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{"sheet":"Cover Page ","index":0,"n_rows":3,"n_cols":1,"rows_kept":3,"cut":false,"hidden":false,"merged":[]}
["Repackaging Exposure Model for 1,2-Dichloroethane"]
[]
["CASRN 107-06-2"]

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[]
[null,"Instructions for Using this Spreadsheet"]
[]
[null,"Table of Contents"]
[null,"Worksheet","Description"]
[null,"ReadMe (this worksheet)","Provides instructions to the user on the use of this spreadsheet"]
[null,"Exposure Summary","Provides the exposure results for the baseline scenario from the Monte Carlo simulation. The user must not alter this worksheet."]
[null,"Exposure Point Summary","Summarizes the Exposure Points and associated parameters used to calculate the amount of annual exposure from each Exposure Point"]
[null,"Exposure Parameters","A list of parameters for the exposure calculations. Allows an advanced user to select between performing a deterministic or Monte Carlo simulation. Monte Carlo formulas on this worksheet are based on the Monte Carlo simulator @Risk. Certain cells will appear with the \"#NAME?\" error indicator if a user does not have the program @Risk. The user must not alter parameters in this worksheet. Turn Monte Carlo \"Off\" using the toggle at the top of the sheet to view deterministic calculations (@Risk not needed for this)."]
[null,"Exposure Calcs","Performs the exposure calculations. This worksheet contains @Risk formulas to capture results during a Monte Carlo simulation iteration. Certain cells will appear with the \"#NAME?\" error indicator if a user does not have the program @Risk. The user must not alter this worksheet."]
[null,"Exposure Results","Provides exposure results from running the simulation with the specified parameters for the given scenario. Cells will appear with the \"#NAME?\" error indicator if a user does not have the program @Risk. The user must not alter this worksheet."]
[null,"Scenario 1_Static","Scenario 1: Fixed number of sites, PV=2,500 lbs\n\nProvides static exposure results from running the simulation with the specified parameters for the given scenario. @Risk not needed to view."]
[null,"Scenario 2_Static","Scenario 2: Fixed number of sites, PV=25,000 lbs\n\nProvides static exposure results from running the simulation with the specified parameters for the given scenario. @Risk not needed to view."]
[]
[]
[null,"General Notes/Assumptions"]
[null,"General 1,2-Dichloroethane (1,2-DCA) Info:  \n -  Total PV = 30,000,000,000 - <40,000,000,000 lb (each year from 2016-2019) (Manufactured domestically)\n -  Number of sites that repackage 1,2-dichloroethane are unknown; assume 1,2-dichloroethane only has one import site based on 2020 CDR (only one manufacturing site). \n -  PV for Repackaging is unknown; assumed  PV of 2,500 to 25,000 lb/site based on CDR reporting threshold of 25,000 lb/yr (Scenario 2) and also assuming a 10% of threshold PV of 2,500 lb/yr (Scenario 1). \n - 1,2-Dichloroethane is a volatile liquid, VP = 78.9 torr; MW = 98.96 g/mol; assume 1,2-dichloroethane imported in pure liquid form."]
[null,"Applied ChemSTEER User Guide to define General Methodology models to determine equations and their parameters for inhalation exposure routes."]
[null,"Potential for 1,2-dichloroethane to be imported and stored in drums, which would only constitute repackaging into smaller containers; conservative estimate that 1,2-dichloroethane imported in larger quantity and transferred to drums first."]
[null,"Release points identified from the July 2022 Repackaging GS were the basis for determining all inhalation exposure points."]
[null,"When the EPA/OPPT Mass Balance Inhalation Model is used for assessing exposure, the exposure duration 'h', uses the same exposure duration used when assessing the release durations."]

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["Exposure Summary - 50th and 95th Percentile estimates"]
["Scenario 1: PV = 1134 kg/yr"]
["Exposure Point","Mass Concentration [mg/m^3]",null,"Volume Concentration [ppm]",null,"Exposure Days per Year",null,"Exposure Hours per Day",null,"8-hr TWA",null,"24-hr TWA"]
[null,"50th Percentile","95th Percentile","50th Percentile","95th Percentile","Minimum","Maximum","Minimum","Maximum","50th Percentile","95th Percentile","50th Percentile","95th Percentile"]
["A. Emptying (drums)",{"$f":"INDEX('Scenario 1_Static'!$B$35:$D$41,MATCH(B$4,'Scenario 1_Static'!$A$35:$A$41, 0), MATCH($A5, 'Scenario 1_Static'!$B$32:$D$32,0))","v":388.53397341983191},{"$f":"INDEX('Scenario 1_Static'!$B$35:$D$41,MATCH(C$4,'Scenario 1_Static'!$A$35:$A$41, 0), MATCH($A5, 'Scenario 1_Static'!$B$32:$D$32,0))","v":1477.7986558704135},{"$f":"INDEX('Scenario 1_Static'!$B$44:$D$50,MATCH(D$4,'Scenario 1_Static'!$A$44:$A$50, 0), MATCH($A5, 'Scenario 1_Static'!$B$32:$D$32,0))","v":95.99490349752314},{"$f":"INDEX('Scenario 1_Static'!$B$44:$D$50,MATCH(E$4,'Scenario 1_Static'!$A$44:$A$50, 0), MATCH($A5, 'Scenario 1_Static'!$B$32:$D$32,0))","v":365.11900905448277},{"$f":"'Scenario 1_Static'!G16","v":3},{"$f":"'Scenario 1_Static'!G11","v":12},{"$f":"'Scenario 1_Static'!G26","v":0.11863726875640966},{"$f":"'Scenario 1_Static'!G21","v":0.42601324710577132},{"$f":"'Scenario 1_Static'!B24","v":4.9460442256858812},{"$f":"'Scenario 1_Static'!B23","v":18.184339869572472},{"$f":"'Scenario 1_Static'!C24","v":1.6486814085619603},{"$f":"'Scenario 1_Static'!C23","v":6.0614466231908244}]
