":"AND(A17=inp_used_usersel,D17:R17=inp_used_nonvessel1,AB17:AV17=inp_used_nonvessel2,IF(B17=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D17:AV17=inp_used,A17=inp_used_usersel)","v":false}]
[1,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Gravity",false,{"$f":"AND(D18:G18=inp_used_minimal,A18=inp_used_usersel)","v":false},{"$f":"AND(A18=inp_used_usersel,D18:R18=inp_used_nonvessel1,AB18:AV18=inp_used_nonvessel2,IF(B18=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D18:AV18=inp_used,A18=inp_used_usersel)","v":false}]
[1,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Gravity",false,{"$f":"AND(D19:G19=inp_used_minimal,A19=inp_used_usersel)","v":false},{"$f":"AND(A19=inp_used_usersel,D19:R19=inp_used_nonvessel1,AB19:AV19=inp_used_nonvessel2,IF(B19=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D19:AV19=inp_used,A19=inp_used_usersel)","v":false}]
[1,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Gravity",false,{"$f":"AND(D20:G20=inp_used_minimal,A20=inp_used_usersel)","v":false},{"$f":"AND(A20=inp_used_usersel,D20:R20=inp_used_nonvessel1,AB20:AV20=inp_used_nonvessel2,IF(B20=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D20:AV20=inp_used,A20=inp_used_usersel)","v":false}]
[1,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Gravity",false,{"$f":"AND(D21:G21=inp_used_minimal,A21=inp_used_usersel)","v":false},{"$f":"AND(A21=inp_used_usersel,D21:R21=inp_used_nonvessel1,AB21:AV21=inp_used_nonvessel2,IF(B21=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D21:AV21=inp_used,A21=inp_used_usersel)","v":false}]
[1,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Gravity",false,{"$f":"AND(D22:G22=inp_used_minimal,A22=inp_used_usersel)","v":false},{"$f":"AND(A22=inp_used_usersel,D22:R22=inp_used_nonvessel1,AB22:AV22=inp_used_nonvessel2,IF(B22=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D22:AV22=inp_used,A22=inp_used_usersel)","v":false}]
[1,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Gravity",false,{"$f":"AND(D23:G23=inp_used_minimal,A23=inp_used_usersel)","v":false},{"$f":"AND(A23=inp_used_usersel,D23:R23=inp_used_nonvessel1,AB23:AV23=inp_used_nonvessel2,IF(B23=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D23:AV23=inp_used,A23=inp_used_usersel)","v":false}]
[1,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctane Sulfonate (PFOS), Gravity",false,{"$f":"AND(D24:G24=inp_used_minimal,A24=inp_used_usersel)","v":false},{"$f":"AND(A24=inp_used_usersel,D24:R24=inp_used_nonvessel1,AB24:AV24=inp_used_nonvessel2,IF(B24=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D24:AV24=inp_used,A24=inp_used_usersel)","v":false}]
[2,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Pressure",false,{"$f":"AND(D25:G25=inp_used_minimal,A25=inp_used_usersel)","v":false},{"$f":"AND(A25=inp_used_usersel,D25:R25=inp_used_nonvessel1,AB25:AV25=inp_used_nonvessel2,IF(B25=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D25:AV25=inp_used,A25=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX25,AX33)","v":false},false]
[2,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Pressure",false,{"$f":"AND(D26:G26=inp_used_minimal,A26=inp_used_usersel)","v":false},{"$f":"AND(A26=inp_used_usersel,D26:R26=inp_used_nonvessel1,AB26:AV26=inp_used_nonvessel2,IF(B26=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D26:AV26=inp_used,A26=inp_used_usersel)","v":false},false,false]
[2,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Pressure",false,{"$f":"AND(D27:G27=inp_used_minimal,A27=inp_used_usersel)","v":false},{"$f":"AND(A27=inp_used_usersel,D27:R27=inp_used_nonvessel1,AB27:AV27=inp_used_nonvessel2,IF(B27=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D27:AV27=inp_used,A27=inp_used_usersel)","v":false},false,false]
[2,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Pressure",false,{"$f":"AND(D28:G28=inp_used_minimal,A28=inp_used_usersel)","v":false},{"$f":"AND(A28=inp_used_usersel,D28:R28=inp_used_nonvessel1,AB28:AV28=inp_used_nonvessel2,IF(B28=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D28:AV28=inp_used,A28=inp_used_usersel)","v":false},false,false]
[2,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Pressure",false,{"$f":"AND(D29:G29=inp_used_minimal,A29=inp_used_usersel)","v":false},{"$f":"AND(A29=inp_used_usersel,D29:R29=inp_used_nonvessel1,AB29:AV29=inp_used_nonvessel2,IF(B29=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D29:AV29=inp_used,A29=inp_used_usersel)","v":false},false,false]
[2,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Pressure",false,{"$f":"AND(D30:G30=inp_used_minimal,A30=inp_used_usersel)","v":false},{"$f":"AND(A30=inp_used_usersel,D30:R30=inp_used_nonvessel1,AB30:AV30=inp_used_nonvessel2,IF(B30=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D30:AV30=inp_used,A30=inp_used_usersel)","v":false},false,false]
[2,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Pressure",false,{"$f":"AND(D31:G31=inp_used_minimal,A31=inp_used_usersel)","v":false},{"$f":"AND(A31=inp_used_usersel,D31:R31=inp_used_nonvessel1,AB31:AV31=inp_used_nonvessel2,IF(B31=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D31:AV31=inp_used,A31=inp_used_usersel)","v":false},false,false]
[2,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Pressure",false,{"$f":"AND(D32:G32=inp_used_minimal,A32=inp_used_usersel)","v":false},{"$f":"AND(A32=inp_used_usersel,D32:R32=inp_used_nonvessel1,AB32:AV32=inp_used_nonvessel2,IF(B32=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D32:AV32=inp_used,A32=inp_used_usersel)","v":false},false,false]
[2,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Gravity",false,{"$f":"AND(D33:G33=inp_used_minimal,A33=inp_used_usersel)","v":false},{"$f":"AND(A33=inp_used_usersel,D33:R33=inp_used_nonvessel1,AB33:AV33=inp_used_nonvessel2,IF(B33=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D33:AV33=inp_used,A33=inp_used_usersel)","v":false}]
[2,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Gravity",false,{"$f":"AND(D34:G34=inp_used_minimal,A34=inp_used_usersel)","v":false},{"$f":"AND(A34=inp_used_usersel,D34:R34=inp_used_nonvessel1,AB34:AV34=inp_used_nonvessel2,IF(B34=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D34:AV34=inp_used,A34=inp_used_usersel)","v":false}]
[2,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Gravity",false,{"$f":"AND(D35:G35=inp_used_minimal,A35=inp_used_usersel)","v":false},{"$f":"AND(A35=inp_used_usersel,D35:R35=inp_used_nonvessel1,AB35:AV35=inp_used_nonvessel2,IF(B35=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D35:AV35=inp_used,A35=inp_used_usersel)","v":false}]
[2,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Gravity",false,{"$f":"AND(D36:G36=inp_used_minimal,A36=inp_used_usersel)","v":false},{"$f":"AND(A36=inp_used_usersel,D36:R36=inp_used_nonvessel1,AB36:AV36=inp_used_nonvessel2,IF(B36=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D36:AV36=inp_used,A36=inp_used_usersel)","v":false}]
[2,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Gravity",false,{"$f":"AND(D37:G37=inp_used_minimal,A37=inp_used_usersel)","v":false},{"$f":"AND(A37=inp_used_usersel,D37:R37=inp_used_nonvessel1,AB37:AV37=inp_used_nonvessel2,IF(B37=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D37:AV37=inp_used,A37=inp_used_usersel)","v":false}]
[2,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Gravity",false,{"$f":"AND(D38:G38=inp_used_minimal,A38=inp_used_usersel)","v":false},{"$f":"AND(A38=inp_used_usersel,D38:R38=inp_used_nonvessel1,AB38:AV38=inp_used_nonvessel2,IF(B38=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D38:AV38=inp_used,A38=inp_used_usersel)","v":false}]
[2,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Gravity",false,{"$f":"AND(D39:G39=inp_used_minimal,A39=inp_used_usersel)","v":false},{"$f":"AND(A39=inp_used_usersel,D39:R39=inp_used_nonvessel1,AB39:AV39=inp_used_nonvessel2,IF(B39=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D39:AV39=inp_used,A39=inp_used_usersel)","v":false}]
[2,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",50000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorooctanoic Acid (PFOA), Gravity",false,{"$f":"AND(D40:G40=inp_used_minimal,A40=inp_used_usersel)","v":false},{"$f":"AND(A40=inp_used_usersel,D40:R40=inp_used_nonvessel1,AB40:AV40=inp_used_nonvessel2,IF(B40=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D40:AV40=inp_used,A40=inp_used_usersel)","v":false}]
[3,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Pressure",false,{"$f":"AND(D41:G41=inp_used_minimal,A41=inp_used_usersel)","v":false},{"$f":"AND(A41=inp_used_usersel,D41:R41=inp_used_nonvessel1,AB41:AV41=inp_used_nonvessel2,IF(B41=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D41:AV41=inp_used,A41=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX41,AX49)","v":false},false]
[3,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Pressure",false,{"$f":"AND(D42:G42=inp_used_minimal,A42=inp_used_usersel)","v":false},{"$f":"AND(A42=inp_used_usersel,D42:R42=inp_used_nonvessel1,AB42:AV42=inp_used_nonvessel2,IF(B42=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D42:AV42=inp_used,A42=inp_used_usersel)","v":false},false,false]
[3,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Pressure",false,{"$f":"AND(D43:G43=inp_used_minimal,A43=inp_used_usersel)","v":false},{"$f":"AND(A43=inp_used_usersel,D43:R43=inp_used_nonvessel1,AB43:AV43=inp_used_nonvessel2,IF(B43=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D43:AV43=inp_used,A43=inp_used_usersel)","v":false},false,false]
[3,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Pressure",false,{"$f":"AND(D44:G44=inp_used_minimal,A44=inp_used_usersel)","v":false},{"$f":"AND(A44=inp_used_usersel,D44:R44=inp_used_nonvessel1,AB44:AV44=inp_used_nonvessel2,IF(B44=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D44:AV44=inp_used,A44=inp_used_usersel)","v":false},false,false]
[3,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Pressure",false,{"$f":"AND(D45:G45=inp_used_minimal,A45=inp_used_usersel)","v":false},{"$f":"AND(A45=inp_used_usersel,D45:R45=inp_used_nonvessel1,AB45:AV45=inp_used_nonvessel2,IF(B45=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D45:AV45=inp_used,A45=inp_used_usersel)","v":false},false,false]
[3,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Pressure",false,{"$f":"AND(D46:G46=inp_used_minimal,A46=inp_used_usersel)","v":false},{"$f":"AND(A46=inp_used_usersel,D46:R46=inp_used_nonvessel1,AB46:AV46=inp_used_nonvessel2,IF(B46=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D46:AV46=inp_used,A46=inp_used_usersel)","v":false},false,false]
[3,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Pressure",false,{"$f":"AND(D47:G47=inp_used_minimal,A47=inp_used_usersel)","v":false},{"$f":"AND(A47=inp_used_usersel,D47:R47=inp_used_nonvessel1,AB47:AV47=inp_used_nonvessel2,IF(B47=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D47:AV47=inp_used,A47=inp_used_usersel)","v":false},false,false]
[3,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Pressure",false,{"$f":"AND(D48:G48=inp_used_minimal,A48=inp_used_usersel)","v":false},{"$f":"AND(A48=inp_used_usersel,D48:R48=inp_used_nonvessel1,AB48:AV48=inp_used_nonvessel2,IF(B48=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D48:AV48=inp_used,A48=inp_used_usersel)","v":false},false,false]
[3,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Gravity",false,{"$f":"AND(D49:G49=inp_used_minimal,A49=inp_used_usersel)","v":false},{"$f":"AND(A49=inp_used_usersel,D49:R49=inp_used_nonvessel1,AB49:AV49=inp_used_nonvessel2,IF(B49=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D49:AV49=inp_used,A49=inp_used_usersel)","v":false}]
[3,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Gravity",false,{"$f":"AND(D50:G50=inp_used_minimal,A50=inp_used_usersel)","v":false},{"$f":"AND(A50=inp_used_usersel,D50:R50=inp_used_nonvessel1,AB50:AV50=inp_used_nonvessel2,IF(B50=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D50:AV50=inp_used,A50=inp_used_usersel)","v":false}]
[3,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Gravity",false,{"$f":"AND(D51:G51=inp_used_minimal,A51=inp_used_usersel)","v":false},{"$f":"AND(A51=inp_used_usersel,D51:R51=inp_used_nonvessel1,AB51:AV51=inp_used_nonvessel2,IF(B51=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D51:AV51=inp_used,A51=inp_used_usersel)","v":false}]
[3,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Gravity",false,{"$f":"AND(D52:G52=inp_used_minimal,A52=inp_used_usersel)","v":false},{"$f":"AND(A52=inp_used_usersel,D52:R52=inp_used_nonvessel1,AB52:AV52=inp_used_nonvessel2,IF(B52=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D52:AV52=inp_used,A52=inp_used_usersel)","v":false}]
[3,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Gravity",false,{"$f":"AND(D53:G53=inp_used_minimal,A53=inp_used_usersel)","v":false},{"$f":"AND(A53=inp_used_usersel,D53:R53=inp_used_nonvessel1,AB53:AV53=inp_used_nonvessel2,IF(B53=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D53:AV53=inp_used,A53=inp_used_usersel)","v":false}]
[3,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Gravity",false,{"$f":"AND(D54:G54=inp_used_minimal,A54=inp_used_usersel)","v":false},{"$f":"AND(A54=inp_used_usersel,D54:R54=inp_used_nonvessel1,AB54:AV54=inp_used_nonvessel2,IF(B54=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D54:AV54=inp_used,A54=inp_used_usersel)","v":false}]
[3,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Gravity",false,{"$f":"AND(D55:G55=inp_used_minimal,A55=inp_used_usersel)","v":false},{"$f":"AND(A55=inp_used_usersel,D55:R55=inp_used_nonvessel1,AB55:AV55=inp_used_nonvessel2,IF(B55=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D55:AV55=inp_used,A55=inp_used_usersel)","v":false}]
[3,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexane Sulfonate (PFHxS), Gravity",false,{"$f":"AND(D56:G56=inp_used_minimal,A56=inp_used_usersel)","v":false},{"$f":"AND(A56=inp_used_usersel,D56:R56=inp_used_nonvessel1,AB56:AV56=inp_used_nonvessel2,IF(B56=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D56:AV56=inp_used,A56=inp_used_usersel)","v":false}]
[4,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Pressure",false,{"$f":"AND(D57:G57=inp_used_minimal,A57=inp_used_usersel)","v":false},{"$f":"AND(A57=inp_used_usersel,D57:R57=inp_used_nonvessel1,AB57:AV57=inp_used_nonvessel2,IF(B57=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D57:AV57=inp_used,A57=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX57,AX65)","v":false},false]
[4,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Pressure",false,{"$f":"AND(D58:G58=inp_used_minimal,A58=inp_used_usersel)","v":false},{"$f":"AND(A58=inp_used_usersel,D58:R58=inp_used_nonvessel1,AB58:AV58=inp_used_nonvessel2,IF(B58=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D58:AV58=inp_used,A58=inp_used_usersel)","v":false},false,false]
[4,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Pressure",false,{"$f":"AND(D59:G59=inp_used_minimal,A59=inp_used_usersel)","v":false},{"$f":"AND(A59=inp_used_usersel,D59:R59=inp_used_nonvessel1,AB59:AV59=inp_used_nonvessel2,IF(B59=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D59:AV59=inp_used,A59=inp_used_usersel)","v":false},false,false]
[4,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Pressure",false,{"$f":"AND(D60:G60=inp_used_minimal,A60=inp_used_usersel)","v":false},{"$f":"AND(A60=inp_used_usersel,D60:R60=inp_used_nonvessel1,AB60:AV60=inp_used_nonvessel2,IF(B60=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D60:AV60=inp_used,A60=inp_used_usersel)","v":false},false,false]
[4,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Pressure",false,{"$f":"AND(D61:G61=inp_used_minimal,A61=inp_used_usersel)","v":false},{"$f":"AND(A61=inp_used_usersel,D61:R61=inp_used_nonvessel1,AB61:AV61=inp_used_nonvessel2,IF(B61=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D61:AV61=inp_used,A61=inp_used_usersel)","v":false},false,false]
[4,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Pressure",false,{"$f":"AND(D62:G62=inp_used_minimal,A62=inp_used_usersel)","v":false},{"$f":"AND(A62=inp_used_usersel,D62:R62=inp_used_nonvessel1,AB62:AV62=inp_used_nonvessel2,IF(B62=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D62:AV62=inp_used,A62=inp_used_usersel)","v":false},false,false]
[4,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Pressure",false,{"$f":"AND(D63:G63=inp_used_minimal,A63=inp_used_usersel)","v":false},{"$f":"AND(A63=inp_used_usersel,D63:R63=inp_used_nonvessel1,AB63:AV63=inp_used_nonvessel2,IF(B63=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D63:AV63=inp_used,A63=inp_used_usersel)","v":false},false,false]
[4,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Pressure",false,{"$f":"AND(D64:G64=inp_used_minimal,A64=inp_used_usersel)","v":false},{"$f":"AND(A64=inp_used_usersel,D64:R64=inp_used_nonvessel1,AB64:AV64=inp_used_nonvessel2,IF(B64=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D64:AV64=inp_used,A64=inp_used_usersel)","v":false},false,false]
[4,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Gravity",false,{"$f":"AND(D65:G65=inp_used_minimal,A65=inp_used_usersel)","v":false},{"$f":"AND(A65=inp_used_usersel,D65:R65=inp_used_nonvessel1,AB65:AV65=inp_used_nonvessel2,IF(B65=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D65:AV65=inp_used,A65=inp_used_usersel)","v":false}]
[4,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Gravity",false,{"$f":"AND(D66:G66=inp_used_minimal,A66=inp_used_usersel)","v":false},{"$f":"AND(A66=inp_used_usersel,D66:R66=inp_used_nonvessel1,AB66:AV66=inp_used_nonvessel2,IF(B66=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D66:AV66=inp_used,A66=inp_used_usersel)","v":false}]
[4,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Gravity",false,{"$f":"AND(D67:G67=inp_used_minimal,A67=inp_used_usersel)","v":false},{"$f":"AND(A67=inp_used_usersel,D67:R67=inp_used_nonvessel1,AB67:AV67=inp_used_nonvessel2,IF(B67=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D67:AV67=inp_used,A67=inp_used_usersel)","v":false}]
[4,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Gravity",false,{"$f":"AND(D68:G68=inp_used_minimal,A68=inp_used_usersel)","v":false},{"$f":"AND(A68=inp_used_usersel,D68:R68=inp_used_nonvessel1,AB68:AV68=inp_used_nonvessel2,IF(B68=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D68:AV68=inp_used,A68=inp_used_usersel)","v":false}]
[4,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Gravity",false,{"$f":"AND(D69:G69=inp_used_minimal,A69=inp_used_usersel)","v":false},{"$f":"AND(A69=inp_used_usersel,D69:R69=inp_used_nonvessel1,AB69:AV69=inp_used_nonvessel2,IF(B69=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D69:AV69=inp_used,A69=inp_used_usersel)","v":false}]
[4,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Gravity",false,{"$f":"AND(D70:G70=inp_used_minimal,A70=inp_used_usersel)","v":false},{"$f":"AND(A70=inp_used_usersel,D70:R70=inp_used_nonvessel1,AB70:AV70=inp_used_nonvessel2,IF(B70=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D70:AV70=inp_used,A70=inp_used_usersel)","v":false}]
[4,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Gravity",false,{"$f":"AND(D71:G71=inp_used_minimal,A71=inp_used_usersel)","v":false},{"$f":"AND(A71=inp_used_usersel,D71:R71=inp_used_nonvessel1,AB71:AV71=inp_used_nonvessel2,IF(B71=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D71:AV71=inp_used,A71=inp_used_usersel)","v":false}]
[4,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluoroheptanoic Acid (PFHpA), Gravity",false,{"$f":"AND(D72:G72=inp_used_minimal,A72=inp_used_usersel)","v":false},{"$f":"AND(A72=inp_used_usersel,D72:R72=inp_used_nonvessel1,AB72:AV72=inp_used_nonvessel2,IF(B72=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D72:AV72=inp_used,A72=inp_used_usersel)","v":false}]
[5,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(VLOOKUP(A73,contam_lookup,2,FALSE)=\"\",\"\",VLOOKUP(A73,contam_lookup,2,FALSE))&\", \"&IF(B73=1,\"Pressure\",\"Gravity\")","v":"Perfluorobutane Sulfonate (PFBS), Pressure"},false,{"$f":"AND(D73:G73=inp_used_minimal,A73=inp_used_usersel)","v":false},{"$f":"AND(A73=inp_used_usersel,D73:R73=inp_used_nonvessel1,AB73:AV73=inp_used_nonvessel2,IF(B73=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D73:AV73=inp_used,A73=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX73,AX81)","v":false},false]
[5,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Pressure",{"$f":"IF(OR(S74=\"yes\",X74=\"yes\"),AZ74,BA74)","v":false},{"$f":"AND(D74:G74=inp_used_minimal,A74=inp_used_usersel)","v":false},{"$f":"AND(A74=inp_used_usersel,D74:R74=inp_used_nonvessel1,AB74:AV74=inp_used_nonvessel2,IF(B74=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D74:AV74=inp_used,A74=inp_used_usersel)","v":false},false,false]
[5,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Pressure",false,{"$f":"AND(D75:G75=inp_used_minimal,A75=inp_used_usersel)","v":false},{"$f":"AND(A75=inp_used_usersel,D75:R75=inp_used_nonvessel1,AB75:AV75=inp_used_nonvessel2,IF(B75=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D75:AV75=inp_used,A75=inp_used_usersel)","v":false},false,false]
[5,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Pressure",false,{"$f":"AND(D76:G76=inp_used_minimal,A76=inp_used_usersel)","v":false},{"$f":"AND(A76=inp_used_usersel,D76:R76=inp_used_nonvessel1,AB76:AV76=inp_used_nonvessel2,IF(B76=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D76:AV76=inp_used,A76=inp_used_usersel)","v":false},false,false]
[5,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Pressure",false,{"$f":"AND(D77:G77=inp_used_minimal,A77=inp_used_usersel)","v":false},{"$f":"AND(A77=inp_used_usersel,D77:R77=inp_used_nonvessel1,AB77:AV77=inp_used_nonvessel2,IF(B77=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D77:AV77=inp_used,A77=inp_used_usersel)","v":false},false,false]
[5,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Pressure",false,{"$f":"AND(D78:G78=inp_used_minimal,A78=inp_used_usersel)","v":false},{"$f":"AND(A78=inp_used_usersel,D78:R78=inp_used_nonvessel1,AB78:AV78=inp_used_nonvessel2,IF(B78=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D78:AV78=inp_used,A78=inp_used_usersel)","v":false},false,false]
[5,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Pressure",false,{"$f":"AND(D79:G79=inp_used_minimal,A79=inp_used_usersel)","v":false},{"$f":"AND(A79=inp_used_usersel,D79:R79=inp_used_nonvessel1,AB79:AV79=inp_used_nonvessel2,IF(B79=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D79:AV79=inp_used,A79=inp_used_usersel)","v":false},false,false]
[5,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Pressure",false,{"$f":"AND(D80:G80=inp_used_minimal,A80=inp_used_usersel)","v":false},{"$f":"AND(A80=inp_used_usersel,D80:R80=inp_used_nonvessel1,AB80:AV80=inp_used_nonvessel2,IF(B80=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D80:AV80=inp_used,A80=inp_used_usersel)","v":false},false,false]
[5,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Gravity",false,{"$f":"AND(D81:G81=inp_used_minimal,A81=inp_used_usersel)","v":false},{"$f":"AND(A81=inp_used_usersel,D81:R81=inp_used_nonvessel1,AB81:AV81=inp_used_nonvessel2,IF(B81=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D81:AV81=inp_used,A81=inp_used_usersel)","v":false}]
[5,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Gravity",false,{"$f":"AND(D82:G82=inp_used_minimal,A82=inp_used_usersel)","v":false},{"$f":"AND(A82=inp_used_usersel,D82:R82=inp_used_nonvessel1,AB82:AV82=inp_used_nonvessel2,IF(B82=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D82:AV82=inp_used,A82=inp_used_usersel)","v":false}]
[5,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Gravity",false,{"$f":"AND(D83:G83=inp_used_minimal,A83=inp_used_usersel)","v":false},{"$f":"AND(A83=inp_used_usersel,D83:R83=inp_used_nonvessel1,AB83:AV83=inp_used_nonvessel2,IF(B83=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D83:AV83=inp_used,A83=inp_used_usersel)","v":false}]
[5,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Gravity",false,{"$f":"AND(D84:G84=inp_used_minimal,A84=inp_used_usersel)","v":false},{"$f":"AND(A84=inp_used_usersel,D84:R84=inp_used_nonvessel1,AB84:AV84=inp_used_nonvessel2,IF(B84=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D84:AV84=inp_used,A84=inp_used_usersel)","v":false}]
[5,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Gravity",false,{"$f":"AND(D85:G85=inp_used_minimal,A85=inp_used_usersel)","v":false},{"$f":"AND(A85=inp_used_usersel,D85:R85=inp_used_nonvessel1,AB85:AV85=inp_used_nonvessel2,IF(B85=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D85:AV85=inp_used,A85=inp_used_usersel)","v":false}]
[5,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Gravity",false,{"$f":"AND(D86:G86=inp_used_minimal,A86=inp_used_usersel)","v":false},{"$f":"AND(A86=inp_used_usersel,D86:R86=inp_used_nonvessel1,AB86:AV86=inp_used_nonvessel2,IF(B86=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D86:AV86=inp_used,A86=inp_used_usersel)","v":false}]
[5,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Gravity",false,{"$f":"AND(D87:G87=inp_used_minimal,A87=inp_used_usersel)","v":false},{"$f":"AND(A87=inp_used_usersel,D87:R87=inp_used_nonvessel1,AB87:AV87=inp_used_nonvessel2,IF(B87=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D87:AV87=inp_used,A87=inp_used_usersel)","v":false}]
[5,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",35000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorobutane Sulfonate (PFBS), Gravity",false,{"$f":"AND(D88:G88=inp_used_minimal,A88=inp_used_usersel)","v":false},{"$f":"AND(A88=inp_used_usersel,D88:R88=inp_used_nonvessel1,AB88:AV88=inp_used_nonvessel2,IF(B88=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D88:AV88=inp_used,A88=inp_used_usersel)","v":false}]
[6,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Pressure",false,{"$f":"AND(D89:G89=inp_used_minimal,A89=inp_used_usersel)","v":false},{"$f":"AND(A89=inp_used_usersel,D89:R89=inp_used_nonvessel1,AB89:AV89=inp_used_nonvessel2,IF(B89=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D89:AV89=inp_used,A89=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX89,AX97)","v":false},{"$f":"CHOOSE(design_type,AY89,AY97)","v":false}]
[6,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Pressure",false,{"$f":"AND(D90:G90=inp_used_minimal,A90=inp_used_usersel)","v":false},{"$f":"AND(A90=inp_used_usersel,D90:R90=inp_used_nonvessel1,AB90:AV90=inp_used_nonvessel2,IF(B90=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D90:AV90=inp_used,A90=inp_used_usersel)","v":false},false,false]
[6,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Pressure",false,{"$f":"AND(D91:G91=inp_used_minimal,A91=inp_used_usersel)","v":false},{"$f":"AND(A91=inp_used_usersel,D91:R91=inp_used_nonvessel1,AB91:AV91=inp_used_nonvessel2,IF(B91=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D91:AV91=inp_used,A91=inp_used_usersel)","v":false},false,false]
[6,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Pressure",false,{"$f":"AND(D92:G92=inp_used_minimal,A92=inp_used_usersel)","v":false},{"$f":"AND(A92=inp_used_usersel,D92:R92=inp_used_nonvessel1,AB92:AV92=inp_used_nonvessel2,IF(B92=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D92:AV92=inp_used,A92=inp_used_usersel)","v":false},false,false]
[6,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Pressure",false,{"$f":"AND(D93:G93=inp_used_minimal,A93=inp_used_usersel)","v":false},{"$f":"AND(A93=inp_used_usersel,D93:R93=inp_used_nonvessel1,AB93:AV93=inp_used_nonvessel2,IF(B93=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D93:AV93=inp_used,A93=inp_used_usersel)","v":false},false,false]
[6,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Pressure",false,{"$f":"AND(D94:G94=inp_used_minimal,A94=inp_used_usersel)","v":false},{"$f":"AND(A94=inp_used_usersel,D94:R94=inp_used_nonvessel1,AB94:AV94=inp_used_nonvessel2,IF(B94=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D94:AV94=inp_used,A94=inp_used_usersel)","v":false},false,false]
[6,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Pressure",false,{"$f":"AND(D95:G95=inp_used_minimal,A95=inp_used_usersel)","v":false},{"$f":"AND(A95=inp_used_usersel,D95:R95=inp_used_nonvessel1,AB95:AV95=inp_used_nonvessel2,IF(B95=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D95:AV95=inp_used,A95=inp_used_usersel)","v":false},false,false]
[6,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Pressure",false,{"$f":"AND(D96:G96=inp_used_minimal,A96=inp_used_usersel)","v":false},{"$f":"AND(A96=inp_used_usersel,D96:R96=inp_used_nonvessel1,AB96:AV96=inp_used_nonvessel2,IF(B96=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D96:AV96=inp_used,A96=inp_used_usersel)","v":false},false,false]
[6,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Gravity",false,{"$f":"AND(D97:G97=inp_used_minimal,A97=inp_used_usersel)","v":false},{"$f":"AND(A97=inp_used_usersel,D97:R97=inp_used_nonvessel1,AB97:AV97=inp_used_nonvessel2,IF(B97=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D97:AV97=inp_used,A97=inp_used_usersel)","v":false}]
[6,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Gravity",false,{"$f":"AND(D98:G98=inp_used_minimal,A98=inp_used_usersel)","v":false},{"$f":"AND(A98=inp_used_usersel,D98:R98=inp_used_nonvessel1,AB98:AV98=inp_used_nonvessel2,IF(B98=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D98:AV98=inp_used,A98=inp_used_usersel)","v":false}]
[6,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Gravity",false,{"$f":"AND(D99:G99=inp_used_minimal,A99=inp_used_usersel)","v":false},{"$f":"AND(A99=inp_used_usersel,D99:R99=inp_used_nonvessel1,AB99:AV99=inp_used_nonvessel2,IF(B99=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D99:AV99=inp_used,A99=inp_used_usersel)","v":false}]
[6,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Gravity",false,{"$f":"AND(D100:G100=inp_used_minimal,A100=inp_used_usersel)","v":false},{"$f":"AND(A100=inp_used_usersel,D100:R100=inp_used_nonvessel1,AB100:AV100=inp_used_nonvessel2,IF(B100=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D100:AV100=inp_used,A100=inp_used_usersel)","v":false}]
[6,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Gravity",false,{"$f":"AND(D101:G101=inp_used_minimal,A101=inp_used_usersel)","v":false},{"$f":"AND(A101=inp_used_usersel,D101:R101=inp_used_nonvessel1,AB101:AV101=inp_used_nonvessel2,IF(B101=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D101:AV101=inp_used,A101=inp_used_usersel)","v":false}]
[6,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Gravity",false,{"$f":"AND(D102:G102=inp_used_minimal,A102=inp_used_usersel)","v":false},{"$f":"AND(A102=inp_used_usersel,D102:R102=inp_used_nonvessel1,AB102:AV102=inp_used_nonvessel2,IF(B102=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D102:AV102=inp_used,A102=inp_used_usersel)","v":false}]
[6,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Gravity",false,{"$f":"AND(D103:G103=inp_used_minimal,A103=inp_used_usersel)","v":false},{"$f":"AND(A103=inp_used_usersel,D103:R103=inp_used_nonvessel1,AB103:AV103=inp_used_nonvessel2,IF(B103=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D103:AV103=inp_used,A103=inp_used_usersel)","v":false}]
[6,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Perfluorohexanoic Acid (PFHxA), Gravity",false,{"$f":"AND(D104:G104=inp_used_minimal,A104=inp_used_usersel)","v":false},{"$f":"AND(A104=inp_used_usersel,D104:R104=inp_used_nonvessel1,AB104:AV104=inp_used_nonvessel2,IF(B104=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D104:AV104=inp_used,A104=inp_used_usersel)","v":false}]
[7,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Pressure",false,{"$f":"AND(D105:G105=inp_used_minimal,A105=inp_used_usersel)","v":false},{"$f":"AND(A105=inp_used_usersel,D105:R105=inp_used_nonvessel1,AB105:AV105=inp_used_nonvessel2,IF(B105=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D105:AV105=inp_used,A105=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX105,AX113)","v":false},{"$f":"CHOOSE(design_type,AY105,AY113)","v":false}]
[7,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Pressure",{"$f":"IF(OR(S106=\"yes\",X106=\"yes\"),AZ106,BA106)","v":false},{"$f":"AND(D106:G106=inp_used_minimal,A106=inp_used_usersel)","v":false},{"$f":"AND(A106=inp_used_usersel,D106:R106=inp_used_nonvessel1,AB106:AV106=inp_used_nonvessel2,IF(B106=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D106:AV106=inp_used,A106=inp_used_usersel)","v":false},false,false]
[7,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Pressure",false,{"$f":"AND(D107:G107=inp_used_minimal,A107=inp_used_usersel)","v":false},{"$f":"AND(A107=inp_used_usersel,D107:R107=inp_used_nonvessel1,AB107:AV107=inp_used_nonvessel2,IF(B107=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D107:AV107=inp_used,A107=inp_used_usersel)","v":false},false,false]
[7,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Pressure",false,{"$f":"AND(D108:G108=inp_used_minimal,A108=inp_used_usersel)","v":false},{"$f":"AND(A108=inp_used_usersel,D108:R108=inp_used_nonvessel1,AB108:AV108=inp_used_nonvessel2,IF(B108=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D108:AV108=inp_used,A108=inp_used_usersel)","v":false},false,false]
[7,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Pressure",false,{"$f":"AND(D109:G109=inp_used_minimal,A109=inp_used_usersel)","v":false},{"$f":"AND(A109=inp_used_usersel,D109:R109=inp_used_nonvessel1,AB109:AV109=inp_used_nonvessel2,IF(B109=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D109:AV109=inp_used,A109=inp_used_usersel)","v":false},false,false]
[7,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Pressure",false,{"$f":"AND(D110:G110=inp_used_minimal,A110=inp_used_usersel)","v":false},{"$f":"AND(A110=inp_used_usersel,D110:R110=inp_used_nonvessel1,AB110:AV110=inp_used_nonvessel2,IF(B110=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D110:AV110=inp_used,A110=inp_used_usersel)","v":false},false,false]
[7,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Pressure",false,{"$f":"AND(D111:G111=inp_used_minimal,A111=inp_used_usersel)","v":false},{"$f":"AND(A111=inp_used_usersel,D111:R111=inp_used_nonvessel1,AB111:AV111=inp_used_nonvessel2,IF(B111=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D111:AV111=inp_used,A111=inp_used_usersel)","v":false},false,false]
[7,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,2,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Pressure",false,{"$f":"AND(D112:G112=inp_used_minimal,A112=inp_used_usersel)","v":false},{"$f":"AND(A112=inp_used_usersel,D112:R112=inp_used_nonvessel1,AB112:AV112=inp_used_nonvessel2,IF(B112=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D112:AV112=inp_used,A112=inp_used_usersel)","v":false},false,false]
[7,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Gravity",false,{"$f":"AND(D113:G113=inp_used_minimal,A113=inp_used_usersel)","v":false},{"$f":"AND(A113=inp_used_usersel,D113:R113=inp_used_nonvessel1,AB113:AV113=inp_used_nonvessel2,IF(B113=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D113:AV113=inp_used,A113=inp_used_usersel)","v":false}]
[7,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Gravity",false,{"$f":"AND(D114:G114=inp_used_minimal,A114=inp_used_usersel)","v":false},{"$f":"AND(A114=inp_used_usersel,D114:R114=inp_used_nonvessel1,AB114:AV114=inp_used_nonvessel2,IF(B114=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D114:AV114=inp_used,A114=inp_used_usersel)","v":false}]
[7,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Gravity",false,{"$f":"AND(D115:G115=inp_used_minimal,A115=inp_used_usersel)","v":false},{"$f":"AND(A115=inp_used_usersel,D115:R115=inp_used_nonvessel1,AB115:AV115=inp_used_nonvessel2,IF(B115=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D115:AV115=inp_used,A115=inp_used_usersel)","v":false}]
[7,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Gravity",false,{"$f":"AND(D116:G116=inp_used_minimal,A116=inp_used_usersel)","v":false},{"$f":"AND(A116=inp_used_usersel,D116:R116=inp_used_nonvessel1,AB116:AV116=inp_used_nonvessel2,IF(B116=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D116:AV116=inp_used,A116=inp_used_usersel)","v":false}]
[7,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Gravity",false,{"$f":"AND(D117:G117=inp_used_minimal,A117=inp_used_usersel)","v":false},{"$f":"AND(A117=inp_used_usersel,D117:R117=inp_used_nonvessel1,AB117:AV117=inp_used_nonvessel2,IF(B117=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D117:AV117=inp_used,A117=inp_used_usersel)","v":false}]
[7,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Gravity",false,{"$f":"AND(D118:G118=inp_used_minimal,A118=inp_used_usersel)","v":false},{"$f":"AND(A118=inp_used_usersel,D118:R118=inp_used_nonvessel1,AB118:AV118=inp_used_nonvessel2,IF(B118=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D118:AV118=inp_used,A118=inp_used_usersel)","v":false}]
[7,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Gravity",false,{"$f":"AND(D119:G119=inp_used_minimal,A119=inp_used_usersel)","v":false},{"$f":"AND(A119=inp_used_usersel,D119:R119=inp_used_nonvessel1,AB119:AV119=inp_used_nonvessel2,IF(B119=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D119:AV119=inp_used,A119=inp_used_usersel)","v":false}]
[7,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20000,null,null,null,"EBCT",20,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Gen X, Gravity",false,{"$f":"AND(D120:G120=inp_used_minimal,A120=inp_used_usersel)","v":false},{"$f":"AND(A120=inp_used_usersel,D120:R120=inp_used_nonvessel1,AB120:AV120=inp_used_nonvessel2,IF(B120=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D120:AV120=inp_used,A120=inp_used_usersel)","v":false}]
[8,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Pressure",true,{"$f":"AND(D121:G121=inp_used_minimal,A121=inp_used_usersel)","v":true},{"$f":"AND(A121=inp_used_usersel,D121:R121=inp_used_nonvessel1,AB121:AV121=inp_used_nonvessel2,IF(B121=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":true},{"$f":"AND(D121:AV121=inp_used,A121=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX121,AX129)","v":true},true]
[8,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Pressure",false,{"$f":"AND(D122:G122=inp_used_minimal,A122=inp_used_usersel)","v":false},{"$f":"AND(A122=inp_used_usersel,D122:R122=inp_used_nonvessel1,AB122:AV122=inp_used_nonvessel2,IF(B122=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D122:AV122=inp_used,A122=inp_used_usersel)","v":false},false,false]
[8,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Pressure",false,{"$f":"AND(D123:G123=inp_used_minimal,A123=inp_used_usersel)","v":false},{"$f":"AND(A123=inp_used_usersel,D123:R123=inp_used_nonvessel1,AB123:AV123=inp_used_nonvessel2,IF(B123=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D123:AV123=inp_used,A123=inp_used_usersel)","v":false},false,false]
[8,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Pressure",false,{"$f":"AND(D124:G124=inp_used_minimal,A124=inp_used_usersel)","v":false},{"$f":"AND(A124=inp_used_usersel,D124:R124=inp_used_nonvessel1,AB124:AV124=inp_used_nonvessel2,IF(B124=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D124:AV124=inp_used,A124=inp_used_usersel)","v":false},false,false]
[8,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Pressure",false,{"$f":"AND(D125:G125=inp_used_minimal,A125=inp_used_usersel)","v":false},{"$f":"AND(A125=inp_used_usersel,D125:R125=inp_used_nonvessel1,AB125:AV125=inp_used_nonvessel2,IF(B125=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D125:AV125=inp_used,A125=inp_used_usersel)","v":false},false,false]
[8,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Pressure",false,{"$f":"AND(D126:G126=inp_used_minimal,A126=inp_used_usersel)","v":false},{"$f":"AND(A126=inp_used_usersel,D126:R126=inp_used_nonvessel1,AB126:AV126=inp_used_nonvessel2,IF(B126=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D126:AV126=inp_used,A126=inp_used_usersel)","v":false},false,false]
[8,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Pressure",false,{"$f":"AND(D127:G127=inp_used_minimal,A127=inp_used_usersel)","v":false},{"$f":"AND(A127=inp_used_usersel,D127:R127=inp_used_nonvessel1,AB127:AV127=inp_used_nonvessel2,IF(B127=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D127:AV127=inp_used,A127=inp_used_usersel)","v":false},false,false]
[8,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Pressure",false,{"$f":"AND(D128:G128=inp_used_minimal,A128=inp_used_usersel)","v":false},{"$f":"AND(A128=inp_used_usersel,D128:R128=inp_used_nonvessel1,AB128:AV128=inp_used_nonvessel2,IF(B128=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D128:AV128=inp_used,A128=inp_used_usersel)","v":false},false,false]
[8,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Gravity",false,{"$f":"AND(D129:G129=inp_used_minimal,A129=inp_used_usersel)","v":true},{"$f":"AND(A129=inp_used_usersel,D129:R129=inp_used_nonvessel1,AB129:AV129=inp_used_nonvessel2,IF(B129=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D129:AV129=inp_used,A129=inp_used_usersel)","v":false}]
[8,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Gravity",false,{"$f":"AND(D130:G130=inp_used_minimal,A130=inp_used_usersel)","v":false},{"$f":"AND(A130=inp_used_usersel,D130:R130=inp_used_nonvessel1,AB130:AV130=inp_used_nonvessel2,IF(B130=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D130:AV130=inp_used,A130=inp_used_usersel)","v":false}]
[8,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Gravity",false,{"$f":"AND(D131:G131=inp_used_minimal,A131=inp_used_usersel)","v":false},{"$f":"AND(A131=inp_used_usersel,D131:R131=inp_used_nonvessel1,AB131:AV131=inp_used_nonvessel2,IF(B131=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D131:AV131=inp_used,A131=inp_used_usersel)","v":false}]
[8,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Gravity",false,{"$f":"AND(D132:G132=inp_used_minimal,A132=inp_used_usersel)","v":false},{"$f":"AND(A132=inp_used_usersel,D132:R132=inp_used_nonvessel1,AB132:AV132=inp_used_nonvessel2,IF(B132=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D132:AV132=inp_used,A132=inp_used_usersel)","v":false}]
[8,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Gravity",false,{"$f":"AND(D133:G133=inp_used_minimal,A133=inp_used_usersel)","v":false},{"$f":"AND(A133=inp_used_usersel,D133:R133=inp_used_nonvessel1,AB133:AV133=inp_used_nonvessel2,IF(B133=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D133:AV133=inp_used,A133=inp_used_usersel)","v":false}]
[8,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Gravity",false,{"$f":"AND(D134:G134=inp_used_minimal,A134=inp_used_usersel)","v":false},{"$f":"AND(A134=inp_used_usersel,D134:R134=inp_used_nonvessel1,AB134:AV134=inp_used_nonvessel2,IF(B134=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D134:AV134=inp_used,A134=inp_used_usersel)","v":false}]
[8,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Gravity",false,{"$f":"AND(D135:G135=inp_used_minimal,A135=inp_used_usersel)","v":false},{"$f":"AND(A135=inp_used_usersel,D135:R135=inp_used_nonvessel1,AB135:AV135=inp_used_nonvessel2,IF(B135=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D135:AV135=inp_used,A135=inp_used_usersel)","v":false}]
[8,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"TCE, Gravity",false,{"$f":"AND(D136:G136=inp_used_minimal,A136=inp_used_usersel)","v":false},{"$f":"AND(A136=inp_used_usersel,D136:R136=inp_used_nonvessel1,AB136:AV136=inp_used_nonvessel2,IF(B136=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D136:AV136=inp_used,A136=inp_used_usersel)","v":false}]
[9,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(VLOOKUP(A137,contam_lookup,2,FALSE)=\"\",\"\",VLOOKUP(A137,contam_lookup,2,FALSE))&\", \"&IF(B137=1,\"Pressure\",\"Gravity\")","v":"PCE, Pressure"},false,{"$f":"AND(D137:G137=inp_used_minimal,A137=inp_used_usersel)","v":false},{"$f":"AND(A137=inp_used_usersel,D137:R137=inp_used_nonvessel1,AB137:AV137=inp_used_nonvessel2,IF(B137=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D137:AV137=inp_used,A137=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX137,AX145)","v":false},false]
[9,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Pressure",false,{"$f":"AND(D138:G138=inp_used_minimal,A138=inp_used_usersel)","v":false},{"$f":"AND(A138=inp_used_usersel,D138:R138=inp_used_nonvessel1,AB138:AV138=inp_used_nonvessel2,IF(B138=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D138:AV138=inp_used,A138=inp_used_usersel)","v":false},false,false]
[9,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Pressure",false,{"$f":"AND(D139:G139=inp_used_minimal,A139=inp_used_usersel)","v":false},{"$f":"AND(A139=inp_used_usersel,D139:R139=inp_used_nonvessel1,AB139:AV139=inp_used_nonvessel2,IF(B139=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D139:AV139=inp_used,A139=inp_used_usersel)","v":false},false,false]
[9,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Pressure",false,{"$f":"AND(D140:G140=inp_used_minimal,A140=inp_used_usersel)","v":false},{"$f":"AND(A140=inp_used_usersel,D140:R140=inp_used_nonvessel1,AB140:AV140=inp_used_nonvessel2,IF(B140=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D140:AV140=inp_used,A140=inp_used_usersel)","v":false},false,false]
