{"text_format":"1","workbook":"xlsx","n_sheets":9,"sheets":["About TaPL3","Instructions","Chemical Properties","Environmental Properties","Emissions","Results","Diagram","Chemical Database","Environmental Database"],"not_rendered":{"charts":0,"images":10,"macros":1,"external_links":1,"defined_names":184,"comments":6,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"About TaPL3","index":0,"n_rows":22,"n_cols":6,"rows_kept":22,"cut":false,"hidden":false,"merged":[[16,3,17,3],[6,3,8,3],[6,2,7,2],[9,2,10,2],[9,3,11,3],[12,3,15,3]]}
[]
[null,"TaPL3 Spreadsheet Model"]
[]
[null,"There are three key results in the TaPL3 model that distinguish it from EQC: CTD, P, and H"]
[]
[null,"Parameter Symbol","Parameter Name","Parameter Description","Calculation","Variable Definitions"]
[null,"CTD_air","Characterstic Travel Distance in air","Describes the potential for long-range transport in air (km). This value should be compared to a reference chemical for results to be meaningful","CTD_air = U_wind * t_air * Y_air","U_wind = wind velocity (km/h)"]
[null,null,null,null,null,"t_air = half-life in air (h)"]
[null,null,null,null,null,"Y_air = mass fraction of chemical in air"]
[null,"CTD_water","Characterstic Travel Distance in water","Describes the potential for long-range transport in water (km). This value should be compared to a reference chemical for results to be meaningful","CTD_water = U_water * t_water * Y_water","U_water = water velocity (km/h)"]
[null,null,null,null,null,"t_water = half-life in water (h)"]
[null,null,null,null,null,"Y_water = mass fraction of chemical in water"]
[null,"P","Overall persistence","First estimate of overall environmental persistence. Useful particularly for showing the which loss porcesses are likely to be most important. Note: A short half-life may not be significant if relatively little of the chemical is subject to degradation by virtue of its partitioning","P = M / E","M = Total quantity of chemical in the system (mol)"]
[null,null,null,null,null,"E = emission rate (mol/h)"]
[]
[]
[null,"H","Hopping","Average number of Hops experienced by the chemical. It is calculated only for emission to air","H = (N_w,a + N_s,a + N_v,a) / E_a","N_w,a = transfer rate from water to air (mol/h)"]
[null,null,null,null,null,"N_s,a = transfer rate from soil to air (mol/h)"]
[null,null,null,null,null,"N_v,a = transfer rate from vegetation to air (mol/h)"]
[null,null,null,null,null,"E_a = emission rate to air (mol/h)"]
[]
[null,"Based on publication:","Beyer, A., Mackay, D., Matthies, M., Wania, F., Webster, E. 2000. Assessing Long-range Transport Potential of Persistent Organic Pollutants. Environ. Sci. Tech. 34: 699-703."]

{"sheet":"Instructions","index":1,"n_rows":25,"n_cols":3,"rows_kept":25,"cut":false,"hidden":false,"merged":[[0,1,1,23],[7,2,7,23],[8,1,8,23],[10,1,10,23]]}
[null,"The TaPL3 model uses different input properties depending on whether they are Type 1, Type 2, or Type 3 chemicals (as defined in Mackay et al. 1996). In this version of the model, the chemical 'Type' is selected based on certain chemical properties, rather than by user selection. Selection rules are as follows:"]
[]
[null,"Type 1 chemicals: Substances partition into air, water and octanol. These chemicals have measurable vapour pressures and solubilities. If a vapour pressure value is entered the chemical will be treated as Type 1."]