["B. Filling (small containers)",{"$f":"INDEX('Scenario 1_Static'!$B$35:$D$41,MATCH(B$4,'Scenario 1_Static'!$A$35:$A$41, 0), MATCH($A6, 'Scenario 1_Static'!$B$32:$D$32,0))","v":196.10575136690841},{"$f":"INDEX('Scenario 1_Static'!$B$35:$D$41,MATCH(C$4,'Scenario 1_Static'!$A$35:$A$41, 0), MATCH($A6, 'Scenario 1_Static'!$B$32:$D$32,0))","v":775.90023612005643},{"$f":"INDEX('Scenario 1_Static'!$B$44:$D$50,MATCH(D$4,'Scenario 1_Static'!$A$44:$A$50, 0), MATCH($A6, 'Scenario 1_Static'!$B$32:$D$32,0))","v":48.451754455546791},{"$f":"INDEX('Scenario 1_Static'!$B$44:$D$50,MATCH(E$4,'Scenario 1_Static'!$A$44:$A$50, 0), MATCH($A6, 'Scenario 1_Static'!$B$32:$D$32,0))","v":191.70130126450465}]
["C. Container Cleaning (drums)",{"$f":"INDEX('Scenario 1_Static'!$B$35:$D$41,MATCH(B$4,'Scenario 1_Static'!$A$35:$A$41, 0), MATCH($A7, 'Scenario 1_Static'!$B$32:$D$32,0))","v":0.19763522224936661},{"$f":"INDEX('Scenario 1_Static'!$B$35:$D$41,MATCH(C$4,'Scenario 1_Static'!$A$35:$A$41, 0), MATCH($A7, 'Scenario 1_Static'!$B$32:$D$32,0))","v":2.2996551880882747},{"$f":"INDEX('Scenario 1_Static'!$B$44:$D$50,MATCH(D$4,'Scenario 1_Static'!$A$44:$A$50, 0), MATCH($A7, 'Scenario 1_Static'!$B$32:$D$32,0))","v":4.8829640096978717E-2},{"$f":"INDEX('Scenario 1_Static'!$B$44:$D$50,MATCH(E$4,'Scenario 1_Static'!$A$44:$A$50, 0), MATCH($A7, 'Scenario 1_Static'!$B$32:$D$32,0))","v":0.56817471047653922}]
["Exposure Summary - 50th and 95th Percentile estimates"]
["Scenario 1: PV = 11340 kg/yr"]
["Exposure Point","Mass Concentration [mg/m^3]",null,"Volume Concentration [ppm]",null,"Exposure Days per Year",null,"Exposure Hours per Day",null,"8-hr TWA",null,"24-hr TWA"]
[null,"50th Percentile","95th Percentile","50th Percentile","95th Percentile","Minimum","Maximum","Minimum","Maximum","50th Percentile","95th Percentile","50th Percentile","95th Percentile"]
["A. Emptying (drums)",{"$f":"INDEX('Scenario 2_Static'!$B$35:$D$41,MATCH(B$4,'Scenario 2_Static'!$A$35:$A$41, 0), MATCH($A12, 'Scenario 2_Static'!$B$32:$D$32,0))","v":388.7247781184015},{"$f":"INDEX('Scenario 2_Static'!$B$35:$D$41,MATCH(C$4,'Scenario 2_Static'!$A$35:$A$41, 0), MATCH($A12, 'Scenario 2_Static'!$B$32:$D$32,0))","v":1498.8133915769981},{"$f":"INDEX('Scenario 2_Static'!$B$44:$D$50,MATCH(D$4,'Scenario 2_Static'!$A$44:$A$50, 0), MATCH($A12, 'Scenario 2_Static'!$B$32:$D$32,0))","v":96.042045523392446},{"$f":"INDEX('Scenario 2_Static'!$B$44:$D$50,MATCH(E$4,'Scenario 2_Static'!$A$44:$A$50, 0), MATCH($A12, 'Scenario 2_Static'!$B$32:$D$32,0))","v":370.31110978231209},{"$f":"'Scenario 2_Static'!J16","v":24},{"$f":"'Scenario 2_Static'!J11","v":119},{"$f":"'Scenario 2_Static'!J26","v":0.11889595337904234},{"$f":"'Scenario 2_Static'!J21","v":0.42755723829382902},{"$f":"'Scenario 2_Static'!B24","v":4.9322411096655028},{"$f":"'Scenario 2_Static'!B23","v":18.336349296163085},{"$f":"'Scenario 2_Static'!C24","v":1.6440803698885009},{"$f":"'Scenario 2_Static'!C23","v":6.1121164320543615}]
["B. Filling (small containers)",{"$f":"INDEX('Scenario 2_Static'!$B$35:$D$41,MATCH(B$4,'Scenario 2_Static'!$A$35:$A$41, 0), MATCH($A13, 'Scenario 2_Static'!$B$32:$D$32,0))","v":195.5213622368185},{"$f":"INDEX('Scenario 2_Static'!$B$35:$D$41,MATCH(C$4,'Scenario 2_Static'!$A$35:$A$41, 0), MATCH($A13, 'Scenario 2_Static'!$B$32:$D$32,0))","v":776.57094145876374},{"$f":"INDEX('Scenario 2_Static'!$B$44:$D$50,MATCH(D$4,'Scenario 2_Static'!$A$44:$A$50, 0), MATCH($A13, 'Scenario 2_Static'!$B$32:$D$32,0))","v":48.307369711905949},{"$f":"INDEX('Scenario 2_Static'!$B$44:$D$50,MATCH(E$4,'Scenario 2_Static'!$A$44:$A$50, 0), MATCH($A13, 'Scenario 2_Static'!$B$32:$D$32,0))","v":191.8670121126392}]
["C. Container Cleaning (drums)",{"$f":"INDEX('Scenario 2_Static'!$B$35:$D$41,MATCH(B$4,'Scenario 2_Static'!$A$35:$A$41, 0), MATCH($A14, 'Scenario 2_Static'!$B$32:$D$32,0))","v":0.19746790309212692},{"$f":"INDEX('Scenario 2_Static'!$B$35:$D$41,MATCH(C$4,'Scenario 2_Static'!$A$35:$A$41, 0), MATCH($A14, 'Scenario 2_Static'!$B$32:$D$32,0))","v":2.313133679952859},{"$f":"INDEX('Scenario 2_Static'!$B$44:$D$50,MATCH(D$4,'Scenario 2_Static'!$A$44:$A$50, 0), MATCH($A14, 'Scenario 2_Static'!$B$32:$D$32,0))","v":4.8788300632604115E-2},{"$f":"INDEX('Scenario 2_Static'!$B$44:$D$50,MATCH(E$4,'Scenario 2_Static'!$A$44:$A$50, 0), MATCH($A14, 'Scenario 2_Static'!$B$32:$D$32,0))","v":0.57150483503281535}]

{"sheet":"Exposure Point Summary","index":3,"n_rows":20,"n_cols":12,"rows_kept":20,"cut":false,"hidden":false,"merged":[[0,3,0,9],[0,10,0,11],[0,0,0,1],[2,4,2,5],[2,6,2,7],[2,8,2,9],[1,4,1,5],[1,6,1,7],[1,8,1,9]]}
["Parameter Definition",null,null,"Exposure Points (from ESD/GS)",null,null,null,null,null,null,"General Parameters"]
["Possible Parameters","Variable",null,"Exposure Point","A. Emptying (drums)",null,"B. Filling (small containers)",null,"C. Container Cleaning",null,"Number of Sites","Ns"]