[9,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Pressure",false,{"$f":"AND(D141:G141=inp_used_minimal,A141=inp_used_usersel)","v":false},{"$f":"AND(A141=inp_used_usersel,D141:R141=inp_used_nonvessel1,AB141:AV141=inp_used_nonvessel2,IF(B141=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D141:AV141=inp_used,A141=inp_used_usersel)","v":false},false,false]
[9,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Pressure",false,{"$f":"AND(D142:G142=inp_used_minimal,A142=inp_used_usersel)","v":false},{"$f":"AND(A142=inp_used_usersel,D142:R142=inp_used_nonvessel1,AB142:AV142=inp_used_nonvessel2,IF(B142=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D142:AV142=inp_used,A142=inp_used_usersel)","v":false},false,false]
[9,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Pressure",false,{"$f":"AND(D143:G143=inp_used_minimal,A143=inp_used_usersel)","v":false},{"$f":"AND(A143=inp_used_usersel,D143:R143=inp_used_nonvessel1,AB143:AV143=inp_used_nonvessel2,IF(B143=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D143:AV143=inp_used,A143=inp_used_usersel)","v":false},false,false]
[9,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Pressure",false,{"$f":"AND(D144:G144=inp_used_minimal,A144=inp_used_usersel)","v":false},{"$f":"AND(A144=inp_used_usersel,D144:R144=inp_used_nonvessel1,AB144:AV144=inp_used_nonvessel2,IF(B144=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D144:AV144=inp_used,A144=inp_used_usersel)","v":false},false,false]
[9,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Gravity",false,{"$f":"AND(D145:G145=inp_used_minimal,A145=inp_used_usersel)","v":false},{"$f":"AND(A145=inp_used_usersel,D145:R145=inp_used_nonvessel1,AB145:AV145=inp_used_nonvessel2,IF(B145=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D145:AV145=inp_used,A145=inp_used_usersel)","v":false}]
[9,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Gravity",false,{"$f":"AND(D146:G146=inp_used_minimal,A146=inp_used_usersel)","v":false},{"$f":"AND(A146=inp_used_usersel,D146:R146=inp_used_nonvessel1,AB146:AV146=inp_used_nonvessel2,IF(B146=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D146:AV146=inp_used,A146=inp_used_usersel)","v":false}]
[9,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Gravity",false,{"$f":"AND(D147:G147=inp_used_minimal,A147=inp_used_usersel)","v":false},{"$f":"AND(A147=inp_used_usersel,D147:R147=inp_used_nonvessel1,AB147:AV147=inp_used_nonvessel2,IF(B147=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D147:AV147=inp_used,A147=inp_used_usersel)","v":false}]
[9,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Gravity",false,{"$f":"AND(D148:G148=inp_used_minimal,A148=inp_used_usersel)","v":false},{"$f":"AND(A148=inp_used_usersel,D148:R148=inp_used_nonvessel1,AB148:AV148=inp_used_nonvessel2,IF(B148=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D148:AV148=inp_used,A148=inp_used_usersel)","v":false}]
[9,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Gravity",false,{"$f":"AND(D149:G149=inp_used_minimal,A149=inp_used_usersel)","v":false},{"$f":"AND(A149=inp_used_usersel,D149:R149=inp_used_nonvessel1,AB149:AV149=inp_used_nonvessel2,IF(B149=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D149:AV149=inp_used,A149=inp_used_usersel)","v":false}]
[9,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Gravity",false,{"$f":"AND(D150:G150=inp_used_minimal,A150=inp_used_usersel)","v":false},{"$f":"AND(A150=inp_used_usersel,D150:R150=inp_used_nonvessel1,AB150:AV150=inp_used_nonvessel2,IF(B150=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D150:AV150=inp_used,A150=inp_used_usersel)","v":false}]
[9,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Gravity",false,{"$f":"AND(D151:G151=inp_used_minimal,A151=inp_used_usersel)","v":false},{"$f":"AND(A151=inp_used_usersel,D151:R151=inp_used_nonvessel1,AB151:AV151=inp_used_nonvessel2,IF(B151=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D151:AV151=inp_used,A151=inp_used_usersel)","v":false}]
[9,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",95700,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"PCE, Gravity",false,{"$f":"AND(D152:G152=inp_used_minimal,A152=inp_used_usersel)","v":false},{"$f":"AND(A152=inp_used_usersel,D152:R152=inp_used_nonvessel1,AB152:AV152=inp_used_nonvessel2,IF(B152=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D152:AV152=inp_used,A152=inp_used_usersel)","v":false}]
[10,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Pressure",false,{"$f":"AND(D153:G153=inp_used_minimal,A153=inp_used_usersel)","v":false},{"$f":"AND(A153=inp_used_usersel,D153:R153=inp_used_nonvessel1,AB153:AV153=inp_used_nonvessel2,IF(B153=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D153:AV153=inp_used,A153=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX153,AX161)","v":false},false]
[10,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Pressure",false,{"$f":"AND(D154:G154=inp_used_minimal,A154=inp_used_usersel)","v":false},{"$f":"AND(A154=inp_used_usersel,D154:R154=inp_used_nonvessel1,AB154:AV154=inp_used_nonvessel2,IF(B154=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D154:AV154=inp_used,A154=inp_used_usersel)","v":false},false,false]
[10,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Pressure",false,{"$f":"AND(D155:G155=inp_used_minimal,A155=inp_used_usersel)","v":false},{"$f":"AND(A155=inp_used_usersel,D155:R155=inp_used_nonvessel1,AB155:AV155=inp_used_nonvessel2,IF(B155=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D155:AV155=inp_used,A155=inp_used_usersel)","v":false},false,false]
[10,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Pressure",false,{"$f":"AND(D156:G156=inp_used_minimal,A156=inp_used_usersel)","v":false},{"$f":"AND(A156=inp_used_usersel,D156:R156=inp_used_nonvessel1,AB156:AV156=inp_used_nonvessel2,IF(B156=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D156:AV156=inp_used,A156=inp_used_usersel)","v":false},false,false]
[10,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Pressure",false,{"$f":"AND(D157:G157=inp_used_minimal,A157=inp_used_usersel)","v":false},{"$f":"AND(A157=inp_used_usersel,D157:R157=inp_used_nonvessel1,AB157:AV157=inp_used_nonvessel2,IF(B157=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D157:AV157=inp_used,A157=inp_used_usersel)","v":false},false,false]
[10,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Pressure",false,{"$f":"AND(D158:G158=inp_used_minimal,A158=inp_used_usersel)","v":false},{"$f":"AND(A158=inp_used_usersel,D158:R158=inp_used_nonvessel1,AB158:AV158=inp_used_nonvessel2,IF(B158=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D158:AV158=inp_used,A158=inp_used_usersel)","v":false},false,false]
[10,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Pressure",false,{"$f":"AND(D159:G159=inp_used_minimal,A159=inp_used_usersel)","v":false},{"$f":"AND(A159=inp_used_usersel,D159:R159=inp_used_nonvessel1,AB159:AV159=inp_used_nonvessel2,IF(B159=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D159:AV159=inp_used,A159=inp_used_usersel)","v":false},false,false]
[10,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Pressure",false,{"$f":"AND(D160:G160=inp_used_minimal,A160=inp_used_usersel)","v":false},{"$f":"AND(A160=inp_used_usersel,D160:R160=inp_used_nonvessel1,AB160:AV160=inp_used_nonvessel2,IF(B160=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D160:AV160=inp_used,A160=inp_used_usersel)","v":false},false,false]
[10,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Gravity",false,{"$f":"AND(D161:G161=inp_used_minimal,A161=inp_used_usersel)","v":false},{"$f":"AND(A161=inp_used_usersel,D161:R161=inp_used_nonvessel1,AB161:AV161=inp_used_nonvessel2,IF(B161=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D161:AV161=inp_used,A161=inp_used_usersel)","v":false}]
[10,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Gravity",false,{"$f":"AND(D162:G162=inp_used_minimal,A162=inp_used_usersel)","v":false},{"$f":"AND(A162=inp_used_usersel,D162:R162=inp_used_nonvessel1,AB162:AV162=inp_used_nonvessel2,IF(B162=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D162:AV162=inp_used,A162=inp_used_usersel)","v":false}]
[10,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Gravity",false,{"$f":"AND(D163:G163=inp_used_minimal,A163=inp_used_usersel)","v":false},{"$f":"AND(A163=inp_used_usersel,D163:R163=inp_used_nonvessel1,AB163:AV163=inp_used_nonvessel2,IF(B163=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D163:AV163=inp_used,A163=inp_used_usersel)","v":false}]
[10,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Gravity",false,{"$f":"AND(D164:G164=inp_used_minimal,A164=inp_used_usersel)","v":false},{"$f":"AND(A164=inp_used_usersel,D164:R164=inp_used_nonvessel1,AB164:AV164=inp_used_nonvessel2,IF(B164=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D164:AV164=inp_used,A164=inp_used_usersel)","v":false}]
[10,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Gravity",false,{"$f":"AND(D165:G165=inp_used_minimal,A165=inp_used_usersel)","v":false},{"$f":"AND(A165=inp_used_usersel,D165:R165=inp_used_nonvessel1,AB165:AV165=inp_used_nonvessel2,IF(B165=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D165:AV165=inp_used,A165=inp_used_usersel)","v":false}]
[10,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Gravity",false,{"$f":"AND(D166:G166=inp_used_minimal,A166=inp_used_usersel)","v":false},{"$f":"AND(A166=inp_used_usersel,D166:R166=inp_used_nonvessel1,AB166:AV166=inp_used_nonvessel2,IF(B166=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D166:AV166=inp_used,A166=inp_used_usersel)","v":false}]
[10,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Gravity",false,{"$f":"AND(D167:G167=inp_used_minimal,A167=inp_used_usersel)","v":false},{"$f":"AND(A167=inp_used_usersel,D167:R167=inp_used_nonvessel1,AB167:AV167=inp_used_nonvessel2,IF(B167=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D167:AV167=inp_used,A167=inp_used_usersel)","v":false}]
[10,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",29200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Carbon Tetrachloride, Gravity",false,{"$f":"AND(D168:G168=inp_used_minimal,A168=inp_used_usersel)","v":false},{"$f":"AND(A168=inp_used_usersel,D168:R168=inp_used_nonvessel1,AB168:AV168=inp_used_nonvessel2,IF(B168=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D168:AV168=inp_used,A168=inp_used_usersel)","v":false}]
[11,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Pressure",false,{"$f":"AND(D169:G169=inp_used_minimal,A169=inp_used_usersel)","v":false},{"$f":"AND(A169=inp_used_usersel,D169:R169=inp_used_nonvessel1,AB169:AV169=inp_used_nonvessel2,IF(B169=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D169:AV169=inp_used,A169=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX169,AX177)","v":false},false]
[11,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Pressure",{"$f":"IF(OR(S170=\"yes\",X170=\"yes\"),AZ170,BA170)","v":false},{"$f":"AND(D170:G170=inp_used_minimal,A170=inp_used_usersel)","v":false},{"$f":"AND(A170=inp_used_usersel,D170:R170=inp_used_nonvessel1,AB170:AV170=inp_used_nonvessel2,IF(B170=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D170:AV170=inp_used,A170=inp_used_usersel)","v":false},false,false]
[11,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Pressure",false,{"$f":"AND(D171:G171=inp_used_minimal,A171=inp_used_usersel)","v":false},{"$f":"AND(A171=inp_used_usersel,D171:R171=inp_used_nonvessel1,AB171:AV171=inp_used_nonvessel2,IF(B171=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D171:AV171=inp_used,A171=inp_used_usersel)","v":false},false,false]
[11,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Pressure",false,{"$f":"AND(D172:G172=inp_used_minimal,A172=inp_used_usersel)","v":false},{"$f":"AND(A172=inp_used_usersel,D172:R172=inp_used_nonvessel1,AB172:AV172=inp_used_nonvessel2,IF(B172=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D172:AV172=inp_used,A172=inp_used_usersel)","v":false},false,false]
[11,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Pressure",false,{"$f":"AND(D173:G173=inp_used_minimal,A173=inp_used_usersel)","v":false},{"$f":"AND(A173=inp_used_usersel,D173:R173=inp_used_nonvessel1,AB173:AV173=inp_used_nonvessel2,IF(B173=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D173:AV173=inp_used,A173=inp_used_usersel)","v":false},false,false]
[11,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Pressure",false,{"$f":"AND(D174:G174=inp_used_minimal,A174=inp_used_usersel)","v":false},{"$f":"AND(A174=inp_used_usersel,D174:R174=inp_used_nonvessel1,AB174:AV174=inp_used_nonvessel2,IF(B174=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D174:AV174=inp_used,A174=inp_used_usersel)","v":false},false,false]
[11,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Pressure",false,{"$f":"AND(D175:G175=inp_used_minimal,A175=inp_used_usersel)","v":false},{"$f":"AND(A175=inp_used_usersel,D175:R175=inp_used_nonvessel1,AB175:AV175=inp_used_nonvessel2,IF(B175=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D175:AV175=inp_used,A175=inp_used_usersel)","v":false},false,false]
[11,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Pressure",false,{"$f":"AND(D176:G176=inp_used_minimal,A176=inp_used_usersel)","v":false},{"$f":"AND(A176=inp_used_usersel,D176:R176=inp_used_nonvessel1,AB176:AV176=inp_used_nonvessel2,IF(B176=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D176:AV176=inp_used,A176=inp_used_usersel)","v":false},false,false]
[11,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Gravity",false,{"$f":"AND(D177:G177=inp_used_minimal,A177=inp_used_usersel)","v":false},{"$f":"AND(A177=inp_used_usersel,D177:R177=inp_used_nonvessel1,AB177:AV177=inp_used_nonvessel2,IF(B177=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D177:AV177=inp_used,A177=inp_used_usersel)","v":false}]
[11,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Gravity",false,{"$f":"AND(D178:G178=inp_used_minimal,A178=inp_used_usersel)","v":false},{"$f":"AND(A178=inp_used_usersel,D178:R178=inp_used_nonvessel1,AB178:AV178=inp_used_nonvessel2,IF(B178=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D178:AV178=inp_used,A178=inp_used_usersel)","v":false}]
[11,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Gravity",false,{"$f":"AND(D179:G179=inp_used_minimal,A179=inp_used_usersel)","v":false},{"$f":"AND(A179=inp_used_usersel,D179:R179=inp_used_nonvessel1,AB179:AV179=inp_used_nonvessel2,IF(B179=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D179:AV179=inp_used,A179=inp_used_usersel)","v":false}]
[11,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Gravity",false,{"$f":"AND(D180:G180=inp_used_minimal,A180=inp_used_usersel)","v":false},{"$f":"AND(A180=inp_used_usersel,D180:R180=inp_used_nonvessel1,AB180:AV180=inp_used_nonvessel2,IF(B180=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D180:AV180=inp_used,A180=inp_used_usersel)","v":false}]
[11,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Gravity",false,{"$f":"AND(D181:G181=inp_used_minimal,A181=inp_used_usersel)","v":false},{"$f":"AND(A181=inp_used_usersel,D181:R181=inp_used_nonvessel1,AB181:AV181=inp_used_nonvessel2,IF(B181=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D181:AV181=inp_used,A181=inp_used_usersel)","v":false}]
[11,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Gravity",false,{"$f":"AND(D182:G182=inp_used_minimal,A182=inp_used_usersel)","v":false},{"$f":"AND(A182=inp_used_usersel,D182:R182=inp_used_nonvessel1,AB182:AV182=inp_used_nonvessel2,IF(B182=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D182:AV182=inp_used,A182=inp_used_usersel)","v":false}]
[11,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Gravity",false,{"$f":"AND(D183:G183=inp_used_minimal,A183=inp_used_usersel)","v":false},{"$f":"AND(A183=inp_used_usersel,D183:R183=inp_used_nonvessel1,AB183:AV183=inp_used_nonvessel2,IF(B183=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D183:AV183=inp_used,A183=inp_used_usersel)","v":false}]
[11,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"Benzene, Gravity",false,{"$f":"AND(D184:G184=inp_used_minimal,A184=inp_used_usersel)","v":false},{"$f":"AND(A184=inp_used_usersel,D184:R184=inp_used_nonvessel1,AB184:AV184=inp_used_nonvessel2,IF(B184=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D184:AV184=inp_used,A184=inp_used_usersel)","v":false}]
[12,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Pressure",false,{"$f":"AND(D185:G185=inp_used_minimal,A185=inp_used_usersel)","v":false},{"$f":"AND(A185=inp_used_usersel,D185:R185=inp_used_nonvessel1,AB185:AV185=inp_used_nonvessel2,IF(B185=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D185:AV185=inp_used,A185=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX185,AX193)","v":false},false]
[12,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Pressure",false,{"$f":"AND(D186:G186=inp_used_minimal,A186=inp_used_usersel)","v":false},{"$f":"AND(A186=inp_used_usersel,D186:R186=inp_used_nonvessel1,AB186:AV186=inp_used_nonvessel2,IF(B186=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D186:AV186=inp_used,A186=inp_used_usersel)","v":false},false,false]
[12,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Pressure",false,{"$f":"AND(D187:G187=inp_used_minimal,A187=inp_used_usersel)","v":false},{"$f":"AND(A187=inp_used_usersel,D187:R187=inp_used_nonvessel1,AB187:AV187=inp_used_nonvessel2,IF(B187=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D187:AV187=inp_used,A187=inp_used_usersel)","v":false},false,false]
[12,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Pressure",false,{"$f":"AND(D188:G188=inp_used_minimal,A188=inp_used_usersel)","v":false},{"$f":"AND(A188=inp_used_usersel,D188:R188=inp_used_nonvessel1,AB188:AV188=inp_used_nonvessel2,IF(B188=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D188:AV188=inp_used,A188=inp_used_usersel)","v":false},false,false]
[12,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Pressure",false,{"$f":"AND(D189:G189=inp_used_minimal,A189=inp_used_usersel)","v":false},{"$f":"AND(A189=inp_used_usersel,D189:R189=inp_used_nonvessel1,AB189:AV189=inp_used_nonvessel2,IF(B189=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D189:AV189=inp_used,A189=inp_used_usersel)","v":false},false,false]
[12,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Pressure",false,{"$f":"AND(D190:G190=inp_used_minimal,A190=inp_used_usersel)","v":false},{"$f":"AND(A190=inp_used_usersel,D190:R190=inp_used_nonvessel1,AB190:AV190=inp_used_nonvessel2,IF(B190=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D190:AV190=inp_used,A190=inp_used_usersel)","v":false},false,false]
[12,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Pressure",false,{"$f":"AND(D191:G191=inp_used_minimal,A191=inp_used_usersel)","v":false},{"$f":"AND(A191=inp_used_usersel,D191:R191=inp_used_nonvessel1,AB191:AV191=inp_used_nonvessel2,IF(B191=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D191:AV191=inp_used,A191=inp_used_usersel)","v":false},false,false]
[12,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Pressure",false,{"$f":"AND(D192:G192=inp_used_minimal,A192=inp_used_usersel)","v":false},{"$f":"AND(A192=inp_used_usersel,D192:R192=inp_used_nonvessel1,AB192:AV192=inp_used_nonvessel2,IF(B192=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D192:AV192=inp_used,A192=inp_used_usersel)","v":false},false,false]
[12,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Gravity",false,{"$f":"AND(D193:G193=inp_used_minimal,A193=inp_used_usersel)","v":false},{"$f":"AND(A193=inp_used_usersel,D193:R193=inp_used_nonvessel1,AB193:AV193=inp_used_nonvessel2,IF(B193=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D193:AV193=inp_used,A193=inp_used_usersel)","v":false}]
[12,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Gravity",false,{"$f":"AND(D194:G194=inp_used_minimal,A194=inp_used_usersel)","v":false},{"$f":"AND(A194=inp_used_usersel,D194:R194=inp_used_nonvessel1,AB194:AV194=inp_used_nonvessel2,IF(B194=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D194:AV194=inp_used,A194=inp_used_usersel)","v":false}]
[12,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Gravity",false,{"$f":"AND(D195:G195=inp_used_minimal,A195=inp_used_usersel)","v":false},{"$f":"AND(A195=inp_used_usersel,D195:R195=inp_used_nonvessel1,AB195:AV195=inp_used_nonvessel2,IF(B195=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D195:AV195=inp_used,A195=inp_used_usersel)","v":false}]
[12,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Gravity",false,{"$f":"AND(D196:G196=inp_used_minimal,A196=inp_used_usersel)","v":false},{"$f":"AND(A196=inp_used_usersel,D196:R196=inp_used_nonvessel1,AB196:AV196=inp_used_nonvessel2,IF(B196=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D196:AV196=inp_used,A196=inp_used_usersel)","v":false}]
[12,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Gravity",false,{"$f":"AND(D197:G197=inp_used_minimal,A197=inp_used_usersel)","v":false},{"$f":"AND(A197=inp_used_usersel,D197:R197=inp_used_nonvessel1,AB197:AV197=inp_used_nonvessel2,IF(B197=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D197:AV197=inp_used,A197=inp_used_usersel)","v":false}]
[12,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Gravity",false,{"$f":"AND(D198:G198=inp_used_minimal,A198=inp_used_usersel)","v":false},{"$f":"AND(A198=inp_used_usersel,D198:R198=inp_used_nonvessel1,AB198:AV198=inp_used_nonvessel2,IF(B198=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D198:AV198=inp_used,A198=inp_used_usersel)","v":false}]
[12,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Gravity",false,{"$f":"AND(D199:G199=inp_used_minimal,A199=inp_used_usersel)","v":false},{"$f":"AND(A199=inp_used_usersel,D199:R199=inp_used_nonvessel1,AB199:AV199=inp_used_nonvessel2,IF(B199=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D199:AV199=inp_used,A199=inp_used_usersel)","v":false}]
[12,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",21600,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloropropane, Gravity",false,{"$f":"AND(D200:G200=inp_used_minimal,A200=inp_used_usersel)","v":false},{"$f":"AND(A200=inp_used_usersel,D200:R200=inp_used_nonvessel1,AB200:AV200=inp_used_nonvessel2,IF(B200=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D200:AV200=inp_used,A200=inp_used_usersel)","v":false}]
[13,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(VLOOKUP(A201,contam_lookup,2,FALSE)=\"\",\"\",VLOOKUP(A201,contam_lookup,2,FALSE))&\", \"&IF(B201=1,\"Pressure\",\"Gravity\")","v":"1,2-Dichloroethane, Pressure"},false,{"$f":"AND(D201:G201=inp_used_minimal,A201=inp_used_usersel)","v":false},{"$f":"AND(A201=inp_used_usersel,D201:R201=inp_used_nonvessel1,AB201:AV201=inp_used_nonvessel2,IF(B201=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D201:AV201=inp_used,A201=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX201,AX209)","v":false},false]
[13,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Pressure",false,{"$f":"AND(D202:G202=inp_used_minimal,A202=inp_used_usersel)","v":false},{"$f":"AND(A202=inp_used_usersel,D202:R202=inp_used_nonvessel1,AB202:AV202=inp_used_nonvessel2,IF(B202=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D202:AV202=inp_used,A202=inp_used_usersel)","v":false},false,false]
[13,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Pressure",false,{"$f":"AND(D203:G203=inp_used_minimal,A203=inp_used_usersel)","v":false},{"$f":"AND(A203=inp_used_usersel,D203:R203=inp_used_nonvessel1,AB203:AV203=inp_used_nonvessel2,IF(B203=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D203:AV203=inp_used,A203=inp_used_usersel)","v":false},false,false]
[13,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Pressure",false,{"$f":"AND(D204:G204=inp_used_minimal,A204=inp_used_usersel)","v":false},{"$f":"AND(A204=inp_used_usersel,D204:R204=inp_used_nonvessel1,AB204:AV204=inp_used_nonvessel2,IF(B204=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D204:AV204=inp_used,A204=inp_used_usersel)","v":false},false,false]
[13,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Pressure",false,{"$f":"AND(D205:G205=inp_used_minimal,A205=inp_used_usersel)","v":false},{"$f":"AND(A205=inp_used_usersel,D205:R205=inp_used_nonvessel1,AB205:AV205=inp_used_nonvessel2,IF(B205=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D205:AV205=inp_used,A205=inp_used_usersel)","v":false},false,false]
[13,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Pressure",false,{"$f":"AND(D206:G206=inp_used_minimal,A206=inp_used_usersel)","v":false},{"$f":"AND(A206=inp_used_usersel,D206:R206=inp_used_nonvessel1,AB206:AV206=inp_used_nonvessel2,IF(B206=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D206:AV206=inp_used,A206=inp_used_usersel)","v":false},false,false]
[13,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Pressure",false,{"$f":"AND(D207:G207=inp_used_minimal,A207=inp_used_usersel)","v":false},{"$f":"AND(A207=inp_used_usersel,D207:R207=inp_used_nonvessel1,AB207:AV207=inp_used_nonvessel2,IF(B207=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D207:AV207=inp_used,A207=inp_used_usersel)","v":false},false,false]
[13,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Pressure",false,{"$f":"AND(D208:G208=inp_used_minimal,A208=inp_used_usersel)","v":false},{"$f":"AND(A208=inp_used_usersel,D208:R208=inp_used_nonvessel1,AB208:AV208=inp_used_nonvessel2,IF(B208=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D208:AV208=inp_used,A208=inp_used_usersel)","v":false},false,false]
[13,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Gravity",false,{"$f":"AND(D209:G209=inp_used_minimal,A209=inp_used_usersel)","v":false},{"$f":"AND(A209=inp_used_usersel,D209:R209=inp_used_nonvessel1,AB209:AV209=inp_used_nonvessel2,IF(B209=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D209:AV209=inp_used,A209=inp_used_usersel)","v":false}]
[13,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Gravity",false,{"$f":"AND(D210:G210=inp_used_minimal,A210=inp_used_usersel)","v":false},{"$f":"AND(A210=inp_used_usersel,D210:R210=inp_used_nonvessel1,AB210:AV210=inp_used_nonvessel2,IF(B210=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D210:AV210=inp_used,A210=inp_used_usersel)","v":false}]
[13,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Gravity",false,{"$f":"AND(D211:G211=inp_used_minimal,A211=inp_used_usersel)","v":false},{"$f":"AND(A211=inp_used_usersel,D211:R211=inp_used_nonvessel1,AB211:AV211=inp_used_nonvessel2,IF(B211=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D211:AV211=inp_used,A211=inp_used_usersel)","v":false}]
[13,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Gravity",false,{"$f":"AND(D212:G212=inp_used_minimal,A212=inp_used_usersel)","v":false},{"$f":"AND(A212=inp_used_usersel,D212:R212=inp_used_nonvessel1,AB212:AV212=inp_used_nonvessel2,IF(B212=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D212:AV212=inp_used,A212=inp_used_usersel)","v":false}]
[13,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Gravity",false,{"$f":"AND(D213:G213=inp_used_minimal,A213=inp_used_usersel)","v":false},{"$f":"AND(A213=inp_used_usersel,D213:R213=inp_used_nonvessel1,AB213:AV213=inp_used_nonvessel2,IF(B213=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D213:AV213=inp_used,A213=inp_used_usersel)","v":false}]
[13,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Gravity",false,{"$f":"AND(D214:G214=inp_used_minimal,A214=inp_used_usersel)","v":false},{"$f":"AND(A214=inp_used_usersel,D214:R214=inp_used_nonvessel1,AB214:AV214=inp_used_nonvessel2,IF(B214=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D214:AV214=inp_used,A214=inp_used_usersel)","v":false}]
[13,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Gravity",false,{"$f":"AND(D215:G215=inp_used_minimal,A215=inp_used_usersel)","v":false},{"$f":"AND(A215=inp_used_usersel,D215:R215=inp_used_nonvessel1,AB215:AV215=inp_used_nonvessel2,IF(B215=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D215:AV215=inp_used,A215=inp_used_usersel)","v":false}]
[13,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",7940,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2-Dichloroethane, Gravity",false,{"$f":"AND(D216:G216=inp_used_minimal,A216=inp_used_usersel)","v":false},{"$f":"AND(A216=inp_used_usersel,D216:R216=inp_used_nonvessel1,AB216:AV216=inp_used_nonvessel2,IF(B216=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D216:AV216=inp_used,A216=inp_used_usersel)","v":false}]
[14,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Pressure",false,{"$f":"AND(D217:G217=inp_used_minimal,A217=inp_used_usersel)","v":false},{"$f":"AND(A217=inp_used_usersel,D217:R217=inp_used_nonvessel1,AB217:AV217=inp_used_nonvessel2,IF(B217=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D217:AV217=inp_used,A217=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX217,AX225)","v":false},false]
[14,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Pressure",false,{"$f":"AND(D218:G218=inp_used_minimal,A218=inp_used_usersel)","v":false},{"$f":"AND(A218=inp_used_usersel,D218:R218=inp_used_nonvessel1,AB218:AV218=inp_used_nonvessel2,IF(B218=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D218:AV218=inp_used,A218=inp_used_usersel)","v":false},false,false]
[14,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Pressure",false,{"$f":"AND(D219:G219=inp_used_minimal,A219=inp_used_usersel)","v":false},{"$f":"AND(A219=inp_used_usersel,D219:R219=inp_used_nonvessel1,AB219:AV219=inp_used_nonvessel2,IF(B219=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D219:AV219=inp_used,A219=inp_used_usersel)","v":false},false,false]
[14,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Pressure",false,{"$f":"AND(D220:G220=inp_used_minimal,A220=inp_used_usersel)","v":false},{"$f":"AND(A220=inp_used_usersel,D220:R220=inp_used_nonvessel1,AB220:AV220=inp_used_nonvessel2,IF(B220=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D220:AV220=inp_used,A220=inp_used_usersel)","v":false},false,false]
[14,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Pressure",false,{"$f":"AND(D221:G221=inp_used_minimal,A221=inp_used_usersel)","v":false},{"$f":"AND(A221=inp_used_usersel,D221:R221=inp_used_nonvessel1,AB221:AV221=inp_used_nonvessel2,IF(B221=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D221:AV221=inp_used,A221=inp_used_usersel)","v":false},false,false]
[14,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Pressure",false,{"$f":"AND(D222:G222=inp_used_minimal,A222=inp_used_usersel)","v":false},{"$f":"AND(A222=inp_used_usersel,D222:R222=inp_used_nonvessel1,AB222:AV222=inp_used_nonvessel2,IF(B222=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D222:AV222=inp_used,A222=inp_used_usersel)","v":false},false,false]
[14,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Pressure",false,{"$f":"AND(D223:G223=inp_used_minimal,A223=inp_used_usersel)","v":false},{"$f":"AND(A223=inp_used_usersel,D223:R223=inp_used_nonvessel1,AB223:AV223=inp_used_nonvessel2,IF(B223=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D223:AV223=inp_used,A223=inp_used_usersel)","v":false},false,false]
[14,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Pressure",false,{"$f":"AND(D224:G224=inp_used_minimal,A224=inp_used_usersel)","v":false},{"$f":"AND(A224=inp_used_usersel,D224:R224=inp_used_nonvessel1,AB224:AV224=inp_used_nonvessel2,IF(B224=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D224:AV224=inp_used,A224=inp_used_usersel)","v":false},false,false]
[14,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Gravity",false,{"$f":"AND(D225:G225=inp_used_minimal,A225=inp_used_usersel)","v":false},{"$f":"AND(A225=inp_used_usersel,D225:R225=inp_used_nonvessel1,AB225:AV225=inp_used_nonvessel2,IF(B225=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D225:AV225=inp_used,A225=inp_used_usersel)","v":false}]
[14,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Gravity",false,{"$f":"AND(D226:G226=inp_used_minimal,A226=inp_used_usersel)","v":false},{"$f":"AND(A226=inp_used_usersel,D226:R226=inp_used_nonvessel1,AB226:AV226=inp_used_nonvessel2,IF(B226=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D226:AV226=inp_used,A226=inp_used_usersel)","v":false}]
[14,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Gravity",false,{"$f":"AND(D227:G227=inp_used_minimal,A227=inp_used_usersel)","v":false},{"$f":"AND(A227=inp_used_usersel,D227:R227=inp_used_nonvessel1,AB227:AV227=inp_used_nonvessel2,IF(B227=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D227:AV227=inp_used,A227=inp_used_usersel)","v":false}]
[14,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Gravity",false,{"$f":"AND(D228:G228=inp_used_minimal,A228=inp_used_usersel)","v":false},{"$f":"AND(A228=inp_used_usersel,D228:R228=inp_used_nonvessel1,AB228:AV228=inp_used_nonvessel2,IF(B228=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D228:AV228=inp_used,A228=inp_used_usersel)","v":false}]
[14,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Gravity",false,{"$f":"AND(D229:G229=inp_used_minimal,A229=inp_used_usersel)","v":false},{"$f":"AND(A229=inp_used_usersel,D229:R229=inp_used_nonvessel1,AB229:AV229=inp_used_nonvessel2,IF(B229=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D229:AV229=inp_used,A229=inp_used_usersel)","v":false}]
[14,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Gravity",false,{"$f":"AND(D230:G230=inp_used_minimal,A230=inp_used_usersel)","v":false},{"$f":"AND(A230=inp_used_usersel,D230:R230=inp_used_nonvessel1,AB230:AV230=inp_used_nonvessel2,IF(B230=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D230:AV230=inp_used,A230=inp_used_usersel)","v":false}]
[14,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Gravity",false,{"$f":"AND(D231:G231=inp_used_minimal,A231=inp_used_usersel)","v":false},{"$f":"AND(A231=inp_used_usersel,D231:R231=inp_used_nonvessel1,AB231:AV231=inp_used_nonvessel2,IF(B231=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D231:AV231=inp_used,A231=inp_used_usersel)","v":false}]
[14,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",16900,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,3-Butadiene, Gravity",false,{"$f":"AND(D232:G232=inp_used_minimal,A232=inp_used_usersel)","v":false},{"$f":"AND(A232=inp_used_usersel,D232:R232=inp_used_nonvessel1,AB232:AV232=inp_used_nonvessel2,IF(B232=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D232:AV232=inp_used,A232=inp_used_usersel)","v":false}]
[15,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Pressure",false,{"$f":"AND(D233:G233=inp_used_minimal,A233=inp_used_usersel)","v":false},{"$f":"AND(A233=inp_used_usersel,D233:R233=inp_used_nonvessel1,AB233:AV233=inp_used_nonvessel2,IF(B233=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D233:AV233=inp_used,A233=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX233,AX241)","v":false},false]
[15,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Pressure",{"$f":"IF(OR(S234=\"yes\",X234=\"yes\"),AZ234,BA234)","v":false},{"$f":"AND(D234:G234=inp_used_minimal,A234=inp_used_usersel)","v":false},{"$f":"AND(A234=inp_used_usersel,D234:R234=inp_used_nonvessel1,AB234:AV234=inp_used_nonvessel2,IF(B234=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D234:AV234=inp_used,A234=inp_used_usersel)","v":false},false,false]
[15,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Pressure",false,{"$f":"AND(D235:G235=inp_used_minimal,A235=inp_used_usersel)","v":false},{"$f":"AND(A235=inp_used_usersel,D235:R235=inp_used_nonvessel1,AB235:AV235=inp_used_nonvessel2,IF(B235=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D235:AV235=inp_used,A235=inp_used_usersel)","v":false},false,false]
[15,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Pressure",false,{"$f":"AND(D236:G236=inp_used_minimal,A236=inp_used_usersel)","v":false},{"$f":"AND(A236=inp_used_usersel,D236:R236=inp_used_nonvessel1,AB236:AV236=inp_used_nonvessel2,IF(B236=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D236:AV236=inp_used,A236=inp_used_usersel)","v":false},false,false]
[15,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Pressure",false,{"$f":"AND(D237:G237=inp_used_minimal,A237=inp_used_usersel)","v":false},{"$f":"AND(A237=inp_used_usersel,D237:R237=inp_used_nonvessel1,AB237:AV237=inp_used_nonvessel2,IF(B237=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D237:AV237=inp_used,A237=inp_used_usersel)","v":false},false,false]
[15,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Pressure",false,{"$f":"AND(D238:G238=inp_used_minimal,A238=inp_used_usersel)","v":false},{"$f":"AND(A238=inp_used_usersel,D238:R238=inp_used_nonvessel1,AB238:AV238=inp_used_nonvessel2,IF(B238=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D238:AV238=inp_used,A238=inp_used_usersel)","v":false},false,false]
[15,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Pressure",false,{"$f":"AND(D239:G239=inp_used_minimal,A239=inp_used_usersel)","v":false},{"$f":"AND(A239=inp_used_usersel,D239:R239=inp_used_nonvessel1,AB239:AV239=inp_used_nonvessel2,IF(B239=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D239:AV239=inp_used,A239=inp_used_usersel)","v":false},false,false]
[15,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Pressure",false,{"$f":"AND(D240:G240=inp_used_minimal,A240=inp_used_usersel)","v":false},{"$f":"AND(A240=inp_used_usersel,D240:R240=inp_used_nonvessel1,AB240:AV240=inp_used_nonvessel2,IF(B240=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D240:AV240=inp_used,A240=inp_used_usersel)","v":false},false,false]
[15,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Gravity",false,{"$f":"AND(D241:G241=inp_used_minimal,A241=inp_used_usersel)","v":false},{"$f":"AND(A241=inp_used_usersel,D241:R241=inp_used_nonvessel1,AB241:AV241=inp_used_nonvessel2,IF(B241=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D241:AV241=inp_used,A241=inp_used_usersel)","v":false}]
[15,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Gravity",false,{"$f":"AND(D242:G242=inp_used_minimal,A242=inp_used_usersel)","v":false},{"$f":"AND(A242=inp_used_usersel,D242:R242=inp_used_nonvessel1,AB242:AV242=inp_used_nonvessel2,IF(B242=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D242:AV242=inp_used,A242=inp_used_usersel)","v":false}]
[15,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Gravity",false,{"$f":"AND(D243:G243=inp_used_minimal,A243=inp_used_usersel)","v":false},{"$f":"AND(A243=inp_used_usersel,D243:R243=inp_used_nonvessel1,AB243:AV243=inp_used_nonvessel2,IF(B243=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D243:AV243=inp_used,A243=inp_used_usersel)","v":false}]
[15,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Gravity",false,{"$f":"AND(D244:G244=inp_used_minimal,A244=inp_used_usersel)","v":false},{"$f":"AND(A244=inp_used_usersel,D244:R244=inp_used_nonvessel1,AB244:AV244=inp_used_nonvessel2,IF(B244=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D244:AV244=inp_used,A244=inp_used_usersel)","v":false}]
[15,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Gravity",false,{"$f":"AND(D245:G245=inp_used_minimal,A245=inp_used_usersel)","v":false},{"$f":"AND(A245=inp_used_usersel,D245:R245=inp_used_nonvessel1,AB245:AV245=inp_used_nonvessel2,IF(B245=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D245:AV245=inp_used,A245=inp_used_usersel)","v":false}]
[15,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Gravity",false,{"$f":"AND(D246:G246=inp_used_minimal,A246=inp_used_usersel)","v":false},{"$f":"AND(A246=inp_used_usersel,D246:R246=inp_used_nonvessel1,AB246:AV246=inp_used_nonvessel2,IF(B246=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D246:AV246=inp_used,A246=inp_used_usersel)","v":false}]
[15,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Gravity",false,{"$f":"AND(D247:G247=inp_used_minimal,A247=inp_used_usersel)","v":false},{"$f":"AND(A247=inp_used_usersel,D247:R247=inp_used_nonvessel1,AB247:AV247=inp_used_nonvessel2,IF(B247=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D247:AV247=inp_used,A247=inp_used_usersel)","v":false}]
[15,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",5560,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1-Dichloroethane, Gravity",false,{"$f":"AND(D248:G248=inp_used_minimal,A248=inp_used_usersel)","v":false},{"$f":"AND(A248=inp_used_usersel,D248:R248=inp_used_nonvessel1,AB248:AV248=inp_used_nonvessel2,IF(B248=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D248:AV248=inp_used,A248=inp_used_usersel)","v":false}]
[16,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D249:G249=inp_used_minimal,A249=inp_used_usersel)","v":false},{"$f":"AND(A249=inp_used_usersel,D249:R249=inp_used_nonvessel1,AB249:AV249=inp_used_nonvessel2,IF(B249=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D249:AV249=inp_used,A249=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX249,AX257)","v":false},false]
[16,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D250:G250=inp_used_minimal,A250=inp_used_usersel)","v":false},{"$f":"AND(A250=inp_used_usersel,D250:R250=inp_used_nonvessel1,AB250:AV250=inp_used_nonvessel2,IF(B250=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D250:AV250=inp_used,A250=inp_used_usersel)","v":false},false,false]
[16,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D251:G251=inp_used_minimal,A251=inp_used_usersel)","v":false},{"$f":"AND(A251=inp_used_usersel,D251:R251=inp_used_nonvessel1,AB251:AV251=inp_used_nonvessel2,IF(B251=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D251:AV251=inp_used,A251=inp_used_usersel)","v":false},false,false]
[16,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D252:G252=inp_used_minimal,A252=inp_used_usersel)","v":false},{"$f":"AND(A252=inp_used_usersel,D252:R252=inp_used_nonvessel1,AB252:AV252=inp_used_nonvessel2,IF(B252=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D252:AV252=inp_used,A252=inp_used_usersel)","v":false},false,false]
[16,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D253:G253=inp_used_minimal,A253=inp_used_usersel)","v":false},{"$f":"AND(A253=inp_used_usersel,D253:R253=inp_used_nonvessel1,AB253:AV253=inp_used_nonvessel2,IF(B253=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D253:AV253=inp_used,A253=inp_used_usersel)","v":false},false,false]
[16,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D254:G254=inp_used_minimal,A254=inp_used_usersel)","v":false},{"$f":"AND(A254=inp_used_usersel,D254:R254=inp_used_nonvessel1,AB254:AV254=inp_used_nonvessel2,IF(B254=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D254:AV254=inp_used,A254=inp_used_usersel)","v":false},false,false]
[16,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D255:G255=inp_used_minimal,A255=inp_used_usersel)","v":false},{"$f":"AND(A255=inp_used_usersel,D255:R255=inp_used_nonvessel1,AB255:AV255=inp_used_nonvessel2,IF(B255=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D255:AV255=inp_used,A255=inp_used_usersel)","v":false},false,false]
[16,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D256:G256=inp_used_minimal,A256=inp_used_usersel)","v":false},{"$f":"AND(A256=inp_used_usersel,D256:R256=inp_used_nonvessel1,AB256:AV256=inp_used_nonvessel2,IF(B256=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D256:AV256=inp_used,A256=inp_used_usersel)","v":false},false,false]
[16,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D257:G257=inp_used_minimal,A257=inp_used_usersel)","v":false},{"$f":"AND(A257=inp_used_usersel,D257:R257=inp_used_nonvessel1,AB257:AV257=inp_used_nonvessel2,IF(B257=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D257:AV257=inp_used,A257=inp_used_usersel)","v":false}]
[16,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D258:G258=inp_used_minimal,A258=inp_used_usersel)","v":false},{"$f":"AND(A258=inp_used_usersel,D258:R258=inp_used_nonvessel1,AB258:AV258=inp_used_nonvessel2,IF(B258=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D258:AV258=inp_used,A258=inp_used_usersel)","v":false}]
[16,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D259:G259=inp_used_minimal,A259=inp_used_usersel)","v":false},{"$f":"AND(A259=inp_used_usersel,D259:R259=inp_used_nonvessel1,AB259:AV259=inp_used_nonvessel2,IF(B259=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D259:AV259=inp_used,A259=inp_used_usersel)","v":false}]
[16,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D260:G260=inp_used_minimal,A260=inp_used_usersel)","v":false},{"$f":"AND(A260=inp_used_usersel,D260:R260=inp_used_nonvessel1,AB260:AV260=inp_used_nonvessel2,IF(B260=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D260:AV260=inp_used,A260=inp_used_usersel)","v":false}]
[16,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D261:G261=inp_used_minimal,A261=inp_used_usersel)","v":false},{"$f":"AND(A261=inp_used_usersel,D261:R261=inp_used_nonvessel1,AB261:AV261=inp_used_nonvessel2,IF(B261=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D261:AV261=inp_used,A261=inp_used_usersel)","v":false}]
[16,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D262:G262=inp_used_minimal,A262=inp_used_usersel)","v":false},{"$f":"AND(A262=inp_used_usersel,D262:R262=inp_used_nonvessel1,AB262:AV262=inp_used_nonvessel2,IF(B262=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D262:AV262=inp_used,A262=inp_used_usersel)","v":false}]
[16,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D263:G263=inp_used_minimal,A263=inp_used_usersel)","v":false},{"$f":"AND(A263=inp_used_usersel,D263:R263=inp_used_nonvessel1,AB263:AV263=inp_used_nonvessel2,IF(B263=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D263:AV263=inp_used,A263=inp_used_usersel)","v":false}]