[null,null,"If the vapour pressure is not meaurable or negligible, enter a dash in vapour pressure cell, then continue to fill out the rest of the properties"]
[null,"Type 2 chemicals: The substance does not appreciably partition into air. If a dash is entered into vapour pressure then additional partition ratio inputs will appear for media/water systems"]
[null,"Type 3 chemicals: The substance does not appreciably partition into water. If a dash is entered in the vapour pressure input and the soil/water partition ratio value is 1000 or larger, then the required inputs will be media/air"]
[null,null,"If the inputted soil/water partition ratio > 1000, ALL partition ratio inputs will change to media/air from media/water. Some values may need to be re-inputted as media/air instead of media/water"]
[null,"Notes:","After the Inputs for your chemical is filled out in the Inputs sheet, it is recommended to add the chemical to the database by clicking the radial button 'Add to DB' to easily-re-enter the correct input data in the future\nSample Type 1, 2, and 3 chemicals can be found in the chemical database"]
[null,"Continue filling out any remaining chemical properties, environmental properties, and emission data. Default emission is to air, but can be switched to water.\nResults can be found in the corresponding 'Results' sheets and are summarized in the 'Diagram' sheets"]
[]
[null,"Property estimation guidelines (all equations from Mackay & Parnis 2021):"]
[null,"- Henry's law constant (H) an be estimated as: Vapor Pressure * Molar Mass / Solubility"]
[null,"- Reaction half-life estimated values can be obtained from EAS-E Suite (www.eas-e-suite.com), or EPI Suite for water & air half-lives only (https://www.epa.gov/tsca-screening-tools/epi-suitetm-estimation-program-interface)"]
[null,"- Koc can be estimated as Kow * 0.35 (Seth method) or as Kow * 0.41 (Karickhoff method)"]
[null,"- Kaw can be calculated as H/RT, where R = Gas constant and T = temperature"]
[null,"- Partition ratios can be calculated as the ratio of Z-values, e.g., Kaw = Za/Zw"]
[null,null,"> Za = 1/RT = 4x10^-4"]
[null,null,"> Zw = Za/Kaw"]
[null,null,"> Zo = Zw*Kow"]
[null,null,"> Z_solid = Zo * OC fraction; where any solid phase can be represented including sediment, suspended sediment, soil, etc. OC fraction default values can be found in the Environment properties sheet"]
[null,null,"> Z_biota = Zo * Lipid content; where any biota can be represented, including fish. Default lipid content values can be found in the Environment properties sheet"]
[]
[]
[null,"References:","Mackay et al. 1996. Assessing the fate of new and existing chemicals: a five-stage process. Environ. Toxicol Chem. 15(9), 1618-1626"]
[null,null,"Mackay & Parnis, 2021. Multimedia Environmental Models: The Fugacity Approach. 3rd ed. CRC Press, Taylor & Francis Group. Boca Raton, FL."]

{"sheet":"Chemical Properties","index":2,"n_rows":48,"n_cols":11,"rows_kept":48,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,null,"CHEMICAL PROPERTIES","Please complete all required fields below"]
[null,null,null,"or"]
[null,null,null,"Select a chemical from the database:"]
[null,null,"* indicates required input"]
[null,null,"Note: insert dash (-) if property is not inputted"]
[null,null,null,null,"Name in spreadsheet",null,null,"Calculated Chemical Parameters",null,null,"Name in spreadsheet"]
[null,"*","Chemical Name","Specimen Type 3","ChemName",null,null,"Kow corrected for regional temperature",{"$f":"IF(ISNUMBER(LKOW),(10^LKOW)*EXP(D47*1000/I15*(1/I13-1/I14)),\"-\")","v":"-"},null,"KowE"]
[null,null,"CAS",null,null,null,null,"Fish-water partition ratio",{"$f":"IF(ISNUMBER(LKOW),I9*'Environmental Properties'!H28,Part6_2)","v":{"$error":"#N/A"}},null,"KFW"]