["Saturation Factor Unloading","Fsaturation_unloading",null,"General Methodology","EPA/OPPT Mass Balance Inhalation Model",null,"EPA/OPPT Mass Balance Inhalation Model",null,"EPA/OPPT Mass Balance Inhalation Model",null,"Production Volume","PV"]
["1,2-DCA Molecular Weight","MW",null,"Input Parameters:","1,2-DCA Mass Fraction","F12DCA ","1,2-DCA Mass Fraction","F12DCA ","1,2-DCA Mass Fraction","F12DCA ","1,2-DCA Density","rho12DCA"]
["Import Container Volume","Vimport_cont",null,null,"Molar Volume","Vm","Molar Volume","Vm","Molar Volume","Vm","Hours exposed per day","ED"]
["Fill Rate of Drum","RATEfill_drum",null,null,"Molecular Weight","MW","Molecular Weight","MW","Molecular Weight","MW","Days exposed per year","EFyearly"]
["1,2-DCA Vapor Pressure","VP",null,null,"Unload Rate of Import Containers","Ratefill_drum","Loading Rate of fill Containers","Ratefill_smallcont","Hours exposed per day for Activity","hC","Working years","WY"]
["Gas Constant","R",null,null,"Hours exposed per day for Activity","hA","Vapor Pressure","VP","Vapor Pressure","VP","Lifetime years","LT"]
["Temperature","T",null,null,"Vapor Pressure","VP","Ventilation Rate","Q","Ventilation Rate","Q","Averaging time","AT"]
["Production Volume","PV",null,null,"Ventilation Rate","Q","Mixing Factor","k","Mixing Factor","k","Averaging time over lifetime","ATc"]
["1,2-DCA Density","r",null,null,"Mixing Factor","k","Vapor Pressure Correction Factor","X","Vapor Pressure Correction Factor","X","8-hour Time-weighted average","TWA8hr"]
["Saturation Factor Loading","Fsaturation_loading",null,null,"Vapor Pressure Correction Factor","X","Temperature","T","Temperature","T","24-hour Time-weighted Average","TWA24hr"]
["Small Container Volume","Vfill_cont",null,null,"Temperature","T","Saturation Factor Loading","Fsaturation_Loading","Gas Constant","R","Average Daily Concentration","ADC"]
["Fill Rate of Small Container","RATEfill_smallcont",null,null,"Saturation Factor Unloading","Fsaturation_unloading","Filling Container Volume","Vfillcont","Air speed","Rateair_speed","Lifetime Average Daily Concentration","LADC"]
["1,2-DCA Mass Fraction/VP Correction Factor","F12DCA",null,null,"Import Container Volume","Vimportcont","Gas Constant","R","Diameter of Opening for Container Cleaning","Dopening_cont-cleaning","Subchronic Days exposed per year","EFsubchronic"]
["Air Speed","RATEair_speed",null,null,"Gas Constant","R","Import Container Volume","Vimportcont","Pressure","P","Subchronic averaging time","ATsc"]
["Diameter of Opening for Container Cleaning","Dopening_cont-cleaning",null,null,null,null,null,null,null,null,"Subchronic Average Daily Concentration","ADCsubchronic"]
["Pressure","P"]
["Container Loss Fraction","Floss_cont"]
["Number of Sites","Ns"]

{"sheet":"Exposure Parameters","index":4,"n_rows":39,"n_cols":16,"rows_kept":39,"cut":false,"hidden":false,"merged":[[3,9,4,9],[3,11,4,11],[3,12,4,12],[12,1,13,1],[12,2,13,2],[12,12,13,12],[3,1,4,1],[3,3,4,3],[3,2,4,2],[3,6,3,8],[3,4,3,5]]}
[]
[null,"Turn Monte Carlo On or Off","On"]
[]
[null,"Input Parameter","Symbol","Unit","Deterministic Values",null,"Uncertainty Analysis Distribution Parameters",null,null,"Distribution Type",null,"Selected Value (Deterministic or @Risk Formula)","Notes/Comments"]
[null,null,null,null,"Value","Basis","Lower Bound","Upper Bound","Mode",null,"@Risk Formulas",null,null,null,null,"On/Off Drop Down"]
[null,"Working Years","WY","years",36,"Typical",10.4,44,36,"Triangular",{"$f":"_xll.RiskTriang(G6,I6,H6,_xll.RiskStatic(E6))","v":{"$error":"#NAME?"}},{"$f":"IF($C$2=$P$6, K6, E6)","v":{"$error":"#NAME?"}},"Based on data from the U.S. Bureau of Labor Statistics (U.S. BLS) Current Population Survey (CPS) and the U.S. Census Bureau Survey of Income and Program Participation (SIPP).",null,null,"On"]
[null,"Ventilation Rate","Q","ft3/min",3000,"Typical",500,10000,3000,"Triangular",{"$f":"_xll.RiskTriang(G7,I7,H7,_xll.RiskStatic(E7))","v":{"$error":"#NAME?"}},{"$f":"IF($C$2=$P$6, K7, E7)","v":{"$error":"#NAME?"}},"From 1991 CEB Manual",null,null,"Off"]
[null,"Mixing Factor","k","dimensionless",0.5,"Typical",0.1,1,0.5,"Triangular",{"$f":"_xll.RiskTriang(G8,I8,H8,_xll.RiskStatic(E8))","v":{"$error":"#NAME?"}},{"$f":"IF($C$2=$P$6, K8, E8)","v":{"$error":"#NAME?"}},"From 1991 CEB Manual"]
[null,"Saturation Factor Unloading","Fsaturation_unloading","kg/kg",0.5,"Typical",0.5,1.45,0.5,"Triangular",{"$f":"_xll.RiskTriang(G9,I9,H9,_xll.RiskStatic(E9))","v":{"$error":"#NAME?"}},{"$error":"#NAME?"},"AP-42 provided values"]
[null,"Saturation Factor Loading","Fsaturation_loading","kg/kg",0.5,"Typical",0.5,1.45,0.5,"Triangular",{"$f":"_xll.RiskTriang(G10,I10,H10,_xll.RiskStatic(E10))","v":{"$error":"#NAME?"}},{"$error":"#NAME?"},"AP-42 provided values"]
[null,"Import Container Volume","Vimport_cont","gal/container",55,"Typical",20,100,55,"Triangular",{"$f":"_xll.RiskTriang(G11,I11,H11,_xll.RiskStatic(E11))","v":{"$error":"#NAME?"}},{"$error":"#NAME?"},"Standard EPA values for Vapor Generation Rate/Volatile Air Release Models given as 20 to <100 gallons for drum volume, with 55 gallons as default value. Typically use drums for given throughput as suggested in ESD on Transport and Storage (HERO ID 6393282)."]