[16,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",20500,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,1,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D264:G264=inp_used_minimal,A264=inp_used_usersel)","v":false},{"$f":"AND(A264=inp_used_usersel,D264:R264=inp_used_nonvessel1,AB264:AV264=inp_used_nonvessel2,IF(B264=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D264:AV264=inp_used,A264=inp_used_usersel)","v":false}]
[17,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(VLOOKUP(A265,contam_lookup,2,FALSE)=\"\",\"\",VLOOKUP(A265,contam_lookup,2,FALSE))&\", \"&IF(B265=1,\"Pressure\",\"Gravity\")","v":"1,1,2,2-Tetrachloroethane, Pressure"},false,{"$f":"AND(D265:G265=inp_used_minimal,A265=inp_used_usersel)","v":false},{"$f":"AND(A265=inp_used_usersel,D265:R265=inp_used_nonvessel1,AB265:AV265=inp_used_nonvessel2,IF(B265=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D265:AV265=inp_used,A265=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX265,AX273)","v":false},false]
[17,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D266:G266=inp_used_minimal,A266=inp_used_usersel)","v":false},{"$f":"AND(A266=inp_used_usersel,D266:R266=inp_used_nonvessel1,AB266:AV266=inp_used_nonvessel2,IF(B266=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D266:AV266=inp_used,A266=inp_used_usersel)","v":false},false,false]
[17,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D267:G267=inp_used_minimal,A267=inp_used_usersel)","v":false},{"$f":"AND(A267=inp_used_usersel,D267:R267=inp_used_nonvessel1,AB267:AV267=inp_used_nonvessel2,IF(B267=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D267:AV267=inp_used,A267=inp_used_usersel)","v":false},false,false]
[17,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D268:G268=inp_used_minimal,A268=inp_used_usersel)","v":false},{"$f":"AND(A268=inp_used_usersel,D268:R268=inp_used_nonvessel1,AB268:AV268=inp_used_nonvessel2,IF(B268=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D268:AV268=inp_used,A268=inp_used_usersel)","v":false},false,false]
[17,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D269:G269=inp_used_minimal,A269=inp_used_usersel)","v":false},{"$f":"AND(A269=inp_used_usersel,D269:R269=inp_used_nonvessel1,AB269:AV269=inp_used_nonvessel2,IF(B269=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D269:AV269=inp_used,A269=inp_used_usersel)","v":false},false,false]
[17,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D270:G270=inp_used_minimal,A270=inp_used_usersel)","v":false},{"$f":"AND(A270=inp_used_usersel,D270:R270=inp_used_nonvessel1,AB270:AV270=inp_used_nonvessel2,IF(B270=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D270:AV270=inp_used,A270=inp_used_usersel)","v":false},false,false]
[17,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D271:G271=inp_used_minimal,A271=inp_used_usersel)","v":false},{"$f":"AND(A271=inp_used_usersel,D271:R271=inp_used_nonvessel1,AB271:AV271=inp_used_nonvessel2,IF(B271=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D271:AV271=inp_used,A271=inp_used_usersel)","v":false},false,false]
[17,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Pressure",false,{"$f":"AND(D272:G272=inp_used_minimal,A272=inp_used_usersel)","v":false},{"$f":"AND(A272=inp_used_usersel,D272:R272=inp_used_nonvessel1,AB272:AV272=inp_used_nonvessel2,IF(B272=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D272:AV272=inp_used,A272=inp_used_usersel)","v":false},false,false]
[17,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D273:G273=inp_used_minimal,A273=inp_used_usersel)","v":false},{"$f":"AND(A273=inp_used_usersel,D273:R273=inp_used_nonvessel1,AB273:AV273=inp_used_nonvessel2,IF(B273=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D273:AV273=inp_used,A273=inp_used_usersel)","v":false}]
[17,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D274:G274=inp_used_minimal,A274=inp_used_usersel)","v":false},{"$f":"AND(A274=inp_used_usersel,D274:R274=inp_used_nonvessel1,AB274:AV274=inp_used_nonvessel2,IF(B274=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D274:AV274=inp_used,A274=inp_used_usersel)","v":false}]
[17,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D275:G275=inp_used_minimal,A275=inp_used_usersel)","v":false},{"$f":"AND(A275=inp_used_usersel,D275:R275=inp_used_nonvessel1,AB275:AV275=inp_used_nonvessel2,IF(B275=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D275:AV275=inp_used,A275=inp_used_usersel)","v":false}]
[17,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D276:G276=inp_used_minimal,A276=inp_used_usersel)","v":false},{"$f":"AND(A276=inp_used_usersel,D276:R276=inp_used_nonvessel1,AB276:AV276=inp_used_nonvessel2,IF(B276=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D276:AV276=inp_used,A276=inp_used_usersel)","v":false}]
[17,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D277:G277=inp_used_minimal,A277=inp_used_usersel)","v":false},{"$f":"AND(A277=inp_used_usersel,D277:R277=inp_used_nonvessel1,AB277:AV277=inp_used_nonvessel2,IF(B277=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D277:AV277=inp_used,A277=inp_used_usersel)","v":false}]
[17,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D278:G278=inp_used_minimal,A278=inp_used_usersel)","v":false},{"$f":"AND(A278=inp_used_usersel,D278:R278=inp_used_nonvessel1,AB278:AV278=inp_used_nonvessel2,IF(B278=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D278:AV278=inp_used,A278=inp_used_usersel)","v":false}]
[17,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D279:G279=inp_used_minimal,A279=inp_used_usersel)","v":false},{"$f":"AND(A279=inp_used_usersel,D279:R279=inp_used_nonvessel1,AB279:AV279=inp_used_nonvessel2,IF(B279=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D279:AV279=inp_used,A279=inp_used_usersel)","v":false}]
[17,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",47100,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,1,2,2-Tetrachloroethane, Gravity",false,{"$f":"AND(D280:G280=inp_used_minimal,A280=inp_used_usersel)","v":false},{"$f":"AND(A280=inp_used_usersel,D280:R280=inp_used_nonvessel1,AB280:AV280=inp_used_nonvessel2,IF(B280=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D280:AV280=inp_used,A280=inp_used_usersel)","v":false}]
[18,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Pressure",false,{"$f":"AND(D281:G281=inp_used_minimal,A281=inp_used_usersel)","v":false},{"$f":"AND(A281=inp_used_usersel,D281:R281=inp_used_nonvessel1,AB281:AV281=inp_used_nonvessel2,IF(B281=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D281:AV281=inp_used,A281=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX281,AX289)","v":false},false]
[18,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Pressure",false,{"$f":"AND(D282:G282=inp_used_minimal,A282=inp_used_usersel)","v":false},{"$f":"AND(A282=inp_used_usersel,D282:R282=inp_used_nonvessel1,AB282:AV282=inp_used_nonvessel2,IF(B282=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D282:AV282=inp_used,A282=inp_used_usersel)","v":false},false,false]
[18,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Pressure",false,{"$f":"AND(D283:G283=inp_used_minimal,A283=inp_used_usersel)","v":false},{"$f":"AND(A283=inp_used_usersel,D283:R283=inp_used_nonvessel1,AB283:AV283=inp_used_nonvessel2,IF(B283=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D283:AV283=inp_used,A283=inp_used_usersel)","v":false},false,false]
[18,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Pressure",false,{"$f":"AND(D284:G284=inp_used_minimal,A284=inp_used_usersel)","v":false},{"$f":"AND(A284=inp_used_usersel,D284:R284=inp_used_nonvessel1,AB284:AV284=inp_used_nonvessel2,IF(B284=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D284:AV284=inp_used,A284=inp_used_usersel)","v":false},false,false]
[18,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Pressure",false,{"$f":"AND(D285:G285=inp_used_minimal,A285=inp_used_usersel)","v":false},{"$f":"AND(A285=inp_used_usersel,D285:R285=inp_used_nonvessel1,AB285:AV285=inp_used_nonvessel2,IF(B285=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D285:AV285=inp_used,A285=inp_used_usersel)","v":false},false,false]
[18,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Pressure",false,{"$f":"AND(D286:G286=inp_used_minimal,A286=inp_used_usersel)","v":false},{"$f":"AND(A286=inp_used_usersel,D286:R286=inp_used_nonvessel1,AB286:AV286=inp_used_nonvessel2,IF(B286=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D286:AV286=inp_used,A286=inp_used_usersel)","v":false},false,false]
[18,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Pressure",false,{"$f":"AND(D287:G287=inp_used_minimal,A287=inp_used_usersel)","v":false},{"$f":"AND(A287=inp_used_usersel,D287:R287=inp_used_nonvessel1,AB287:AV287=inp_used_nonvessel2,IF(B287=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D287:AV287=inp_used,A287=inp_used_usersel)","v":false},false,false]
[18,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Pressure",false,{"$f":"AND(D288:G288=inp_used_minimal,A288=inp_used_usersel)","v":false},{"$f":"AND(A288=inp_used_usersel,D288:R288=inp_used_nonvessel1,AB288:AV288=inp_used_nonvessel2,IF(B288=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D288:AV288=inp_used,A288=inp_used_usersel)","v":false},false,false]
[18,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Gravity",false,{"$f":"AND(D289:G289=inp_used_minimal,A289=inp_used_usersel)","v":false},{"$f":"AND(A289=inp_used_usersel,D289:R289=inp_used_nonvessel1,AB289:AV289=inp_used_nonvessel2,IF(B289=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D289:AV289=inp_used,A289=inp_used_usersel)","v":false}]
[18,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Gravity",false,{"$f":"AND(D290:G290=inp_used_minimal,A290=inp_used_usersel)","v":false},{"$f":"AND(A290=inp_used_usersel,D290:R290=inp_used_nonvessel1,AB290:AV290=inp_used_nonvessel2,IF(B290=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D290:AV290=inp_used,A290=inp_used_usersel)","v":false}]
[18,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Gravity",false,{"$f":"AND(D291:G291=inp_used_minimal,A291=inp_used_usersel)","v":false},{"$f":"AND(A291=inp_used_usersel,D291:R291=inp_used_nonvessel1,AB291:AV291=inp_used_nonvessel2,IF(B291=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D291:AV291=inp_used,A291=inp_used_usersel)","v":false}]
[18,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Gravity",false,{"$f":"AND(D292:G292=inp_used_minimal,A292=inp_used_usersel)","v":false},{"$f":"AND(A292=inp_used_usersel,D292:R292=inp_used_nonvessel1,AB292:AV292=inp_used_nonvessel2,IF(B292=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D292:AV292=inp_used,A292=inp_used_usersel)","v":false}]
[18,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Gravity",false,{"$f":"AND(D293:G293=inp_used_minimal,A293=inp_used_usersel)","v":false},{"$f":"AND(A293=inp_used_usersel,D293:R293=inp_used_nonvessel1,AB293:AV293=inp_used_nonvessel2,IF(B293=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D293:AV293=inp_used,A293=inp_used_usersel)","v":false}]
[18,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Gravity",false,{"$f":"AND(D294:G294=inp_used_minimal,A294=inp_used_usersel)","v":false},{"$f":"AND(A294=inp_used_usersel,D294:R294=inp_used_nonvessel1,AB294:AV294=inp_used_nonvessel2,IF(B294=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D294:AV294=inp_used,A294=inp_used_usersel)","v":false}]
[18,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Gravity",false,{"$f":"AND(D295:G295=inp_used_minimal,A295=inp_used_usersel)","v":false},{"$f":"AND(A295=inp_used_usersel,D295:R295=inp_used_nonvessel1,AB295:AV295=inp_used_nonvessel2,IF(B295=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D295:AV295=inp_used,A295=inp_used_usersel)","v":false}]
[18,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",38200,null,null,null,"EBCT",7.5,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"1,2,3-Trichloropropane, Gravity",false,{"$f":"AND(D296:G296=inp_used_minimal,A296=inp_used_usersel)","v":false},{"$f":"AND(A296=inp_used_usersel,D296:R296=inp_used_nonvessel1,AB296:AV296=inp_used_nonvessel2,IF(B296=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D296:AV296=inp_used,A296=inp_used_usersel)","v":false}]
[19,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","throwaway (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,3,"yes",null,null,null,null,null,null,null,null,48,"POTW","no holding tank","manual transfer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Pressure",false,{"$f":"AND(D297:G297=inp_used_minimal,A297=inp_used_usersel)","v":false},{"$f":"AND(A297=inp_used_usersel,D297:R297=inp_used_nonvessel1,AB297:AV297=inp_used_nonvessel2,IF(B297=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D297:AV297=inp_used,A297=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX297,AX305)","v":false},{"$f":"CHOOSE(design_type,AY297,AY305)","v":false}]
[19,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,3,"yes",null,null,null,null,null,null,null,null,48,"POTW","Holding tank","manual transfer","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Pressure",{"$f":"IF(OR(S298=\"yes\",X298=\"yes\"),AZ298,BA298)","v":false},{"$f":"AND(D298:G298=inp_used_minimal,A298=inp_used_usersel)","v":false},{"$f":"AND(A298=inp_used_usersel,D298:R298=inp_used_nonvessel1,AB298:AV298=inp_used_nonvessel2,IF(B298=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D298:AV298=inp_used,A298=inp_used_usersel)","v":false},false,false]
[19,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,3,"yes",null,null,null,null,null,null,null,null,48,"POTW","Holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Pressure",false,{"$f":"AND(D299:G299=inp_used_minimal,A299=inp_used_usersel)","v":false},{"$f":"AND(A299=inp_used_usersel,D299:R299=inp_used_nonvessel1,AB299:AV299=inp_used_nonvessel2,IF(B299=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D299:AV299=inp_used,A299=inp_used_usersel)","v":false},false,false]
[19,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,3,"yes",null,null,null,null,null,null,null,null,48,"POTW","Holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Pressure",false,{"$f":"AND(D300:G300=inp_used_minimal,A300=inp_used_usersel)","v":false},{"$f":"AND(A300=inp_used_usersel,D300:R300=inp_used_nonvessel1,AB300:AV300=inp_used_nonvessel2,IF(B300=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D300:AV300=inp_used,A300=inp_used_usersel)","v":false},false,false]
[19,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,3,"yes",null,null,null,null,null,null,null,null,48,"POTW","Holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Pressure",false,{"$f":"AND(D301:G301=inp_used_minimal,A301=inp_used_usersel)","v":false},{"$f":"AND(A301=inp_used_usersel,D301:R301=inp_used_nonvessel1,AB301:AV301=inp_used_nonvessel2,IF(B301=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D301:AV301=inp_used,A301=inp_used_usersel)","v":false},false,false]
[19,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,3,"yes",null,null,null,null,null,null,null,null,48,"POTW","Holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Pressure",false,{"$f":"AND(D302:G302=inp_used_minimal,A302=inp_used_usersel)","v":false},{"$f":"AND(A302=inp_used_usersel,D302:R302=inp_used_nonvessel1,AB302:AV302=inp_used_nonvessel2,IF(B302=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D302:AV302=inp_used,A302=inp_used_usersel)","v":false},false,false]
[19,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,3,"yes",null,null,null,null,null,null,null,null,48,"POTW","Holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Pressure",false,{"$f":"AND(D303:G303=inp_used_minimal,A303=inp_used_usersel)","v":false},{"$f":"AND(A303=inp_used_usersel,D303:R303=inp_used_nonvessel1,AB303:AV303=inp_used_nonvessel2,IF(B303=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D303:AV303=inp_used,A303=inp_used_usersel)","v":false},false,false]
[19,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,3,"yes",null,null,null,null,null,null,null,null,48,"POTW","Holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Pressure",false,{"$f":"AND(D304:G304=inp_used_minimal,A304=inp_used_usersel)","v":false},{"$f":"AND(A304=inp_used_usersel,D304:R304=inp_used_nonvessel1,AB304:AV304=inp_used_nonvessel2,IF(B304=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D304:AV304=inp_used,A304=inp_used_usersel)","v":false},false,false]
[19,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","throwaway (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,null,null,null,null,null,null,"yes",null,null,null,48,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Gravity",false,{"$f":"AND(D305:G305=inp_used_minimal,A305=inp_used_usersel)","v":false},{"$f":"AND(A305=inp_used_usersel,D305:R305=inp_used_nonvessel1,AB305:AV305=inp_used_nonvessel2,IF(B305=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D305:AV305=inp_used,A305=inp_used_usersel)","v":false}]
[19,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,null,null,null,null,null,null,"yes",null,null,null,48,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Gravity",false,{"$f":"AND(D306:G306=inp_used_minimal,A306=inp_used_usersel)","v":false},{"$f":"AND(A306=inp_used_usersel,D306:R306=inp_used_nonvessel1,AB306:AV306=inp_used_nonvessel2,IF(B306=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D306:AV306=inp_used,A306=inp_used_usersel)","v":false}]
[19,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,null,null,null,null,null,null,"yes",null,null,null,48,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Gravity",false,{"$f":"AND(D307:G307=inp_used_minimal,A307=inp_used_usersel)","v":false},{"$f":"AND(A307=inp_used_usersel,D307:R307=inp_used_nonvessel1,AB307:AV307=inp_used_nonvessel2,IF(B307=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D307:AV307=inp_used,A307=inp_used_usersel)","v":false}]
[19,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,null,null,null,null,null,null,"yes",null,null,null,48,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Gravity",false,{"$f":"AND(D308:G308=inp_used_minimal,A308=inp_used_usersel)","v":false},{"$f":"AND(A308=inp_used_usersel,D308:R308=inp_used_nonvessel1,AB308:AV308=inp_used_nonvessel2,IF(B308=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D308:AV308=inp_used,A308=inp_used_usersel)","v":false}]
[19,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,null,null,null,null,null,null,"yes",null,null,null,48,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Gravity",false,{"$f":"AND(D309:G309=inp_used_minimal,A309=inp_used_usersel)","v":false},{"$f":"AND(A309=inp_used_usersel,D309:R309=inp_used_nonvessel1,AB309:AV309=inp_used_nonvessel2,IF(B309=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D309:AV309=inp_used,A309=inp_used_usersel)","v":false}]
[19,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,null,null,null,null,null,null,"yes",null,null,null,48,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Gravity",false,{"$f":"AND(D310:G310=inp_used_minimal,A310=inp_used_usersel)","v":false},{"$f":"AND(A310=inp_used_usersel,D310:R310=inp_used_nonvessel1,AB310:AV310=inp_used_nonvessel2,IF(B310=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D310:AV310=inp_used,A310=inp_used_usersel)","v":false}]
[19,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,null,null,null,null,null,null,"yes",null,null,null,48,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Gravity",false,{"$f":"AND(D311:G311=inp_used_minimal,A311=inp_used_usersel)","v":false},{"$f":"AND(A311=inp_used_usersel,D311:R311=inp_used_nonvessel1,AB311:AV311=inp_used_nonvessel2,IF(B311=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D311:AV311=inp_used,A311=inp_used_usersel)","v":false}]
[19,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",15,null,null,null,null,null,null,null,null,"yes",null,null,null,48,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Atrazine, Gravity",false,{"$f":"AND(D312:G312=inp_used_minimal,A312=inp_used_usersel)","v":false},{"$f":"AND(A312=inp_used_usersel,D312:R312=inp_used_nonvessel1,AB312:AV312=inp_used_nonvessel2,IF(B312=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D312:AV312=inp_used,A312=inp_used_usersel)","v":false}]
[20,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,3,"yes",null,null,null,null,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Pressure",false,{"$f":"AND(D313:G313=inp_used_minimal,A313=inp_used_usersel)","v":false},{"$f":"AND(A313=inp_used_usersel,D313:R313=inp_used_nonvessel1,AB313:AV313=inp_used_nonvessel2,IF(B313=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D313:AV313=inp_used,A313=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX313,AX321)","v":false},{"$f":"CHOOSE(design_type,AY313,AY321)","v":false}]
[20,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,3,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","manual transfer","non-hazardous",null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Pressure",false,{"$f":"AND(D314:G314=inp_used_minimal,A314=inp_used_usersel)","v":false},{"$f":"AND(A314=inp_used_usersel,D314:R314=inp_used_nonvessel1,AB314:AV314=inp_used_nonvessel2,IF(B314=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D314:AV314=inp_used,A314=inp_used_usersel)","v":false},false,false]
[20,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,3,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Pressure",false,{"$f":"AND(D315:G315=inp_used_minimal,A315=inp_used_usersel)","v":false},{"$f":"AND(A315=inp_used_usersel,D315:R315=inp_used_nonvessel1,AB315:AV315=inp_used_nonvessel2,IF(B315=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D315:AV315=inp_used,A315=inp_used_usersel)","v":false},false,false]
[20,1,4,0.74,"MGD",0.251,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,3,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Pressure",false,{"$f":"AND(D316:G316=inp_used_minimal,A316=inp_used_usersel)","v":false},{"$f":"AND(A316=inp_used_usersel,D316:R316=inp_used_nonvessel1,AB316:AV316=inp_used_nonvessel2,IF(B316=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D316:AV316=inp_used,A316=inp_used_usersel)","v":false},false,false]
[20,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,3,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Pressure",false,{"$f":"AND(D317:G317=inp_used_minimal,A317=inp_used_usersel)","v":false},{"$f":"AND(A317=inp_used_usersel,D317:R317=inp_used_nonvessel1,AB317:AV317=inp_used_nonvessel2,IF(B317=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D317:AV317=inp_used,A317=inp_used_usersel)","v":false},false,false]
[20,1,6,7.3650000000000002,"MGD",3.2,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,3,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Pressure",false,{"$f":"AND(D318:G318=inp_used_minimal,A318=inp_used_usersel)","v":false},{"$f":"AND(A318=inp_used_usersel,D318:R318=inp_used_nonvessel1,AB318:AV318=inp_used_nonvessel2,IF(B318=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D318:AV318=inp_used,A318=inp_used_usersel)","v":false},false,false]
[20,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,3,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Pressure",false,{"$f":"AND(D319:G319=inp_used_minimal,A319=inp_used_usersel)","v":false},{"$f":"AND(A319=inp_used_usersel,D319:R319=inp_used_nonvessel1,AB319:AV319=inp_used_nonvessel2,IF(B319=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D319:AV319=inp_used,A319=inp_used_usersel)","v":false},false,false]
[20,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,3,"yes",null,null,null,null,null,null,null,null,168,"POTW","Holding tank","eductors","non-hazardous",null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Pressure",false,{"$f":"AND(D320:G320=inp_used_minimal,A320=inp_used_usersel)","v":false},{"$f":"AND(A320=inp_used_usersel,D320:R320=inp_used_nonvessel1,AB320:AV320=inp_used_nonvessel2,IF(B320=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D320:AV320=inp_used,A320=inp_used_usersel)","v":false},false,false]
[20,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Gravity",false,{"$f":"AND(D321:G321=inp_used_minimal,A321=inp_used_usersel)","v":false},{"$f":"AND(A321=inp_used_usersel,D321:R321=inp_used_nonvessel1,AB321:AV321=inp_used_nonvessel2,IF(B321=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D321:AV321=inp_used,A321=inp_used_usersel)","v":false}]
[20,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","manual transfer","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Gravity",false,{"$f":"AND(D322:G322=inp_used_minimal,A322=inp_used_usersel)","v":false},{"$f":"AND(A322=inp_used_usersel,D322:R322=inp_used_nonvessel1,AB322:AV322=inp_used_nonvessel2,IF(B322=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D322:AV322=inp_used,A322=inp_used_usersel)","v":false}]
[20,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Gravity",false,{"$f":"AND(D323:G323=inp_used_minimal,A323=inp_used_usersel)","v":false},{"$f":"AND(A323=inp_used_usersel,D323:R323=inp_used_nonvessel1,AB323:AV323=inp_used_nonvessel2,IF(B323=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D323:AV323=inp_used,A323=inp_used_usersel)","v":false}]
[20,2,4,0.74,"MGD",0.251,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Gravity",false,{"$f":"AND(D324:G324=inp_used_minimal,A324=inp_used_usersel)","v":false},{"$f":"AND(A324=inp_used_usersel,D324:R324=inp_used_nonvessel1,AB324:AV324=inp_used_nonvessel2,IF(B324=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D324:AV324=inp_used,A324=inp_used_usersel)","v":false}]
[20,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Gravity",false,{"$f":"AND(D325:G325=inp_used_minimal,A325=inp_used_usersel)","v":false},{"$f":"AND(A325=inp_used_usersel,D325:R325=inp_used_nonvessel1,AB325:AV325=inp_used_nonvessel2,IF(B325=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D325:AV325=inp_used,A325=inp_used_usersel)","v":false}]
[20,2,6,7.3650000000000002,"MGD",3.2,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Gravity",false,{"$f":"AND(D326:G326=inp_used_minimal,A326=inp_used_usersel)","v":false},{"$f":"AND(A326=inp_used_usersel,D326:R326=inp_used_nonvessel1,AB326:AV326=inp_used_nonvessel2,IF(B326=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D326:AV326=inp_used,A326=inp_used_usersel)","v":false}]
[20,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Gravity",false,{"$f":"AND(D327:G327=inp_used_minimal,A327=inp_used_usersel)","v":false},{"$f":"AND(A327=inp_used_usersel,D327:R327=inp_used_nonvessel1,AB327:AV327=inp_used_nonvessel2,IF(B327=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D327:AV327=inp_used,A327=inp_used_usersel)","v":false}]
[20,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","throwaway (radioactive)","carbon life value- months",24,null,null,null,"EBCT",30,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","holding tank","eductors","non-hazardous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Radon, Gravity",false,{"$f":"AND(D328:G328=inp_used_minimal,A328=inp_used_usersel)","v":false},{"$f":"AND(A328=inp_used_usersel,D328:R328=inp_used_nonvessel1,AB328:AV328=inp_used_nonvessel2,IF(B328=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D328:AV328=inp_used,A328=inp_used_usersel)","v":false}]
[21,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,{"$f":"IF(VLOOKUP(A329,contam_lookup,2,FALSE)=\"\",\"\",VLOOKUP(A329,contam_lookup,2,FALSE))&\", \"&IF(B329=1,\"Pressure\",\"Gravity\")","v":"UVAOP Quench (Add-on), Pressure"},false,{"$f":"AND(D329:G329=inp_used_minimal,A329=inp_used_usersel)","v":false},{"$f":"AND(A329=inp_used_usersel,D329:R329=inp_used_nonvessel1,AB329:AV329=inp_used_nonvessel2,IF(B329=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D329:AV329=inp_used,A329=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX329,AX337)","v":false},false]
[21,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Pressure",false,{"$f":"AND(D330:G330=inp_used_minimal,A330=inp_used_usersel)","v":false},{"$f":"AND(A330=inp_used_usersel,D330:R330=inp_used_nonvessel1,AB330:AV330=inp_used_nonvessel2,IF(B330=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D330:AV330=inp_used,A330=inp_used_usersel)","v":false},false,false]
[21,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Pressure",false,{"$f":"AND(D331:G331=inp_used_minimal,A331=inp_used_usersel)","v":false},{"$f":"AND(A331=inp_used_usersel,D331:R331=inp_used_nonvessel1,AB331:AV331=inp_used_nonvessel2,IF(B331=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D331:AV331=inp_used,A331=inp_used_usersel)","v":false},false,false]
[21,1,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Pressure",false,{"$f":"AND(D332:G332=inp_used_minimal,A332=inp_used_usersel)","v":false},{"$f":"AND(A332=inp_used_usersel,D332:R332=inp_used_nonvessel1,AB332:AV332=inp_used_nonvessel2,IF(B332=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D332:AV332=inp_used,A332=inp_used_usersel)","v":false},false,false]
[21,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Pressure",false,{"$f":"AND(D333:G333=inp_used_minimal,A333=inp_used_usersel)","v":false},{"$f":"AND(A333=inp_used_usersel,D333:R333=inp_used_nonvessel1,AB333:AV333=inp_used_nonvessel2,IF(B333=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D333:AV333=inp_used,A333=inp_used_usersel)","v":false},false,false]
[21,1,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Pressure",false,{"$f":"AND(D334:G334=inp_used_minimal,A334=inp_used_usersel)","v":false},{"$f":"AND(A334=inp_used_usersel,D334:R334=inp_used_nonvessel1,AB334:AV334=inp_used_nonvessel2,IF(B334=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D334:AV334=inp_used,A334=inp_used_usersel)","v":false},false,false]
[21,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Pressure",false,{"$f":"AND(D335:G335=inp_used_minimal,A335=inp_used_usersel)","v":false},{"$f":"AND(A335=inp_used_usersel,D335:R335=inp_used_nonvessel1,AB335:AV335=inp_used_nonvessel2,IF(B335=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D335:AV335=inp_used,A335=inp_used_usersel)","v":false},false,false]
[21,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,1,"yes",null,null,null,null,null,null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Pressure",false,{"$f":"AND(D336:G336=inp_used_minimal,A336=inp_used_usersel)","v":false},{"$f":"AND(A336=inp_used_usersel,D336:R336=inp_used_nonvessel1,AB336:AV336=inp_used_nonvessel2,IF(B336=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D336:AV336=inp_used,A336=inp_used_usersel)","v":false},false,false]
[21,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Gravity",false,{"$f":"AND(D337:G337=inp_used_minimal,A337=inp_used_usersel)","v":false},{"$f":"AND(A337=inp_used_usersel,D337:R337=inp_used_nonvessel1,AB337:AV337=inp_used_nonvessel2,IF(B337=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D337:AV337=inp_used,A337=inp_used_usersel)","v":false}]
[21,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Gravity",false,{"$f":"AND(D338:G338=inp_used_minimal,A338=inp_used_usersel)","v":false},{"$f":"AND(A338=inp_used_usersel,D338:R338=inp_used_nonvessel1,AB338:AV338=inp_used_nonvessel2,IF(B338=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D338:AV338=inp_used,A338=inp_used_usersel)","v":false}]
[21,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Gravity",false,{"$f":"AND(D339:G339=inp_used_minimal,A339=inp_used_usersel)","v":false},{"$f":"AND(A339=inp_used_usersel,D339:R339=inp_used_nonvessel1,AB339:AV339=inp_used_nonvessel2,IF(B339=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D339:AV339=inp_used,A339=inp_used_usersel)","v":false}]
[21,2,4,0.74,"MGD",0.251,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Gravity",false,{"$f":"AND(D340:G340=inp_used_minimal,A340=inp_used_usersel)","v":false},{"$f":"AND(A340=inp_used_usersel,D340:R340=inp_used_nonvessel1,AB340:AV340=inp_used_nonvessel2,IF(B340=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D340:AV340=inp_used,A340=inp_used_usersel)","v":false}]
[21,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Gravity",false,{"$f":"AND(D341:G341=inp_used_minimal,A341=inp_used_usersel)","v":false},{"$f":"AND(A341=inp_used_usersel,D341:R341=inp_used_nonvessel1,AB341:AV341=inp_used_nonvessel2,IF(B341=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D341:AV341=inp_used,A341=inp_used_usersel)","v":false}]
[21,2,6,7.3650000000000002,"MGD",3.2,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Gravity",false,{"$f":"AND(D342:G342=inp_used_minimal,A342=inp_used_usersel)","v":false},{"$f":"AND(A342=inp_used_usersel,D342:R342=inp_used_nonvessel1,AB342:AV342=inp_used_nonvessel2,IF(B342=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D342:AV342=inp_used,A342=inp_used_usersel)","v":false}]
[21,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Gravity",false,{"$f":"AND(D343:G343=inp_used_minimal,A343=inp_used_usersel)","v":false},{"$f":"AND(A343=inp_used_usersel,D343:R343=inp_used_nonvessel1,AB343:AV343=inp_used_nonvessel2,IF(B343=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D343:AV343=inp_used,A343=inp_used_usersel)","v":false}]
[21,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD","regeneration off-site (non-hazardous)","carbon life value- months",12,null,null,null,"EBCT",4,null,null,null,null,null,null,null,null,"yes",null,null,null,168,"POTW","none","manual transfer",null,0,0,"existing pumps","existing storage","fully automated",null,null,null,null,"add-on",null,null,null,null,null,null,"UVAOP Quench (Add-on), Gravity",false,{"$f":"AND(D344:G344=inp_used_minimal,A344=inp_used_usersel)","v":false},{"$f":"AND(A344=inp_used_usersel,D344:R344=inp_used_nonvessel1,AB344:AV344=inp_used_nonvessel2,IF(B344=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D344:AV344=inp_used,A344=inp_used_usersel)","v":false}]
[22,1,1,0.03,"MGD",7.0000000000000001E-3,"MGD",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,null,null,null,null,null,null,null,null,null,null,null,"Other, Pressure",false,{"$f":"AND(D345:G345=inp_used_minimal,A345=inp_used_usersel)","v":false},{"$f":"AND(A345=inp_used_usersel,D345:R345=inp_used_nonvessel1,AB345:AV345=inp_used_nonvessel2,IF(B345=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D345:AV345=inp_used,A345=inp_used_usersel)","v":false},{"$f":"CHOOSE(design_type,AX345,AX353)","v":false},false]
[22,1,2,0.124,"MGD",3.5000000000000003E-2,"MGD",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,null,null,null,null,null,null,null,null,null,null,null,"Other, Pressure",false,{"$f":"AND(D346:G346=inp_used_minimal,A346=inp_used_usersel)","v":false},{"$f":"AND(A346=inp_used_usersel,D346:R346=inp_used_nonvessel1,AB346:AV346=inp_used_nonvessel2,IF(B346=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D346:AV346=inp_used,A346=inp_used_usersel)","v":false},false,false]
[22,1,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, Pressure",false,{"$f":"AND(D347:G347=inp_used_minimal,A347=inp_used_usersel)","v":false},{"$f":"AND(A347=inp_used_usersel,D347:R347=inp_used_nonvessel1,AB347:AV347=inp_used_nonvessel2,IF(B347=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D347:AV347=inp_used,A347=inp_used_usersel)","v":false},false,false]
[22,1,4,0.74,"MGD",0.251,"MGD",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,null,null,null,null,null,null,null,null,null,null,null,"Other, Pressure",false,{"$f":"AND(D348:G348=inp_used_minimal,A348=inp_used_usersel)","v":false},{"$f":"AND(A348=inp_used_usersel,D348:R348=inp_used_nonvessel1,AB348:AV348=inp_used_nonvessel2,IF(B348=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D348:AV348=inp_used,A348=inp_used_usersel)","v":false},false,false]
[22,1,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, Pressure",false,{"$f":"AND(D349:G349=inp_used_minimal,A349=inp_used_usersel)","v":false},{"$f":"AND(A349=inp_used_usersel,D349:R349=inp_used_nonvessel1,AB349:AV349=inp_used_nonvessel2,IF(B349=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D349:AV349=inp_used,A349=inp_used_usersel)","v":false},false,false]
[22,1,6,7.3650000000000002,"MGD",3.2,"MGD",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,null,null,null,null,null,null,null,null,null,null,null,"Other, Pressure",false,{"$f":"AND(D350:G350=inp_used_minimal,A350=inp_used_usersel)","v":false},{"$f":"AND(A350=inp_used_usersel,D350:R350=inp_used_nonvessel1,AB350:AV350=inp_used_nonvessel2,IF(B350=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D350:AV350=inp_used,A350=inp_used_usersel)","v":false},false,false]
[22,1,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, Pressure",false,{"$f":"AND(D351:G351=inp_used_minimal,A351=inp_used_usersel)","v":false},{"$f":"AND(A351=inp_used_usersel,D351:R351=inp_used_nonvessel1,AB351:AV351=inp_used_nonvessel2,IF(B351=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D351:AV351=inp_used,A351=inp_used_usersel)","v":false},false,false]
[22,1,8,75.072000000000003,"MGD",37.536000000000001,"MGD",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,null,null,null,null,null,null,null,null,null,null,null,"Other, Pressure",false,{"$f":"AND(D352:G352=inp_used_minimal,A352=inp_used_usersel)","v":false},{"$f":"AND(A352=inp_used_usersel,D352:R352=inp_used_nonvessel1,AB352:AV352=inp_used_nonvessel2,IF(B352=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D352:AV352=inp_used,A352=inp_used_usersel)","v":false},false,false]
[22,2,1,0.03,"MGD",7.0000000000000001E-3,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, Gravity",false,{"$f":"AND(D353:G353=inp_used_minimal,A353=inp_used_usersel)","v":false},{"$f":"AND(A353=inp_used_usersel,D353:R353=inp_used_nonvessel1,AB353:AV353=inp_used_nonvessel2,IF(B353=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D353:AV353=inp_used,A353=inp_used_usersel)","v":false}]
[22,2,2,0.124,"MGD",3.5000000000000003E-2,"MGD",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,null,null,null,null,null,null,null,null,null,null,null,"Other, Gravity",false,{"$f":"AND(D354:G354=inp_used_minimal,A354=inp_used_usersel)","v":false},{"$f":"AND(A354=inp_used_usersel,D354:R354=inp_used_nonvessel1,AB354:AV354=inp_used_nonvessel2,IF(B354=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D354:AV354=inp_used,A354=inp_used_usersel)","v":false}]
[22,2,3,0.30499999999999999,"MGD",9.4E-2,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, Gravity",false,{"$f":"AND(D355:G355=inp_used_minimal,A355=inp_used_usersel)","v":false},{"$f":"AND(A355=inp_used_usersel,D355:R355=inp_used_nonvessel1,AB355:AV355=inp_used_nonvessel2,IF(B355=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D355:AV355=inp_used,A355=inp_used_usersel)","v":false}]
[22,2,4,0.74,"MGD",0.251,"MGD",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,null,null,null,null,null,null,null,null,null,null,null,"Other, Gravity",false,{"$f":"AND(D356:G356=inp_used_minimal,A356=inp_used_usersel)","v":false},{"$f":"AND(A356=inp_used_usersel,D356:R356=inp_used_nonvessel1,AB356:AV356=inp_used_nonvessel2,IF(B356=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D356:AV356=inp_used,A356=inp_used_usersel)","v":false}]
[22,2,5,2.1520000000000001,"MGD",0.81899999999999995,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, Gravity",false,{"$f":"AND(D357:G357=inp_used_minimal,A357=inp_used_usersel)","v":false},{"$f":"AND(A357=inp_used_usersel,D357:R357=inp_used_nonvessel1,AB357:AV357=inp_used_nonvessel2,IF(B357=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D357:AV357=inp_used,A357=inp_used_usersel)","v":false}]
[22,2,6,7.3650000000000002,"MGD",3.2,"MGD",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,null,null,null,null,null,null,null,null,null,null,null,"Other, Gravity",false,{"$f":"AND(D358:G358=inp_used_minimal,A358=inp_used_usersel)","v":false},{"$f":"AND(A358=inp_used_usersel,D358:R358=inp_used_nonvessel1,AB358:AV358=inp_used_nonvessel2,IF(B358=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D358:AV358=inp_used,A358=inp_used_usersel)","v":false}]
[22,2,7,22.614000000000001,"MGD",11.066000000000001,"MGD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other, Gravity",false,{"$f":"AND(D359:G359=inp_used_minimal,A359=inp_used_usersel)","v":false},{"$f":"AND(A359=inp_used_usersel,D359:R359=inp_used_nonvessel1,AB359:AV359=inp_used_nonvessel2,IF(B359=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D359:AV359=inp_used,A359=inp_used_usersel)","v":false}]
[22,2,8,75.072000000000003,"MGD",37.536000000000001,"MGD",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,null,null,null,null,null,null,null,null,null,null,null,"Other, Gravity",false,{"$f":"AND(D360:G360=inp_used_minimal,A360=inp_used_usersel)","v":false},{"$f":"AND(A360=inp_used_usersel,D360:R360=inp_used_nonvessel1,AB360:AV360=inp_used_nonvessel2,IF(B360=1,inp_used_pressure=inp_autosize_pressure,inp_used_gravity=inp_autosize_gravity))","v":false},{"$f":"AND(D360:AV360=inp_used,A360=inp_used_usersel)","v":false}]
[null,null,null,"inp_used_nonvessel1",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"inp_used_pressure",null,null,null,null,"inp_used_gravity"]
[{"$f":"IF(LEN(contam_type)=0,\"\",contam_type)","v":8},{"$f":"IF(LEN(design_type)=0,\"\",design_type)","v":1},"in use",{"$f":"IF(LEN(design_flow_I)=0,\"\",design_flow_I)","v":0.03},{"$f":"IF(LEN(df_units)=0,\"\",df_units)","v":"MGD"},{"$f":"IF(LEN(average_flow_I)=0,\"\",average_flow_I)","v":7.0000000000000001E-3},{"$f":"IF(LEN(af_units)=0,\"\",af_units)","v":"MGD"},{"$f":"IF(LEN(regen_type_I)=0,\"\",regen_type_I)","v":"regeneration off-site (non-hazardous)"},{"$f":"IF(LEN(freund_type_I)=0,\"\",freund_type_I)","v":"carbon life value- bed volumes"},{"$f":"IF(LEN(freund_1)=0,\"\",freund_1)","v":66600},{"$f":"IF(LEN(freund_2)=0,\"\",freund_2)","v":""},{"$f":"IF(LEN(C_0)=0,\"\",C_0)","v":""},{"$f":"IF(LEN(C_b)=0,\"\",C_b)","v":""},{"$f":"IF(LEN(EBCT_type_I)=0,\"\",EBCT_type_I)","v":"EBCT"},{"$f":"IF(LEN(EBCT_I)=0,\"\",EBCT_I)","v":7.5},{"$f":"IF(LEN(EBCT_O)=0,\"\",af_unitsEBCT_O)","v":""},{"$f":"IF(LEN(Kss)=0,\"\",Kss)","v":""},{"$f":"IF(LEN(Num_tanks_I)=0,\"\",Num_tanks_I)","v":1},{"$f":"IF(LEN(use_autosize)=0,\"\",use_autosize)","v":"yes"},{"$f":"IF(LEN(bed_depth)=0,\"\",bed_depth)","v":3.4},{"$f":"IF(LEN(tank_geom_I)=0,\"\",tank_geom_I)","v":"upright"},{"$f":"IF(LEN(comm_height_length)=0,\"\",comm_height_length)","v":6},{"$f":"IF(LEN(comm_diam)=0,\"\",comm_diam)","v":2},{"$f":"IF(LEN(use_autosizeA)=0,\"\",use_autosizeA)","v":""},{"$f":"IF(LEN(basin_width)=0,\"\",basin_width)","v":""},{"$f":"IF(LEN(basin_length)=0,\"\",basin_length)","v":""},{"$f":"IF(LEN(basin_op_depth)=0,\"\",basin_op_depth)","v":""},{"$f":"IF(LEN(back_interval_I)=0,\"\",back_interval_I)","v":168},{"$f":"IF(LEN(res_s2_opt_I)=0,\"\",res_s2_opt_I)","v":"POTW"},{"$f":"IF(LEN(res_s1_opt_I)=0,\"\",res_s1_opt_I)","v":"no holding tank"},{"$f":"IF(LEN(transfer_method_I)=0,\"\",transfer_method_I)","v":"manual transfer"},{"$f":"IF(LEN(solids_haz_I)=0,\"\",solids_haz_I)","v":""},{"$f":"IF(LEN(NRD_I)=0,\"\",NRD_I)","v":""},{"$f":"IF(LEN(lines_pump_I)=0,\"\",lines_pump_I)","v":0},{"$f":"IF(LEN(no_backwash_I)=0,\"\",no_backwash_I)","v":""},{"$f":"IF(LEN(no_back_tank_I)=0,\"\",no_back_tank_I)","v":""},{"$f":"IF(LEN(manual_I)=0,\"\",manual_I)","v":"fully automated"},{"$f":"IF(LEN(component_level_I)=0,\"\",component_level_I)","v":""},{"$f":"IF(LEN(include_buildings_I)=0,\"\",include_buildings_I)","v":""},{"$f":"IF(LEN(include_HVAC_I)=0,\"\",include_HVAC_I)","v":""},{"$f":"IF(LEN(include_land_I)=0,\"\",include_land_I)","v":""},{"$f":"IF(LEN(addon_I)=0,\"\",addon_I)","v":""},{"$f":"IF(LEN(retrofit_I)=0,\"\",retrofit_I)","v":""},{"$f":"IF(LEN(r_freund_type_I)=0,\"\",r_freund_type_I)","v":""},{"$f":"IF(LEN(r_freund_1)=0,\"\",r_freund_1)","v":""},{"$f":"IF(LEN(r_freund_2)=0,\"\",r_freund_2)","v":""},{"$f":"IF(LEN(r_C_0)=0,\"\",r_C_0)","v":""},{"$f":"IF(LEN(r_C_b)=0,\"\",r_C_b)","v":""},"<--current inputs"]
[null,null,null,0.03,"MGD",7.0000000000000001E-3,"MGD","regeneration off-site (non-hazardous)","carbon life value- bed volumes",66600,null,null,null,"EBCT",7.5,null,null,1,"yes",3.4,"upright",6,2,null,null,null,null,168,"POTW","no holding tank","manual transfer",null,null,0,null,null,"fully automated",null,null,null,null,null,null,null,null,null,null,null,"<--inputs used at last \"Generate Results\"",{"$f":"AND(D363:AV363=inp_used)","v":true}]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"inp_autosize_pressure",null,null,null,null,"inp_autosize_gravity"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IFERROR(comp_bed_depth,\"\")","v":3.4},{"$f":"IFERROR(comp_tank_geom,\"\")","v":"upright"},{"$f":"IF(U366=\"upright\",IFERROR(comp_vert_height,\"\"),IFERROR(comp_horiz_length,\"\"))","v":6},{"$f":"IF(U366=\"upright\",IFERROR(comp_vert_diam,\"\"),IFERROR(comp_horiz_diam,\"\"))","v":2},null,{"$f":"IFERROR(comp_length_width_a,\"\")","v":6},{"$f":"IFERROR(comp_length_width_a,\"\")","v":6},{"$f":"IFERROR(comp_bed_depth_a,\"\")","v":3}]

{"sheet":"AutoSize","index":19,"n_rows":182,"n_cols":6,"rows_kept":182,"cut":false,"hidden":false,"merged":[]}
["Autosize"]
["This sheet is used internally by the Auto Size macro to iteratively select the lowest capital cost design meeting engineering constraints. "]
["This sheet is used only if the Auto Size button is clicked.  Advanced users may adjust the automated sizing procedure following the guidance below."]