[null,null,null,null,null,null,null,"For solids, estimated subcooled liquid vapour pressure",{"$f":"IF(ISNUMBER(Pressure),Pressure/Fug_Ratio,\"-\")","v":"-"},null,"PL"]
[null,"*","Molar Mass (g/mol)",180,"MolMass",null,null,"Kaw corrected for regional temperature",{"$f":"_xlfn.IFS(TYPE=\"One\",(HenLw/I16)*EXP(D48*1000/8.314*(1/I13-1/I14)),TYPE=\"Two\",Part1_2,TYPE=\"Three\",1/D39)","v":1.6666666666666666E-2},null,"KawE"]
[null,"*","Data Temperature (°C)",21,"DataTemp",null,null,"Data temperature K",{"$f":"DataTemp+273.15","v":294.14999999999998},null,"DataTempK"]
[null,null,"Melting Point (°C)",null,"MeltPt",null,null,"Environmental temperature K",{"$f":"'Environmental Properties'!D9+273.15","v":293.14999999999998},null,"EnvTempK"]
[null,null,"Vapor Pressure (Pa)","-","Pressure",null,null,"Gas constant",8.3140000000000001,null,"Gas_Constant"]
[null,null,"Water solubility (g/m3)",null,null,null,null,"RT",{"$f":"I15*I13","v":2445.5630999999998},null,"RT"]
[null,{"$f":"IF(Pressure=\"-\",\"\",\"*\")","v":""},"Henry's Law Constant (Pa·m³/mol)","-","HenLw"]
[null,null,"Chemical Type:",{"$f":"IF(AND(ISNUMBER(SEARCH(\"-\",Pressure)),KQW<1000),\"Two\",IF(ISNUMBER(SEARCH(\"-\",Pressure)),\"Three\",\"One\"))","v":"Three"},"TYPE"]
[null,null,null,null,null,null,null,"Calculated Partition ratios - dimensionless"]
[null,null,"Reaction Half-Lives (hours)","For half-lives if negligible enter 1E11",null,null,null,"Gaseous air/Water",{"$f":"_xlfn.IFS(TYPE=\"One\",Z_AirVapour*HenLw,TYPE=\"Two\",D39,TYPE=\"Three\",1/D39)","v":1.6666666666666666E-2},"   1 = Air","Part1_2"]
[null,"*","Air",55,"t_air",null,null,"Soil solids/Water",{"$f":"_xlfn.IFS(TYPE=\"One\",Z_SoilSolids/Zww,TYPE=\"Two\",Part3_2_D*'Environmental Properties'!H17/1000)","v":{"$error":"#N/A"}},"   2 = Water","Part3_2"]
[null,"*","Water",100000000000,"t_water",null,null,"Sediment solids/Water",{"$f":"_xlfn.IFS(TYPE=\"One\",Z_SedSolids/Zww,TYPE=\"Two\",Part4_2_D*'Environmental Properties'!H19/1000)","v":{"$error":"#N/A"}},"   3 = Soil","Part4_2"]
[null,"*","Soil",550,"t_soil",null,null,"Suspended particles/Water",{"$f":"_xlfn.IFS(TYPE=\"One\",Z_SuspPart/Zww,TYPE=\"Two\",Part5_2_D*'Environmental Properties'!H13/1000)","v":{"$error":"#N/A"}},"   4 = Sediment","Part5_2"]
[null,"*","Sediment",100000000000,"t_sediment",null,null,"Fish/Water",{"$f":"_xlfn.IFS(TYPE=\"One\",Z_Fish/Zww,TYPE=\"Two\",Part6_2_D*'Environmental Properties'!H14/1000)","v":{"$error":"#N/A"}},"   5 = Suspended particles","Part6_2"]
[null,"*","Vegetation",27,"t_vegetation",null,null,"Aerosol/Air",{"$f":"_xlfn.IFS(TYPE=\"One\",Z_Q/Z_AirVapour,TYPE=\"Two\",IF(Z_AirVapour=0,0,KQW/Part1_2),TYPE=\"Three\",KQW)","v":4000},"   6 = Fish","Part7_1"]
[null,null,null,null,null,null,null,"Fish/Air",{"$f":"IF(ISNUMBER(D43),D43,\"\")","v":9000},"   7 = Aerosol","Part 6_1"]
[null,null,"Activation Energies (kJ/mol)",{"$f":"_xlfn.IFS(TYPE=\"One\",\"\",TYPE=\"Two\",\"Ea not used for Type 2 chemicals\",TYPE=\"Three\",\"Ea not used for Type 3 chemicals\")","v":"Ea not used for Type 3 chemicals"}]
[null,{"$f":"IF(Pressure=\"-\",\"\",\"*\")","v":""},"Air",null,"Ea_air"]
[null,{"$f":"IF(Pressure=\"-\",\"\",\"*\")","v":""},"Water",null,"Ea_water",null,null,"Partition ratios - dimensional "]
[null,{"$f":"IF(Pressure=\"-\",\"\",\"*\")","v":""},"Soil",null,"Ea_soil",null,null,"Soil solids/Water (L/kg)",{"$f":"IF(TYPE=\"Two\",D40,(I21*1000)/'Environmental Properties'!H17)","v":{"$error":"#N/A"}},null,"Part3_2_D"]
[null,{"$f":"IF(Pressure=\"-\",\"\",\"*\")","v":""},"Sediment",null,"Ea_sed",null,null,"Sediment solids/Water (L/kg)",{"$f":"IF(TYPE=\"Two\",D42,(I22*1000)/'Environmental Properties'!H19)","v":{"$error":"#N/A"}},null,"Part4_2_D"]
[null,{"$f":"IF(Pressure=\"-\",\"\",\"*\")","v":""},"Vegetation",null,"Ea_veg",null,null,"Suspended particles/Water (L/kg)",{"$f":"IF(TYPE=\"Two\",D41,(I23*1000)/'Environmental Properties'!H13)","v":{"$error":"#N/A"}},null,"Part5_2_D"]