[null,"Small Container Volume","Vfill_cont","gal/container",5,"Typical",5,20,5,"Triangular",{"$f":"_xll.RiskTriang(G12,I12,H12,_xll.RiskStatic(E12))","v":{"$error":"#NAME?"}},{"$error":"#NAME?"},"Standard EPA values for Vapor Generation Rate/Volatile Air Release Models given as 5 to <20 gallons for small container volume, with 5 gallons as default value. "]
[null,"Air Speed","RATEair_speed","cm/s",10,"50th percentile",1.3,202.2,"—","Lognormal",{"$f":"_xll.RiskLognorm(22.414,19.958,_xll.RiskTruncate(G13,H13),_xll.RiskName(B13),_xll.RiskStatic(E13))","v":{"$error":"#NAME?"}},{"$f":"IF($C$2=$P$6, K13, E13)","v":{"$error":"#NAME?"}},"Distribution using EPA's air speed model for industrial uses; converted to ft/min for model use. For industrial facilities, it’s a lognormal distribution with mean of 22.414 cm/s, standard deviation of 19.958 cm/s, max truncated at 202.2 cm/s."]
[null,null,null,"ft/min",{"$f":"E13*ft_per_cm*60","v":19.684799999999999},"50th percentile",{"$f":"G13*ft_per_cm*60","v":2.559024},{"$f":"H13*ft_per_cm*60","v":398.02665599999995},"—","Lognormal",{"$f":"(K13*ft_per_cm*60)","v":{"$error":"#NAME?"}},{"$f":"IF($C$2=$P$6, K14, E14)","v":{"$error":"#NAME?"}}]
[]
[null,"Constants and Unit Conversions","Symbol","Value","Unit","Notes/Comments"]
[null,"Number of Sites","Ns",1,"sites","what-if scenario "]
[null,"Production Volume Assessed","PV_lbs",2500,"lbs/yr","what-if scenario"]
[null,"Production Volume","PV",{"$f":"D18/lbs_per_kg","v":1133.9822735890993},"kg/yr","used for calcs"]
[null,"1,2-DCA Import Mass Fraction","F12DCA",1,"kg/kg","Also used for vapor pressure correction factor (X)"]
[null,"1,2-DCA Molar Volume","Vm12DCA",24.45,"L/mol","Molar Volume at STP"]
[null,"1,2-DCA Molecular Weight","MW",98.96,"g/mol","From Final Scope Document"]
[null,"Fill Rate of Drum","RATEfill_drum",20,"containers/hr","From 1991 CEB Manual"]
[null,"Fill Rate of Small Container","RATEfill_smallcont",60,"containers/hr","From 1991 CEB Manual"]
[null,"Hours exposed per day","ED",8,"hrs/day","Assuming a full 8-hr shift"]
[null,"Lifetime years","LT",78,"years","Average Lifetime years"]
[null,"Averaging time over a lifetime (chronic)","ATc",{"$f":"D26*365*24","v":683280},"hours","Converted lifetime years to hours."]
[null,"Averaging time for subchronic exposure","ATsc",{"$f":"8*30","v":240},"hours","Provided by EPA health assessors"]
[null,"Diameter of Opening for Container Cleaning","Dopening_cont-cleaning",5.08,"cm","From 1991 CEB Manual"]
[null,"1,2-DCA Vapor Pressure","VP",78.900000000000006,"Torr","Final Scope (mmHg)"]
[null,"1,2-DCA Density","rho12DCA",1256.9000000000001,"kg/m^3","Final Scope"]
[null,"Gas Constant","R",62.363669999999999,"L*torr/mol-K","Universal Gas Constant"]
[null,"Temperature","T",298,"K","Standard temperature"]
[null,"Pressure","P",760,"torr","Standard pressure"]
[null,"lb/kg","—",2.2046199999999998,"lb/kg","Conversion"]
[null,"ft/cm","—",3.2807999999999997E-2,"ft/cm","Conversion"]
[null,"m^3/gal","—",3.7854099999999999E-3,"m^3/gal","Conversion"]
[null,"L/gal","—",3.7854000000000001,"L/gal","Conversion"]
[null,"s/hr","—",3600,"s/hr","Conversion"]

{"sheet":"Exposure Calcs","index":5,"n_rows":26,"n_cols":6,"rows_kept":26,"cut":false,"hidden":false,"merged":[]}
[]
[null,"Calculation of Baseline Exposures"]
[]
[null,"Parameter Name","Symbol","Equation","Stochastic Value","Unit"]
[null,"Facility Production Rate","PVsite","PV/Ns",{"$f":"PV/Ns","v":1133.9822735890993},"kg/site-year"]
[null,"Operating Days per site/Number of Import Containers/Days exposed per year","EFyearly","(PVsite/(rho12DCA*0.00378541 m3/gal*Vimport_cont)",{"$f":"_xll.RiskOutput(\"Exposure Days\")+IF(ROUNDUP((PV/Ns)/(rho_12DCA*m3_per_gal*V_importcont),0)>250, 250,ROUNDUP((PV/Ns)/(rho_12DCA*m3_per_gal*V_importcont),0))","v":{"$error":"#NAME?"}},"days/yr"]
[null,"Vapor generation rate for Activity A (Emptying Drums)","GA","[[Fsaturation_unloading*MW*(Vimport_cont*(3785.4 cm3/gal))*(RATEfill_drum/(3600 s/hr))*F12DCA*(VP)]/(R*T)]\n~Vapor generation calculated using AP-42 Loading Model~",{"$f":"((Fsat_unload*MW_12DCA*L_per_gal*V_importcont*Rate_filldrum*F_12DCA*VP_12DCA)/(s_per_hr*Temp*R_Ltorr_molK))","v":{"$error":"#NAME?"}},"g/s"]
[null,"Activity A volumetric concentration of chemical in air (Emptying drums)","CvA","Lesser of:\n(170,000*T*GA)/(MW*Q*k)\nOR\n(1,000,000*F12DCA*VP)/760",{"$f":"_xll.RiskOutput(\"Cv_A\")+IF((170000*Temp*G_A)/(MW_12DCA*Ventilation_rate*Mixing_factor)>((1000000*F_12DCA*VP_12DCA)/760),((1000000*F_12DCA*VP_12DCA)/760),(170000*Temp*G_A)/(MW_12DCA*Ventilation_rate*Mixing_factor))","v":{"$error":"#NAME?"}},"ppm"]
[null,"Activity A mass concentration of chemical in air (Emptying drums)","CmA","CvA*MW/Vm",{"$f":"_xll.RiskOutput(\"Cm_A\")+Cv_A*MW_12DCA/Vm_12DCA","v":{"$error":"#NAME?"}},"mg/m3"]
[null,"Hours exposed per day for activity A (Emptying Drums)","hA","[(Containers/year)/(EFyearly)]/Ratefill_drum",{"$f":"1/Rate_filldrum","v":0.05},"hr/day"]