["Bold blue cells are copied to the input sheet"]
["Bold gold cells are inputs to the sizing procedure"]
[]
["PRESSURE VESSELS"]
[]
["Input Parameters"]
["design flow rate",null,{"$f":"design_flow_rate","v":20.833333333333332},"gpm"]
["Vessels per line",null,{"$f":"Num_tanks","v":1}]
["EBCT per line",null,{"$f":"EBCT","v":7.5},"min"]
["EBCT per vessel",null,{"$f":"EBCT_tank","v":7.5},"min"]
["Total Vessel Media Volume","comp_vol_required_stg1",{"$f":"IF(EBCT_tank=\"-\",0,design_flow_rate*EBCT_tank/7.48)","v":20.889037433155078},"ft^3","volume of media in first-stage vessels"]
["Round surface area?","comp_round_sa",0,null,"<--Enter 1 to design for rounding on vessel design sheet, 0 otherwise"]
["minimum surface area","comp_sa_min",{"$f":"design_flow_rate/load_max","v":2.083333333333333},"ft^2","to reach maximum loading rate"]
["maximum surface area","comp_sa_max",{"$f":"design_flow_rate/load_min","v":41.666666666666664},"ft^2","to reach minimum loading rate"]
["required dry volume","comp_vol_required",{"$f":"design_flow_rate*EBCT/7.481","v":20.886245154391126},"ft^3","volume of media in all vessels"]
[]
["Vertical design search"]
["max media volume, vertical vessel","comp_vert_max_media",{"$f":"(comp_max_vert_diam/2-Vessel_thickness)*(comp_max_vert_diam/2-Vessel_thickness)*PI()*comp_max_vert_bed_depth","v":166.89710972195778},"ft^3","based on guidance and CDAs for max dimensions"]
["max surface area, vertical vessel","comp_vert_max_sa",{"$f":"IF(max_diam=\"-\",0,(max_diam/2-Vessel_thickness)*(max_diam/2-Vessel_thickness)*PI())","v":153.93804002589985},"ft^2","based on max_diam CDA"]
["target bed depth","comp_target_bed_depth_vert",{"$f":"IF(design_flow_I<=0.1,target_bed_depth_under,target_bed_depth_over)","v":4},"ft","based on target_load CDA"]
["total vessel surface area","comp_sa_required_vert",{"$f":"comp_vol_required_stg1/comp_target_bed_depth_vert","v":5.2222593582887695},"ft^2","based upon  media volume and bed depth"]
["min number of lines, vertical vessels:",null,null,null,"below this number of lines, we are constrained to horizontal vessels"]
["based on surface area from max load",null,{"$f":"IF(comp_vert_max_sa=0,0,comp_sa_min/comp_vert_max_sa)","v":1.3533583596249604E-2}]
["based on surface area from bed depth",null,{"$f":"IF(comp_vert_max_sa=0,0,comp_sa_required_vert/comp_vert_max_sa)","v":3.3924424121614984E-2}]
["based on media volume",null,{"$f":"comp_vol_required_stg1/comp_vert_max_media","v":0.12516116946515832}]
["min number of lines","comp_vert_min_number",{"$f":"MAX(C26:C28)","v":0.12516116946515832},null,"strictest of the above minima"]
[]
["Horizontal design search"]
["max total vessel volume","comp_max_vol",{"$f":"MAX(comp_pv_max_sizes)","v":27101},"gal","max pressure vessel volume in cl.xls"]
["vessel diameter at max volume",null,{"$f":"comp_max_horiz_diam","v":14},"ft"]
["vessel length at max volume","comp_max_vol_length",{"$f":"ROUND(comp_max_vol/7.48/(PI()*comp_max_horiz_diam*comp_max_horiz_diam/4),0)","v":24},"ft","rounded to reflect the length we will actually use on the input sheet"]
["max vessel surface area","comp_max_horiz_sa",{"$f":"IF(comp_round_sa=1,ROUNDUP((comp_max_horiz_diam-2*Vessel_thickness)*comp_max_vol_length,0),(comp_max_horiz_diam-2*Vessel_thickness)*comp_max_vol_length)","v":336},"ft^2","rounded only if the vessel design sheet is rounding"]
["target bed depth","comp_target_bed_depth_horiz",{"$f":"target_bed_depth_horiz","v":8},"ft","based on target_load CDA"]
["total vessel surface area","comp_sa_required_horiz",{"$f":"comp_vol_required_stg1/comp_target_bed_depth_horiz","v":2.6111296791443848},"ft^2","based upon  media volume and bed depth"]
["Void space required for max-sized horizontal vessels:"]
["For freeboard",null,{"$f":"comp_max_vol_length*(comp_max_horiz_diam*comp_max_horiz_diam/2*ASIN(SQRT(free_board/comp_max_horiz_diam))-(comp_max_horiz_diam/2-free_board)*SQRT((comp_max_horiz_diam-free_board)*free_board))","v":41.875530099772533},"ft^3","volume of a horizontal slice of a cylinder"]
["For underdrain",null,{"$f":"comp_max_vol_length*(comp_max_horiz_diam*comp_max_horiz_diam/2*ASIN(SQRT(horiz_underdrain/comp_max_horiz_diam))-(comp_max_horiz_diam/2-horiz_underdrain)*SQRT((comp_max_horiz_diam-horiz_underdrain)*horiz_underdrain))","v":212.75213463857958},"ft^3"]
["Total","comp_horiz_void_required",{"$f":"SUM(C39:C40)","v":254.62766473835211},"ft^3","total of the two void volumes above"]
["max media volume","comp_horiz_max_media",{"$f":"(comp_max_vol/7.481-comp_horiz_void_required)/(1+bed_expansion)","v":2245.3442445388218},"ft^3","remaining volume in a max-size pressure vessel, minus bed expansion"]
["min number of lines, horizontal vessels:"]
["based on surface area from max load",null,{"$f":"comp_sa_min/comp_max_horiz_sa","v":6.2003968253968242E-3}]
["based on surface area from bed depth",null,{"$f":"comp_sa_required_horiz/comp_max_horiz_sa","v":7.7712192831678115E-3}]
["based on media volume",null,{"$f":"comp_vol_required_stg1/comp_horiz_max_media","v":9.3032671867406876E-3}]
["min number of lines, horizontal vessels","comp_horiz_min_number",{"$f":"MAX(C44:C46)","v":9.3032671867406876E-3},null,"strictest of the above minima"]
[]
[]
["extra number to test for min cost","comp_nlines_extra_search",5,null,"we will search the number of lines until we find a minumum cost, then go this much farther to make sure we aren't in a local minimum"]
["target number of lines","comp_in_nlines",2,null,"the autosize_opt macro varies this number automatically as a search parameter.  Not user adjustable."]
[]
["Inputs"]
["for all vessels"]
["vessel geometry","comp_tank_geom",{"$f":"IF(comp_in_nlines>=comp_vert_min_number,\"upright\",\"horizontal\")","v":"upright"},null,"we switch to horizontal vessels when the desired number of max-size vertical vessels can't handle the design flow"]
[]
["dimensions for vertical vessels"]
["target diameter","comp_vert_diam",{"$f":"2*(SQRT(comp_sa_required_vert/comp_in_nlines/PI())+Vessel_thickness)","v":1.8233468029747573},"ft",{"$f":"IF(C58<comp_min_vert_diam,comp_min_vert_diam,IF(C58>comp_max_vert_diam,comp_max_vert_diam,ROUNDUP(2*C58,0)/2))","v":2},"actual diameter"]
["available surface area, one vessel",null,{"$f":"(comp_vert_diam-2*Vessel_thickness)*(comp_vert_diam-2*Vessel_thickness)*PI()/4","v":3.1415926535897931},"ft^2"]
["available surface area, all vessels",null,{"$f":"comp_in_nlines*C59","v":6.2831853071795862},"ft^2"]
["bed depth","comp_vert_bed_depth",{"$f":"comp_vol_required/Num_tanks/IF(comp_round_sa=1,ROUND(C59,0)*comp_in_nlines,C60)","v":3.3241491589504943},"ft",{"$f":"IF(comp_min_vert_bed_depth<=comp_max_vert_bed_depth,IF(C61<comp_min_vert_bed_depth, comp_min_vert_bed_depth, IF(C61>comp_max_vert_bed_depth, comp_max_vert_bed_depth, ROUNDUP(C61,1))),-1)","v":3.4},"actual bed depth"]
["target height","comp_vert_height",{"$f":"(1+bed_expansion)*comp_vert_bed_depth+free_board","v":5.6},"ft",{"$f":"IF(comp_min_vert_height>comp_max_vert_height,-1,IF(C62>comp_max_vert_height,comp_max_vert_height,IF(C62<comp_min_vert_height,comp_min_vert_height,ROUNDUP(2*C62,0)/2)))","v":6},"actual height"]
[]
["dimensions for horizontal vessels"]
["assumed void volume per length","comp_horiz_void_area",{"$f":"comp_horiz_void_required/comp_max_vol_length","v":10.609486030764671},"ft^2"]
["target bed depth after expansion","comp_horiz_expanded_bd",{"$f":"comp_target_bed_depth_horiz*(1+bed_expansion)","v":12},"ft"]
["target diameter","comp_horiz_diam",{"$f":"(comp_horiz_expanded_bd+SQRT(comp_horiz_expanded_bd*comp_horiz_expanded_bd+PI()*comp_horiz_void_area))/(PI()/2)","v":16.117020588064722},"ft",{"$f":"IF(comp_min_horiz_diam<=comp_max_horiz_diam,IF(C67<comp_min_horiz_diam,comp_min_horiz_diam,IF(C67>comp_max_horiz_diam,comp_max_horiz_diam,ROUNDUP(2*C67,0)/2)),-1)","v":14},"actual diameter"]
["old target diameter",null,{"$f":"SQRT(comp_sa_required_horiz/comp_in_nlines/length_diam_ratio)","v":0.72265201572325044},"ft"]
["target length","comp_horiz_length",{"$f":"comp_sa_required_horiz/(comp_horiz_diam-2*Vessel_thickness)/comp_in_nlines","v":9.3254631398013738E-2},"ft",{"$f":"IF(comp_min_horiz_length<=comp_max_horiz_length,IF(C69<comp_min_horiz_length,comp_min_horiz_length,IF(C69>comp_max_horiz_length,comp_max_horiz_length,ROUNDUP(C69,0))),-1)","v":20},"actual length"]
["available surface area, all vessels",null,{"$f":"comp_in_nlines*(comp_horiz_diam-2*Vessel_thickness)*comp_horiz_length","v":560},"ft^2"]
["bed depth","comp_horiz_bed_depth",{"$f":"comp_vol_required/Num_tanks/IF(comp_round_sa=1,ROUND(C70,0),C70)","v":3.7296866347127013E-2},"ft",{"$f":"IF(comp_min_horiz_bed_depth<=comp_max_horiz_bed_depth,IF(C71<comp_min_horiz_bed_depth, comp_min_horiz_bed_depth, IF(C71>comp_max_horiz_bed_depth, comp_max_horiz_bed_depth, ROUNDUP(C71,1))),-1)","v":2},"actual bed depth"]
[]
["for all vessels"]
["bed depth for chosen geometry","comp_bed_depth",{"$f":"IF(comp_tank_geom=\"upright\",comp_vert_bed_depth,IF(comp_tank_geom=\"horizontal\",comp_horiz_bed_depth,-1))","v":3.4},"ft"]
[]
["Constraints"]
[" -vessel surface area"]
["min","comp_min_sa_vessel",{"$f":"comp_sa_min/comp_in_nlines","v":1.0416666666666665},"ft^2","based on max load, design flow, and target number of lines"]
["max","comp_max_sa_vessel",{"$f":"comp_sa_max/comp_in_nlines","v":20.833333333333332},"ft^2","based on mIN load, design flow, and target number of lines"]
[]
[" - vertical vessel height"]
["min","comp_min_vert_height",{"$f":"VLOOKUP(comp_vert_diam,vessel_size_table_cl,2)","v":3.5},"ft","from reasonable-dimensions table"]
["max",null,{"$f":"VLOOKUP(comp_vert_diam,vessel_size_table_cl,3)","v":7.5},"ft","from reasonable-dimensions table"]
["max",null,{"$f":"max_height","v":14},"ft","from max_height CDA"]
["max","comp_max_vert_height",{"$f":"MIN(C83:C84)","v":7.5},"ft","strictest of the above two maxima"]
[]
[" - vertical vessel diameter"]
["min",null,{"$f":"2*(SQRT(comp_vol_required/Num_tanks/PI()/comp_max_vert_bed_depth/comp_in_nlines)+Vessel_thickness)","v":1.2507219861203922},"ft","min diam to avoid bed depth becoming too deep, given required volume"]
["min",null,{"$f":"2*(SQRT(comp_min_sa_vessel/PI())+Vessel_thickness)","v":1.1516471649044515},"ft","from min surface area"]
["min",null,{"$f":"min_diam","v":1.5},"ft","from reasonable-dimensions table"]
["min","comp_min_vert_diam",{"$f":"ROUNDUP(2*MAX(C88:C90),0)/2","v":1.5},"ft","strictest minimum of the above, rounded"]
["max",null,{"$f":"max_diam","v":14},"ft","max_diam CDA"]
["max",null,{"$f":"2*(SQRT(comp_max_sa_vessel/PI())+Vessel_thickness)","v":5.1503226936425275},"ft","from max surface area"]
["max",null,{"$f":"max_diam","v":14},"ft","from reasonable-dimensions table"]
["max","comp_max_vert_diam",{"$f":"MAX(0.5,ROUNDDOWN(2*MIN(C92:C94),0)/2)","v":5},"ft","strictest maximum of the above, rounded"]
[]
[" - vertical bed depth"]
["min",null,{"$f":"IF(comp_round_sa=1,comp_vol_required/Num_tanks/C60,0)","v":0},"ft","ensures that bed depth is sufficient to pass diameter check on vessel design sheet"]
["min",null,{"$f":"min_bed_depth","v":2},"ft","from guidance on input sheet"]
["min","comp_min_vert_bed_depth",{"$f":"ROUNDUP(MAX(C98:C99),1)","v":2},"ft","strictest minimum of the above, rounded"]
["max",null,{"$f":"(max_height-free_board)/(1+bed_expansion)","v":9},"ft","max bed depth for max_height, given freeboard and bed expansion"]
["max",null,{"$f":"max_bed_depth","v":8.5},"ft","from guidance on input sheet"]
["max","comp_max_vert_bed_depth",{"$f":"ROUNDDOWN(MIN(C101:C102),1)","v":8.5},"ft","strictest max of the above, rounded"]
[]
[" -horizontal vessel diameter"]
["min","comp_min_horiz_diam",8,"ft","from guidance provided by Bob Dvorin, 5/16/05"]
["max",null,{"$f":"max_height","v":14},"ft","from max_height CDA"]
["max",null,{"$f":"max_diam","v":14},"ft","from max_diam CDA"]
["max","comp_max_horiz_diam",{"$f":"ROUNDDOWN(MIN(C107:C108),1)","v":14},"ft","strictest maximum of the above"]
[]
[" - horizontal vessel length"]
["min",null,{"$f":"comp_min_sa_vessel/(comp_horiz_diam-2*Vessel_thickness)","v":7.440476190476189E-2},"ft","from max load and actual diameter"]
["min",null,20,"ft"]
["min","comp_min_horiz_length",{"$f":"ROUNDUP(MAX(C112:C113),0)","v":20},"ft","strictest min of the above, rounded"]
["max",null,{"$f":"max_length","v":53},"ft","max_length CDA"]
["max",null,{"$f":"comp_max_vol/(comp_horiz_diam*comp_horiz_diam*PI()/4)/7.48","v":23.536276943869126},"ft","max volume combined with actual diameter"]
["max","comp_max_horiz_length",{"$f":"ROUNDDOWN(MIN(C115:C116),0)","v":23},"ft","strictest max of the above, rounded"]
[]
[" - horizontal bed depth"]
["min",null,{"$f":"IF(comp_round_sa=1,comp_vol_required/Num_tanks/C70,0)","v":0},"ft","ensures that bed depth is sufficient for required volume of medium"]
["min",null,{"$f":"min_bed_depth","v":2},"ft","from media constraint table"]
["min","comp_min_horiz_bed_depth",{"$f":"ROUNDUP(MAX(C120:C121),1)","v":2},"ft","strictest min of the above, rounded"]
["max",null,{"$f":"(MIN(max_height,max_diam)-free_board)/(1+bed_expansion)","v":9},"ft","max bed depth for max_height or max_diam, given freeboard and bed expansion"]
["max",null,{"$f":"max_bed_depth","v":8.5},"ft","from media constraint table"]
["max","comp_max_horiz_bed_depth",{"$f":"ROUNDDOWN(MIN(C123:C124),1)","v":8.5},"ft","strictest max of the above, rounded"]
[]
["Results"]
["Success?","comp_out_success",true,null,"set by the autosize algorithm; TRUE if it finds a valid size, FALSE otherwise"]
[]
["GRAVITY CONTACTORS"]
[]
["Input Parameters"]
["design flow rate",null,{"$f":"design_flow_rate","v":20.833333333333332},"gpm"]
["EBCT",null,{"$f":"EBCT","v":7.5},"min"]
["Round surface area?","comp_round_sa_a",0,null,"<--Enter 1 to design for rounding on vessel design sheet, 0 otherwise"]
["required dry volume","comp_vol_required_a",{"$f":"design_flow_rate*EBCT/7.481","v":20.886245154391126},"ft^3","volume of media in all vessels"]
[]
["Design search"]
["max media volume","comp_vert_max_media_a",{"$f":"comp_max_bed_depth_a*comp_max_length_a*comp_max_width_a","v":9000},"ft^3","based on guidance and CDAs for max dimensions"]
["minimum surface area","comp_sa_min_a",{"$f":"design_flow_rate/load_max","v":2.083333333333333},"ft^2","to reach maximum loading rate"]
["maximum surface area","comp_sa_max_a",{"$f":"design_flow_rate/load_min","v":41.666666666666664},"ft^2","to reach minimum loading rate"]
["target bed depth","comp_target_bed_depth_vert_a",{"$f":"IF(design_flow<=1,IF(VLOOKUP(contam_type,contam_lookup,2,FALSE)=\"UVAOP Quench (Add-on)\",target_bed_depth_under_g_UVAOP,target_bed_depth_under_g),IF(VLOOKUP(contam_type,contam_lookup,2,FALSE)=\"UVAOP Quench (Add-on)\",target_bed_depth_over_g_UVAOP,target_bed_depth_over_g))","v":6},"ft","based on Target Bed Depth CDA"]
["total vessel surface area","comp_sa_required_vert_a",{"$f":"comp_vol_required_a/comp_target_bed_depth_vert_a","v":3.4810408590651876},"ft^2","based upon  media volume and bed depth"]
["min number of lines:",null,null,null,"below this number of lines, we are constrained to horizontal vessels"]
["based on surface area from max load",null,{"$f":"comp_min_sa_a/comp_sa_max_a","v":4.9999999999999996E-2}]
["based on surface area from bed depth",null,{"$f":"comp_sa_required_vert_a/comp_sa_max_a","v":8.3544980617564504E-2}]
["based on media volume",null,{"$f":"comp_vol_required_a/comp_vert_max_media_a","v":2.3206939060434586E-3}]
["min number of lines","comp_vert_min_number_a",{"$f":"MAX(C145:C147)","v":8.3544980617564504E-2},null,"strictest of the above minima"]
[]
[]
["extra number to test for min cost","comp_nlines_extra_search_a",5,null,"we will search the number of lines until we find a minumum cost, then go this much farther to make sure we aren't in a local minimum"]
["target number of lines","comp_in_nlines_a",1,null,"the autosize_opt macro varies this number automatically as a search parameter.  Not user adjustable."]