[null,"Vapor generation rate for Activity B (Filling Small Containers)","GB","[[Fsaturation_loading*MW*(Vsmallcont*(3785.4 cm3/gal))*(RATEfill_smallcont/(3600 s/hr))*F12DCA*(VP)]/(R*T)]\n~Vapor generation calculated using AP-42 Loading Model~",{"$f":"((Fsat_load*MW_12DCA*L_per_gal*V_smallcont*Rate_fillsmallcont*F_12DCA*VP_12DCA)/(s_per_hr*Temp*R_Ltorr_molK))","v":{"$error":"#NAME?"}},"g/s"]
[null,"Activity B volumetric concentration of chemical in air (Filling small containers)","CvB","Lesser of:\n(170,000*T*GB)/(MW*Q*k)\nOR\n(1,000,000*F12DCA*VP)/760",{"$f":"_xll.RiskOutput(\"Cv_B\")+IF((170000*Temp*G_B)/(MW_12DCA*Ventilation_rate*Mixing_factor)>((1000000*F_12DCA*VP_12DCA)/760),((1000000*F_12DCA*VP_12DCA)/760),(170000*Temp*G_B)/(MW_12DCA*Ventilation_rate*Mixing_factor))","v":{"$error":"#NAME?"}},"ppm"]
[null,"Activity B mass concentration of chemical in air (Filling small containers)","CmB","CvB*MW/Vm",{"$f":"_xll.RiskOutput(\"Cm_B\")+Cv_B*MW_12DCA/Vm_12DCA","v":{"$error":"#NAME?"}},"mg/m3"]
[null,"Hours exposed per day for activity B (Filling small containers)","hB","V_importcont/V_smallcont/Rate_fillsmallcont",{"$f":"V_importcont/V_smallcont/Rate_fillsmallcont","v":{"$error":"#NAME?"}},"hours"]
[null,"Vapor generation rate for Activity C (Container Cleaning)","GC","~Vapor generation rate calculated using Penetration Model or Mass Transfer Coefficient Model as outlined below~\nPenetration Model (if air speed <= 100 ft/min):\nGC=[[(8.24E-8*(MW^0.835)*F12DCA*VP*((1/29+1/MW)^0.25)*(RATEair_speed^0.5)*(0.25*pi*Dopening_cont-cleaning^2)]/(T^0.05*Dopening_cont-cleaning^0.5*P^0.5)]\n\nMass Transfer Coefficient Model (if air speed >100 ft/min):\nGC=[[(1.93E-7*(MW^0.78)*F12DCA*VP*((1/29+1/MW)^0.33)*(RATEair_speed^0.78)*(0.25*pi*Dopening_cont-cleaning^2)]/(T^0.4*Dopening_cont-cleaning^0.11*(T^0.5-5.87)^(2/3)]",{"$f":"IF(Air_speed>100,(0.000000193*POWER(MW_12DCA,0.78)*F_12DCA*VP_12DCA*POWER((1/29)+(1/MW_12DCA),0.33)*POWER(Air_speed,0.78)*(PI()*POWER(D_contcleaning,2)/4))/(POWER(Temp,0.4)*POWER(D_contcleaning,0.11)*POWER(POWER(Temp,0.5)-5.87,2/3)),(0.0000000824*POWER(MW_12DCA,0.835)*F_12DCA*VP_12DCA*POWER((1/29)+(1/MW_12DCA),0.25)*POWER(Air_speed,0.5)*(PI()*POWER(D_contcleaning,2)/4))/(POWER(Temp,0.05)*POWER(D_contcleaning,0.5)*POWER(Pressure_Torr,0.5)))","v":{"$error":"#NAME?"}},"g/s"]
[null,"Activity C volumetric concentration of chemical in air (Container cleaning)","CvC","Lesser of:\n(170,000*T*GC)/(MW*Q*k)\nOR\n(1,000,000*F12DCA*VP)/760",{"$f":"_xll.RiskOutput(\"Cv_C\")+IF((170000*Temp*G_C)/(MW_12DCA*Ventilation_rate*Mixing_factor)>((1000000*F_12DCA*VP_12DCA)/760),((1000000*F_12DCA*VP_12DCA)/760),(170000*Temp*G_C)/(MW_12DCA*Ventilation_rate*Mixing_factor))","v":{"$error":"#NAME?"}},"ppm"]
[null,"Activity C mass concentration of chemical in air (Container cleaning)","CmC","CvC*MW/Vm",{"$f":"_xll.RiskOutput(\"Cm_C\")+Cv_C*MW_12DCA/Vm_12DCA","v":{"$error":"#NAME?"}},"mg/m3"]
[null,"Hours exposed per day for activity C (Container Cleaning)","hC","[(Containers/year)/(EFyearly)]/Ratefill_drum",{"$f":"1/Rate_filldrum","v":0.05},"hr/day"]
[null,"Combined activity times","hsum","hA+hB+hC",{"$f":"_xll.RiskOutput(\"Hours exposed per day\")+hA+hB+hC","v":{"$error":"#NAME?"}},"hr/day"]
[null,"Averaging time","AT","WY * 365 days/yr * 24 hr/day",{"$f":"WY*365*24","v":{"$error":"#NAME?"}},"hours"]
[null,"Time-weighted average (8-hr)","TWA8hr","[(CmA * hA) + (CmB * hB) + (CmC * hC)] / 8 hrs",{"$f":"_xll.RiskOutput(\"TWA_8hr\")+((Cm_A*hA)+(Cm_B*hB)+(Cm_C*hC))/8","v":{"$error":"#NAME?"}},"mg/m3"]
[null,"Time-weighted average (24-hr)","TWA24hr","[(CmA * hA) + (CmB * hB) + (CmC * hC)] / 24 hrs",{"$f":"_xll.RiskOutput(\"TWA_24hr\")+((Cm_A*hA)+(Cm_B*hB)+(Cm_C*hC))/24","v":{"$error":"#NAME?"}},"mg/m3"]
[null,"Average daily concentration","ADCchronic","(TWA8hr * ED * EFyearly * WY) / AT",{"$f":"_xll.RiskOutput(\"ADC_chronic\")+(TWA_8hr*ED*EF_yearly*WY)/AT","v":{"$error":"#NAME?"}},"mg/m3"]
[null,"Lifetime average daily concentration","LADC","(TWA8hr * ED * EFyearly * WY) / ATc",{"$f":"_xll.RiskOutput(\"LADC\")+(TWA_8hr*ED*EF_yearly*WY)/ATc","v":{"$error":"#NAME?"}},"mg/m3"]
[null,"Days exposed for subchronic exposure","EFsubchronic","IF(EFyearly < 22 days/yr, EFyearly, 22 days/yr)",{"$f":"IF(EF_yearly<22, EF_yearly,22)","v":{"$error":"#NAME?"}},"days"]
[null,"Subchronic average daily concentration","ADCsubchronic","(TWA8hr * ED * EFsubchronic) / ATsc",{"$f":"_xll.RiskOutput(\"ADC_subchronic\")+(TWA_8hr*ED*EF_subchronic)/ATsc","v":{"$error":"#NAME?"}},"mg/m3"]

{"sheet":"Exposure Results","index":6,"n_rows":50,"n_cols":7,"rows_kept":50,"cut":false,"hidden":false,"merged":[[30,1,30,3],[4,0,4,1],[0,0,0,1],[8,1,8,3],[8,5,8,6],[9,5,9,6],[18,1,18,2],[18,5,18,6],[19,5,19,6]]}
["What-If Scenario"]
["Production Volume Assessed (kg/yr)",{"$f":"ROUND(PV,0)","v":1134}]
["Number of Sites",{"$f":"Ns","v":1}]
[]
["Monte Carlo Simulation Parameters"]
["Number of Iterations",100000]
["Sampling Method","Latin Hypercube"]
[]
[null,"Daily Concentrations",null,null,null,"Exposure Days per Year & Number of Import Containers"]
["Daily Concentrations (mg/m3)","Average Daily Concentration (ADC)","Lifetime Average Daily Concentration (LADC)","Subchronic Average Daily Concentration (ADCsubchronic)",null,"EFyearly (days/yr)"]
["Maximum",{"$f":"_xll.RiskMax(ADC_chronic)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMax(LADC)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMax(ADC_subchronic)","v":{"$error":"#NAME?"}},null,"Maximum",{"$f":"_xll.RiskMax(EF_yearly)","v":{"$error":"#NAME?"}}]
["99th Percentile",{"$f":"_xll.RiskPercentile(ADC_chronic,0.99)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(LADC,0.99)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(ADC_subchronic,0.99)","v":{"$error":"#NAME?"}},null,"99th Percentile",{"$f":"_xll.RiskPercentile(EF_yearly,0.99)","v":{"$error":"#NAME?"}}]
["95th Percentile",{"$f":"_xll.RiskPercentile(ADC_chronic,0.95)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(LADC,0.95)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(ADC_subchronic,0.95)","v":{"$error":"#NAME?"}},null,"95th Percentile",{"$f":"_xll.RiskPercentile(EF_yearly,0.95)","v":{"$error":"#NAME?"}}]
["50th Percentile",{"$f":"_xll.RiskPercentile(ADC_chronic,0.5)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(LADC,0.5)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(ADC_subchronic,0.5)","v":{"$error":"#NAME?"}},null,"50th Percentile",{"$f":"_xll.RiskPercentile(EF_yearly,0.5)","v":{"$error":"#NAME?"}}]
["5th Percentile",{"$f":"_xll.RiskPercentile(ADC_chronic,0.05)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(LADC,0.05)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(ADC_subchronic,0.05)","v":{"$error":"#NAME?"}},null,"5th Percentile",{"$f":"_xll.RiskPercentile(EF_yearly,0.05)","v":{"$error":"#NAME?"}}]
["Minimum",{"$f":"_xll.RiskMin(ADC_chronic)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMin(LADC)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMin(ADC_subchronic)","v":{"$error":"#NAME?"}},null,"Minimum",{"$f":"_xll.RiskMin(EF_yearly)","v":{"$error":"#NAME?"}}]
["Mean",{"$f":"_xll.RiskMean(ADC_chronic)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMean(LADC)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMean(ADC_subchronic)","v":{"$error":"#NAME?"}},null,"Mean",{"$f":"ROUNDUP(_xll.RiskMean(EF_yearly),0)","v":{"$error":"#NAME?"}}]
[]
[null,"Time-Weighted Averages",null,null,null,"Total Sum of hours for activities"]
["Time-Weighted Average (mg/m3)","TWA8hr","TWA24hr",null,null,"hsum (hr/day)"]
["Maximum",{"$f":"_xll.RiskMax(TWA_8hr)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMax(TWA_24hr)","v":{"$error":"#NAME?"}},null,null,"Maximum",{"$f":"_xll.RiskMax(h_sum)","v":{"$error":"#NAME?"}}]
["99th Percentile",{"$f":"_xll.RiskPercentile(TWA_8hr,0.99)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(TWA_24hr,0.99)","v":{"$error":"#NAME?"}},null,null,"99th Percentile",{"$f":"_xll.RiskPercentile(h_sum,0.99)","v":{"$error":"#NAME?"}}]
["95th Percentile",{"$f":"_xll.RiskPercentile(TWA_8hr,0.95)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(TWA_24hr,0.95)","v":{"$error":"#NAME?"}},null,null,"95th Percentile",{"$f":"_xll.RiskPercentile(h_sum,0.95)","v":{"$error":"#NAME?"}}]
["50th Percentile",{"$f":"_xll.RiskPercentile(TWA_8hr,0.5)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(TWA_24hr,0.5)","v":{"$error":"#NAME?"}},null,null,"50th Percentile",{"$f":"_xll.RiskPercentile(h_sum,0.5)","v":{"$error":"#NAME?"}}]
["5th Percentile",{"$f":"_xll.RiskPercentile(TWA_8hr,0.05)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(TWA_24hr,0.05)","v":{"$error":"#NAME?"}},null,null,"5th Percentile",{"$f":"_xll.RiskPercentile(h_sum,0.05)","v":{"$error":"#NAME?"}}]
["Minimum",{"$f":"_xll.RiskMin(TWA_8hr)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMin(TWA_24hr)","v":{"$error":"#NAME?"}},null,null,"Minimum",{"$f":"_xll.RiskMin(h_sum)","v":{"$error":"#NAME?"}}]
["Mean",{"$f":"_xll.RiskMean(TWA_8hr)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMean(TWA_24hr)","v":{"$error":"#NAME?"}},null,null,"Mean",{"$f":"_xll.RiskMean(h_sum)","v":{"$error":"#NAME?"}}]
[]
[]
[]
[null,"Exposure Point"]
["Exposure Point","A. Emptying (drums)","B. Filling (small containers)","C. Container Cleaning (drums)"]
[]
["Mass Concentration (mg/m3)","CmA","CmB","CmC"]
["Maximum",{"$f":"_xll.RiskMax(Cm_A)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMax(Cm_B)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMax(Cm_C)","v":{"$error":"#NAME?"}}]
["99th Percentile",{"$f":"_xll.RiskPercentile(Cm_A,0.99)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cm_B,0.99)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cm_C,0.99)","v":{"$error":"#NAME?"}}]
["95th Percentile",{"$f":"_xll.RiskPercentile(Cm_A,0.95)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cm_B,0.95)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cm_C,0.95)","v":{"$error":"#NAME?"}}]
["50th Percentile",{"$f":"_xll.RiskPercentile(Cm_A,0.5)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cm_B,0.5)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cm_C,0.5)","v":{"$error":"#NAME?"}}]