[]
["Inputs"]
[]
["dimensions for vertical vessels"]
["target side length","comp_length_width_a",{"$f":"SQRT(comp_sa_required_vert_a/comp_in_nlines_a)","v":1.8657547692730649},"ft",{"$f":"IF(C157<comp_min_length_a,comp_min_length_a,IF(C157>comp_max_length_a,comp_max_length_a,ROUNDUP(2*C157,0)/2))","v":6}]
["available surface area, one vessel",null,{"$f":"comp_length_width_a^2","v":36},"ft^2"]
["available surface area, all vessels",null,{"$f":"comp_in_nlines_a*C158","v":36},"ft^2"]
["bed depth","comp_bed_depth_a",{"$f":"comp_vol_required_a/Num_tanks/IF(comp_round_sa_a=1,ROUND(C158,0)*comp_in_nlines_a,C159)","v":0.58017347651086459},"ft",{"$f":"IF(comp_min_bed_depth_a<=comp_max_bed_depth_a,IF(C160<comp_min_bed_depth_a, ROUNDUP(comp_min_bed_depth_a,1), IF(C160>comp_max_bed_depth_a, comp_max_bed_depth_a, ROUNDUP(C160,1))),-1)","v":3}]
[]
["Size Constraints"]
[" - bed depth"]
["min",null,{"$f":"min_depth","v":3},"ft","from min_depth CDA"]
["min",null,{"$f":"design_flow_rate*EBCT/(comp_in_nlines_a*max_length_g*max_width)/7.48","v":2.321004159239453E-2},"ft","assuming max-size contactor and number of contactors above, min depth for sufficient media volume"]
["min","comp_min_bed_depth_a",{"$f":"MAX(C164:C165)","v":3},"ft","strictest minimum of the above, rounded"]
["max","comp_max_bed_depth_a",{"$f":"max_depth","v":10},"ft","from max_depth CDA"]
[]
[" - surface area"]
["min","comp_min_sa_a",{"$f":"design_flow_rate/comp_in_nlines_a/load_max","v":2.083333333333333},"ft^2","from loading: based on design flow per target line, max loading"]
["max","comp_max_sa_a",{"$f":"design_flow_rate/comp_in_nlines_a/load_min","v":41.666666666666664},"ft^2","from loading: based on design flow per target line, min loading"]
[]
[" - contactor length"]
["min","comp_min_length_a",{"$f":"min_length_g","v":6},"ft","from min_length CDA"]
["max","comp_max_length_a",{"$f":"max_length_g","v":30},"ft","from max_length CDA"]
[]
[" - contactor width"]
["min","comp_min_width_a",{"$f":"min_width","v":6},"ft","from min_width CDA"]
["max","comp_max_width_a",{"$f":"max_width","v":30},"ft","from max_width CDA"]
[]
["Results"]
["Success?","comp_out_success_a",true,null,"set by the autosize algorithm; TRUE if it finds a valid size, FALSE otherwise"]

{"sheet":"Cost Equations","index":20,"n_rows":237,"n_cols":17,"rows_kept":237,"cut":false,"hidden":false,"merged":[]}
["Cost Equations"]
["This sheet is used internally to calculate component costs using the cost equations method; see model documentation for more details on the development of cost equations"]
[]
["Component",null,"Result","Variable",null,2,3,4,5,6,7,8,9,10,11,15,16]
["Contactors"]
["Pressure Vessels"]
["Stainless Steel","ss_pv_eq",{"$f":"IF(D7=0,0,IF(OR(D7>P7,D7<Q7),\"contact vendor\",F7*D7^G7+H7*LN(D7)+I7+J7*EXP(K7*D7)+L7*D7^3+M7*D7^2+N7*D7+O7))","v":32375.236253387844},{"$f":"comm_vol_gal","v":140.99467829310993},"ss_pv_eq",{"$f":"VLOOKUP($E7,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,4.0000000000000001E-8,-1.6522430000000001E-3,26.487093706,28673.43064482,27101,0]
["Carbon Steel - Stainless Internals","cs_pv_eq",{"$f":"IF(D8=0,0,IF(OR(D8>P8,D8<Q8),\"contact vendor\",F8*D8^G8+H8*LN(D8)+I8+J8*EXP(K8*D8)+L8*D8^3+M8*D8^2+N8*D8+O8))","v":15513.883773840156},{"$f":"comm_vol_gal","v":140.99467829310993},"cs_pv_eq",1596.499332614,0.45949680900000001,0,0,0,0,0,0,0,0,27101,0]
["Carbon Steel - Plastic Internals","csp_pv_eq",14596.986665523484,{"$f":"comm_vol_gal","v":140.99467829310993},"csp_pv_eq",1798.6988144679999,0.42308934100000001,0,0,0,0,0,0,0,0,27101,0]
["Fiberglass","fg_pv_eq",2969.6010543540829,{"$f":"comm_vol_gal","v":140.99467829310993},"fg_pv_eq",0,0,0,0,0,0,0,2.2354919999999999E-3,18.79231828,275.54372241900001,901,0]
["GAC Contact Basins"]
["Concrete","no equation"]
["Internals (1st cell underdrain)",null,{"$f":"IF(D13=0,0,IF(OR(D13>P13,D13<Q13),\"contact vendor\",F13*D13^G13+H13*LN(D13)+I13+J13*EXP(K13*D13)+L13*D13^3+M13*D13^2+N13*D13+O13))","v":"contact vendor"},{"$f":"basin_area","v":"-"},"cont_bot_eq",{"$f":"VLOOKUP($E13,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,-5.6289999999999998E-6,1.3916018E-2,52.090398698000001,47002.723866152999,1001,0]
["Internals (add cell underdrain)",null,"contact vendor",{"$f":"basin_area","v":"-"},"cont_bot_add_eq",0,0,0,0,0,0,2.5666000000000001E-5,-3.1620271999999998E-2,66.758900197000003,1888.9601026519999,1001,0]
["Internals (backwash dist)",null,0,{"$f":"basin_length","v":0},"cont_top_eq",0,0,0,0,33696.395725932998,5.9381778000000003E-2,0,0,0,0,31,0]
["Internals (total)","cont_int_eq",{"$f":"IF(total_num_basins=0,0,IF(OR(C13=\"contact vendor\",C14=\"contact vendor\",C15=\"contact vendor\"),\"contact vendor\",C13+(total_num_basins-1)*C14+total_num_basins*C15))","v":0}]
["Aluminum Railing","no equation"]
["Aluminum Stairs","no equation"]
["Excavation","no equation"]
["Backfill and Compaction","no equation"]
["Tanks"]
["Backwash Basin/Tanks"]
["Concrete Basins","no equation"]
["Steel","st_bwt_eq",{"$f":"IF(D24=0,0,IF(OR(D24>P24,D24<Q24),\"contact vendor\",F24*D24^G24+H24*LN(D24)+I24+J24*EXP(K24*D24)+L24*D24^3+M24*D24^2+N24*D24+O24))","v":0},{"$f":"back_tank_vol","v":0},"st_bwt_eq",{"$f":"VLOOKUP($E24,eq_table_cl,F$4,FALSE)","v":308.93713092600001},0.50146757099999995,0,0,0,0,0,0,0,0,289001,0]
["Fiberglass","fg_bwt_eq",0,{"$f":"back_tank_vol","v":0},"fg_bwt_eq",135.281859973,0.66222618499999997,0,0,0,0,0,0,0,0,20001,0]
["Plastic/HDPE","hdpe_bwt_eq",0,{"$f":"back_tank_vol","v":0},"hdpe_bwt_eq",0,0,0,0,0,0,3E-9,-4.4866E-5,2.0973282219999998,434.23312942000001,16502,0]
["Residuals Holding Tanks"]
["Steel Tanks","st_ht_eq",{"$f":"IF(D28=0,0,IF(OR(D28>P28,D28<Q28),\"contact vendor\",F28*D28^G28+H28*LN(D28)+I28+J28*EXP(K28*D28)+L28*D28^3+M28*D28^2+N28*D28+O28))","v":0},{"$f":"htank_vol","v":0},"st_bwt_eq",{"$f":"VLOOKUP($E28,eq_table_cl,F$4,FALSE)","v":308.93713092600001},0.50146757099999995,0,0,0,0,0,0,0,0,289001,0]
["Fiberglass Tanks","fg_ht_eq",0,{"$f":"htank_vol","v":0},"fg_bwt_eq",135.281859973,0.66222618499999997,0,0,0,0,0,0,0,0,20001,0]
["Plastic/HDPE Tanks","hdpe_ht_eq",0,{"$f":"htank_vol","v":0},"hdpe_bwt_eq",0,0,0,0,0,0,3E-9,-4.4866E-5,2.0973282219999998,434.23312942000001,16502,0]
["Ferric Chloride Storage Tanks"]
["Plastic/XLPE","pl_coag_st_eq",{"$f":"IF(D32=0,0,IF(OR(D32>P32,D32<Q32),\"contact vendor\",F32*D32^G32+H32*LN(D32)+I32+J32*EXP(K32*D32)+L32*D32^3+M32*D32^2+N32*D32+O32))","v":0},{"$f":"coag_tank_vol","v":0},"pl_cst_eq",{"$f":"VLOOKUP($E32,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0,1.89841E-4,1.125069329,710.83996240299996,6601,0]
["Fiberglass","fg_coag_st_eq",{"$f":"IF(D33=0,0,IF(OR(D33>P33,D33<Q33),\"contact vendor\",F33*D33^G33+H33*LN(D33)+I33+J33*EXP(K33*D33)+L33*D33^3+M33*D33^2+N33*D33+O33))","v":0},{"$f":"coag_tank_vol","v":0},"fg_cst_eq",259.35532937099998,0.55137656199999996,0,0,0,0,0,0,0,0,30001,0]
["Polymer Storage Tanks"]
["Plastic/XLPE","pl_polymer_st_eq",{"$f":"IF(D35=0,0,IF(OR(D35>P35,D35<Q35),\"contact vendor\",F35*D35^G35+H35*LN(D35)+I35+J35*EXP(K35*D35)+L35*D35^3+M35*D35^2+N35*D35+O35))","v":0},{"$f":"polymer_tank_vol","v":0},"pl_cst_eq",{"$f":"VLOOKUP($E35,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0,1.89841E-4,1.125069329,710.83996240299996,6601,0]
["Fiberglass","fg_polymer_st_eq",{"$f":"IF(D36=0,0,IF(OR(D36>P36,D36<Q36),\"contact vendor\",F36*D36^G36+H36*LN(D36)+I36+J36*EXP(K36*D36)+L36*D36^3+M36*D36^2+N36*D36+O36))","v":0},{"$f":"polymer_tank_vol","v":0},"fg_cst_eq",259.35532937099998,0.55137656199999996,0,0,0,0,0,0,0,0,30001,0]
["Stainless Steel","ss_polymer_st_eq",{"$f":"IF(D37=0,0,IF(OR(D37>P37,D37<Q37),\"contact vendor\",F37*D37^G37+H37*LN(D37)+I37+J37*EXP(K37*D37)+L37*D37^3+M37*D37^2+N37*D37+O37))","v":0},{"$f":"polymer_tank_vol","v":0},"ss_cst_eq",57.021589231,0.72932539100000005,0,0,0,0,0,0,0,0,30001,0]
["Piping"]
["Process Piping"]
["Ductile Iron","di_pipe_eq_proc",{"$f":"IF(D40=0,0,IF(OR(D40>P40,D40<Q40),\"contact vendor\",F40*D40^G40+H40*LN(D40)+I40+J40*EXP(K40*D40)+L40*D40^3+M40*D40^2+N40*D40+O40))","v":"contact vendor"},{"$f":"proc_pipe_diam","v":1.5},"di_pipe_eq",{"$f":"VLOOKUP($E40,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,1.3009082E-2,-0.63853567099999997,18.152542467,11.056607186999999,48.1,4]
["CPVC","cpvc_pipe_eq_proc",7.0133117284999997,{"$f":"proc_pipe_diam","v":1.5},"cpvc_pipe_eq",0,0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,18.100000000000001,0]
["PVC","pvc_pipe_eq_proc",2.8476762667499997,{"$f":"proc_pipe_diam","v":1.5},"pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,48.1,0]
["Stainless Steel","ss_pipe_eq_proc",70.275248902124986,{"$f":"proc_pipe_diam","v":1.5},"ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,48.1,0]
["Steel","st_pipe_eq_proc",30.206561511164892,{"$f":"proc_pipe_diam","v":1.5},"st_pipe_eq",20.769417377,0.92382198999999998,0,0,0,0,0,0,0,0,48.1,0]
["Backwash Piping"]
["CPVC","cpvc_pipe_eq_back",{"$f":"IF(D46=0,0,IF(OR(D46>P46,D46<Q46),\"contact vendor\",F46*D46^G46+H46*LN(D46)+I46+J46*EXP(K46*D46)+L46*D46^3+M46*D46^2+N46*D46+O46))","v":9.8008834200000017},{"$f":"back_pipe_diam","v":2},"cpvc_pipe_eq",{"$f":"VLOOKUP($E46,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,18.100000000000001,0]
["PVC","pvc_pipe_eq_back",3.418102201,{"$f":"back_pipe_diam","v":2},"pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,48.1,0]
["Stainless Steel","ss_pipe_eq_back",95.441199361000002,{"$f":"back_pipe_diam","v":2},"ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,48.1,0]
["Steel","st_pipe_eq_back",39.402378953941181,{"$f":"back_pipe_diam","v":2},"st_pipe_eq",20.769417377,0.92382198999999998,0,0,0,0,0,0,0,0,48.1,0]
["Influent and Treated Water Piping"]
["Ductile Iron","di_pipe_eq_in_out",{"$f":"IF(D51=0,0,IF(OR(D51>P51,D51<Q51),\"contact vendor\",F51*D51^G51+H51*LN(D51)+I51+J51*EXP(K51*D51)+L51*D51^3+M51*D51^2+N51*D51+O51))","v":"contact vendor"},{"$f":"in_out_pipe_diam","v":1.5},"di_pipe_eq",{"$f":"VLOOKUP($E51,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,1.3009082E-2,-0.63853567099999997,18.152542467,11.056607186999999,48.1,4]
["CPVC","cpvc_pipe_eq_in_out",7.0133117284999997,{"$f":"in_out_pipe_diam","v":1.5},"cpvc_pipe_eq",0,0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,18.100000000000001,0]
["PVC","pvc_pipe_eq_in_out",2.8476762667499997,{"$f":"in_out_pipe_diam","v":1.5},"pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,48.1,0]
["Stainless Steel","ss_pipe_eq_in_out",70.275248902124986,{"$f":"in_out_pipe_diam","v":1.5},"ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,48.1,0]
["Steel","st_pipe_eq_in_out",30.206561511164892,{"$f":"in_out_pipe_diam","v":1.5},"st_pipe_eq",20.769417377,0.92382198999999998,0,0,0,0,0,0,0,0,48.1,0]
["Residuals Piping"]
["CPVC","cpvc_pipe_eq_res",{"$f":"IF(D57=0,0,IF(OR(D57>P57,D57<Q57),\"contact vendor\",F57*D57^G57+H57*LN(D57)+I57+J57*EXP(K57*D57)+L57*D57^3+M57*D57^2+N57*D57+O57))","v":9.8008834200000017},{"$f":"res_pipe_diam","v":2},"cpvc_pipe_eq",{"$f":"VLOOKUP($E57,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,18.100000000000001,0]
["PVC","pvc_pipe_eq_res",3.418102201,{"$f":"res_pipe_diam","v":2},"pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,48.1,0]
["Stainless Steel","ss_pipe_eq_res",95.441199361000002,{"$f":"res_pipe_diam","v":2},"ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,48.1,0]
["Steel","st_pipe_eq_res",39.402378953941181,{"$f":"res_pipe_diam","v":2},"st_pipe_eq",20.769417377,0.92382198999999998,0,0,0,0,0,0,0,0,48.1,0]
["Ferric Chloride Piping"]
["CPVC","cpvc_pipe_eq_coag",{"$f":"IF(D62=0,0,IF(OR(D62>P62,D62<Q62),\"contact vendor\",F62*D62^G62+H62*LN(D62)+I62+J62*EXP(K62*D62)+L62*D62^3+M62*D62^2+N62*D62+O62))","v":0},{"$f":"coag_pipe_diam","v":0},"cpvc_pipe_eq",{"$f":"VLOOKUP($E62,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,18.100000000000001,0]
["PVC","pvc_pipe_eq_coag",0,{"$f":"coag_pipe_diam","v":0},"pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,48.1,0]
["Polymer Piping"]
["CPVC","cpvc_pipe_eq_polymer",{"$f":"IF(D65=0,0,IF(OR(D65>P65,D65<Q65),\"contact vendor\",F65*D65^G65+H65*LN(D65)+I65+J65*EXP(K65*D65)+L65*D65^3+M65*D65^2+N65*D65+O65))","v":0},{"$f":"polymer_pipe_diam","v":0},"cpvc_pipe_eq",{"$f":"VLOOKUP($E65,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,18.100000000000001,0]
["PVC","pvc_pipe_eq_polymer",0,{"$f":"polymer_pipe_diam","v":0},"pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,48.1,0]
["Stainless Steel","ss_pipe_eq_polymer",0,{"$f":"polymer_pipe_diam","v":0},"ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,48.1,0]
["Steel","st_pipe_eq_polymer",0,{"$f":"polymer_pipe_diam","v":0},"st_pipe_eq",20.769417377,0.92382198999999998,0,0,0,0,0,0,0,0,48.1,0]
["Bypass Piping"]
["CPVC","cpvc_pipe_eq_bp",{"$f":"IF(D70=0,0,IF(OR(D70>P70,D70<Q70),\"contact vendor\",F70*D70^G70+H70*LN(D70)+I70+J70*EXP(K70*D70)+L70*D70^3+M70*D70^2+N70*D70+O70))","v":0},{"$f":"bp_pipe_diam","v":0},"cpvc_pipe_eq",{"$f":"VLOOKUP($E70,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,18.100000000000001,0]
["PVC","pvc_pipe_eq_bp",0,{"$f":"bp_pipe_diam","v":0},"pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,48.1,0]
["Stainless Steel","ss_pipe_eq_bp",0,{"$f":"bp_pipe_diam","v":0},"ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,48.1,0]
["Steel","st_pipe_eq_bp",0,{"$f":"bp_pipe_diam","v":0},"st_pipe_eq",20.769417377,0.92382198999999998,0,0,0,0,0,0,0,0,48.1,0]
["Valves"]
["Motor/Air Operated (on/off)"]
["Polypropylene/PVC - Process","pp_mov_eq_tank",{"$f":"IF(D76=0,0,IF(OR(D76>P76,D76<Q76),\"contact vendor\",F76*D76^G76+H76*LN(D76)+I76+J76*EXP(K76*D76)+L76*D76^3+M76*D76^2+N76*D76+O76))","v":787.01404038367423},{"$f":"tank_valve_size","v":1.5},{"$f":"IF(D76>12,\"pp_mov_eq_large\",\"pp_mov_eq_small\")","v":"pp_mov_eq_small"},{"$f":"VLOOKUP($E76,eq_table_cl,F$4,FALSE)","v":0},0,0,0,599.000620282,0.18198897,0,0,0,0,12,0]
["Stainless Steel - Process","ss_mov_eq_tank",1470.6040464835,{"$f":"tank_valve_size","v":1.5},"ss_mov_eq",0,0,0,0,0,0,1.4813451259999999,44.575825872999999,-42.850924452000001,1429.5852851469999,48.1,0]
["Cast Iron - Process","ci_mov_eq_tank",791.86955715900012,{"$f":"tank_valve_size","v":1.5},"ci_mov_eq",0,0,0,0,0,0,0,0,1304.6120832720001,-1165.0485677490001,48.1,1]
["Polypropylene/PVC - Backwash","pp_mov_eq_back",861.98733126223192,{"$f":"back_valve_size","v":2},{"$f":"IF(D79>12,\"pp_mov_eq_large\",\"pp_mov_eq_small\")","v":"pp_mov_eq_small"},0,0,0,0,599.000620282,0.18198897,0,0,0,0,12,0]
["Stainless Steel - Backwash","ss_mov_eq_back",1534.037500743,{"$f":"back_valve_size","v":2},"ss_mov_eq",0,0,0,0,0,0,1.4813451259999999,44.575825872999999,-42.850924452000001,1429.5852851469999,48.1,0]
["Cast Iron - Backwash","ci_mov_eq_back",1444.175598795,{"$f":"back_valve_size","v":2},"ci_mov_eq",0,0,0,0,0,0,0,0,1304.6120832720001,-1165.0485677490001,48.1,1]
["Polypropylene/PVC - residuals","pp_mov_eq_res",861.98733126223192,{"$f":"res_valve_size","v":2},{"$f":"IF(D82>12,\"pp_mov_eq_large\",\"pp_mov_eq_small\")","v":"pp_mov_eq_small"},0,0,0,0,599.000620282,0.18198897,0,0,0,0,12,0]
["Stainless Steel - residuals","ss_mov_eq_res",1534.037500743,{"$f":"res_valve_size","v":2},"ss_mov_eq",0,0,0,0,0,0,1.4813451259999999,44.575825872999999,-42.850924452000001,1429.5852851469999,48.1,0]
["Cast Iron - residuals","ci_mov_eq_res",1444.175598795,{"$f":"res_valve_size","v":2},"ci_mov_eq",0,0,0,0,0,0,0,0,1304.6120832720001,-1165.0485677490001,48.1,1]
["Polypropylene/PVC - Ferric Chloride","pp_mov_eq_coag",{"$f":"IF(D85=0,0,IF(OR(D85>P85,D85<Q85),\"contact vendor\",F85*D85^G85+H85*LN(D85)+I85+J85*EXP(K85*D85)+L85*D85^3+M85*D85^2+N85*D85+O85))","v":0},{"$f":"coag_valve_size","v":0},{"$f":"IF(D85>12,\"pp_mov_eq_large\",\"pp_mov_eq_small\")","v":"pp_mov_eq_small"},0,0,0,0,599.000620282,0.18198897,0,0,0,0,12,0]
["Polypropylene/PVC - Polymer","pp_mov_eq_polymer",0,{"$f":"polymer_valve_size","v":0},{"$f":"IF(D86>12,\"pp_mov_eq_large\",\"pp_mov_eq_small\")","v":"pp_mov_eq_small"},{"$f":"VLOOKUP($E86,eq_table_cl,F$4,FALSE)","v":0},0,0,0,599.000620282,0.18198897,0,0,0,0,12,0]
["Stainless Steel - Polymer","ss_mov_eq_polymer",0,{"$f":"polymer_valve_size","v":0},"ss_mov_eq",0,0,0,0,0,0,1.4813451259999999,44.575825872999999,-42.850924452000001,1429.5852851469999,48.1,0]
["Cast Iron - Polymer","ci_mov_eq_polymer",0,{"$f":"polymer_valve_size","v":0},"ci_mov_eq",0,0,0,0,0,0,0,0,1304.6120832720001,-1165.0485677490001,48.1,1]
["Polypropylene/PVC - Bypass","pp_mov_eq_bp",0,{"$f":"bypass_valve_size","v":0},{"$f":"IF(D89>12,\"pp_mov_eq_large\",\"pp_mov_eq_small\")","v":"pp_mov_eq_small"},0,0,0,0,599.000620282,0.18198897,0,0,0,0,12,0]
["Stainless Steel - Bypass","ss_mov_eq_bp",0,{"$f":"bypass_valve_size","v":0},"ss_mov_eq",0,0,0,0,0,0,1.4813451259999999,44.575825872999999,-42.850924452000001,1429.5852851469999,48.1,0]
["Cast Iron - Bypass","ci_mov_eq_bp",0,{"$f":"bypass_valve_size","v":0},"ci_mov_eq",0,0,0,0,0,0,0,0,1304.6120832720001,-1165.0485677490001,48.1,1]
["Manual"]
["Polypropylene/PVC - Influent and treated water","pp_man_eq",{"$f":"IF(D93=0,0,IF(OR(D93>P93,D93<Q93),\"contact vendor\",F93*D93^G93+H93*LN(D93)+I93+J93*EXP(K93*D93)+L93*D93^3+M93*D93^2+N93*D93+O93))","v":207.84914633800003},{"$f":"in_valve_size","v":1.5},{"$f":"IF(D93>12,\"pp_man_eq_large\",\"pp_man_eq_small\")","v":"pp_man_eq_small"},{"$f":"VLOOKUP($E93,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,12,0]
["Stainless Steel - Influent and treated water","ss_man_eq",395.88087320259683,{"$f":"in_valve_size","v":1.5},"ss_man_eq",271.98316458599999,0.92578415199999997,0,0,0,0,0,0,0,0,12.1,0]
["Cast Iron - Influent and treated water","ci_bfv_eq",338.97867757464161,{"$f":"in_valve_size","v":1.5},{"$f":"IF(D95>12,\"ci_bfv_eq_large\",\"ci_bfv_eq_small\")","v":"ci_bfv_eq_small"},221.77653215199999,1.0463710340000001,0,0,0,0,0,0,0,0,12,1]
["Polypropylene/PVC - Process","pp_man_eq_proc",207.84914633800003,{"$f":"tank_valve_size","v":1.5},{"$f":"IF(D96>12,\"pp_man_eq_large\",\"pp_man_eq_small\")","v":"pp_man_eq_small"},0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,12,0]
["Stainless Steel - Process","ss_man_eq_proc",395.88087320259683,{"$f":"tank_valve_size","v":1.5},"ss_man_eq",271.98316458599999,0.92578415199999997,0,0,0,0,0,0,0,0,12.1,0]
["Cast Iron - Process","ci_bfv_eq_proc",338.97867757464161,{"$f":"tank_valve_size","v":1.5},{"$f":"IF(D98>12,\"ci_bfv_eq_large\",\"ci_bfv_eq_small\")","v":"ci_bfv_eq_small"},221.77653215199999,1.0463710340000001,0,0,0,0,0,0,0,0,12,1]
["Polypropylene/PVC - Backwash","pp_man_eq_back",251.58420200500001,{"$f":"back_valve_size","v":2},{"$f":"IF(D99>12,\"pp_man_eq_large\",\"pp_man_eq_small\")","v":"pp_man_eq_small"},0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,12,0]
["Stainless Steel - Backwash","ss_man_eq_back",516.69091078376778,{"$f":"back_valve_size","v":2},"ss_man_eq",271.98316458599999,0.92578415199999997,0,0,0,0,0,0,0,0,12.1,0]
["Cast Iron - Backwash","ci_man_eq_back",458.04131845257473,{"$f":"back_valve_size","v":2},{"$f":"IF(D101>12,\"ci_bfv_eq_large\",\"ci_bfv_eq_small\")","v":"ci_bfv_eq_small"},221.77653215199999,1.0463710340000001,0,0,0,0,0,0,0,0,12,1]
["Polypropylene/PVC - residuals","pp_man_eq_res",251.58420200500001,{"$f":"res_valve_size","v":2},{"$f":"IF(D102>12,\"pp_man_eq_large\",\"pp_man_eq_small\")","v":"pp_man_eq_small"},0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,12,0]
["Stainless Steel - residuals","ss_man_eq_res",516.69091078376778,{"$f":"res_valve_size","v":2},"ss_man_eq",{"$f":"VLOOKUP($E103,eq_table_cl,F$4,FALSE)","v":271.98316458599999},0.92578415199999997,0,0,0,0,0,0,0,0,12.1,0]
["Cast Iron - residuals","ci_man_eq_res",458.04131845257473,{"$f":"res_valve_size","v":2},{"$f":"IF(D104>12,\"ci_bfv_eq_large\",\"ci_bfv_eq_small\")","v":"ci_bfv_eq_small"},221.77653215199999,1.0463710340000001,0,0,0,0,0,0,0,0,12,1]
["Polypropylene/PVC - Ferric Chloride","pp_man_eq_coag",{"$f":"IF(D105=0,0,IF(OR(D105>P105,D105<Q105),\"contact vendor\",F105*D105^G105+H105*LN(D105)+I105+J105*EXP(K105*D105)+L105*D105^3+M105*D105^2+N105*D105+O105))","v":0},{"$f":" coag_valve_size","v":0},{"$f":"IF(D105>12,\"pp_man_eq_large\",\"pp_man_eq_small\")","v":"pp_man_eq_small"},0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,12,0]
["Polypropylene/PVC - Polymer","pp_man_eq_polymer",0,{"$f":" polymer_valve_size","v":0},{"$f":"IF(D106>12,\"pp_man_eq_large\",\"pp_man_eq_small\")","v":"pp_man_eq_small"},0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,12,0]
["Stainless Steel - Polymer","ss_man_eq_polymer",0,{"$f":" polymer_valve_size","v":0},"ss_man_eq",271.98316458599999,0.92578415199999997,0,0,0,0,0,0,0,0,12.1,0]
["Cast Iron - Polymer","ci_man_eq_polymer",0,{"$f":"polymer_valve_size","v":0},{"$f":"IF(D108>12,\"ci_bfv_eq_large\",\"ci_bfv_eq_small\")","v":"ci_bfv_eq_small"},221.77653215199999,1.0463710340000001,0,0,0,0,0,0,0,0,12,1]
["Polypropylene/PVC - Bypass","pp_man_eq_bp",0,{"$f":"bypass_valve_size","v":0},{"$f":"IF(D109>12,\"pp_man_eq_large\",\"pp_man_eq_small\")","v":"pp_man_eq_small"},0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,12,0]
["Stainless Steel - Bypass","ss_man_eq_bp",0,{"$f":"bypass_valve_size","v":0},"ss_man_eq",271.98316458599999,0.92578415199999997,0,0,0,0,0,0,0,0,12.1,0]
["Cast Iron - Bypass","ci_man_eq_bp",0,{"$f":"bypass_valve_size","v":0},{"$f":"IF(D111>12,\"ci_bfv_eq_large\",\"ci_bfv_eq_small\")","v":"ci_bfv_eq_small"},221.77653215199999,1.0463710340000001,0,0,0,0,0,0,0,0,12,1]
["Check Valves"]
["Polypropylene/PVC - Backwash","pp_chv_eq_back",{"$f":"IF(D113=0,0,IF(OR(D113>P113,D113<Q113),\"contact vendor\",F113*D113^G113+H113*LN(D113)+I113+J113*EXP(K113*D113)+L113*D113^3+M113*D113^2+N113*D113+O113))","v":246.58213033000001},{"$f":"back_valve_size","v":2},"pp_chv_eq",{"$f":"VLOOKUP($E113,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0,23.867181313,53.974127154000001,43.165150769999997,12.1,0]
["Stainless Steel - Backwash","ss_chv_eq_back",662.61288801400008,{"$f":"back_valve_size","v":2},"ss_chv_eq",0,0,0,0,0,0,0,43.739370735000001,186.790998664,114.073407746,48.1,0]
["Cast Iron - Backwash","ci_chv_eq_back",714.94148911800005,{"$f":"back_valve_size","v":2},"ci_chv_eq",0,0,0,0,0,0,3.240756524,50.118205304,-32.545647099999996,553.63390991000006,24.1,2]
["Polypropylene/PVC - Residuals","pp_chv_eq_res",246.58213033000001,{"$f":"res_valve_size","v":2},"pp_chv_eq",0,0,0,0,0,0,0,23.867181313,53.974127154000001,43.165150769999997,12.1,0]
["Stainless Steel - Residuals","ss_chv_eq_res",662.61288801400008,{"$f":"res_valve_size","v":2},"ss_chv_eq",0,0,0,0,0,0,0,43.739370735000001,186.790998664,114.073407746,48.1,0]
["Cast Iron - Residuals","ci_chv_eq_res",714.94148911800005,{"$f":"res_valve_size","v":2},"ci_chv_eq",0,0,0,0,0,0,3.240756524,50.118205304,-32.545647099999996,553.63390991000006,24.1,2]
["Polypropylene/PVC - Ferric Chloride","pp_chv_eq_coag",{"$f":"IF(D119=0,0,IF(OR(D119>P119,D119<Q119),\"contact vendor\",F119*D119^G119+H119*LN(D119)+I119+J119*EXP(K119*D119)+L119*D119^3+M119*D119^2+N119*D119+O119))","v":0},{"$f":" coag_valve_size","v":0},"pp_chv_eq",0,0,0,0,0,0,0,23.867181313,53.974127154000001,43.165150769999997,12.1,0]
["Polypropylene/PVC - Polymer","pp_chv_eq_polymer",0,{"$f":" polymer_valve_size","v":0},"pp_chv_eq",0,0,0,0,0,0,0,23.867181313,53.974127154000001,43.165150769999997,12.1,0]
["Stainless Steel - Polymer","ss_chv_eq_polymer",0,{"$f":" polymer_valve_size","v":0},"ss_chv_eq",0,0,0,0,0,0,0,43.739370735000001,186.790998664,114.073407746,48.1,0]
["Cast Iron - Polymer","ci_chv_eq_polymer",0,{"$f":" polymer_valve_size","v":0},"ci_chv_eq",0,0,0,0,0,0,3.240756524,50.118205304,-32.545647099999996,553.63390991000006,24.1,2]
["Polypropylene/PVC - Influent","pp_chv_eq_in",177.82749945525001,{"$f":"in_valve_size","v":1.5},"pp_chv_eq",{"$f":"VLOOKUP($E123,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0,23.867181313,53.974127154000001,43.165150769999997,12.1,0]
["Stainless Steel - Influent","ss_chv_eq_in",492.67348989575004,{"$f":"in_valve_size","v":1.5},"ss_chv_eq",0,0,0,0,0,0,0,43.739370735000001,186.790998664,114.073407746,48.1,0]
["Cast Iron - Influent","ci_chv_eq_in","contact vendor",{"$f":"in_valve_size","v":1.5},"ci_chv_eq",0,0,0,0,0,0,3.240756524,50.118205304,-32.545647099999996,553.63390991000006,24.1,2]
["Polypropylene/PVC - Bypass","pp_chv_eq_bp",0,{"$f":"bypass_valve_size","v":0},"pp_chv_eq",0,0,0,0,0,0,0,23.867181313,53.974127154000001,43.165150769999997,12.1,0]
["Stainless Steel - Bypass","ss_chv_eq_bp",0,{"$f":"bypass_valve_size","v":0},"ss_chv_eq",0,0,0,0,0,0,0,43.739370735000001,186.790998664,114.073407746,48.1,0]
["Cast Iron - Bypass","ci_chv_eq_bp",0,{"$f":"bypass_valve_size","v":0},"ci_chv_eq",0,0,0,0,0,0,3.240756524,50.118205304,-32.545647099999996,553.63390991000006,24.1,2]
["Pumps"]
["Booster","pump_eq",{"$f":"IF(D130=0,0,IF(OR(D130>P130,D130<Q130),\"contact vendor\",F130*D130^G130+H130*LN(D130)+I130+J130*EXP(K130*D130)+L130*D130^3+M130*D130^2+N130*D130+O130))","v":0},{"$f":"pump_rating","v":0},"pump_eq",{"$f":"VLOOKUP($E130,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0,-6.7002999999999995E-4,14.809014980000001,4093.494684836,10001,0]
["Backwash","pump_eq_back",0,{"$f":"back_pump_rating","v":0},"back_pump_eq",0,0,0,0,0,0,0,-6.7002999999999995E-4,14.809014980000001,4093.494684836,10001,0]
["Residuals","res_pump_eq",0,{"$f":"res_pump_rating","v":0},"pump_eq",0,0,0,0,0,0,0,-6.7002999999999995E-4,14.809014980000001,4093.494684836,10001,0]
["Ferric Chloride Metering"]
["PVC - Motor Driven","pvc_coag_mmpump_eq",{"$f":"IF(D134=0,0,IF(OR(D134>P134,D134<Q134),\"contact vendor\",F134*D134^G134+H134*LN(D134)+I134+J134*EXP(K134*D134)+L134*D134^3+M134*D134^2+N134*D134+O134))","v":0},{"$f":"cm_pump_rating_coag","v":0},"pvc_mmpump_eq",{"$f":"VLOOKUP($E134,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,5.8459699999999996E-4,-0.31291286000000001,58.800444323000001,3000.5306602579999,132.01,0]
["PVC - Electric","pvc_coag_empump_eq",0,{"$f":"cm_pump_rating_coag","v":0},"pvc_empump_eq",0,0,0,0,1147.9723958510001,5.4740779000000003E-2,0,0,0,0,21.01,0]
["Polymer Metering"]
["PVC - Motor Driven","pvc_polymer_mmpump_eq",{"$f":"IF(D137=0,0,IF(OR(D137>P137,D137<Q137),\"contact vendor\",F137*D137^G137+H137*LN(D137)+I137+J137*EXP(K137*D137)+L137*D137^3+M137*D137^2+N137*D137+O137))","v":0},{"$f":"cm_pump_rating_polymer","v":0},"pvc_mmpump_eq",{"$f":"VLOOKUP($E137,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,5.8459699999999996E-4,-0.31291286000000001,58.800444323000001,3000.5306602579999,132.01,0]
["Stainless Steel - Motor Driven","ss_polymer_mmpump_eq",0,{"$f":"cm_pump_rating_polymer","v":0},"ss_mmpump_eq",0,0,0,0,0,0,0,-0.19761578099999999,60.928056216999998,3430.8004552430002,132.01,0]
["PVC - Electric","pvc_polymer_empump_eq",0,{"$f":"cm_pump_rating_polymer","v":0},"pvc_empump_eq",0,0,0,0,1147.9723958510001,5.4740779000000003E-2,0,0,0,0,21.01,0]
["Stainless Steel - Electric","ss_polymer_empump_eq",0,{"$f":"cm_pump_rating_polymer","v":0},"ss_empump_eq",2305.9222008940001,0.140989643,0,0,0,0,0,0,0,0,21.01,0]
["Instrumentation"]
["Flow Meters - Influent and Treated Water"]
["Orifice Plate","op_fm_eq_in",{"$f":"IF(D143=0,0,IF(OR(D143>P143,D143<Q143),\"contact vendor\",F143*D143^G143+H143*LN(D143)+I143+J143*EXP(K143*D143)+L143*D143^3+M143*D143^2+N143*D143+O143))","v":1481.2586202528748},{"$f":"in_meter_size","v":1.5},"op_fm_eq",{"$f":"VLOOKUP($E143,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0.290528801,-20.141018838000001,567.62280550399998,674.16116967899995,60.1,0]
["Propeller","prop_fm_eq_in",2349.8597533491247,{"$f":"in_meter_size","v":1.5},"prop_fm_eq",0,0,0,0,0,0,0.48667437299999999,-19.177375645000001,593.88035160699997,1500.545795131,36.1,0]
["Venturi","ven_fm_eq_in",2229.8808308963748,{"$f":"in_meter_size","v":1.5},"ven_fm_eq",0,0,0,0,0,0,-8.9659137E-2,7.3814192910000003,135.40877886999999,2010.462068774,48.1,0]
["Magnetic","mag_fm_eq_in",3844.6249606383749,{"$f":"in_meter_size","v":1.5},"mag_fm_eq",0,0,0,0,0,0,8.7416773000000003E-2,3.727367106,488.19409208000002,3103.652214921,36.1,0]
["Flow Meters - Process"]
["Orifice Plate","op_fm_eq_proc",{"$f":"IF(D148=0,0,IF(OR(D148>P148,D148<Q148),\"contact vendor\",F148*D148^G148+H148*LN(D148)+I148+J148*EXP(K148*D148)+L148*D148^3+M148*D148^2+N148*D148+O148))","v":1481.2586202528748},{"$f":"proc_meter_size","v":1.5},"op_fm_eq",{"$f":"VLOOKUP($E148,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0.290528801,-20.141018838000001,567.62280550399998,674.16116967899995,60.1,0]
["Propeller","prop_fm_eq_proc",2349.8597533491247,{"$f":"proc_meter_size","v":1.5},"prop_fm_eq",0,0,0,0,0,0,0.48667437299999999,-19.177375645000001,593.88035160699997,1500.545795131,36.1,0]
["Venturi","ven_fm_eq_proc",2229.8808308963748,{"$f":"proc_meter_size","v":1.5},"ven_fm_eq",0,0,0,0,0,0,-8.9659137E-2,7.3814192910000003,135.40877886999999,2010.462068774,48.1,0]
["Magnetic","mag_fm_eq_proc",3844.6249606383749,{"$f":"proc_meter_size","v":1.5},"mag_fm_eq",0,0,0,0,0,0,8.7416773000000003E-2,3.727367106,488.19409208000002,3103.652214921,36.1,0]
["Flow Meters - Backwash"]
["Orifice Plate","op_fm_eq_back",{"$f":"IF(D153=0,0,IF(OR(D153>P153,D153<Q153),\"contact vendor\",F153*D153^G153+H153*LN(D153)+I153+J153*EXP(K153*D153)+L153*D153^3+M153*D153^2+N153*D153+O153))","v":1731.1669357430001},{"$f":"back_meter_size","v":2},"op_fm_eq",{"$f":"VLOOKUP($E153,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0.290528801,-20.141018838000001,567.62280550399998,674.16116967899995,60.1,0]
["Propeller","prop_fm_eq_back",2615.4903907489997,{"$f":"back_meter_size","v":2},"prop_fm_eq",0,0,0,0,0,0,0.48667437299999999,-19.177375645000001,593.88035160699997,1500.545795131,36.1,0]
["Venturi","ven_fm_eq_back",2310.0880305820001,{"$f":"back_meter_size","v":2},"ven_fm_eq",0,0,0,0,0,0,-8.9659137E-2,7.3814192910000003,135.40877886999999,2010.462068774,48.1,0]
["Magnetic","mag_fm_eq_back",4095.6492016890002,{"$f":"back_meter_size","v":2},"mag_fm_eq",0,0,0,0,0,0,8.7416773000000003E-2,3.727367106,488.19409208000002,3103.652214921,36.1,0]
["Flow Meters - Residuals"]
["Orifice Plate","op_fm_eq_res",{"$f":"IF(D158=0,0,IF(OR(D158>P158,D158<Q158),\"contact vendor\",F158*D158^G158+H158*LN(D158)+I158+J158*EXP(K158*D158)+L158*D158^3+M158*D158^2+N158*D158+O158))","v":1731.1669357430001},{"$f":"res_meter_size","v":2},"op_fm_eq",{"$f":"VLOOKUP($E158,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0.290528801,-20.141018838000001,567.62280550399998,674.16116967899995,60.1,0]
["Propeller","prop_fm_eq_res",2615.4903907489997,{"$f":"res_meter_size","v":2},"prop_fm_eq",0,0,0,0,0,0,0.48667437299999999,-19.177375645000001,593.88035160699997,1500.545795131,36.1,0]
["Venturi","ven_fm_eq_res",2310.0880305820001,{"$f":"res_meter_size","v":2},"ven_fm_eq",0,0,0,0,0,0,-8.9659137E-2,7.3814192910000003,135.40877886999999,2010.462068774,48.1,0]
["Magnetic","mag_fm_eq_res",4095.6492016890002,{"$f":"res_meter_size","v":2},"mag_fm_eq",0,0,0,0,0,0,8.7416773000000003E-2,3.727367106,488.19409208000002,3103.652214921,36.1,0]
["Chemical Feed and Transfer"]
["Slurry Pump System","slurry_eq",{"$f":"IF(D163=0,0,IF(OR(D163>P163,D163<Q163),\"contact vendor\",F163*D163^G163+H163*LN(D163)+I163+J163*EXP(K163*D163)+L163*D163^3+M163*D163^2+N163*D163+O163))","v":1743.4670863900838},{"$f":"transfer_rate","v":80.110612666539723},"gac_slurry_eq",{"$f":"VLOOKUP($E163,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0,-5.3099999999999998E-7,0.21637999499999999,1726.1361602259999,108290,0]
["Eductors","seductor_eq","contact vendor",{"$f":"eductor_size","v":"NA"},"seductor_eq",0,0,0,0,0,0,0,22.470786887999999,2229.8918400309999,-1911.930587201,8.1,1.5]
["Slurry Pump System","res_slurry_eq",0,{"$f":"res_transfer_rate","v":0},"gac_slurry_eq",0,0,0,0,0,0,0,-5.3099999999999998E-7,0.21637999499999999,1726.1361602259999,108290,0]
["Eductors","res_seductor_eq","contact vendor",{"$f":"res_eductor_size","v":"NA"},"seductor_eq",0,0,0,0,0,0,0,22.470786887999999,2229.8918400309999,-1911.930587201,8.1,1.5]
["Residuals Mixers"]
["Portable","no equation"]
["Mounted","hmount_mix_eq",{"$f":"IF(D169=0,0,IF(OR(D169>P169,D169<Q169),\"contact vendor\",F169*D169^G169+H169*LN(D169)+I169+J169*EXP(K169*D169)+L169*D169^3+M169*D169^2+N169*D169+O169))","v":0},{"$f":"hmix_size","v":0},"mount_mix_eq",{"$f":"VLOOKUP($E169,eq_table_cl,F$4,FALSE)","v":3220.9800634899998},0.14804462199999999,0,0,0,0,0,0,0,0,4.0999999999999996,0]
["Impeller Mixers","himp_mix_eq",0,{"$f":"hmix_size","v":0},"imp_mix_eq",0,0,0,0,0,0,0,0,1053.0249738949999,4010.0161733059999,110,0]
["Ferric Chloride Mixers"]
["Portable","no equation"]
["Mounted","cmount_mix_eq_coag",{"$f":"IF(D173=0,0,IF(OR(D173>P173,D173<Q173),\"contact vendor\",F173*D173^G173+H173*LN(D173)+I173+J173*EXP(K173*D173)+L173*D173^3+M173*D173^2+N173*D173+O173))","v":0},{"$f":"coag_cmix_size","v":0},"mount_mix_eq",{"$f":"VLOOKUP($E173,eq_table_cl,F$4,FALSE)","v":3220.9800634899998},0.14804462199999999,0,0,0,0,0,0,0,0,4.0999999999999996,0]
["Impeller Mixers","cimp_mix_eq_coag",0,{"$f":"coag_cmix_size","v":0},"imp_mix_eq",0,0,0,0,0,0,0,0,1053.0249738949999,4010.0161733059999,110,0]
["Polymer Mixers"]
["Portable","no equation"]
["Mounted","cmount_mix_eq_polymer",{"$f":"IF(D177=0,0,IF(OR(D177>P177,D177<Q177),\"contact vendor\",F177*D177^G177+H177*LN(D177)+I177+J177*EXP(K177*D177)+L177*D177^3+M177*D177^2+N177*D177+O177))","v":0},{"$f":"polymer_cmix_size","v":0},"mount_mix_eq",{"$f":"VLOOKUP($E177,eq_table_cl,F$4,FALSE)","v":3220.9800634899998},0.14804462199999999,0,0,0,0,0,0,0,0,4.0999999999999996,0]
["Impeller Mixers","cimp_mix_eq_polymer",0,{"$f":"polymer_cmix_size","v":0},"imp_mix_eq",0,0,0,0,0,0,0,0,1053.0249738949999,4010.0161733059999,110,0]
["Media and Chemicals"]
["Initial GAC Charge","gac_eq",{"$f":"IF(D180=0,0,IF(OR(D180>P180,D180<Q180),\"contact vendor\",F180*D180^G180+H180*LN(D180)+I180+J180*EXP(K180*D180)+L180*D180^3+M180*D180^2+N180*D180+O180))","v":2.0940492961437234},{"$f":"IF(GAC>P180,P180,GAC)","v":640.88490133231778},"gac_eq",{"$f":"VLOOKUP($E180,eq_table_cl,F$4,FALSE)","v":0},0,0,0,2.101628083,-5.6370000000000004E-6,0,0,0,0,40000,0]
["Ferric Chloride","no equation"]
["On-site GAC Regeneration"]
["Multiple Hearth Furnace System","on_regen_eq",{"$f":"IF(D183=0,0,IF(OR(D183>P183,D183<Q183),\"contact vendor\",F183*D183^G183+H183*LN(D183)+I183+J183*EXP(K183*D183)+L183*D183^3+M183*D183^2+N183*D183+O183))","v":0},{"$f":"furnace_size","v":0},"on_regen_eq",{"$f":"VLOOKUP($E183,eq_table_cl,F$4,FALSE)","v":97378.213729220006},0.38341135900000001,0,0,0,0,0,0,0,0,100001,0]
["Furnace System Expansion (Retrofit)","r_on_regen_eq",0,{"$f":"r_regen_capacity","v":0},"on_regen_eq",97378.213729220006,0.38341135900000001,0,0,0,0,0,0,0,0,100001,0]
["Virgin GAC Storage"]
["Concrete Basins","no equation"]
["Steel Tanks","st_vt_eq",{"$f":"IF(D187=0,0,IF(OR(D187>P187,D187<Q187),\"contact vendor\",F187*D187^G187+H187*LN(D187)+I187+J187*EXP(K187*D187)+L187*D187^3+M187*D187^2+N187*D187+O187))","v":3206.5276023791816},{"$f":"virgin_tank_vol","v":106.26298920690719},"st_bwt_eq",{"$f":"VLOOKUP($E187,eq_table_cl,F$4,FALSE)","v":308.93713092600001},0.50146757099999995,0,0,0,0,0,0,0,0,289001,0]
["Spent GAC Storage"]
["Concrete Basins","no equation"]
["Steel Tanks","st_st_eq",{"$f":"IF(D190=0,0,IF(OR(D190>P190,D190<Q190),\"contact vendor\",F190*D190^G190+H190*LN(D190)+I190+J190*EXP(K190*D190)+L190*D190^3+M190*D190^2+N190*D190+O190))","v":3206.5276023791816},{"$f":"spent_tank_vol","v":106.26298920690719},"st_bwt_eq",{"$f":"VLOOKUP($E190,eq_table_cl,F$4,FALSE)","v":308.93713092600001},0.50146757099999995,0,0,0,0,0,0,0,0,289001,0]
["Regenerated GAC Storage"]
["Concrete Basins","no equation"]
["Steel Tanks","st_rt_eq",{"$f":"IF(D193=0,0,IF(OR(D193>P193,D193<Q193),\"contact vendor\",F193*D193^G193+H193*LN(D193)+I193+J193*EXP(K193*D193)+L193*D193^3+M193*D193^2+N193*D193+O193))","v":3206.5276023791816},{"$f":"regen_tank_vol","v":106.26298920690719},"st_bwt_eq",{"$f":"VLOOKUP($E193,eq_table_cl,F$4,FALSE)","v":308.93713092600001},0.50146757099999995,0,0,0,0,0,0,0,0,289001,0]