["5th Percentile",{"$f":"_xll.RiskPercentile(Cm_A,0.05)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cm_B,0.05)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cm_C,0.05)","v":{"$error":"#NAME?"}}]
["Minimum",{"$f":"_xll.RiskMin(Cm_A)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMin(Cm_B)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMin(Cm_C)","v":{"$error":"#NAME?"}}]
["Mean",{"$f":"_xll.RiskMean(Cm_A)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMean(Cm_B)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMean(Cm_C)","v":{"$error":"#NAME?"}}]
[]
["Volume Concentration (ppm)","CvA","CvB","CvC"]
["Maximum",{"$f":"_xll.RiskMax(Cv_A)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMax(Cv_B)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMax(Cv_C)","v":{"$error":"#NAME?"}}]
["99th Percentile",{"$f":"_xll.RiskPercentile(Cv_A,0.99)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cv_B,0.99)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cv_C,0.99)","v":{"$error":"#NAME?"}}]
["95th Percentile",{"$f":"_xll.RiskPercentile(Cv_A,0.95)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cv_B,0.95)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cv_C,0.95)","v":{"$error":"#NAME?"}}]
["50th Percentile",{"$f":"_xll.RiskPercentile(Cv_A,0.5)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cv_B,0.5)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cv_C,0.5)","v":{"$error":"#NAME?"}}]
["5th Percentile",{"$f":"_xll.RiskPercentile(Cv_A,0.05)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cv_B,0.05)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskPercentile(Cv_C,0.05)","v":{"$error":"#NAME?"}}]
["Minimum",{"$f":"_xll.RiskMin(Cv_A)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMin(Cv_B)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMin(Cv_C)","v":{"$error":"#NAME?"}}]
["Mean",{"$f":"_xll.RiskMean(Cv_A)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMean(Cv_B)","v":{"$error":"#NAME?"}},{"$f":"_xll.RiskMean(Cv_C)","v":{"$error":"#NAME?"}}]

{"sheet":"Scenario 1_Static","index":7,"n_rows":50,"n_cols":7,"rows_kept":50,"cut":false,"hidden":false,"merged":[[19,5,19,6],[30,1,30,3],[0,0,0,1],[4,0,4,1],[8,1,8,3],[8,5,8,6],[9,5,9,6],[18,1,18,2],[18,5,18,6]]}
["What-If Scenario"]
["Production Volume Assessed (kg/yr)",1134]
["Number of Sites",1]
[]
["Monte Carlo Simulation Parameters"]
["Number of Iterations",100000]
["Sampling Method","Latin Hypercube"]
[]
[null,"Daily Concentrations",null,null,null,"Exposure Days per Year & Number of Import Containers"]
["Daily Concentrations (mg/m3)","Average Daily Concentration (ADC)","Lifetime Average Daily Concentration (LADC)","Subchronic Average Daily Concentration (ADCsubchronic)",null,"EFyearly (days/yr)"]
["Maximum",0.67117160721298996,0.30638954828129961,24.497763663274135,null,"Maximum",12]
["99th Percentile",0.12791467293470035,5.1603821490049107E-2,4.6688855621165626,null,"99th Percentile",10]
["95th Percentile",7.2977333276644907E-2,2.9100726596536047E-2,2.6636726645975393,null,"95th Percentile",8]
["50th Percentile",2.1244044578945784E-2,8.0400351200976602E-3,0.77540762713152112,null,"50th Percentile",5]
["5th Percentile",8.1336007878217223E-3,2.7337914551544959E-3,0.29687642875549286,null,"5th Percentile",3]
["Minimum",3.1075575800934658E-3,7.0826370948850841E-4,0.1134258516734115,null,"Minimum",3]
["Mean",2.8525482380741436E-2,1.1016987414806622E-2,1.0411801068970581,null,"Mean",5]
[]
[null,"Time-Weighted Averages",null,null,null,"Total Sum of hours for activities"]
["Time-Weighted Average (mg/m3)","TWA8hr","TWA24hr",null,null,"hsum (hr/day)"]
["Maximum",175.98170168618213,58.66056722872738,null,null,"Maximum",0.42601324710577132]
["99th Percentile",32.52037584929932,10.840125283099773,null,null,"99th Percentile",0.35488464246085122]
["95th Percentile",18.184339869572472,6.0614466231908244,null,null,"95th Percentile",0.30757014342504596]
["50th Percentile",4.9460442256858812,1.6486814085619603,null,null,"50th Percentile",0.20002947264946197]
["5th Percentile",1.650377344912084,0.55012578163736137,null,null,"5th Percentile",0.14518878215644682]
["Minimum",0.36017328458084996,0.12005776152694998,null,null,"Minimum",0.11863726875640966]
["Mean",6.8299953326461553,2.2766651108820444,null,null,"Mean",0.20996575098397641]
[]
[]
[]
[null,"Exposure Point"]
["Exposure Point","A. Emptying (drums)","B. Filling (small containers)","C. Container Cleaning (drums)"]
[]
["Mass Concentration (mg/m3)","CmA","CmB","CmC"]
["Maximum",12903.537136369725,7294.1224328019116,82.104360318658266]
["99th Percentile",2667.0730351518864,1417.3672217446631,7.1203547098776454]
["95th Percentile",1477.7986558704135,775.90023612005643,2.2996551880882747]
["50th Percentile",388.53397341983191,196.10575136690841,0.19763522224936661]
["5th Percentile",124.06636321501837,60.498783785384113,6.3976980980451917E-2]
["Minimum",28.828654224425961,19.499623775912916,1.4650225490497579E-2]
["Mean",546.74432080693714,280.09005054389212,0.54405299685213371]