[]
["O&M Chemicals"]
[{"$f":"IF(OR(regen_type=3,regen_type=5),\"Replacement virgin GAC\",\"Makeup GAC\")","v":"Makeup GAC"},"replace_gac_eq",{"$f":"IF(D196=0,0,IF(OR(D196>P196,D196<Q196),\"contact vendor\",F196*D196^G196+H196*LN(D196)+I196+J196*EXP(K196*D196)+L196*D196^3+M196*D196^2+N196*D196+O196))","v":2.1010888016581251},{"$f":"IF(GAC_makeup>P196,P196,GAC_makeup)","v":45.526810232692576},"gac_eq",{"$f":"VLOOKUP($E196,eq_table_cl,F$4,FALSE)","v":0},0,0,0,2.101628083,-5.6370000000000004E-6,0,0,0,0,40000,0]
[{"$f":"IF(regen_type=1,\"\",IF(OR(regen_type=2,regen_type=4),\"Off-site GAC regeneration\",\"Dispose Spent GAC\"))","v":"Off-site GAC regeneration"},"off_regen_eq",{"$f":"IF(D197=0,0,IF(OR(D197>P197,D197<Q197),\"contact vendor\",F197*D197^G197+H197*LN(D197)+I197+J197*EXP(K197*D197)+L197*D197^3+M197*D197^2+N197*D197+O197))","v":1.9891138944470534},{"$f":"IF(regen_yr>P197,P197,regen_yr)","v":106.22922387628267},"off_regen_eq",0,0,0,0,1.9919101159999999,-1.3224000000000001E-5,0,0,0,0,40000,0]
[{"$f":"IF(OR(regen_type=3,regen_type=5),\"Replacement virgin GAC after retrofit\",\"Makeup GAC after retrofit\")","v":"Makeup GAC after retrofit"},"r_replace_gac_eq",0,{"$f":"IF(r_GAC_makeup>P198,P198,r_GAC_makeup)","v":0},"gac_eq",0,0,0,0,2.101628083,-5.6370000000000004E-6,0,0,0,0,40000,0]
[{"$f":"IF(regen_type=1,\"\",IF(OR(regen_type=2,regen_type=4),\"Off-site GAC regeneration after retrofit\",\"Dispose Spent GAC after retrofit\"))","v":"Off-site GAC regeneration after retrofit"},"r_off_regen_eq",0,{"$f":"IF(r_regen_yr>P199,P199,r_regen_yr)","v":0},"off_regen_eq",0,0,0,0,1.9919101159999999,-1.3224000000000001E-5,0,0,0,0,40000,0]
["Septic System"]
["Septic Tanks","septic_tank_eq",{"$f":"IF(D201=0,0,IF(OR(D201>P201,D201<Q201),\"contact vendor\",F201*D201^G201+H201*LN(D201)+I201+J201*EXP(K201*D201)+L201*D201^3+M201*D201^2+N201*D201+O201))","v":0},{"$f":"sept_tank_vol","v":0},"septic_tank_eq",{"$f":"VLOOKUP($E201,eq_table_cl,F$4,FALSE)","v":0},0,0,0,0,0,0,-4.1899999999999998E-7,1.820226125,-609.61927057299999,100001,750]
[]
["Building Structures and HVAC",null,{"$f":"IF(LEN($E203)=0,\"\",IF(OR(D203>P203,D203<Q203),\"contact vendor\",F203*D203^G203+H203*LN(D203)+I203+J203*EXP(K203*D203)+L203*D203^3+M203*D203^2+N203*D203+O203))","v":""},null,null,{"$f":"IF(LEN($E203)=0,\"\",VLOOKUP($E203,eq_table_cl,F$7,FALSE))","v":""},"","","","","","","","","","",""]
["Building 1",null,{"$f":"IF(LEN($E204)=0,\"\",IF(OR(D204>P204,D204<Q204),\"contact vendor\",F204*D204^G204+H204*LN(D204)+I204+J204*EXP(K204*D204)+L204*D204^3+M204*D204^2+N204*D204+O204))","v":""},null,null,"","","","","","","","","","","",""]
["Low Quality Structure","bldg_lo_eq_1",{"$f":"IF(D205=0,0,IF(OR(D205>P205,D205<Q205),\"contact vendor\",F205*D205^G205+H205*LN(D205)+I205+J205*EXP(K205*D205)+L205*D205^3+M205*D205^2+N205*D205+O205))","v":118.4336952692592},{"$f":"build1_fp","v":30},"bldg_lo_eq",{"$f":"VLOOKUP($E205,eq_table_cl,F$4,FALSE)","v":163.72087260199999},-9.5204622000000003E-2,0,0,0,0,0,0,0,0,200000.1,0]
["Medium Quality Structure","bldg_mid_eq_1",142.74022650179472,{"$f":"build1_fp","v":30},"bldg_mid_eq",198.02119383900001,-9.6244836E-2,0,0,0,0,0,0,0,0,200000.1,0]
["High Quality Structure","bldg_hi_eq_1",237.69506280783364,{"$f":"build1_fp","v":30},"bldg_hi_eq",378.41221851,-0.13671524199999999,0,0,0,0,0,0,0,0,200000.1,0]
["Heating System"]
["Electric resistance","hvac_elec_eq_1",{"$f":"IF(D209=0,0,IF(OR(D209>P209,D209<Q209),\"contact vendor\",F209*D209^G209+H209*LN(D209)+I209+J209*EXP(K209*D209)+L209*D209^3+M209*D209^2+N209*D209+O209))","v":597.84714377595276},{"$f":"build1_heat_mbh/build1_zones","v":0.42997628114652608},"hvac_elec_eq",{"$f":"VLOOKUP($E209,eq_table_cl,F$4,FALSE)","v":1144.4973268870001},0.76939132899999996,0,0,0,0,0,0,0,0,6148.1,0]
["Natural gas non-condensing furnace","hvac_gas_non_eq_1",469.65288760511709,{"$f":"build1_heat_mbh/build1_zones","v":0.42997628114652608},"hvac_gas_non_eq",884.952743048,0.75061779799999995,0,0,0,0,0,0,0,0,5032.1000000000004,0]
["Natural gas condensing furnace","hvac_gas_eq_1",469.65288760511709,{"$f":"build1_heat_mbh/build1_zones","v":0.42997628114652608},"hvac_gas_eq",884.952743048,0.75061779799999995,0,0,0,0,0,0,0,0,5032.1000000000004,0]
["Standard efficiency oil furnace","hvac_oil_std_eq_1",633.85607156142044,{"$f":"build1_heat_mbh/build1_zones","v":0.42997628114652608},"hvac_oil_std_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,3350.1,0]
["Mid-efficiency oil furnace","hvac_oil_mid_eq_1",633.85607156142044,{"$f":"build1_heat_mbh/build1_zones","v":0.42997628114652608},"hvac_oil_mid_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,3350.1,0]
["Cooling System"]
["Air conditioning system","hvac_ac_eq_1",{"$f":"IF(D215=0,0,IF(OR(D215>P215,D215<Q215),\"contact vendor\",F215*D215^G215+H215*LN(D215)+I215+J215*EXP(K215*D215)+L215*D215^3+M215*D215^2+N215*D215+O215))","v":56.23221938734244},{"$f":"build1_cooling_tons/build1_zones","v":3.3682765771835259E-2},"hvac_ac_eq",{"$f":"VLOOKUP($E215,eq_table_cl,F$4,FALSE)","v":2490.0166433280001},1.117904172,0,0,0,0,0,0,0,0,113.33,0]
["Heat pump","hvac_hp_eq_1",601.86448458951577,{"$f":"build1_cooling_tons/build1_zones","v":3.3682765771835259E-2},{"$f":"IF(D216>12,\"hvac_hp_eq_large\",\"hvac_hp_eq_small\")","v":"hvac_hp_eq_small"},3571.6003625200001,0.52517194700000003,0,0,0,0,0,0,0,0,12,0]
["Building 2"]
["Low Quality Structure","bldg_lo_eq_2",{"$f":"IF(D218=0,0,IF(OR(D218>P218,D218<Q218),\"contact vendor\",F218*D218^G218+H218*LN(D218)+I218+J218*EXP(K218*D218)+L218*D218^3+M218*D218^2+N218*D218+O218))","v":0},{"$f":"build2_fp","v":0},"bldg_lo_eq",{"$f":"VLOOKUP($E218,eq_table_cl,F$4,FALSE)","v":163.72087260199999},-9.5204622000000003E-2,0,0,0,0,0,0,0,0,200000.1,0]
["Medium Quality Structure","bldg_mid_eq_2",0,{"$f":"build2_fp","v":0},"bldg_mid_eq",198.02119383900001,-9.6244836E-2,0,0,0,0,0,0,0,0,200000.1,0]
["High Quality Structure","bldg_hi_eq_2",0,{"$f":"build2_fp","v":0},"bldg_hi_eq",378.41221851,-0.13671524199999999,0,0,0,0,0,0,0,0,200000.1,0]
["Heating System"]
["Electric resistance","hvac_elec_eq_2",{"$f":"IF(D222=0,0,IF(OR(D222>P222,D222<Q222),\"contact vendor\",F222*D222^G222+H222*LN(D222)+I222+J222*EXP(K222*D222)+L222*D222^3+M222*D222^2+N222*D222+O222))","v":0},{"$f":"IF(build2_zones=0,0,build2_heat_mbh/build2_zones)","v":0},"hvac_elec_eq",{"$f":"VLOOKUP($E222,eq_table_cl,F$4,FALSE)","v":1144.4973268870001},0.76939132899999996,0,0,0,0,0,0,0,0,6148.1,0]
["Natural gas non-condensing furnace","hvac_gas_non_eq_2",0,{"$f":"IF(build2_zones=0,0,build2_heat_mbh/build2_zones)","v":0},"hvac_gas_non_eq",884.952743048,0.75061779799999995,0,0,0,0,0,0,0,0,5032.1000000000004,0]
["Natural gas condensing furnace","hvac_gas_eq_2",0,{"$f":"IF(build2_zones=0,0,build2_heat_mbh/build2_zones)","v":0},"hvac_gas_eq",884.952743048,0.75061779799999995,0,0,0,0,0,0,0,0,5032.1000000000004,0]
["Standard efficiency oil furnace","hvac_oil_std_eq_2",0,{"$f":"IF(build2_zones=0,0,build2_heat_mbh/build2_zones)","v":0},"hvac_oil_std_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,3350.1,0]
["Mid-efficiency oil furnace","hvac_oil_mid_eq_2",0,{"$f":"IF(build2_zones=0,0,build2_heat_mbh/build2_zones)","v":0},"hvac_oil_mid_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,3350.1,0]
["Cooling System"]
["Air conditioning system","hvac_ac_eq_2",{"$f":"IF(D228=0,0,IF(OR(D228>P228,D228<Q228),\"contact vendor\",F228*D228^G228+H228*LN(D228)+I228+J228*EXP(K228*D228)+L228*D228^3+M228*D228^2+N228*D228+O228))","v":0},{"$f":"IF(build2_zones=0,0,build2_cooling_tons/build2_zones)","v":0},"hvac_ac_eq",{"$f":"VLOOKUP($E228,eq_table_cl,F$4,FALSE)","v":2490.0166433280001},1.117904172,0,0,0,0,0,0,0,0,113.33,0]
["Heat pump","hvac_hp_eq_2",0,{"$f":"IF(build2_zones=0,0,build2_cooling_tons/build2_zones)","v":0},{"$f":"IF(D229>12,\"hvac_hp_eq_large\",\"hvac_hp_eq_small\")","v":"hvac_hp_eq_small"},3571.6003625200001,0.52517194700000003,0,0,0,0,0,0,0,0,12,0]
["Building 1 Addition/Incremental Useage (Retrofit)"]
["Low Quality Structure","bldg_lo_eq_1_r",{"$f":"IF(D231=0,0,IF(OR(D231>P231,D231<Q231),\"contact vendor\",F231*D231^G231+H231*LN(D231)+I231+J231*EXP(K231*D231)+L231*D231^3+M231*D231^2+N231*D231+O231))","v":0},{"$f":"r_inc_build1_fp","v":0},"bldg_lo_eq",{"$f":"VLOOKUP($E231,eq_table_cl,F$4,FALSE)","v":163.72087260199999},-9.5204622000000003E-2,0,0,0,0,0,0,0,0,200000.1,0]
["Medium Quality Structure","bldg_mid_eq_1_r",0,{"$f":"r_inc_build1_fp","v":0},"bldg_mid_eq",198.02119383900001,-9.6244836E-2,0,0,0,0,0,0,0,0,200000.1,0]
["High Quality Structure","bldg_hi_eq_1_r",0,{"$f":"r_inc_build1_fp","v":0},"bldg_hi_eq",378.41221851,-0.13671524199999999,0,0,0,0,0,0,0,0,200000.1,0]
["Building 2 Addition/Incremental Useage (Retrofit)"]
["Low Quality Structure","bldg_lo_eq_2_r",{"$f":"IF(D235=0,0,IF(OR(D235>P235,D235<Q235),\"contact vendor\",F235*D235^G235+H235*LN(D235)+I235+J235*EXP(K235*D235)+L235*D235^3+M235*D235^2+N235*D235+O235))","v":0},{"$f":"r_inc_build2_fp","v":0},"bldg_lo_eq",{"$f":"VLOOKUP($E235,eq_table_cl,F$4,FALSE)","v":163.72087260199999},-9.5204622000000003E-2,0,0,0,0,0,0,0,0,200000.1,0]
["Medium Quality Structure","bldg_mid_eq_2_r",0,{"$f":"r_inc_build2_fp","v":0},"bldg_mid_eq",198.02119383900001,-9.6244836E-2,0,0,0,0,0,0,0,0,200000.1,0]
["High Quality Structure","bldg_hi_eq_2_r",0,{"$f":"r_inc_build2_fp","v":0},"bldg_hi_eq",378.41221851,-0.13671524199999999,0,0,0,0,0,0,0,0,200000.1,0]

{"sheet":"Cost Coefficients","index":21,"n_rows":64,"n_cols":16,"rows_kept":64,"cut":false,"hidden":false,"merged":[]}
["Coefficients for Component Cost Equations"]
["This sheet is used internally to calculate component costs using the cost equations method; see model documentation for more details on the development of cost equations"]
[]
[null,"Power: C1*x^C2",null,"Logarithmic: C3*Ln(x) + C4",null,"Exponential: C5*e^(C6*x)",null,"Polynomial: C7*x^3 + C8*x^2 + C9*x + C10",null,null,null,"NOTES"]
["Equation Lookup Name","C1","C2","C3","C4","C5","C6","C7","C8","C9","C10","Pct deviation of fit equation","Last modified","Rsq of fit equation","max size used to gen curve","min size for which curve fits are valid"]
["back_pump_eq",0,0,0,0,0,0,0,-6.7002999999999995E-4,14.809014980000001,4093.494684836,0.16787720556525074," 1/17/2023 11:37:54 AM",0.95812431183124169,10001,0]
["bldg_hi_eq",378.41221851,-0.13671524199999999,0,0,0,0,0,0,0,0,4.0372546378012256E-2," 1/25/2023 5:11:07 PM",0.95319947666108407,200000.1,0]
["bldg_lo_eq",163.72087260199999,-9.5204622000000003E-2,0,0,0,0,0,0,0,0,2.4871309850656418E-2," 1/25/2023 5:10:26 PM",0.96700830313985342,200000.1,0]
["bldg_mid_eq",198.02119383900001,-9.6244836E-2,0,0,0,0,0,0,0,0,2.5881342871107462E-2," 1/25/2023 5:10:48 PM",0.96588495619097448,200000.1,0]
["ci_bfv_eq_large",0,0,0,0,0,0,1.500986001,-137.11144950400001,4591.2435827480003,-36246.272177972001,0.10118956633106969," 1/17/2023 10:13:27 AM",0.94922030750420328,48.1,14]
["ci_bfv_eq_small",221.77653215199999,1.0463710340000001,0,0,0,0,0,0,0,0,0.19940134150122094," 1/17/2023 11:28:24 AM",0.94954224445418201,12,1]
["ci_chv_eq",0,0,0,0,0,0,3.240756524,50.118205304,-32.545647099999996,553.63390991000006,0.12711337788421534," 1/17/2023 10:59:59 AM",0.95706868872522688,24.1,2]
["ci_mov_eq",0,0,0,0,0,0,0,0,1304.6120832720001,-1165.0485677490001,0.34948104502507477," 1/17/2023 11:27:00 AM",0.94241839597621901,48.1,1]
["cont_bot_add_eq",0,0,0,0,0,0,2.5666000000000001E-5,-3.1620271999999998E-2,66.758900197000003,1888.9601026519999,3.3285905839289309E-2," 1/25/2023 6:03:24 PM",0.99496202597007644,1001,0]
["cont_bot_eq",0,0,0,0,0,0,-5.6289999999999998E-6,1.3916018E-2,52.090398698000001,47002.723866152999,8.1474118959206938E-3," 1/25/2023 6:03:12 PM",0.99893759812171934,1001,0]
["cont_top_eq",0,0,0,0,33696.395725932998,5.9381778000000003E-2,0,0,0,0,4.9521570484974298E-2," 1/25/2023 6:03:34 PM",0.98522124707860403,31,0]
["cpvc_pipe_eq",0,0,0,0,0,0,6.5072480000000002E-3,0.74408816600000005,2.9106427579999998,0.95118725599999998,9.2730127969551934E-2," 1/13/2023 3:31:55 PM",0.97997834929612926,18.100000000000001,0]
["cs_pv_eq",1596.499332614,0.45949680900000001,0,0,0,0,0,0,0,0,0.10812247070213186," 1/13/2023 9:40:48 AM",0.98240798871887336,27101,0]
["csp_pv_eq",1798.6988144679999,0.42308934100000001,0,0,0,0,0,0,0,0,0.10094397418738933," 1/13/2023 9:41:07 AM",0.98661329367737571,27101,0]
["di_pipe_eq",0,0,0,0,0,0,1.3009082E-2,-0.63853567099999997,18.152542467,11.056607186999999,8.2838949266919329E-2," 1/13/2023 3:31:40 PM",0.99257213725669535,48.1,4]
["fg_bwt_eq",135.281859973,0.66222618499999997,0,0,0,0,0,0,0,0,0.56626731611720127," 1/13/2023 10:21:22 AM",0.79467834835124995,20001,0]
["fg_cst_eq",259.35532937099998,0.55137656199999996,0,0,0,0,0,0,0,0,0.37258732877875211," 1/13/2023 11:28:39 AM",0.65985747035876607,30001,0]
["fg_pv_eq",0,0,0,0,0,0,0,2.2354919999999999E-3,18.79231828,275.54372241900001,2.7488567290999504E-2," 1/13/2023 9:37:21 AM",0.99878194649957874,901,0]
["gac_eq",0,0,0,0,2.101628083,-5.6370000000000004E-6,0,0,0,0,1.9633050773600032E-3," 1/24/2023 2:54:07 PM",0.9995210307055945,40000,0]
["gac_slurry_eq",0,0,0,0,0,0,0,-5.3099999999999998E-7,0.21637999499999999,1726.1361602259999,0.13634459989196074," 1/19/2023 2:26:16 PM",0.88989336622886217,108290,0]
["hdpe_bwt_eq",0,0,0,0,0,0,3E-9,-4.4866E-5,2.0973282219999998,434.23312942000001,0.15508350270168716," 1/13/2023 10:25:53 AM",0.89583196859918646,16502,0]
["hvac_ac_eq",2490.0166433280001,1.117904172,0,0,0,0,0,0,0,0,2.9060052999028089E-2," 1/25/2023 5:27:00 PM",0.99708569616381693,113.33,0]
["hvac_elec_eq",1144.4973268870001,0.76939132899999996,0,0,0,0,0,0,0,0,0.21824709010560447," 1/25/2023 5:44:55 PM",0.98363308354833745,6148.1,0]
["hvac_gas_eq",884.952743048,0.75061779799999995,0,0,0,0,0,0,0,0,0.11117046204521347," 1/25/2023 5:45:25 PM",0.97378468247658279,5032.1000000000004,0]
["hvac_gas_non_eq",884.952743048,0.75061779799999995,0,0,0,0,0,0,0,0,0.11117046204521347," 1/25/2023 5:45:06 PM",0.97378468247658279,5032.1000000000004,0]
["hvac_hp_eq_large",2416.5109401350001,0.81084980699999998,0,0,0,0,0,0,0,0,6.3748011821242526E-2," 1/25/2023 6:00:17 PM",0.98438546621794643,50.01,12]
["hvac_hp_eq_small",3571.6003625200001,0.52517194700000003,0,0,0,0,0,0,0,0,0.20178190920126421," 1/25/2023 5:58:02 PM",0.80101943972733713,12,0]
["hvac_oil_mid_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,8.9610663880693747E-2," 1/25/2023 5:45:51 PM",0.98579513413093556,3350.1,0]
["hvac_oil_std_eq",1161.335000027,0.71739984700000003,0,0,0,0,0,0,0,0,8.9610663880693747E-2," 1/25/2023 5:45:40 PM",0.98579513413093556,3350.1,0]
["imp_mix_eq",0,0,0,0,0,0,0,0,1053.0249738949999,4010.0161733059999,6.537073818864049E-2," 1/23/2023 12:37:02 PM",0.9846598234923809,110,0]
["mag_fm_eq",0,0,0,0,0,0,8.7416773000000003E-2,3.727367106,488.19409208000002,3103.652214921,0.15420855763774652," 1/23/2023 12:59:50 PM",0.95974019025607282,36.1,0]
["mount_mix_eq",3220.9800634899998,0.14804462199999999,0,0,0,0,0,0,0,0,0.10096714189868675," 1/23/2023 12:36:43 PM",0.57579712716736775,4.0999999999999996,0]
["off_regen_eq",0,0,0,0,1.9919101159999999,-1.3224000000000001E-5,0,0,0,0,4.4359041896438474E-2," 1/25/2023 6:01:42 PM",0.96319091498206999,40000,0]
["on_regen_eq",97378.213729220006,0.38341135900000001,0,0,0,0,0,0,0,0,3.4740864985252792E-2," 1/24/2023 2:54:29 PM",0.99628563689537553,100001,0]
["op_fm_eq",0,0,0,0,0,0,0.290528801,-20.141018838000001,567.62280550399998,674.16116967899995,8.7926571657932578E-2," 1/23/2023 12:59:03 PM",0.99588591793663983,60.1,0]
["pl_cst_eq",0,0,0,0,0,0,0,1.89841E-4,1.125069329,710.83996240299996,0.19181540196500685," 1/13/2023 11:24:17 AM",0.9665490920876908,6601,0]
["pp_chv_eq",0,0,0,0,0,0,0,23.867181313,53.974127154000001,43.165150769999997,0.1427349787694592," 1/17/2023 10:59:04 AM",0.93375154994717469,12.1,0]
["pp_man_eq_large",0,0,0,0,0,0,0,0,2553.3443597519999,-25690.347540136001,0.1288535088310907," 1/17/2023 10:02:52 AM",0.81137657813383668,24.1,14]
["pp_man_eq_small",0,0,0,0,0,0,0,12.117823524,45.057729000000002,112.997449909,0.25566288048231928," 1/17/2023 9:54:09 AM",0.86317684069618528,12,0]
["pp_mov_eq_large",0,0,0,0,0,0,0,0,2443.3800723099998,-21582.792424030999,0.10606175481157647," 1/17/2023 9:48:39 AM",0.84845770106442142,24.1,14]
["pp_mov_eq_small",0,0,0,0,599.000620282,0.18198897,0,0,0,0,0.1044259768556962," 1/17/2023 9:44:40 AM",0.97980463453751598,12,0]
["prop_fm_eq",0,0,0,0,0,0,0.48667437299999999,-19.177375645000001,593.88035160699997,1500.545795131,4.521517984937741E-2," 1/23/2023 12:59:37 PM",0.99578400826432001,36.1,0]
["pump_eq",0,0,0,0,0,0,0,-6.7002999999999995E-4,14.809014980000001,4093.494684836,0.16787720556525074," 1/17/2023 11:35:59 AM",0.95812431183124169,10001,0]
["pvc_empump_eq",0,0,0,0,1147.9723958510001,5.4740779000000003E-2,0,0,0,0,0.39676137270947814," 1/17/2023 12:05:11 PM",0.62162919975925868,21.01,0]
["pvc_mmpump_eq",0,0,0,0,0,0,5.8459699999999996E-4,-0.31291286000000001,58.800444323000001,3000.5306602579999,5.9121223134457057E-2," 1/17/2023 12:20:25 PM",0.95805697100435294,132.01,0]
["pvc_pipe_eq",0,0,0,0,0,0,0,9.7106987000000006E-2,0.800977414,1.427719425,0.19469475172443332," 1/13/2023 3:33:26 PM",0.99750218963449888,48.1,0]
["seductor_eq",0,0,0,0,0,0,0,22.470786887999999,2229.8918400309999,-1911.930587201,0.10253211443061497," 1/23/2023 12:43:50 PM",0.97755716442117768,8.1,1.5]
["septic_tank_eq",0,0,0,0,0,0,0,-4.1899999999999998E-7,1.820226125,-609.61927057299999,0.13229078030591235," 1/25/2023 3:54:56 PM",0.99863183827826651,100001,750]
["ss_chv_eq",0,0,0,0,0,0,0,43.739370735000001,186.790998664,114.073407746,0.22117751729640323," 1/17/2023 11:03:14 AM",0.98072611838110124,48.1,0]
["ss_cst_eq",57.021589231,0.72932539100000005,0,0,0,0,0,0,0,0,6.872076181729754E-2," 1/13/2023 11:27:47 AM",0.99494997588312595,30001,0]
["ss_empump_eq",2305.9222008940001,0.140989643,0,0,0,0,0,0,0,0,0.19379304652600138," 1/17/2023 12:17:46 PM",0.40093386922936991,21.01,0]
["ss_man_eq",271.98316458599999,0.92578415199999997,0,0,0,0,0,0,0,0,0.19376804452462798," 1/17/2023 10:07:57 AM",0.8807162518733741,12.1,0]
["ss_mmpump_eq",0,0,0,0,0,0,0,-0.19761578099999999,60.928056216999998,3430.8004552430002,5.3382527173068531E-2," 1/17/2023 12:20:38 PM",0.97321402756132269,132.01,0]
["ss_mov_eq",0,0,0,0,0,0,1.4813451259999999,44.575825872999999,-42.850924452000001,1429.5852851469999,0.27548354444948392," 1/17/2023 9:46:38 AM",0.93859465845858792,48.1,0]
["ss_pipe_eq",0,0,0,0,0,0,4.8585111E-2,-2.5845256220000001,58.928328317999998,-12.466035675000001,0.25605913422579951," 1/13/2023 3:33:57 PM",0.93646598728443631,48.1,0]
["ss_pv_eq",0,0,0,0,0,0,4.0000000000000001E-8,-1.6522430000000001E-3,26.487093706,28673.43064482,0.14140922623004518," 1/13/2023 9:40:25 AM",0.98549217500950392,27101,0]
["st_bwt_eq",308.93713092600001,0.50146757099999995,0,0,0,0,0,0,0,0,0.20490922198574954," 1/13/2023 10:20:56 AM",0.95117028776390522,289001,0]
["st_pipe_eq",20.769417377,0.92382198999999998,0,0,0,0,0,0,0,0,0.42911927902362179," 1/13/2023 3:34:36 PM",0.39930452928082849,48.1,0]
["ven_fm_eq",0,0,0,0,0,0,-8.9659137E-2,7.3814192910000003,135.40877886999999,2010.462068774,7.9589033678493251E-2," 1/23/2023 12:59:16 PM",0.98202299755210409,48.1,0]

{"sheet":"Cost Data","index":22,"n_rows":1604,"n_cols":7,"rows_kept":1604,"cut":false,"hidden":false,"merged":[]}
["Cost Data"]
["This sheet is used internally and contains component cost data extracted from the central cost database"]
["To maintain vendor confidentiality, the central cost database itself is not provided here"]
["bls118","Alarms (High/Low Pressure Alarms, Level Switch/Alarms, Low Alarms)"]
[43,null,null,"Unit Cost","Useful Life (large)","Useful Life (small)"]
["alarm_cost_cl",0,0,600.18707669670891,15,14]
[]
[]
["bls1141","Centrifugal Pumps (Backwash)"]
[30,"Size needed (gpm)","Size selected (gpm)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["back_pump_cost_cl",0,10,3765.081740826402,20,17]
[null,11,30,4254.6995836907727,20,17]
[null,31,200,12125.919025502953,20,17]
[null,201,500,13969.613526038316,20,17]
[null,501,750,17759.918572183145,20,17]
[null,751,1000,18367.928438860366,20,17]
[null,1001,1500,23207.19064302601,20,17]
[null,1501,2000,33543.358376538781,20,17]
[null,2001,3000,38246.128569817702,20,17]
[null,3001,3500,41894.187769881028,20,17]
[null,3501,4000,44289.002142711717,20,17]
[null,4001,6000,82333.048086229319,20,17]
[null,6001,10000,89174.66776026864,20,17]
[null,10001,"contact vendor","contact vendor",20,17]
[]
[]
["BCI","Backfill and Compaction"]
[3,null,null,"Avg. Unit Cost (per cy)","Useful Life (large)","Useful Life (small)"]
["backfill_cost_cl",0,0,18.649999999999999,"N/A","N/A"]
[]
[]
["CCI","Pipe bedding costs (crushed stone and sand)"]
[2,null,null,"Avg. Unit Cost (per day)","Useful Life (large)","Useful Life (small)"]
["bedding_cost_cl",0,0,45.35,"N/A","N/A"]
[]
[]
["bore_rig_cost",0,0,2650,"N/A","N/A"]
[null,"Borings, cased borings in earth, w/samples, 2.5\" dia",null,"Avg. Unit Cost (per lf)","Useful Life (large)","Useful Life (small)"]
["bore_cost_cl",0,0,64,"N/A","N/A"]
[]
[]
["stake_out_cost",0,0,1475,"N/A","N/A"]
[null,"Borings, drawings showing boring details",null,"Avg. Unit Cost (per job)","Useful Life (large)","Useful Life (small)"]
["bore_draw_cost_cl",0,0,425,"N/A","N/A"]
[]
[]
["bore_report_cost",0,0,970,"N/A","N/A"]
[null,"Borings, mobilization and demobilization, minimum",null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["bore_mob_cost_cl",0,0,660,"N/A","N/A"]
[]
[]
["bore_draw_cost",0,0,425,"N/A","N/A"]
[null,"Borings, report and recommendations from P.E.",null,"Avg. Unit Cost (per job)","Useful Life (large)","Useful Life (small)"]
["bore_report_cost_cl",0,0,970,"N/A","N/A"]
[]
[]
["bore_mob_cost",0,0,660,"N/A","N/A"]
[null,"Borings, drill rig and crew with truck mounted auger",null,"Avg. Unit Cost (per day)","Useful Life (large)","Useful Life (small)"]
["bore_rig_cost_cl",0,0,2650,"N/A","N/A"]
[]
[]
["bls061","Chemical Costs"]
[11,"Chemical","Units","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["chem_cost_cl","Acetic Acid","lb",0.25892298275361592,"N/A","N/A"]
[null,"Aluminum Sulfate (alum)","ton",379.67249647750987,"N/A","N/A"]
[null,"Ammonium Chloride","lb",0.98400176743500989,"N/A","N/A"]
[null,"Antiscalant - Basic","lb",2.935905987838364,"N/A","N/A"]
[null,"Antiscalant - Premium","lb",4.298511395790559,"N/A","N/A"]
[null,"Calcium Hydroxide (Lime) - Large Qty","lb",0.14933365711760807,"N/A","N/A"]
[null,"Calcium Hydroxide (Lime) - Small Qty","lb",0.25092360451306417,"N/A","N/A"]
[null,"Calcium Hypochlorite - Large Qty","lb",1.8076509548824649,"N/A","N/A"]
[null,"Calcium Hypochlorite - Small Qty","lb",3.0195931290952047,"N/A","N/A"]
[null,"Calcium Oxide (Quicklime)","ton",292.14602474409008,"N/A","N/A"]
[null,"Citric Acid (food grade)","lb",1.2847889581924627,"N/A","N/A"]
[null,"Ethanol","gal",4.5669105752706649,"N/A","N/A"]
[null,"Ferric Chloride","lb",0.16017416334156323,"N/A","N/A"]
[null,"Ferric Sulfate","lb",0.14204018747082317,"N/A","N/A"]
[null,"Ferrous Sulfate - Large Qty","lb",1.4750000000000001,"N/A","N/A"]
[null,"Ferrous Sulfate - Mid Qty","lb",1.1012,"N/A","N/A"]
[null,"Ferrous Sulfate - Small Qty","lb",0.91449999999999998,"N/A","N/A"]
[null,"Hydrochloric Acid - Large Qty","lb",0.49255463949257372,"N/A","N/A"]
[null,"Hydrochloric Acid - Mid Qty","lb",0.57004275858817965,"N/A","N/A"]
[null,"Hydrochloric Acid - Small Qty","lb",0.93372617539628344,"N/A","N/A"]
[null,"Hydrogen Peroxide - Large Qty","lb",0.3172018248175183,"N/A","N/A"]
[null,"Hydrogen Peroxide - Small Qty","lb",0.47022883285981981,"N/A","N/A"]
[null,"Liquid Oxygen - Large Qty","ton",78.476632289948313,"N/A","N/A"]
[null,"Liquid Oxygen - Mid Qty","ton",361.7648758605846,"N/A","N/A"]
[null,"Liquid Oxygen - Small Qty","ton",811.40046895446164,"N/A","N/A"]
[null,"Membrane Cleaner - High pH Detergent","gal",44.177656959004025,"N/A","N/A"]
[null,"Membrane Cleaner - Low pH Sulfate Control","gal",38.525745847892914,"N/A","N/A"]
[null,"Phosphoric Acid 75% - Large Qty","lb",0.65600897434378369,"N/A","N/A"]
[null,"Phosphoric Acid 75% - Mid Qty","lb",0.74193129494261945,"N/A","N/A"]
[null,"Phosphoric Acid 75% - Small Qty","lb",0.84674242280285039,"N/A","N/A"]
[null,"Phosphoric Acid 36% - Large Qty","lb",0.33234317417601811,"N/A","N/A"]
[null,"Phosphoric Acid 36% - Small Qty","lb",0.81370650744184447,"N/A","N/A"]
[null,"Polyaluminum Chloride - Large Qty","lb",0.20438225614058614,"N/A","N/A"]
[null,"Polyaluminum Chloride - Small Qty","lb",0.40812805824157544,"N/A","N/A"]
[null,"Polymers","lb",0.74137399196238118,"N/A","N/A"]
[null,"Potassium Permanganate","lb",2.3881161426276218,"N/A","N/A"]
[null,"Sodium Bicarbonate","lb",0.42575032116788325,"N/A","N/A"]
[null,"Sodium Bisulfite","lb",0.48694420796818616,"N/A","N/A"]
[null,"Sodium Carbonate (soda ash)","lb",0.38999349762688967,"N/A","N/A"]
[null,"Sodium Chloride - Large Qty","lb",0.10445948132048184,"N/A","N/A"]
[null,"Sodium Chloride - Mid Qty","lb",0.21448163524559982,"N/A","N/A"]
[null,"Sodium Chloride - Small Qty","lb",0.28961344000739103,"N/A","N/A"]
[null,"Sodium Chlorite 25.0% Solution","lb",0.87543886696652329,"N/A","N/A"]
[null,"Sodium Chlorite 7.5% Solution","lb",0.48591449775627299,"N/A","N/A"]
[null,"Sodium Hexametaphosphate","lb",0.68255791765637375,"N/A","N/A"]
[null,"Sodium Hydroxide 50% - Large Qty","lb",0.21325228017050835,"N/A","N/A"]
[null,"Sodium Hydroxide 50% - Mid Qty","lb",0.2558351123249763,"N/A","N/A"]
[null,"Sodium Hydroxide 50% - Small Qty","lb",0.31827794416978772,"N/A","N/A"]
[null,"Sodium Hydroxide 25% - Large Qty","lb",0.12531949821201241,"N/A","N/A"]
[null,"Sodium Hydroxide 25% - Mid Qty","lb",0.15728565790356952,"N/A","N/A"]
[null,"Sodium Hydroxide 25% - Small Qty","lb",0.17978347397804662,"N/A","N/A"]
[null,"Sodium Hypochlorite - Large Qty","gal",1.0111282050615207,"N/A","N/A"]
[null,"Sodium Hypochlorite - Mid Qty","gal",1.3708025989562564,"N/A","N/A"]
[null,"Sodium Hypochlorite - Small Qty","gal",1.7203222705757928,"N/A","N/A"]
[null,"Sulfuric Acid - Large Qty","lb",0.13709828619050735,"N/A","N/A"]
[null,"Sulfuric Acid - Small Qty","lb",0.19509817893903403,"N/A","N/A"]
[null,"Tetrasodium Pyrophosphate","lb",8.3511491937189888,"N/A","N/A"]
[null,"Zinc Orthophosphate - Large Qty","gal",6.3109223358010995,"N/A","N/A"]
[null,"Zinc Orthophosphate - Mid Qty","gal",8.0362899049881236,"N/A","N/A"]
[null,"Zinc Orthophosphate - Small Qty","gal",10.748262798053529,"N/A","N/A"]
[]
[]
["bls1149","Cast Iron Manual Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ci_bfv_cost_cl",0,2,382.59443243243237,25,20]
[null,2.1,2.5,465.81371999999999,25,20]
[null,2.6,3,985.99555274261604,25,20]
[null,3.1,4,1175,25,20]
[null,4.0999999999999996,8,1725,25,20]
[null,8.1,12,2875,25,20]
["ci_bfv_cost_large",12.1,14,5400,25,20]
[null,14.1,18,9700,25,20]
[null,18.100000000000001,20,12700,25,20]
[null,20.100000000000001,24,20900,25,20]
[null,24.1,30,17100,25,20]
[null,30.1,36,21100,25,20]
[null,36.1,42,26600,25,20]
[null,42.1,48,34100,25,20]
[null,48.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1149","Cast Iron Check Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ci_chv_cost_cl",0,2,727.99227027027018,25,20]
[null,2.1,3,906.87331645569623,25,20]
[null,3.1,4,1775,25,20]
[null,4.0999999999999996,6,2750,25,20]
[null,6.1,8,4850,25,20]
[null,8.1,12,12600,25,20]
[null,12.1,18,47100,25,20]
[null,18.100000000000001,24,66500,25,20]
[null,24.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1149","Cast Iron Motor/Air Operated Valves (on/off)"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ci_mov_cost_cl",0,1,1344.7174074420614,25,20]
[null,1.1000000000000001,2,863.90978021978026,25,20]
[null,2.1,3,3473.2001649484537,25,20]
[null,3.1,4,4185.087896551724,25,20]
[null,4.0999999999999996,6,6000.7343666666675,25,20]
[null,6.1,8,11061.839595959596,25,20]
[null,8.1,10,14396.050612244897,25,20]
[null,10.1,12,16659.506451612902,25,20]
[null,12.1,14,19254.500240963855,25,20]
[null,14.1,16,26647.512289156628,25,20]
[null,16.100000000000001,18,33531.189219858155,25,20]
[null,18.100000000000001,30,42084.270140109402,25,20]
[null,30.1,48,59227.779900671587,25,20]
[null,48.1,"contact vendor","contact vendor",25,20]
[]
[]
["BCI","Concrete for Basins"]
[3,null,null,"Avg. Unit Cost (per cy)","Useful Life (large)","Useful Life (small)"]
["conc_basin_cost_cl",0,0,739.60558874747949,40,37]
[]
[]
["bls061","Chemical Resistant Coating for Concrete"]
[11,null,null,"Avg. Unit Cost (per gal)","Useful Life (large)","Useful Life (small)"]
["conc_coating_cost_cl",0,0,389.13,10,10]
[]
[]
["BCI","Concrete Pad"]
[3,null,null,"Avg. Unit Cost (per cy)","Useful Life (large)","Useful Life (small)"]
["conc_pad_cost_cl",0,0,492.74999999999994,40,37]
[]
[]
["bls1074","Backwash Distributors for Concrete GAC Contactors"]
[24,"Size Needed (cell length)","Size Selected (cell length)","Avg. Unit Cost","Useful Life(large)","Useful Life (small)"]
["cont_top_cost_cl",0,8,56676.281085048002,40,37]
[null,9,10,59919.803195336892,40,37]
[null,11,12,63163.325305625782,40,37]
[null,13,14,79210.224167055057,40,37]
[null,15,16,83648.728107450355,40,37]
[null,17,18,107036.22963953343,40,37]
[null,19,20,112840.42710005038,40,37]
[null,21,22,126326.65061125156,40,37]
[null,23,24,130082.30779158608,40,37]
[null,25,26,160810.41199432296,40,37]
[null,27,28,185734.31873654283,40,37]
[null,29,30,192904.20971718145,40,37]
[null,31,"contact vendor","contact vendor",40,37]
[]
[]
["bls072106033","CPVC Piping"]
[15,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost ($/lf)","Useful Life (large)","Useful Life (small)"]
["cpvc_pipe_cost_cl",0,0.5,2.6632135313802943,22,17]
[null,0.6,0.75,3.4161861313868607,22,17]
[null,0.76,1,4.6191902899139743,22,17]
[null,1.1000000000000001,1.5,6.9897382182847299,22,17]
[null,1.6,2,9.7307617597109495,22,17]
[null,2.1,2.5,13.9160178794061,22,17]
[null,2.6,3,15.479636354286573,22,17]
[null,3.1,4,27.687322631427584,22,17]
[null,4.0999999999999996,6,50.768846439169138,22,17]
[null,6.1,8,60.907083897837325,22,17]
[null,8.1,10,120.49246198157502,22,17]
[null,10.1,12,157.99898111173229,22,17]
[null,12.1,14,232.01930337969426,22,17]
[null,14.1,16,296.65379213483146,22,17]
[null,16.100000000000001,18,297.3340569345113,22,17]
[null,18.100000000000001,"contact vendor","contact vendor",22,17]
[]
[]
["bls1072","Carbon Steel Pressure Vessels - Stainless Steel Internals"]
[23,"Size needed (gal)","Size selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["cs_pv_cost_cl",0,180,18903.617325224444,35,30]
[null,181,1400,37307.291561729398,35,30]
[null,1401,2000,56179.431524547799,35,30]
[null,2001,6800,86885.007846737135,35,30]
[null,6801,27100,188661.29032258067,35,30]
[null,27101,"contact vendor","contact vendor",35,30]
[]
[]
["bls1072","Carbon Steel Pressure Vessels - Plastic Internals"]
[23,"Size needed (gal)","Size selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["csp_pv_cost_cl",0,180,17250.424316108834,35,30]
[null,181,1400,32550.197998383468,35,30]
[null,1701,2000,49233.695090439272,35,30]
[null,1401,6800,71941.198515468393,35,30]
[null,6801,27100,142935.48387096776,35,30]
[null,27101,"contact vendor","contact vendor",35,30]
[]
[]
[]
["Current Year","current_year_cl",2021]
[]
[]
["bls10150211","Ductile Iron Piping"]
[19,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost ($/lf)","Useful Life (large)","Useful Life (small)"]
["di_pipe_cost_cl",0,4,75,40,35]
[null,4.0999999999999996,6,92.5,40,35]
[null,6.1,8,126,40,35]
[null,8.1,10,161,40,35]
[null,10.1,12,197,40,35]
[null,12.1,14,157,40,35]
[null,14.1,16,169,40,35]
[null,16.100000000000001,18,216,40,35]
[null,18.100000000000001,20,225,40,35]
[null,20.100000000000001,24,254,40,35]
[null,24.1,30,345.13777777777773,40,35]
[null,30.1,36,451.23555555555549,40,35]
[null,36.1,42,628.76444444444439,40,35]
[null,42.1,48,816.64,40,35]
[null,48.1,"contact vendor","contact vendor",40,35]
[]
[]
["bls118","Electrical Enclosure"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["elec_encl_cost_cl",0,0,1400,22,17]
[]
[]
[3,null,null,"Avg. Unit Cost (per cy)","Useful Life (large)"]
["ep_dike_construct_cl","Evaporation pond dike construction","ep_dike_construct_cl",8.19,"NA"]
[]
[]
["bls07210606","Evaporation pond liner"]
[16,null,null,"Avg. Unit Cost (per sf)","Useful Life (large)","Useful Life (small)"]
["ep_liner_cost_cl",0,0,2.7,10,10]
[]
[]
["BCI","Excavation"]
[3,null,null,"Avg. Unit Cost (per cy)","Useful Life (large)","Useful Life (small)"]
["excavate_cost_cl",0,0,30.879999999999995,"N/A","N/A"]
[]
[]
["bls07210606","Fiberglass Backwash Tanks"]
[16,"Size needed (gal)","Size selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["fg_bwt_cost_cl",0,564,7145.2205882352946,25,20]
[null,565,600,18678.227941176472,25,20]
[null,601,1000,28419.964285714283,25,20]
[null,1001,1470,8733.9285714285706,25,20]
[null,1471,1500,24998.206896551721,25,20]
[null,1501,2000,28731.03875968992,25,20]
[null,2001,3000,30053.043927648578,25,20]
[null,3001,4000,33272.392764857876,25,20]
[null,4001,4500,12994.315245478036,25,20]
[null,4501,5000,36466.366492146597,25,20]
[null,5001,6000,40172.167539267015,25,20]
[null,6001,7000,43357.41361256544,25,20]
[null,7001,8000,46547.246073298425,25,20]
[null,8001,9000,49390.806282722508,25,20]
[null,9001,10000,58598.51880877743,25,20]
[null,10001,11000,55237.429467084643,25,20]
[null,11001,11750,26877.272727272728,25,20]
[null,11751,12000,58195.188087774295,25,20]
[null,12001,13000,67522.711598746086,25,20]
[null,13001,14000,74843.307210031358,25,20]
[null,14001,15000,73837.256097560967,25,20]
[null,15001,20000,103145.65094339623,25,20]
[null,20001,20300,37943.773584905663,25,20]
[null,20001,22000,115906.58490566039,25,20]
[null,20001,25000,134954.3548387097,25,20]
[null,20001,30000,163190.43243243243,25,20]
[null,20001,35000,177220.13513513512,25,20]
[null,20001,40000,222109.6216216216,25,20]
[null,20001,45000,254334.97297297296,25,20]
[null,20001,48000,271073.67567567568,25,20]
[null,20001,50000,203871.02702702701,25,20]
[null,20001,"contact vendor","contact vendor",25,20]
[]
[]
["bls07210606","Fiberglass Chemical Storage Tanks"]
[16,"Size Needed (gal)","Size Selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["fg_cst_cost_cl",0,564,10643.27205882353,10,7]
[null,565,600,9872.8308823529405,10,7]
[null,601,625,10625.875,10,7]
[null,626,1000,12232.285714285714,10,7]
[null,1001,1470,12855.625,10,7]
[null,1471,1500,15064.344827586207,10,7]
[null,1501,2000,18487.235142118861,10,7]
[null,2001,2150,12954.956072351421,10,7]
[null,2151,3000,19159.81395348837,10,7]
[null,3001,4000,21829.291989664081,10,7]
[null,4001,4500,39689.09560723514,10,7]
[null,4501,5000,24602.528795811515,10,7]
[null,5001,6000,27770.575916230366,10,7]
[null,6001,7000,30351.565445026175,10,7]
[null,7001,8000,32931.408376963351,10,7]
[null,8001,9000,35253.267015706806,10,7]
[null,9001,10000,37624.749216300945,10,7]
[null,10001,10100,18617.288401253922,10,7]
[null,10101,11000,39992.100313479626,10,7]
[null,11001,11750,55751.175548589345,10,7]
[null,11751,12000,42353.730407523515,10,7]
[null,12001,13000,49086.206896551725,10,7]
[null,13001,14000,55803.808777429469,10,7]
[null,14001,15000,59147.258536585359,10,7]
[null,15001,20000,75892.113207547169,10,7]
[null,20001,22000,95701.867924528313,10,7]
[null,22001,25000,111582.25806451614,10,7]
[null,25001,29610,34484.032258064522,10,7]
[null,29611,30000,135622.54054054053,10,7]
[null,30001,"contact vendor","contact vendor",10,7]
[]
[]
["bls07210606","Fiberglass Pressure Vessels - Plastic Internals"]
[16,"Size needed (gal)","Size selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["fg_pv_cost_cl",0,187,3564.9366552509068,25,20]
[null,188,264,4715.9393278960542,25,20]
[null,265,345,6699.5778154536429,25,20]
[null,346,463,8437.1019714039867,25,20]
[null,464,900,17867.134000531456,25,20]
[null,901,"contact vendor","contact vendor",25,20]
[]
[]
["bls1399","Granular Activated Carbon - Material and Delivery Cost"]
[45,"Quantity Needed (lb)","Quantity Selected (lb)","Avg. Unit Cost ($/lb)","Useful Life(large)","Useful Life (small)"]
["gac_cost_cl",0,1000,2.0869886872323238,"N/A","N/A"]
[null,2000,21000,1.8722121571268042,"N/A","N/A"]
[null,40000,40000,1.6750137902845219,"N/A","N/A"]
[]
[]
["bls1141","Slurry Pumps for Media Transfer"]
[30,"Size Needed (lb/hr)","Size Selected (lb/hr)","Avg. Unit Cost","Useful Life(large)","Useful Life (small)"]
["gac_slurry_cost_cl",0,3369,2695.6790639301639,20,15]
[null,3370,8422,3397.7395118773702,20,15]
[null,8423,12513,4485.1233552826388,20,15]
[null,12514,21658,5623.1498382603413,20,15]
[null,21659,24064,5503.1934667585701,20,15]
[null,24065,29599,7395.6437375098158,20,15]
[null,29600,36096,8157.4375622864745,20,15]
[null,36097,41390,12412.345463578609,20,15]
[null,41391,57032,15312.983296187971,20,15]
[null,57033,66176,16434.285464427834,20,15]
[null,66177,72193,16931.904693619013,20,15]
[null,72194,108289,16394.998463315911,20,15]
[null,108290,"contact vendor","contact vendor",20,15]
[]
[]
["bls07210606","HDPE Backwash Tanks "]
[16,"Size Needed (gal)","Size Selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hdpe_bwt_cost_cl",0,300,1386.5477871292217,25,20]
[null,301,550,1384.7996533333639,25,20]
[null,551,850,2146.4226420816422,25,20]
[null,851,1000,1995.7016566438342,25,20]
[null,1001,1200,3130.7544642857142,25,20]
[null,1201,1500,3408.9308352781204,25,20]
[null,1501,2000,4730.5117831880343,25,20]
[null,2001,2500,5435.1240971303132,25,20]
[null,2501,3000,6806.9102726329838,25,20]
[null,3001,4200,11072.07111111111,25,20]
[null,4201,5200,12227.704476439791,25,20]
[null,5201,6500,15376.40342557439,25,20]
[null,6501,8000,14636.079581151831,25,20]
[null,8001,10500,17612.96962298809,25,20]
[null,10501,12500,28047.512796129413,25,20]
[null,12501,15000,28077.508317844786,25,20]
[null,15001,16501,53210.572999570199,25,20]
[null,16502,"contact vendor","contact vendor",25,20]
[]
[]
["bls118","Head Loss Sensor"]
[43,null,null,"Unit Cost","Useful Life (large)","Useful Life (small)"]
["headloss_cost_cl",0,0,2388.9364733422249,15,14]
[]
[]
["bls114","Impeller Mixers for Rapid Mix"]
[29,"Size needed (hp)","Size Selected (hp)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["imp_mix_cost_cl",0,1,5215.639311849045,25,20]
[null,1.1000000000000001,1.5,5974.8263252684128,25,20]
[null,1.6,2,6068.3450523109377,25,20]
[null,2.1,3,7378.3626076365754,25,20]
[null,3.1,5,8134.7527370290263,25,20]
[null,5.0999999999999996,7.5,11316.307504296892,25,20]
[null,7.6,10,14374.813447090328,25,20]
[null,10.1,20,25944.468684113283,25,20]
[null,20.100000000000001,30,39315.823046232101,25,20]
[null,30.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1154","Laser Jet Printer"]
[38,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["laser_printer_cost_cl",0,0,373.99500000000006,10,8]
[]
[]
["bls118","Magnetic Flow Meters"]
[43,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["mag_fm_cost_cl",0,0.75,5046.2119844357976,15,14]
[null,0.76,1,3719.3050000000003,15,14]
[null,1.1000000000000001,1.5,3762.3734647887327,15,14]
[null,1.6,2,3899.756109589041,15,14]
[null,2.1,2.5,3894.0035399999997,15,14]
[null,2.6,3,4108.8077378640774,15,14]
[null,3.1,4,4281.420210752688,15,14]
[null,4.0999999999999996,6,6813.2262666666675,15,14]
[null,6.1,8,9089.8655287356323,15,14]
[null,8.1,10,12176.345693430656,15,14]
[null,10.1,12,12145.340729927009,15,14]
[null,12.1,14,10284.360875912409,15,14]
[null,14.1,16,12564.606131386863,15,14]
[null,16.100000000000001,18,10867.900729927009,15,14]
[null,18.100000000000001,20,14743.154452554745,15,14]
[null,20.100000000000001,24,19627.052846715331,15,14]
[null,24.1,30,22949.66189781022,15,14]
[null,30.1,36,30908.188029197081,15,14]
[null,36.1,"contact vendor","contact vendor",15,14]
[]
[]
["CCI","Metalwork"]
[2,null,"Units","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["metal_cost_cl","Aluminum Railing","lf",44,40,35]
[null,"Aluminum Stairs","riser",460,40,35]
[null,"Checkered Plate Platform","sf",47.774999999999999,40,35]
[null,"Grating","sf",43.491623083060013,40,35]
[]
[]
["bls114","Mounted Mixers (for neutralization tanks, etc)"]
[29,"Size needed (hp)","Size selected (hp)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["mount_mix_cost_cl",0,0.33333333333333331,2576.0571507413197,25,22]
[null,0.34,0.5,3281.4726797331573,25,22]
[null,0.51,0.75,2703.2428881584933,25,22]
[null,0.76,1,3740.58217089759,25,22]
[null,1.1000000000000001,1.5,3059.3629529265804,25,22]
[null,1.6,2,3689.7078759307205,25,22]
[null,2.1,4,3958.3489700850441,25,22]
[null,4.0999999999999996,"contact vendor","contact vendor",25,22]
[]
[]
["CPI","Off-site GAC Regeneration"]
[5,"Quantity Needed (lb)","Quantity Selected (lb)","Avg. Unit Cost ($/lb)","Useful Life(large)","Useful Life (small)"]
["off_regen_cost_cl",0,1000,2.02575791736697,"N/A","N/A"]
[null,2000,21000,1.4185954564464454,"N/A","N/A"]
[null,40000,40000,1.2114329955259204,"N/A","N/A"]
[]
[]
["bls1134","GAC Regeneration - Multiple Hearth Furnace System"]
[28,"Size Needed (lb/day)","Size Selected (lb/day)","Avg. Unit Cost","Useful Life(large)","Useful Life (small)"]
["on_regen_cost_cl",0,2500,1888357.1428571427,20,20]
[null,2501,5000,2599321.4285714286,20,20]
[null,5001,10000,3543500,20,20]
[null,10001,25000,4487678.5714285709,20,20]
[null,25001,50000,6131500,20,20]
[null,50001,75000,7308892.8571428563,20,20]
[null,75001,100000,8019857.1428571427,20,20]
[null,100001,"contact vendor","contact vendor"]
[]
[]
["bls118","Orifice Plate Flow Meters"]
[43,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["op_fm_cost_cl",0,2,1917.9132555761435,15,14]
[null,2.1,3,2012.2775307939435,15,14]
[null,3.1,6,3229.2703536375971,15,14]
[null,6.1,12,5131.3008277058216,15,14]
[null,12.1,16,6932.5703263810165,15,14]
[null,16.100000000000001,24,6272.4431261963609,15,14]
[null,48.1,60,25150.900552878997,15,14]
[null,60.1,"contact vendor","contact vendor",15,14]
[]
[]
["bls117507","Operator Interface Software"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["op_interface_software_cost_cl",0,0,40.5,10,8]
[]
[]
["bls11510114","PC Workstation"]
[37,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pc_workstation_cost_cl",0,0,1325.79,10,8]
[]
[]
["bls118","pH Meters/Controllers"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pH_meter_cost_cl",0,0,3047.1155477538618,15,14]
[]
[]
["bore_cost",0,0,64,"N/A","N/A"]
[null,"Hand Dug Test Pits",null,"Avg. Unit Cost (per cy)","Useful Life (large)","Useful Life (small)"]
["pit_cost_cl",0,0,284.5,"N/A","N/A"]
[]
[]
["bls07210606","Plastic (XLPE) Chemical Storage Tanks"]
[16,"Size Needed (gal)","Size Selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pl_cst_cost_cl",0,60,648.92857142857144,10,7]
[null,61,100,1067.8571428571429,10,7]
[null,101,120,745.85714285714289,10,7]
[null,121,155,821.42857142857133,10,7]
[null,156,200,903.57142857142856,10,7]
[null,201,205,1412.8571428571427,10,7]
[null,206,295,1150,10,7]
[null,296,300,1288,10,7]
[null,301,540,1827.6785714285716,10,7]
[null,541,550,1339.5735294117649,10,7]
[null,551,850,1913.6764705882354,10,7]
[null,851,1000,1653.4642857142858,10,7]
[null,1001,1050,3015,10,7]
[null,1051,1200,2413.1964285714284,10,7]
[null,1201,1450,1917.875,10,7]
[null,1451,1500,3619.2413793103447,10,7]
[null,1501,2000,4125.1886304909558,10,7]
[null,2001,2450,3836.3617571059431,10,7]
[null,2451,2500,5598.2635658914724,10,7]
[null,2501,2550,7703.9793281653738,10,7]
[null,2551,3000,5615.0490956072354,10,7]
[null,3001,4200,8250.3772609819116,10,7]
[null,4201,5200,11687.261780104711,10,7]
[null,5201,5300,13787.82722513089,10,7]
[null,5301,6500,14716.570680628272,10,7]
[null,6501,6600,17680.523560209422,10,7]
[null,6601,"contact vendor","contact vendor",10,7]
[]
[]
["bls115","Plant Intelligence Software"]
[36,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plant_intel_software_cost_cl",0,0,20680.739999999998,10,8]
[]
[]
["bls115","Expansion Base Controller Module"]
[36,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_base_expansion_controller_cost_cl",0,0,107.74000000000001,10,8]
[]
[]
["bls117507","Base Expansion Module"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_base_expansion_cost_cl",0,0,142.66999999999999,10,8]
[]
[]
["bls117507","I/O Combination Analog Module"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_combination_analog_cost_cl",0,0,557.33500000000004,10,8]
[]
[]
["bls117507","CPU"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_cpu_cost_cl",0,0,378.8,10,8]
[]
[]
["bls117507","PLC Data Collection Software"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_data_software_cost_cl",0,0,597.23500000000001,10,8]
[]
[]
["bls117507","I/O Discrete Input Module"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_discrete_input_cost_cl",0,0,382.68,10,8]
[]
[]
["bls117507","I/O Discrete Output Module"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_discrete_output_cost_cl",0,0,340.42500000000001,10,8]
[]
[]
["bls117507","Ethernet Module"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_ethernet_cost_cl",0,0,1342.2349999999999,10,8]
[]
[]
["bls115","Operator Interface Unit"]
[36,"System Size",null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_op_interface_cost_cl","small","small",1828.625,10,8]
[null,"large","large",616.5,10,8]
[]
[]
["bls115","PLC Rack/Power Supply"]
[36,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_rack_cost_cl",0,0,355.56,10,8]
[]
[]
["bls117507","PLC  Programming Software"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["plc_software_cost_cl",0,0,553.5,10,8]
[]
[]
["bls114","Portable Mixers"]
[29,"Size needed (hp)","Size selected (hp)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["port_mix_cost_cl",0,1,2673.5819322709162,25,20]
[null,1.1000000000000001,"contact vendor","contact vendor",25,20]
[]
[]
["bls1149","PVC Check Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pp_chv_cost_cl",0,0.5,86,25,20]
[null,0.6,0.75,94,25,20]
[null,0.76,1,112,25,20]
[null,1.1000000000000001,1.5,168,25,20]
[null,1.51,2,221,25,20]
[null,2.1,3,535,25,20]
[null,3.1,4,745,25,20]
[null,4.0999999999999996,6,1183.2912922943299,25,20]
[null,6.1,8,2546.809935210013,25,20]
[null,8.1,10,3343.2641795643849,25,20]
[null,10.1,12,3308.8022170682825,25,20]
[null,12.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1149","Polypropylene/PVC Manual Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pp_man_cost_cl",0,0.5,128.83954852512139,25,20]
[null,0.6,0.75,147.50199593286607,25,20]
[null,0.76,1,165.45892277617779,25,20]
[null,1.1000000000000001,1.5,234.30425345942169,25,20]
[null,1.6,2,297.00740796003362,25,20]
[null,2.1,3,500.39976319112048,25,20]
[null,3.1,4,636.40287930604438,25,20]
[null,4.0999999999999996,6,509.65011818181824,25,20]
[null,6.1,8,1509.803581818182,25,20]
[null,8.1,10,2218.7854000000002,25,20]
[null,10.1,12,3493.0035818181823,25,20]
["pp_man_cost_large",12.1,14,9497.3730363636369,25,20]
[null,14.1,16,15175.099218181818,25,20]
[null,16.100000000000001,18,26336.568309090911,25,20]
[null,18.100000000000001,20,27037.973036363637,25,20]
[null,20.100000000000001,24,30928.845763636364,25,20]
[null,24.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1149","Polypropylene/PVC Motor/Air Operated Valves (on/off)"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pp_mov_cost_cl",0,0.5,740.26144396551717,25,20]
[null,0.6,0.75,756.44980603448266,25,20]
[null,0.76,1,762.05928879310341,25,20]
[null,1.1000000000000001,1.5,832.34657327586206,25,20]
[null,1.6,2,819.5775532116046,25,20]
[null,2.1,2.5,754.23778894515874,25,20]
[null,2.6,3,976.71146485581494,25,20]
[null,3.1,4,1166.5479564973525,25,20]
[null,4.0999999999999996,6,1648.4738331376229,25,20]
[null,6.1,8,2631.2493192641541,25,20]
[null,8.1,10,4317.4601627104021,25,20]
[null,10.1,12,5117.5928035714278,25,20]
["pp_mov_cost_large",12.1,14,11974.494936134073,25,20]
[null,14.1,16,17391.798762050355,25,20]
[null,16.100000000000001,18,27381.034667861262,25,20]
[null,18.100000000000001,20,29109.944789041583,25,20]
[null,20.100000000000001,24,32873.996547028371,25,20]
[null,24.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls118","Propeller Flow Meters"]
[43,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["prop_fm_cost_cl",0,2,2762.2015890410958,15,14]
[null,2.1,3,2952.1338543689321,15,14]
[null,3.1,4,3374.8769849462369,15,14]
[null,4.0999999999999996,6,5052.9042666666664,15,14]
[null,6.1,8,5332.266333333333,15,14]
[null,8.1,10,5899.4732846715342,15,14]
[null,10.1,12,6787.882043795621,15,14]
[null,12.1,14,7395.5316788321179,15,14]
[null,14.1,16,8116.5827737226282,15,14]
[null,16.100000000000001,18,8534.2178102189791,15,14]
[null,18.100000000000001,20,9377.896642335767,15,14]
[null,20.100000000000001,24,11593.604671532848,15,14]
[null,24.1,30,15914.305401459857,15,14]
[null,30.1,36,20239.210510948906,15,14]
[null,36.1,"contact vendor","contact vendor",15,14]
[]
[]
["bls1141","Centrifugal Pumps (Booster)"]
[30,"Size needed (gpm)","Size selected (gpm)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pump_cost_cl",0,10,3765.081740826402,20,17]
[null,11,30,4254.6995836907727,20,17]
[null,31,200,12125.919025502953,20,17]
[null,301,500,13969.613526038316,20,17]
[null,501,750,17759.918572183145,20,17]
[null,751,1000,18367.928438860366,20,17]
[null,1001,1500,23207.19064302601,20,17]
[null,1501,2000,33543.358376538781,20,17]
[null,2001,3000,38246.128569817702,20,17]
[null,3001,3500,41894.187769881028,20,17]
[null,3501,4000,44289.002142711717,20,17]
[null,4001,6000,82333.048086229319,20,17]
[null,6001,10000,89174.66776026864,20,17]
[null,10001,"contact vendor","contact vendor",20,17]
[]
[]
["bls1141","PVC Chemical Metering Pumps - Electric"]
[30,"Size needed (gph)","Size selected (gph)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pvc_empump_cost_cl",0,0.21,1430.5603577391205,20,15]
[null,0.22,0.5,1698.9532846009226,20,15]
[null,0.51,0.6,667.04762473158007,20,15]
[null,0.61,1,1376.9078299324747,20,15]
[null,1.01,1.5,717.80776274388995,20,15]
[null,1.51,2,1063.3180553384593,20,15]
[null,2.0099999999999998,2.5,2044.2160303212022,20,15]
[null,2.5099999999999998,5,2208.378694324052,20,15]
[null,5.01,6.3,1184.6029949577078,20,15]
[null,6.31,10,2393.3874108986925,20,15]
[null,10.01,21,3340.5799246294214,20,15]
[null,21.01,"contact vendor","contact vendor",20,15]
[]
[]
["bls1141","PVC Chemical Metering Pumps - Mechanical"]
[30,"Size needed (gph)","Size selected (gph)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["pvc_mmpump_cost_cl",0,1,3165.9942343406765,20,17]
[null,1.01,2,3165.9942343406765,20,17]
[null,2.0099999999999998,4,3165.9942343406765,20,17]
[null,4.01,5,3165.9942343406765,20,17]
[null,5.01,7,3599.2012643481967,20,17]
[null,7.01,11,3165.9942343406765,20,17]
[null,11.01,14,4109.2781132141945,20,17]
[null,14.01,22,4552.8161503300189,20,17]
[null,22.01,29,4415.4545103623668,20,17]
[null,29.01,35,4569.1941480793221,20,17]
[null,35.01,59,5503.0238131129645,20,17]
[null,59.01,132,6656.4039497412641,20,17]
[null,132.01,"contact vendor","contact vendor",20,17]
[]
[]
["bls072106033","PVC Piping"]
[15,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost ($/lf)","Useful Life (large)","Useful Life (small)"]
["pvc_pipe_cost_cl",0,0.5,1.9312269788838421,22,17]
[null,0.6,0.75,2.5438388800988618,22,17]
[null,0.76,1,3.7370578810951129,22,17]
[null,1.1000000000000001,1.5,2.3199999999999998,22,17]
[null,1.6,2,2.4700000000000002,22,17]
[null,2.1,2.5,3.46,22,17]
[null,2.6,3,6.45,22,17]
[null,3.1,4,9.6,22,17]
[null,3.1,6,12.6,22,17]
[null,6.1,8,17.850000000000001,22,17]
[null,8.1,10,22.5,22,17]
[null,10.1,12,29,22,17]
[null,12.1,14,28,22,17]
[null,14.1,16,35,22,17]
[null,16.100000000000001,18,42.5,22,17]
[null,18.100000000000001,20,52.5,22,17]
[null,20.100000000000001,24,73.5,22,17]
[null,24.1,30,115,22,17]
[null,30.1,36,160,22,17]
[null,36.1,42,217,22,17]
[null,42.1,48,265,22,17]
[null,48.1,"contact vendor","contact vendor",22,17]
[]
[]
["bls114","Eductors (for bed transfer)"]
[29,"Size Needed (in. diam)","Size Selected (in. diam)","Avg. Unit Cost","Useful Life(large)","Useful Life (small)"]
["seductor_cost_cl",0,1.5,1592.0114753108576,45,40]
[null,1.6,2,2338.2652863410285,45,40]
[null,2.1,2.5,3611.0523920066867,45,40]
[null,2.6,3,5300.1058353433509,45,40]
[null,3.1,4,9224.9830647570034,45,40]
[null,4.0999999999999996,6,11428.861838511519,45,40]
[null,6.1,8,17349.221932885906,45,40]
[null,8.1,"contact vendor","contact vendor",45,40]
[]
[]
["BCI","Septic System Distribution Box"]
[3,"Size needed","Size selected","Avg. Unit Cost (per sf)","Useful Life (large)","Useful Life (small)"]
["sept_distbox_cost_cl",0,0,176,40,37]
[]
[]
["bls072106033","Septic system distribution pipe (perforated PVC)"]
[15,"Size needed","Size selected","Avg. Unit Cost (per sf)","Useful Life (large)","Useful Life (small)"]
["sept_distpipe_cost_cl",0,4,15.15,45,40]
[]
[]
[null,"Septic system drain field trench excavation","sept_trench_excav_cost",6.95,"NA"]
[null,"Septic system drain field gravel","sept_gravel_cost_cl",42.5,"NA"]
[]
[]
["BCI","Septic tank excavation and drain field",null,"Avg. Unit Cost (per cy)","Useful Life (large)"]
[3,"Septic tank excavation","sept_tank_excav_cost_cl",16.100000000000001,"NA"]
[]
[]
[3,"Septic tank excavation","sept_tank_excav_cost",16.100000000000001,"NA"]
[null,"Septic system drain field trench excavation","sept_trench_excav_cost_cl",6.95,"NA"]
[]
[]
["BCI","Septic Tanks"]
[3,"Size needed (gal)","Size selected (gal)","Avg. Unit Cost (per sf)","Useful Life (large)","Useful Life (small)"]
["septic_tank_cost_cl",0,1000,1425,40,37]
[null,1001,1250,1650,40,37]
[null,1251,1500,1900,40,37]
[null,1501,2000,3150,40,37]
[null,2001,2500,3075,40,37]
[null,2501,4000,7425,40,37]
[null,4001,5000,12200,40,37]
[null,5001,15000,26400,40,37]
[null,15001,25000,47600,40,37]
[null,25001,40000,74500,40,37]
[null,40001,50000,86000,40,37]
[null,50001,75000,130500,40,37]
[null,75001,100000,178000,40,37]
[null,100001,"contact vendor","contact vendor",40,37]
[]
[]
[3,null,null,"Avg. Unit Cost (per sf)","Useful Life (large)"]
["sitework_sf_cl","Sitework unit cost","sitework_sf_cl",15.191208791208791,"N/A"]
[]
[]
["bls1149","Stainless Steel Check Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_chv_cost_cl",0,0.5,260.09816326530608,25,20]
[null,0.6,0.75,282.54780745341617,25,20]
[null,0.76,1,307.49703414634143,25,20]
[null,1.1000000000000001,1.5,473.64268354430379,25,20]
[null,1.6,2,599.03731818181814,25,20]
[null,2.1,2.5,768.14740298507468,25,20]
[null,2.6,3,1029.0379104477611,25,20]
[null,3.1,4,1644.4010800000003,25,20]
[null,4.0999999999999996,6,6040.9246741573043,25,20]
[null,6.1,8,9572.4145503355703,25,20]
[null,8.1,30,49334.628922752097,25,20]
[null,30.1,36,59019.279083141446,25,20]
[null,36.1,42,80002.687763985043,25,20]
[null,42.1,48,96143.77136463394,25,20]
[null,48.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1072","Stainless Steel Chemical Storage Tanks"]
[23,"Size needed (gal)","Size selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_cst_cost_cl",0,1100,10925.879875999251,35,30]
[null,1101,2400,15033.777689958049,35,30]
[null,2401,3000,18123.913110825615,35,30]
[null,3001,4300,25327.233246383039,35,30]
[null,4301,5100,27899.146705242172,35,30]
[null,5101,6100,31920.470343344543,35,30]
[null,6101,8000,40900.418617903975,35,30]
[null,8001,10000,48707.45393314898,35,30]
[null,10001,30000,109987.48232351081,35,30]
[null,30001,"contact vendor","contact vendor",35,30]
[]
[]
["bls1141","316 Stainless Steel Chemical Metering Pumps - Electric"]
[30,"Size needed (gph)","Size selected (gph)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_empump_cost_cl",0,0.21,1774.520225173663,20,15]
[null,0.22,0.5,1894.3850274614583,20,15]
[null,0.51,0.8,3294.9791846286298,20,15]
[null,0.81,1,1657.2611794573418,20,15]
[null,1.01,2,3251.9842011993123,20,15]
[null,2.0099999999999998,2.5,2124.9944840368903,20,15]
[null,2.5099999999999998,3,3251.9842011993123,20,15]
[null,3.01,3.17,2406.4161937560611,20,15]
[null,3.1799999999999997,4,3251.9842011993123,20,15]
[null,4.01,5,2552.3385617585946,20,15]
[null,5.01,7,3251.9842011993123,20,15]
[null,7.01,10,2737.3472783332354,20,15]
[null,10.01,21,3684.5397920639643,20,15]
[null,21.01,"contact vendor","contact vendor",20,15]
[]
[]
["bls1149","Stainless Steel Manual Valves"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_man_cost_cl",0,1,317.83100975609756,25,20]
[null,1.1000000000000001,2,468.17123628865829,25,20]
[null,2.1,3,761.47524388103591,25,20]
[null,3.1,4,1023.1879828009146,25,20]
[null,4.0999999999999996,6,1045.1288577751598,25,20]
[null,6.1,8,1499.216706700558,25,20]
[null,8.1,10,2730.5081374852439,25,20]
[null,10.1,12,3467.076863583452,25,20]
[null,12.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls1141","316 Stainless Steel Chemical Metering Pumps - Mechanical"]
[30,"Size needed (gph)","Size selected (gph)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_mmpump_cost_cl",0,1,3680.6311572067534,20,17]
[null,1.01,2,3680.6311572067534,20,17]
[null,2.0099999999999998,4,3680.6311572067534,20,17]
[null,4.01,5,3680.6311572067534,20,17]
[null,5.01,7,3680.6311572067534,20,17]
[null,7.01,11,3680.6311572067534,20,17]
[null,11.01,14,4695.5733417958018,20,17]
[null,14.01,29,5001.7497389439741,20,17]
[null,29.01,35,5155.4893766609293,20,17]
[null,35.01,59,6859.1551118682983,20,17]
[null,59.01,98,7352.1766738116858,20,17]
[null,98.01,132,8019.603101716275,20,17]
[null,132.01,"contact vendor","contact vendor",20,17]
[]
[]
["bls1149","Stainless Steel Motor/Air Operated Valves (on/off)"]
[35,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_mov_cost_cl",0,1,1207.272967032967,25,20]
[null,1.1000000000000001,1.5,1723.1306593406593,25,20]
[null,1.6,2,1414.6933333692275,25,20]
[null,2.1,3,2482.1433022573333,25,20]
[null,3.1,4,4004.9512980917061,25,20]
[null,4.0999999999999996,6,2714.3535021394746,25,20]
[null,6.1,8,4334.6072933153191,25,20]
[null,8.1,10,5587.5543049125572,25,20]
[null,10.1,12,7631.5667775126039,25,20]
[null,12.1,14,24748.502523442836,25,20]
[null,14.1,16,28530.258869128291,25,20]
[null,16.100000000000001,20,46615.65881913164,25,20]
[null,20.100000000000001,24,65149.016724246409,25,20]
[null,24.1,30,80302.681490252042,25,20]
[null,30.1,48,220985.84305316926,25,20]
[null,48.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls10170674","Stainless Steel Piping"]
[21,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost ($/lf)","Useful Life (large)","Useful Life (small)"]
["ss_pipe_cost_cl",0,0.5,23,45,40]
[null,0.6,0.75,29.5,45,40]
[null,0.76,1,37.5,45,40]
[null,1.1000000000000001,1.25,45,45,40]
[null,1.26,1.5,57,45,40]
[null,1.6,2,82.5,45,40]
[null,2.1,2.5,153,45,40]
[null,2.6,3,190,45,40]
[null,3.1,4,231,45,40]
[null,4.0999999999999996,6,325,45,40]
[null,6.1,8,475,45,40]
[null,8.1,10,565,45,40]
[null,10.1,12,725,45,40]
[null,12.1,16,328.39642490634219,45,40]
[null,16.100000000000001,24,574.9220707070707,45,40]
[null,24.1,36,1302.2010248742749,45,40]
[null,36.1,48,2074.2913701060911,45,40]
[null,48.1,"contact vendor","contact vendor",45,40]
[]
[]
["bls1072","Stainless Steel Pressure Vessels"]
[23,"Size needed (gal)","Size selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ss_pv_cost_cl",0,180,34393.230182367304,35,30]
[null,181,1400,53241.5665617294,35,30]
[null,1401,2000,101905.52971576227,35,30]
[null,2001,6800,142962.6122184649,35,30]
[null,17001,27100,327532.25806451618,35,30]
[null,27101,"contact vendor","contact vendor"]
[]
[]
["bls1072","Steel Backwash Tanks"]
[23,"Size needed (gal)","Size selected (gal)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["st_bwt_cost_cl",0,1000,10213.815000000001,35,30]
[null,1001,10000,27077.073040752352,35,30]
[null,10001,14500,59666.630094043889,35,30]
[null,14501,20000,32998.400849056605,35,30]
[null,20001,35000,47169.235135135132,35,30]
[null,35001,44800,78522.972972972973,35,30]
[null,44801,50000,63507.314594594587,35,30]
[null,50001,134100,120656.91891891892,35,30]
[null,134101,289000,178208.27027027027,35,30]
[null,289001,"contact vendor","contact vendor",35,30]
[]
[]
["bls107411","Steel Piping"]
[25,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost ($/lf)","Useful Life (large)","Useful Life (small)"]
["st_pipe_cost_cl",0,0.5,13.896100000000001,35,33]
[null,0.6,1,18.130499999999998,35,33]
[null,1.1000000000000001,1.5,23.482500000000002,35,33]
[null,1.6,2,31.328500000000002,35,33]
[null,2.1,2.5,43.287999999999997,35,33]
[null,2.6,3,49.111499999999999,35,33]
[null,3.1,4,64.635000000000005,35,33]
[null,4.0999999999999996,6,91.93,35,33]
[null,6.1,8,172.095,35,33]
[null,8.1,10,213.54999999999998,35,33]
[null,10.1,12,270.05,35,33]
[null,12.1,14,305.43,35,33]
[null,14.1,16,396.85,35,33]
[null,16.100000000000001,18,419.98,35,33]
[null,18.100000000000001,20,486.21000000000004,35,33]
[null,20.100000000000001,24,592.07000000000005,35,33]
[null,24.1,36,263.86210075918711,35,33]
[null,36.1,48,363.17883258666518,35,33]
[null,48.1,"contact vendor","contact vendor",35,33]
[]
[]
["ECI","Geotechnical costs"]
[4,"Borings, initial field stake out & determination of elevations",null,"Avg. Unit Cost (per day)","Useful Life (large)","Useful Life (small)"]
["stake_out_cost_cl",0,0,1475,"N/A","N/A"]
[]
[]
["bls1173","Standby Generators for Standby Power Calculations"]
[40,"Size needed (kW)","Size selected (kW)","Avg. Unit Cost ($/kW)","Useful Life (large)","Useful Life (small)"]
["std_gen_cost_cl",0,30,660]
[null,31,50,482]
[null,51,60,525]
[null,61,75,477.33333333333331]
[null,76,100,412]
[null,101,125,304]
[null,126,150,356.66666666666669]
[null,151,175,262.85714285714283]
[null,176,200,357.5]
[null,201,250,240]
[null,251,275,301.81818181818181]
[null,276,300,221.66666666666666]
[null,301,350,230]
[null,351,400,237.5]
[null,401,500,214]
[null,501,600,250]
[null,601,650,346.92307692307691]
[null,651,750,281.33333333333331]
[null,751,800,260]
[null,801,900,287.22222222222223]
[null,901,1000,243]
[]
[]
["bls118","Drive Controllers"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["switch_cost_cl",0,0,1300.8978726158491,15,14]
[]
[]
["bls118","Temperature Meter"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["temp_meter_cost_cl",0,0,794.75852923757691,15,14]
[]
[]
["bls118","Turbidimeter"]
[43,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["turbidimeter_cost_cl",0,0,6183.7045937122821,15,14]
[]
[]
["bls117507","UPS"]
[42,null,null,"Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ups_cost_cl",0,0,877.495,10,8]
[]
[]
["bls118","Venturi Flow Meters"]
[43,"Size needed (in. diam)","Size selected (in. diam)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["ven_fm_cost_cl",0,1,2193.0706249999998,15,14]
[null,1.1000000000000001,2,2310.6700136986301,15,14]
[null,2.1,3,2401.0457718446605,15,14]
[null,3.1,4,2419.8302129032259,15,14]
[null,4.0999999999999996,6,3590.5771888888885,15,14]
[null,6.1,8,3965.3893275862065,15,14]
[null,8.1,10,4011.5260729927013,15,14]
[null,10.1,12,4677.219503649635,15,14]
[null,12.1,14,5013.5698686131391,15,14]
[null,14.1,16,5181.7450510948911,15,14]
[null,16.100000000000001,18,5924.5187737226279,15,14]
[null,18.100000000000001,20,6330.9421313868606,15,14]
[null,20.100000000000001,24,9988.7523503649645,15,14]
[null,24.1,30,11109.920233576642,15,14]
[null,30.1,36,12511.380087591242,15,14]
[null,36.1,42,13492.40198540146,15,14]
[null,42.1,48,15594.591766423357,15,14]
[null,48.1,"contact vendor","contact vendor",15,14]
[]
[]
["BCI","High Quality, No Heating or Cooling"]
[3,"Size needed (sf)","Size selected (sf)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["bldg_hi_cost_cl",0,500,181.38524604341987,40,37]
[null,500.1,1000,152.59181452329247,40,37]
[null,1000.1,2000,134.80205030118768,40,37]
[null,2000.1,3000,127.23811561623944,40,37]
[null,3000.1,4000,119.65198435204586,40,37]
[null,4000.1,5000,114.29481081705296,40,37]
[null,5000.1000000000004,7500,107.59283026135358,40,37]
[null,7500.1,8000,106.71475413024437,40,37]
[null,8000.1,10000,102.07668261986309,40,37]
[null,10000.1,12000,102.10697569089804,40,37]
[null,12000.1,15000,97.487260194733452,40,37]
[null,15000.1,18000,97.108122653342377,40,37]
[null,18000.099999999999,20000,93.246542829484653,40,37]
[null,20000.099999999999,24000,94.708080048348506,40,37]
[null,24000.1,25000,92.553828193295317,40,37]
[null,25000.1,30000,90.338307129170701,40,37]
[null,30000.1,36000,90.041447180993472,40,37]
[null,36000.1,42000,88.914423506689516,40,37]
[null,42000.1,48000,88.479467175528967,40,37]
[null,48000.1,50000,85.89116831075917,40,37]
[null,50000.1,54000,86.097491763353631,40,37]
[null,54000.1,60000,85.905352939687944,40,37]
[null,60000.1,100000,82.041080305591748,40,37]
[null,100000.1,200000,79.117503222271026,40,37]
[null,200000.1,"contact vendor"]
[]
[]
["BCI","Low Quality, No Heating or Cooling"]
[3,"Size needed (sf)","Size selected (sf)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["bldg_lo_cost_cl",0,500,96.812325106916731,40,37]
[null,500.1,1000,85.695132889157776,40,37]
[null,1000.1,2000,79.902726370939661,40,37]
[null,2000.1,3000,77.562022463174657,40,37]
[null,3000.1,4000,73.888442053430978,40,37]
[null,4000.1,5000,71.210649833158655,40,37]
[null,5000.1000000000004,7500,68.754095256191349,40,37]
[null,7500.1,8000,68.342791320755438,40,37]
[null,8000.1,10000,65.677166848285296,40,37]
[null,10000.1,12000,66.225667162447152,40,37]
[null,12000.1,15000,63.962022393975595,40,37]
[null,15000.1,18000,63.774970360904831,40,37]
[null,18000.099999999999,20000,61.506399713827875,40,37]
[null,20000.099999999999,24000,62.533501422015092,40,37]
[null,24000.1,25000,61.704060174752492,40,37]
[null,25000.1,30000,60.168928848565692,40,37]
[null,30000.1,36000,60.263829094701443,40,37]
[null,36000.1,42000,59.739422513108003,40,37]
[null,42000.1,48000,59.54501465752233,40,37]
[null,48000.1,50000,58.026379657538449,40,37]
[null,50000.1,54000,58.038523930206111,40,37]
[null,54000.1,60000,58.21329937756736,40,37]
[null,60000.1,100000,56.179268642501221,40,37]
[null,100000.1,200000,54.640406783156237,40,37]
[null,200000.1,"contact vendor"]
[]
[]
["BCI","Mid Quality, No Heating or Cooling"]
[3,"Size needed (sf)","Size selected (sf)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["bldg_mid_cost_cl",0,500,116.34576395640443,40,37]
[null,500.1,1000,103.19344629810541,40,37]
[null,1000.1,2000,96.04871059453717,40,37]
[null,2000.1,3000,93.135677984524762,40,37]
[null,3000.1,4000,88.775181990128956,40,37]
[null,4000.1,5000,85.653754800953607,40,37]
[null,5000.1000000000004,7500,82.125208477775175,40,37]
[null,7500.1,8000,81.663115865254738,40,37]
[null,8000.1,10000,78.673266907766262,40,37]
[null,10000.1,12000,79.134249580788165,40,37]
[null,12000.1,15000,76.416119325190365,40,37]
[null,15000.1,18000,76.116806928585163,40,37]
[null,18000.099999999999,20000,73.601730882546249,40,37]
[null,20000.099999999999,24000,74.675352562661516,40,37]
[null,24000.1,25000,73.708182823794161,40,37]
[null,25000.1,30000,71.971198866715682,40,37]
[null,30000.1,36000,72.021397991373973,40,37]
[null,36000.1,42000,71.434644688721548,40,37]
[null,42000.1,48000,71.222326845008411,40,37]
[null,48000.1,50000,69.463600800159014,40,37]
[null,50000.1,54000,69.496533272752387,40,37]
[null,54000.1,60000,69.632777066852483,40,37]
[null,60000.1,100000,67.290512754671852,40,37]
[null,100000.1,200000,65.539760978220841,40,37]
[null,200000.1,"contact vendor"]
[]
[]
["BCI","Small Low Cost Shed"]
[3,"Size needed (sf)","Size selected (sf)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["bldg_shed_cost_cl",0,500,50.742289444355997,25,20]
[null,500.1,"contact vendor","contact vendor"]
[]
[]
["bls1148","Air conditioning system"]
[34,"Size needed (tons)","Size selected (tons)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_ac_cost_cl",0,3.33,9610,25,20]
[null,3.34,66.66,262200,25,20]
[null,66.67,113.32,509000,25,20]
[null,113.33,"contact vendor","contact vendor",25,20]
[]
[]
["bls106","Electric resistance heaters"]
[22,"Size needed (MBH)","Size selected (MBH)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_elec_cost_cl",0,41,20050,25,20]
[null,41.1,103,53000,25,20]
[null,103.1,461,80828.800000000003,25,20]
[null,461.1,820,186250,25,20]
[null,820.1,1010,240870,25,20]
[null,1010.1,1432,335385,25,20]
[null,1432.1,2273,422280,25,20]
[null,2273.1,3071,602965,25,20]
[null,3071.1,6148,1026523,25,20]
[null,6148.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls106","Natural gas condensing furnace"]
[22,"Size needed (MBH)","Size selected (MBH)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_gas_cost_cl",0,80,28108.899999999998,25,20]
[null,80.099999999999994,163,36915,25,20]
[null,163.1,544,88087.5,25,20]
[null,544.1,1088,159500,25,20]
[null,1088.0999999999999,3264,370185,25,20]
[null,3264.1,5032,612623,25,20]
[null,5032.1000000000004,"contact vendor","contact vendor",25,20]
[]
[]
["bls106","Natural gas non-condensing furnace"]
[22,"Size needed (MBH)","Size selected (MBH)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_gas_non_cost_cl",0,80,28108.899999999998,25,20]
[null,80.099999999999994,163,36915,25,20]
[null,163.1,544,88087.5,25,20]
[null,544.1,1088,159500,25,20]
[null,1088.0999999999999,3264,370185,25,20]
[null,3264.1,5032,612623,25,20]
[null,5032.1000000000004,"contact vendor","contact vendor",25,20]
[]
[]
["bls1148","Heat pump"]
[34,"Size needed (tons)","Size selected (tons)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_hp_cost_cl",0,0.5,3300,25,20]
[null,0.51,0.75,3500,25,20]
[null,0.76,1,3862.5,25,20]
[null,1.01,1.5,3862.5,25,20]
[null,1.51,2,4150,25,20]
[null,2.0099999999999998,2.5,5550,25,20]
[null,2.5099999999999998,3,6300,25,20]
[null,3.01,3.5,5250,25,20]
[null,3.51,4,5750,25,20]
[null,4.01,5,6762.5,25,20]
[null,5.01,7.5,11350,25,20]
[null,7.51,10,13700,25,20]
["hvac_hp_cost_large",10.01,12,19700,25,20]
[null,12.01,15,21900,25,20]
[null,15.01,20,24100,25,20]
[null,20.010000000000002,25,32400,25,20]
[null,25.01,30,37400,25,20]
[null,30.01,40,50000,25,20]
[null,40.01,50,59500,25,20]
[null,50.01,"contact vendor","contact vendor"]
[]
[]
["bls106","Mid-efficiency oil furnace"]
[22,"Size needed (MBH)","Size selected (MBH)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_oil_mid_cost_cl",0,109,38340,25,20]
[null,109.1,235,51502.500000000007,25,20]
[null,235.1,940,145625,25,20]
[null,940.1,1600,224928,25,20]
[null,1600.1,2480,318753,25,20]
[null,2480.1,3350,430315,25,20]
[null,3350.1,"contact vendor","contact vendor",25,20]
[]
[]
["bls106","Standard efficiency oil furnace"]
[22,"Size needed (MBH)","Size selected (MBH)","Avg. Unit Cost","Useful Life (large)","Useful Life (small)"]
["hvac_oil_std_cost_cl",0,109,38340,25,20]
[null,109.1,235,51502.500000000007,25,20]
[null,235.1,940,145625,25,20]
[null,940.1,1600,224928,25,20]
[null,1600.1,2480,318753,25,20]
[null,2480.1,3350,430315,25,20]
[null,3350.1,"contact vendor","contact vendor",25,20]
[]
[]
[null,"Building maintenance (labor and materials)","building_matl_rate_cl",6.4790285359180011,"/sf/yr"]
[]
[]
[null,"Cooling system maintenance (labor and materials)","cooling_matl_rate_cl",8.235301147941651E-2,"/sf/yr"]
[]
[]
[null,"Heating oil cost","diesel_cost_cl",3.8295007720020586,"/gal"]
[]
[]
[null,"Energy cost","energy_cost_cl",0.11001750924784216,"/kwh"]
[]
[]
[null,"Natural gas cost","gas_cost_cl",0.57856140350877194,"/therm"]
[]
[]
[5,"Hazardous waste disposal","haz_disposal_cost_cl",363.40616685535008,"/ton"]
[]
[]
[null,"Hazardous waste minimum charge per shipment","haz_trans_min_cost_cl",3392.2096819686953,"/shipment"]
[]
[]
[null,"Hazardous waste transportation","haz_transportation_cost_cl",0.28268414016405796,"/ton-mile"]
[]
[]
[null,"Radioactive Hazardous Waste Annual Fee"]
[null,"Population Served","Annual Fee (inflation adj.)"]