[]
["Volume Concentration (ppm)","CvA","CvB","CvC"]
["Maximum",3188.0707658067881,1802.1553504649025,20.285485143403342]
["99th Percentile",658.95246270678683,350.18824344843387,1.7592226420423245]
["95th Percentile",365.11900905448277,191.70130126450465,0.56817471047653922]
["50th Percentile",95.99490349752314,48.451754455546791,4.8829640096978717E-2]
["5th Percentile",30.65301718479385,14.947405654331464,1.5806762176354582E-2]
["Minimum",7.1226818491028165,4.8177627457666814,3.6196242243600025E-3]
["Mean",135.08385856638557,69.201715196020615,0.13441891444053011]

{"sheet":"Scenario 2_Static","index":8,"n_rows":50,"n_cols":10,"rows_kept":50,"cut":false,"hidden":false,"merged":[[19,8,19,9],[30,1,30,3],[0,0,0,1],[4,0,4,1],[8,1,8,3],[8,8,8,9],[9,8,9,9],[18,1,18,2],[18,8,18,9],[8,4,8,6]]}
["What-If Scenario"]
["Production Volume Assessed (kg/yr)",11340]
["Number of Sites",1]
[]
["Monte Carlo Simulation Parameters"]
["Number of Iterations",100000]
["Sampling Method","Latin Hypercube"]
[]
[null,"Daily Concentrations (mg/m3)",null,null,"Daily Concentrations (ppm)",null,null,null,"Exposure Days per Year & Number of Import Containers"]
["Daily Concentrations","Average Daily Concentration (ADC)","Lifetime Average Daily Concentration (LADC)","Subchronic Average Daily Concentration (ADCsubchronic)","Average Daily Concentration (ADC)","Lifetime Average Daily Concentration (LADC)","Subchronic Average Daily Concentration (ADCsubchronic)",null,"EFyearly (days/yr)"]
["Maximum",6.5237530003713369,3.0601762632578358,147.22544385318798,{"$f":"B11*24.45/98.96","v":1.6118205422299836},{"$f":"C11*24.45/98.96","v":0.75607628978025554},36.374920192102323,null,"Maximum",119]
["99th Percentile",1.1597821835231459,0.4735416210379837,24.454394013323697,{"$f":"B12*24.45/98.96","v":0.28654683091290339},{"$f":"C12*24.45/98.96","v":0.11699770244925931},{"$f":"D12*24.45/98.96","v":6.0419354650946273},null,"99th Percentile",95]
["95th Percentile",0.66481699923554272,0.26416874407699698,13.446656150519596,0.16425601890975161,6.5268045601076963E-2,3.3222589215865415,null,"95th Percentile",75]
["50th Percentile",0.19219448739163539,7.281320511349669E-2,3.616976813754702,4.7485400330694073E-2,1.7989923858377062E-2,0.89364473621970963,null,"50th Percentile",42]
["5th Percentile",7.4489065239777372E-2,2.4810448847659181E-2,1.2147561423642499,1.8403977820458335E-2,6.1299057631898444E-3,0.30012922070337422,null,"5th Percentile",28]
["Minimum",3.1174266482805017E-2,6.9479796854112113E-3,0.3180890329677214,7.7022111510163978E-3,1.7166340269634613E-3,7.8590105659466336E-2,null,"Minimum",24]
["Mean",0.25840391075316554,9.9862151213968284E-2,5.0238732091004277,6.3843730981355068E-2,2.4672894070144752E-2,1.2412459575839274,null,"Mean",46]
[]
[null,"Time-Weighted Averages",null,null,null,null,null,null,"Total Sum of hours for activities"]
["Time-Weighted Average (mg/m3)","TWA8hr","TWA24hr",null,null,null,null,null,"hsum (hr/day)"]
["Maximum",200.76196889071088,66.92065629690363,null,null,null,null,null,"Maximum",0.42755723829382902]
["99th Percentile",33.34690092725959,11.115633642419864,null,null,null,null,null,"99th Percentile",0.35460484043832724]
["95th Percentile",18.336349296163085,6.1121164320543615,null,null,null,null,null,"95th Percentile",0.30773099837193812]
["50th Percentile",4.9322411096655028,1.6440803698885009,null,null,null,null,null,"50th Percentile",0.19989369113152977]
["5th Percentile",1.6564856486785224,0.55216188289284085,null,null,null,null,null,"5th Percentile",0.14538256600641247]
["Minimum",0.43375777222871098,0.14458592407623699,null,null,null,null,null,"Minimum",0.11889595337904234]
["Mean",6.850736194227828,2.2835787314092948,null,null,null,null,null,"Mean",0.20995639779698039]
[]
[]
[]
[null,"Exposure Point"]
["Exposure Point","A. Emptying (drums)","B. Filling (small containers)","C. Container Cleaning (drums)"]
[]
["Mass Concentration (mg/m3)","CmA","CmB","CmC"]
["Maximum",16056.827615706477,8848.7993750756232,47.380762372247503]
["99th Percentile",2728.6645670450189,1422.5495926046067,6.8619722609832614]
["95th Percentile",1498.8133915769981,776.57094145876374,2.313133679952859]
["50th Percentile",388.7247781184015,195.5213622368185,0.19746790309212692]
["5th Percentile",124.21154354285635,60.689654614852522,6.4407461471289992E-2]
["Minimum",31.898362658736556,19.595535282107033,1.6113943473056506E-2]
["Mean",547.97900403753351,280.5158868944057,0.53886981276033774]
[]
["Volume Concentration (ppm)","CvA","CvB","CvC"]
["Maximum",3967.1527405418692,2186.2686410731508,11.706342360564383]
["99th Percentile",674.16985311490214,351.46864934501451,1.6953842136321819]
["95th Percentile",370.31110978231209,191.8670121126392,0.57150483503281535]
["50th Percentile",96.042045523392446,48.307369711905949,4.8788300632604115E-2]
["5th Percentile",30.688886819147513,14.994564019130397,1.5913120785903803E-2]
["Minimum",7.8811132478386101,4.8414595558560727,3.9812643281753393E-3]
["Mean",135.38891116327446,69.306926380035563,0.13313830761914142]