["hazrad_annual_fee_cl",0,953.90523240122491]
[null,20000,4769.5261620061247]
[null,50000,9857.0207348126569]
[]
[]
[null,"Radioactive hazardous waste disposal","hazrad_disposal_cost_cl",14784.380530580231,"/ton"]
[]
[]
[null,"Radioactive hazardous waste minimum charge per shipment","hazrad_trans_min_cost_cl",3392.2096819686953,"/shipment"]
[]
[]
[null,"Radioactive hazardous waste transportation","hazrad_transportation_cost_cl",0.56536828032811592,"/ton-mile"]
[]
[]
[null,"Heating system maintenance (labor and materials)","heating_matl_rate_cl",0.14857538964026834,"/sf/yr"]
[]
[]
["ECI","Labor Costs",null,null,"Inf. Adj. Rates"]
[4,"Design Flow Needed (mgd)","Design Flow (mgd)","Average Water Treatment Plant Operators3","Technical Rate (Loaded)","Managerial Rate (Loaded)","Clerical Rate (Loaded)"]
["labor_table_cl",0,0.03,1,34.161577540106947,50.648663101604278,32.90061497326203]
[null,3.1E-2,0.124,1,34.161577540106947,50.648663101604278,32.90061497326203]
[null,0.1241,0.30499999999999999,1.2,34.161577540106947,50.648663101604278,32.90061497326203]
[null,0.30509999999999998,0.74,1.2,34.161577540106947,50.648663101604278,32.90061497326203]
[null,0.74099999999999999,2.1520000000000001,1.6,36.431310160427806,57.930721925133689,32.90061497326203]
[null,2.1520999999999999,7.3650000000000002,2.8,38.459358288770055,64.529759358288771,42.483930481283423]
[null,7.3651,22.614000000000001,3.8,40.151149732620318,75.300481283422457,42.483930481283423]
[null,22.614100000000001,75.069999999999993,7.8,46.928823529411758,80.449411764705886,42.483930481283423]
[]
[]
[null,"Land Costs"]
["CPI","Land Costs"]
[5,"System Size  greater than (MGD)","Assumed Population","Unit Cost ($/acre)"]
["land_cost_cl",0,"25-100",21165.713250209614]
[null,3.1E-2,"101-500",20660.02273280502]
[null,0.1241,"501-1,000",16458.498827329597]
[null,0.30509999999999998,"1,001-3,300",19327.219360846331]
[null,0.74099999999999999,"3,301-10,000",31219.845835377939]
[null,2.1520999999999999,"10,001-50,000",68950.849699201353]
[null,7.3651,"50,001-100,000",129311.24247230604]
[null,22.614100000000001,"100,001-1,000,000",262816.68000200921]
[]
[]
[null,"NEPA Compliance Costs (based on land area)"]
[null,"Land area (acres)","Permit Cost (inf. adj.)"]
["NEPA_cost_cl",0,3769.1218688541057]
[null,1.0009999999999999,15599.976623868382]
[]
[]
["NEPA_SW_cost_cl","NEPA Compliance Costs (with surface water discharge)",30467.068439904022,29100,2020]
[]
[]
[null,"Non-hazardous waste disposal","nonhaz_disposal_cost_cl",110.0374190046018,"/ton"]
[]
[]
[null,"Non-hazardous waste transportation","nonhaz_transportation_cost_cl",0.21197894053360555,"/ton-mile"]
[]
[]
[null,"Permit Costs"]
["CPI","NPDES Permit Costs"]
[5,"Avg Discharge (gpd)","Permit Cost (inf. adj.)"]
["NPDES_permit_cost_cl",0,2408.0500828790123]
[null,100000.1,3036.2370610213629]
[null,1000000.1,5548.9849735907674]
[]
[]
[null,"Pilot Studies"]
["ECI","Pilot study costs"]
[4,"Small systems"]
[null,"Model ","Total (current yr $)"]
["pilot_cost_small","GAC",15793.535539996074]
[null,"AA",15793.535539996074]
[null,"AAFS-50",15793.535539996074]
[null,"G2",15793.535539996074]
[null,"SORB33",15793.535539996074]
[null,"GFH",15793.535539996074]
[null,"GF",15793.535539996074]
[null,"AX",15793.535539996074]
[null,"CX",15793.535539996074]
[null,"Lime",615.39008342245984]
[null,"RO",1217.0660847213492]
[null,"NF",1217.0660847213492]
[null,"EDR",860.39920013666426]
[null,"PLPM",58859.382028416068]
[null,"SLPM",58859.382028416068]
[null,"confilt",2709.1797841536459]
[null,"dirfilt",2709.1797841536459]
[null,"UV",0]
[null,"UVAOP",24372.554078613746]
[null,"PTA",615.39008342245984]
[null,"MSBA",16444.957306241584]
[null,"Tray Aeration",16444.957306241584]
[null,"Diffuse Aeration",14998.238656107189]
[null,"O3_PX",2499.8674794593167]
[null,"O3_D",32140.792422095365]
[null,"RCF for Cr(VI) Removal",5513.4302822925574]
[null,"BIO",134602.19700079926]
[null,"BAF",113958.93551980422]
[null,"Medium systems"]
["pilot_cost_medium","GAC",70415.236495493649]
[null,"AA",70415.236495493649]
[null,"AAFS-50",70415.236495493649]
[null,"G2",70415.236495493649]
[null,"SORB33",70415.236495493649]
[null,"GFH",70415.236495493649]
[null,"GF",70415.236495493649]
[null,"AX",70415.236495493649]
[null,"CX",70415.236495493649]
[null,"Lime",615.39008342245984]
[null,"RO",66652.775724390434]
[null,"NF",66652.775724390434]
[null,"EDR",67436.081031866575]
[null,"PLPM",106012.42499444949]
[null,"SLPM",106012.42499444949]
[null,"confilt",87277.850879096295]
[null,"dirfilt",87277.850879096295]
[null,"UV",20136.618090557393]
[null,"UVAOP",62551.098535576341]
[null,"PTA",615.39008342245984]
[null,"MSBA",36426.901995363005]
[null,"Tray Aeration",36426.901995363005]
[null,"Diffuse Aeration",33992.302523002589]
[null,"O3_PX",3749.8012191889752]
[null,"O3_D",48543.555387689659]
[null,"RCF for Cr(VI) Removal",189167.22449229649]
[null,"BIO",216124.0034000657]
[null,"BAF",134570.11249132303]
[null,"Large systems"]
["pilot_cost_large_cl","GAC",70415.236495493649]
[null,"AA",70415.236495493649]
[null,"AAFS-50",70415.236495493649]
[null,"G2",70415.236495493649]
[null,"SORB33",70415.236495493649]
[null,"GFH",70415.236495493649]
[null,"GF",70415.236495493649]
[null,"AX",70415.236495493649]
[null,"CX",70415.236495493649]
[null,"Lime",615.39008342245984]
[null,"RO",138633.82081554571]
[null,"NF",138633.82081554571]
[null,"EDR",142217.78903377001]
[null,"PLPM",218629.75925053674]
[null,"SLPM",218629.75925053674]
[null,"confilt",160637.62679028435]
[null,"dirfilt",160637.62679028435]
[null,"UV",39431.052611067469]
[null,"UVAOP",114612.79624085034]
[null,"PTA",615.39008342245984]
[null,"MSBA",68723.781450000242]
[null,"Tray Aeration",68723.781450000242]
[null,"Diffuse Aeration",66289.181977639833]
[null,"O3_PX",4999.7349589186333]
[null,"O3_D",48543.555387689659]
[null,"RCF for Cr(VI) Removal",222516.75400470028]
[null,"BIO",354406.6446382748]
[null,"BAF",245287.83478699805]
[]
[]
[null,"Pilot Studies"]
["ECI","Pilot study costs"]
[4,"Small systems"]
[null,"Model ","Total (current yr $)"]
["pilot_cost_small","GAC",15793.535539996074]
[null,"AA",15793.535539996074]
[null,"AAFS-50",15793.535539996074]
[null,"G2",15793.535539996074]
[null,"SORB33",15793.535539996074]
[null,"GFH",15793.535539996074]
[null,"GF",15793.535539996074]
[null,"AX",15793.535539996074]
[null,"CX",15793.535539996074]
[null,"Lime",615.39008342245984]
[null,"RO",1217.0660847213492]
[null,"NF",1217.0660847213492]
[null,"EDR",860.39920013666426]
[null,"PLPM",58859.382028416068]
[null,"SLPM",58859.382028416068]
[null,"confilt",2709.1797841536459]
[null,"dirfilt",2709.1797841536459]
[null,"UV",0]
[null,"UVAOP",24372.554078613746]
[null,"PTA",615.39008342245984]
[null,"MSBA",16444.957306241584]
[null,"Tray Aeration",16444.957306241584]
[null,"Diffuse Aeration",14998.238656107189]
[null,"O3_PX",2499.8674794593167]
[null,"O3_D",32140.792422095365]
[null,"RCF for Cr(VI) Removal",5513.4302822925574]
[null,"BIO",134602.19700079926]
[null,"BAF",113958.93551980422]
[null,"Medium systems"]
["pilot_cost_medium_cl","GAC",70415.236495493649]
[null,"AA",70415.236495493649]
[null,"AAFS-50",70415.236495493649]
[null,"G2",70415.236495493649]
[null,"SORB33",70415.236495493649]
[null,"GFH",70415.236495493649]
[null,"GF",70415.236495493649]
[null,"AX",70415.236495493649]
[null,"CX",70415.236495493649]
[null,"Lime",615.39008342245984]
[null,"RO",66652.775724390434]
[null,"NF",66652.775724390434]
[null,"EDR",67436.081031866575]
[null,"PLPM",106012.42499444949]
[null,"SLPM",106012.42499444949]
[null,"confilt",87277.850879096295]
[null,"dirfilt",87277.850879096295]
[null,"UV",20136.618090557393]
[null,"UVAOP",62551.098535576341]
[null,"PTA",615.39008342245984]
[null,"MSBA",36426.901995363005]
[null,"Tray Aeration",36426.901995363005]
[null,"Diffuse Aeration",33992.302523002589]
[null,"O3_PX",3749.8012191889752]
[null,"O3_D",48543.555387689659]
[null,"RCF for Cr(VI) Removal",189167.22449229649]
[null,"BIO",216124.0034000657]
[null,"BAF",134570.11249132303]
[]
[]
[null,"Pilot Studies"]
["ECI","Pilot study costs"]
[4,"Small systems"]
[null,"Model ","Total (current yr $)"]
["pilot_cost_small_cl","GAC",15793.535539996074]
[null,"AA",15793.535539996074]
[null,"AAFS-50",15793.535539996074]
[null,"G2",15793.535539996074]
[null,"SORB33",15793.535539996074]
[null,"GFH",15793.535539996074]
[null,"GF",15793.535539996074]
[null,"AX",15793.535539996074]
[null,"CX",15793.535539996074]
[null,"Lime",615.39008342245984]
[null,"RO",1217.0660847213492]
[null,"NF",1217.0660847213492]
[null,"EDR",860.39920013666426]
[null,"PLPM",58859.382028416068]
[null,"SLPM",58859.382028416068]
[null,"confilt",2709.1797841536459]
[null,"dirfilt",2709.1797841536459]
[null,"UV",0]
[null,"UVAOP",24372.554078613746]
[null,"PTA",615.39008342245984]
[null,"MSBA",16444.957306241584]
[null,"Tray Aeration",16444.957306241584]
[null,"Diffuse Aeration",14998.238656107189]
[null,"O3_PX",2499.8674794593167]
[null,"O3_D",32140.792422095365]
[null,"RCF for Cr(VI) Removal",5513.4302822925574]
[null,"BIO",134602.19700079926]
[null,"BAF",113958.93551980422]
[]
[]
[null,"POTW discharge base rate (average)","POTW_base_cost_avg_cl",17.200849956393093,"/month"]
[]
[]
[null,"POTW discharge base rate (typical)","POTW_base_cost_typ_cl",18.819499575878012,"/month"]
[]
[]
[null,"POTW discharge TSS rate (average)","POTW_TSS_cost_avg_cl",0.26599808746868864,"/lb over limit"]
[]
[]
[null,"POTW discharge TSS rate (typical)","POTW_TSS_cost_typ_cl",0.38318831991939695,"/lb over limit"]
[]
[]
[null,"POTW discharge volume rate (average)","POTW_vol_cost_avg_cl",5.5573636935648949,"/1,000 gallons"]
[]
[]
[null,"POTW discharge volume rate (typical)","POTW_vol_cost_typ_cl",6.0105855870206728,"/1,000 gallons"]
[]
[]
["pretreat_permit_cost_cl","POTW Preatreatment Permit",2722.1435719501874,2600]
[]
[]
[null,"Radioactive Waste Annual Fee"]
[null,"Population Served","Annual Fee (inflation adj.)"]
["rad_annual_fee_cl",0,953.90523240122491]
[null,20000,4769.5261620061247]
[null,50000,9857.0207348126569]
[]
[]
[null,"Radioactive waste disposal","rad_disposal_cost_cl",14784.380530580231,"/ton"]
[]
[]
[null,"Radioactive waste minimum charge per shipment","rad_trans_min_cost_cl",3392.2096819686953,"/shipment"]
[]
[]
[null,"Radioactive waste transportation","rad_transportation_cost_cl",0.56536828032811592,"/ton-mile"]
[]
[]
[null,"Septic tank pump and haul cost","septic_disposal_cost_cl",0.39785175282348895,"/gal"]
[]
[]
[null,"Storm Water Permit Costs"]
[null,"Land area (acres)","Permit Cost (inf. adj.)"]
["SW_permit_cost_cl",0,0]
[null,1,1779.8631047366612]
[null,5,2722.1435719501874]
[]
[]
[null,"Building Permit Cost Multipliers"]
[null,"System Size  greater than (MGD)","Assumed Population","Multiplier"]
["UBC_mult_table_cl",0,"25-100",2.6]
[null,3.1E-2,"101-500",2.2999999999999998]
[null,0.1241,"501-1,000",2.2000000000000002]
[null,0.30509999999999998,"1,001-3,300",1.8]
[null,0.74099999999999999,"3,301-10,000",1.6]
[null,2.1520999999999999,"10,001-50,000",1.5]
[null,7.3651,"50,001-100,000",1.5]
[null,22.614100000000001,"100,001-1,000,000",1.4]

{"sheet":"Engineering Data","index":23,"n_rows":252,"n_cols":5,"rows_kept":252,"cut":false,"hidden":false,"merged":[]}
["Engineering Data"]
["This sheet is used internally and contains engineering reference and indirect cost data extracted from the central cost database"]
["Architectural Fee"]
["Building cost lookup","Corresponds to the range","Architectural fee"]
[0,"<$250,000",0.09]
[250000,"$250,000 to $500,000",0.08]
[500000,"$500,000 to $1,000,000",7.0000000000000007E-2]
[1000000,"$1,000,000 to $5,000,000",6.2E-2]
[5000000,"$5,000,000 to $10,000,000",5.2999999999999999E-2]
[10000000,"$10,000,000 to $50,000,000",4.9000000000000002E-2]
[50000000,">$50,000,000",4.4999999999999998E-2]
[]
[]
["Chemical Price Break Points"]
["Chemical","Quantity Breakpoint","Units"]
["Calcium Hydroxide (Lime) - Large Qty",50000,"lbs","Large Qty price is for 600 tons per year (100,000 lbs/month); assume breakpoint occurs at approximate midpoint between large and small"]
["Calcium Hydroxide (Lime) - Mid Qty",50000,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Calcium Hydroxide (Lime) - Small Qty",0,"lbs","Small Qty price is for Pallet Lots (50x) 50 lb bags"]
["Calcium Hypochlorite - Large Qty",2000,"lbs","Large Qty price is for 8,000 to 9,800 lbs per year; assume breakpoint occurs at monthly purchase of 5x 100 lb bags (60 per year) (approximate midpoint between large and small qtys)"]
["Calcium Hypochlorite - Mid Qty",2000,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Calcium Hypochlorite - Small Qty",0,"lbs","Small Qty price is for 500 lbs per year"]
["Ferrous Sulfate - Large Qty",2000,"lbs","Large Qty price is for 50x 50 lb bags"]
["Ferrous Sulfate - Mid Qty",500,"lbs","Mid Qty price is for 10x 50 lb bags"]
["Ferrous Sulfate - Small Qty",0,"lbs","Small Qty prices is for a single 50 lb bag (600 lbs/year)"]
["Hydrochloric Acid - Large Qty",17710,"lbs","Large Qty price is for bulk delivery of 70,000 gallons to 365,500 gallons per year; assume breakpoint occurs at monthly purchase of 5,000 gal/month"]
["Hydrochloric Acid - Mid Qty",1771,"lbs","Mid Qty price is for delivery in drums or in mini-bulk of 9,400 to 12,100 gallons per year (~750 to 1,000 gal/month); assume breakpoint occurs at monthly purchase of 500 gal/month (approximate midpoint between small and mid qty)"]
["Hydrochloric Acid - Small Qty",0,"lbs","Small Qty prices are for delivery in containers (totes or drums) in quantities of 1,875 to 4,000 gallons per year"]
["Hydrogen Peroxide - Large Qty",50000,"lbs","Large Qty price is for 1,150,000 lbs/year; assume breakpoint occurs at monthly purchase of 50,000 lbs/month (approximate midpoint)"]
["Hydrogen Peroxide - Mid Qty",50000,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Hydrogen Peroxide - Small Qty",0,"lbs","Small Qty price are for 14,000 gallons per year (~139,000 lbs/year; 11,500 lbs/month @ specific gravity 1.19) and 60 tons (120,000 lbs/year; 10,000 lbs/month)"]
["Liquid Oxygen - Large Qty",1,"tons","Large Qty price is for 15 to 15,000 tons per year; assume breakpoint at 1 ton per month"]
["Liquid Oxygen - Mid Qty",0.5,"tons","Mid Qty price is for bulk delivery, greater than 0.5 tons"]
["Liquid Oxygen - Small Qty",0,"tons","Small Qty price is for delivery in cylinders"]
["Phosphoric Acid 75% - Large Qty",44000,"lbs","Large Qty price is for bulk truck deliveries in minimum quantities of 44,000 to 48,000 lbs"]
["Phosphoric Acid 75% - Mid Qty",3621.75,"lbs","Mid Qty price is for delivery in 275 gal totes (so minimum of 1 tote per month); assume 13.17 lbs/gal consistent with 75% acid"]
["Phosphoric Acid 75% - Small Qty",0,"lbs"]
["Phosphoric Acid 36% - Large Qty",44000,"lbs","Large Qty price is for bulk truck deliveries in minimum quantities of 44,000 to 48,000 lbs"]
["Phosphoric Acid 36% - Mid Qty",44000,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Phosphoric Acid 36% - Small Qty",0,"lbs"]
["Polyaluminum Chloride - Large Qty",19800,"lbs","Large Qty prices are for >24,000 gal per year (2,000 gal per month); assume 9.9 lbs/gal and that breakpoint occurs at a bulk truckload of 2,000 gal"]
["Polyaluminum Chloride - Mid Qty",5445,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Polyaluminum Chloride - Small Qty",0,"lbs","Small Qty prices are for smaller quantities, including tote delivery (275 lbs)"]
["Sodium Chloride - Large Qty",27500,"lbs","Large Qty prices are for 270 to 7,000 tons/year; assume breakpoint occurs at 27,5000 lbs/month (approximate midpoint between large and mid qtys)"]
["Sodium Chloride - Mid Qty",5000,"lbs","Mid Qty prices are for 50 to 60 tons/year; assume breakpoint occurs at 5,000 lbs/month (approximate midpoint between mid and small qtys)"]
["Sodium Chloride - Small Qty",0,"lbs","Small Qty price is for 8 tons/year in 50 lb bags"]
["Sodium Hydroxide 50% - Large Qty",25436.999999999996,"lbs","Large Qty prices for 2,000 tons per year and greater; assume breakpoint occurs at bulk truckload of 2,000 gal"]
["Sodium Hydroxide 50% - Mid Qty",5000,"lbs","Mid Qty prices are for bulk deliveries in less than truckload quantities; assume breakpoint occurs 2.5 tons/month (approximate midpoint between medium and small qtys)"]
["Sodium Hydroxide 50% - Small Qty",0,"lbs","Small Qty prices are for totes and smaller quantities"]
["Sodium Hydroxide 25% - Large Qty",21317.039999999997,"lbs","Large Qty prices are for full bulk truckloads; assume breakpoint occurs at bulk truckload of 2,000 gal"]
["Sodium Hydroxide 25% - Mid Qty",4000,"lbs","Mid Qty prices are for bulk deliveries of 6,000 to 12,000 gal/year (less than truckload/month); assume breakpoint occurs 2 tons/month (approximate midpoint between 500 gal/month and 275 gal tote, consistent with 50% NaOH breakpoint)"]
["Sodium Hydroxide 25% - Small Qty",0,"lbs"]
["Sodium Hypochlorite - Large Qty",2000,"gal","Large Qty prices are for bulk deliveries; assume breakpoint occurs at bulk truckload of 2,000 gal"]
["Sodium Hypochlorite - Mid Qty",550,"gal","Mid Qty prices are for mini-bulk deliveries of 800 to 1,000 gal each; assume breakpoint occurs at 10x 55 gal drums"]
["Sodium Hypochlorite - Small Qty",0,"gal","Small Qty prices are for delivery in drums"]
["Sulfuric Acid - Large Qty",28427.723999999998,"lbs","Large Qty price is for bulk delivery; assume breakpoint occurs at bulk truckload of 2,000 gal"]
["Sulfuric Acid - Mid Qty",28427.723999999998,"lbs","Uses same value as large qty because no intermediate price break exists"]
["Sulfuric Acid - Small Qty",0,"lbs"]
["Zinc Orthophosphate - Large Qty",2000,"gal","Large Qty prices are for bulk delivery; assume bulk density 13.1 lbs/gal consistent with 36% as PO4 and assume breakpoint occurs at bulk truckload of 2,000 gal"]
["Zinc Orthophosphate - Mid Qty",500,"gal","Mid Qty prices are for mini-bulk deliveries; assume breakpoint occurs at 500 gal/month"]
["Zinc Orthophosphate - Small Qty",0,"gal","Small Qty prices are for totes and smaller quantities"]
[]
[]
["Construction Management Fee"]
["Building cost lookup","Corresponds to the range","Construction management fee"]
[0,"<$100,000",0.1]
[100000,"$100,000 to $250,000",0.09]
[250000,"$250,000 to $1,000,000",0.06]
[1000000,"$1,000,000 to $5,000,000",0.05]
[5000000,"$5,000,000 to $10,000,000",0.04]
[10000000,">$10,000,000",3.2000000000000001E-2]
[]
[]
["Contingency Factors"]
["Project direct cost","Corresponds to the range","Default contingency (prior to application of technology complexity factor)"]
[0,"<$500,000",6.7000000000000004E-2]
[500000,"$500,000 to $3,000,000",5.8000000000000003E-2]
[3000000,"$3,000,000 to $15,000,000",4.9000000000000002E-2]
[15000000,"$15,000,000 to $50,000,000",4.1000000000000002E-2]
[50000000,"$50,000,000 to $100,000,000",3.2000000000000001E-2]
[100000000,">$100,000,000",5.8000000000000003E-2]
[]
[]
["Concrete mass","convert_concrete_cy_to_lbs_cl",3800,"lbs/cy"]
[]
[]
["Cement content in concrete","convert_concrete_to_cement_cl",0.1,"percent weight"]
[]
[]
["Eductor Size Selection"]
["Transfer Rate (GPM)","Diameter (inch)"]
[0,1.5,"Based on theoretical operating characteristics provided by an eductor vendor"]
[6.95,2]
[13.1,2.5]
[22.2,3]
[33,4]
[39.200000000000003,6]
[53.5,8]
[]
["Maximum cooling capacity for heat pump","hp_max_cool_cl",50,"tons"]
[]
[]
["Maximum heating capacity for heat pump","hp_max_heat_cl",200,"MBH"]
[]
[]
["Maximum cooling capacity","max_cool_cl",113.32,"tons"]
[]
[]
["Maximum heating capacity","max_heat_cl",6148,"MBH"]
[]
[]
["Maximum diameter in table","max_vessel_diam_cl",14,"ft"]
[]
[]
["Minimum diameter in table","min_vessel_diam_cl",1.5,"ft"]
[]
[]
["Performance Bond"]
["Direct cost lookup","Corresponds to the range","Base cost","Plus fraction","Of amount over"]
[0,"<$100,000",0,2.5000000000000001E-2,0]
[100000,"$100,000 to $500,000",2500,1.4999999999999999E-2,100000]
[500000,"$500,000 to $2,500,000",8500,0.01,500000]
[2500000,"$2,500,000 to $5,000,000",28500,7.4999999999999997E-3,2500000]
[5000000,"$5,000,000 to $7,500,000",47250,7.0000000000000001E-3,5000000]
[7500000,">$7,500,000",64750,6.0000000000000001E-3,7500000]
[]
[]
["Pipe Size Selection"]
["Pipe Flow to Pipe Diameter"]
["Flow (GPM)","Diameter (inch)"]
[0,0.5]
[2.1,0.75]
[4.0999999999999996,1]
[7.1,1.5]
[21.1,2]
[41.1,2.5]
[66.099999999999994,3]
[116.1,4]
[238.1,6]
[697.1,8]
[1435.1,10]
[2608.1,12]
[4132.1000000000004,14]
[5299.1,16]
[7528.1,18]
[10265.1,20]
[13643.1,24]
[22174.1,30]
[50561.1,36]
[81777.100000000006,42]
[122025.1,48]
[]
[]
["Pump Dimensions (for centrifugal pumps)"]
["Pump Rating Needed (gpm)","Pump Rating Selected (gpm)","Length (ft)","Width (ft)"]
[0,350,2.5,2.5]
[351,1740,3.75,3.75]
[1741,7000,5,5]
[7001,35000,7.083333333333333,7.083333333333333]
[]
[]
["WBS Tech Name","TDB Link","TDB Technology Category"]
["Adsorb","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1176996650","Adsorptive Media"]
["MSBA","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-346223903","Aeration and Air Stripping"]
["PTA","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-346223903","Aeration and Air Stripping"]
["Diffuse Aeration","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-346223903","Aeration and Air Stripping"]
["Tray Aeration","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-346223903","Aeration and Air Stripping"]
["Spray Aeration","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-346223903","Aeration and Air Stripping"]
["BAF","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1174340674","Biological Filtration"]
["BIO","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=10000","Biological Treatment"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1181590563","Chemical Treatment"]
["Chloramine (Ammonia Feed)","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-30174904","Chloramine"]
["Chlorine Gas","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1118142891","Chlorine"]
["Hypochlorite","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1118142891","Chlorine"]
["Chlorine Dioxide","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1277754943","Chlorine Dioxide"]
["Confilt","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1934681921","Conventional Treatment"]
["RCF for Cr(VI) Removal","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1934681921","Conventional Treatment"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1942020127","Diatomaceous Earth Filtration"]
["Dirfilt","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=1667135053","Direct Filtration"]
["GAC Isotherm","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-979193564","GAC Isotherm"]
["GAC","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=2074826383","Granular Activated Carbon"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1234021623","Hydrogen Peroxide"]
["AX","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=263654386","Ion Exchange"]
["CX","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=263654386","Ion Exchange"]
["GF","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=263654386","Ion Exchange"]
["MIEX","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=263654386","Ion Exchange"]
["WBA Exchange System for Cr","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=263654386","Ion Exchange"]
["lpmem","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=510273414","Membrane Filtration"]
["RONF","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-2103528007","Membrane Separation"]
["EDR","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-2103528007","Membrane Separation"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=2088586280","Other Treatment"]
["OZONE","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1467636837","Ozone"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=372675748","Ozone + Hydrogen Peroxide"]
["Permanganate","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1644188630","Permanganate"]
["PAC","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=2109700949","Powdered Activated Carbon"]
["Lime","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-2062922688","Precipitative Softening"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=548212009","Pressure Filtration"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1306063973","Slow Sand Filtration"]
["UV","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-2054608628","Ultraviolet Irradiation"]
["UVH2O2","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-300168699","Ultraviolet Irradiation + Hydrogen Peroxide"]
["None","https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-1861125809","Ultraviolet Irradiation + Ozone"]
[]
[]
["Thrust Blocks for Yard Piping"]
["Pipe Diameter (inches)"," Thrust Force","Based on 90 degree angles"]
["Size Needed","kg","Size Selected"]
[0,347.63563037472028,2]
[2.1,681.91181843044774,3]
[3.1,1260.0087440508869,4]
[4.0999999999999996,2835.0196741144964,6]
[6.1,4990.7439767005962,8]
[8.1,7813.4106239126322,10]
[10.1,11192.326806056015,12]
[12.1,15314.284822868764,14]
[14.1,20002.331197216343,16]
[16.100000000000001,25315.450421476933,18]
[18.100000000000001,31130.717767160371,20]
[20.100000000000001,45064.326572600447,24]
[24.1,61050.596681665913,28]
[28.1,70505.385478216151,30]
[30.1,124768.59941751491,40]
[40.1,137828.56340581886,42]
[42.1,180257.30629040179,48]
[]
[]
["Commercial Pressure Vessel Dimensions"]
["Note: Models may specify a maximum height or diameter which is smaller than those tabulated here"]
["Dimensions tabulated based on commercially available tanks from Wendland Manufacturing, Hanson Tanks, Apyron Tech, Pabst Engineering Equipment, and Able Fab, and from case study data."]
["Diameter","Min Height","Max Height"]
["ft","ft","ft"]
[1.5,3,6]
[2,3.5,7.5]
[2.5,4,9]
[3,4,10]
[3.5,4.5,10]
[4,4.5,12]
[4.5,4.5,15]
[5,4.5,15]
[5.5,4.5,15]
[6,4.5,18]
[6.5,5.5,18]
[7,5.5,18]
[7.5,6,18]
[8,6,20]
[8.5,6,20]
[9,6,20]
[9.5,6,20]
[10,6,24]
[10.5,6,24]
[11,6,24]
[11.5,6,24]
[12,6,24]
[14,6,24]

{"sheet":"Lookup Tables","index":24,"n_rows":79,"n_cols":3,"rows_kept":79,"cut":false,"hidden":false,"merged":[]}
["Lookup Tables and Input Validation"]
["This sheet is used internally to perform certain reference calculations and support input sheet data validation"]
[]
["Eductor Size Selection"]
["Transfer Rate (lbs/hr)","Diameter (inch)"]
[0,1.5,"Based on theoretical operating characteristics provided by an eductor vendor"]
[{"$f":"6.95*GAC_density/7.48*60+1","v":1673.4598930481282},2]
[{"$f":"13.1*GAC_density/7.48*60+1","v":3153.4064171122996},2.5]
[{"$f":"22.2*GAC_density/7.48*60+1","v":5343.2459893048126},3]
[{"$f":"33*GAC_density/7.48*60+1","v":7942.1764705882351},4]
[{"$f":"39.2*GAC_density/7.48*60+1","v":9434.1550802139045},6]
[{"$f":"53.5*GAC_density/7.48*60+1","v":12875.331550802139},8]
[]
["Input Validation"]
["Design Categories"]
[1,"Pressure"]
[2,"Gravity"]
["contam_lookup"]
[1,"Perfluorooctane Sulfonate (PFOS)"]
[2,"Perfluorooctanoic Acid (PFOA)"]
[3,"Perfluorohexane Sulfonate (PFHxS)"]
[4,"Perfluoroheptanoic Acid (PFHpA)"]
[5,"Perfluorobutane Sulfonate (PFBS)"]
[6,"Perfluorohexanoic Acid (PFHxA)"]
[7,"Gen X"]
[8,"TCE"]
[9,"PCE"]
[10,"Carbon Tetrachloride"]
[11,"Benzene"]
[12,"1,2-Dichloropropane"]
[13,"1,2-Dichloroethane"]
[14,"1,3-Butadiene"]
[15,"1,1-Dichloroethane"]
[16,"1,1,1,2-Tetrachloroethane"]
[17,"1,1,2,2-Tetrachloroethane"]
[18,"1,2,3-Trichloropropane"]
[19,"Atrazine"]
[20,"Radon"]
[21,"UVAOP Quench (Add-on)"]
[22,"Other"]
["backwash_pump_valid"]
["existing pumps"]
["new pumps"]
[]
["backwash_storage_valid"]
["existing storage"]
["new storage"]
[]
["comp_level_valid"]
["low cost"]
["mid cost"]
["high cost"]
[]
["system_automation_valid"]
["manual"]
["semi-automated"]
["fully automated"]
[]
["add_on_valid"]
["add-on"]
[]
["retrofit_valid"]
["retrofit"]
[]
["res_s1_valid"]
[{"$f":"IF(res_s2_opt>2,\"\",\"holding tank\")","v":"holding tank"}]
[{"$f":"IF(res_s2_opt>2,\"\",\"none\")","v":"none"}]
["res_sol_validation"]
[{"$f":"IF(OR(res_s1_opt=1,res_s2_opt>2),\"non-hazardous\",\"\")","v":""}]
[{"$f":"IF(OR(res_s1_opt=1,res_s2_opt>2),\"hazardous\",\"\")","v":""}]
[{"$f":"IF(OR(res_s1_opt=1,res_s2_opt>2),\"radioactive\")","v":false}]
[{"$f":"IF(OR(res_s1_opt=1,res_s2_opt>2),\"radioactive hazardous\")","v":false}]
["TDB_link"]
[{"$f":"VLOOKUP(tech_name,TDB_link_table_cl,2,FALSE)","v":"https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=2074826383"}]
["TDB_link_isotherm"]
[{"$f":"VLOOKUP(\"GAC Isotherm\",TDB_link_table_cl,2,FALSE)","v":"https://tdb.epa.gov/tdb/treatmentprocess?treatmentProcessId=-979193564"}]
["yes_no_valid"]
["yes"]
["no"]