[null,null,null,null,null,null,null,"Fish/Water (L/kg)",{"$f":"IF(TYPE=\"Two\",D43,(I24*1000)/'Environmental Properties'!H14)","v":{"$error":"#N/A"}},null,"Part6_2_D"]
[null,null,"Partition Ratios"]
[]
[null,{"$f":"IF(Pressure=\"-\",\"\",\"*\")","v":""},"logKOW",null,"LKOW"]
[null,{"$f":"IF(Pressure=\"-\",\"\",\"*\")","v":""},"KOC",{"$f":"IF(ISNUMBER(LKOW),KowE*0.41,\"-\")","v":"-"},"KOC"]
[null,{"$f":"IF(Pressure=\"-\",\"*\",\"\")","v":"*"},{"$f":"IF(AND(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),KQW<1000),\"Aerosol-Water\",IF(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),\"Aerosol-Air\",\"-\"))","v":"Aerosol-Air"},4000,"KQW"]
[null,"*",{"$f":"IF(AND(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),KQW<1000),\"Air-Water\",IF(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),\"Water-Air\",\"-\"))","v":"Water-Air"},60]
[null,"*",{"$f":"IF(AND(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),KQW<1000),\"Soil-Water (L/kg)\",IF(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),\"Soil-Air\",\"-\"))","v":"Soil-Air"},5000]
[null,"*",{"$f":"IF(AND(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),KQW<1000),\"Suspended Particles-Water (L/kg)\",IF(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),\"Suspended Particles-Air\",\"-\"))","v":"Suspended Particles-Air"},8000]
[null,"*",{"$f":"IF(AND(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),KQW<1000),\"Sediment-Water (L/kg)\",IF(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),\"Sediment-Air\",\"-\"))","v":"Sediment-Air"},5300]
[null,"*",{"$f":"IF(AND(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),KQW<1000),\"Fish-Water (L/kg)\",IF(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),\"Fish-Air\",\"-\"))","v":"Fish-Air"},9000]
[null,null,{"$f":"IF(AND(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),KQW<1000),\"Vegetation-Water (L/kg)\",IF(ISNUMBER(SEARCH(\"N/A\",Fug_Ratio)),\"Vegetation-Air\",\"-\"))","v":"Vegetation-Air"},3500]
[]
[null,null,"Enthalpy change between phases (kJ/mol)",{"$f":"_xlfn.IFS(TYPE=\"One\",\"\",TYPE=\"Two\",\"Not used for Type 2 chemicals\",TYPE=\"Three\",\"Not used for Type 3 chemicals\")","v":"Not used for Type 3 chemicals"}]
[null,{"$f":"IF(Pressure=\"-\",\"\",\"*\")","v":""},"Octanol/water",null,"DeltaHKow"]
[null,{"$f":"IF(Pressure=\"-\",\"\",\"*\")","v":""},"Air/water",null,"DeltaHKaw"]

{"sheet":"Environmental Properties","index":3,"n_rows":53,"n_cols":13,"rows_kept":53,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,null,"Environmental Properties"]
[]
[null,null,"Please complete all fields or select an environment from the database:"]
[]
[null,null,null,null,"Name in spreadsheet"]
[null,null,"Environment Name","EQC- standard environment","EnvName"]
[null,null,"Environment Temperature (°C)",20,"EnvTemp",null,"Densities (kg/m3)",null,"Name in spreadsheet",null,"Transport Velocities (m/h)",null,"Name in spreadsheet"]
[null,null,null,null,null,null,"Air in Air",1.1850000000000001,null,null,"Air-side air-water MTC",5,"MTC_airside_AirWater"]
[null,null,"Volume Fractions",null,null,null,"Aerosol in Air",2000,null,null,"Water-side air-water MTC",0.05,"MTC_waterside_AirWater"]
[null,null,"Aerosol in Air",1.9999999999999999E-11,"vf_Q",null,"Water in Water",1000,null,null,"Rain rate",1E-4,"Rain_rate"]
[null,null,"Susp. Particles in Water ",5.0000000000000004E-6,"vf_sus_water",null,"Sup. Particles in Water",1500,null,null,"Aerosol dry deposition",10,"Aer_Dry_Dep"]
[null,null,"Fish in Water",9.9999999999999995E-7,"vf_fish_water",null,"Fish in Water",1000,null,null,"Soil-air phase diffusion MTC",0.02,"MTC_diff_SoilAir"]
[null,null,"Air in Soil",0.2,"vf_air_soil",null,"Air in Soil",1.1850000000000001,null,null,"Soil-water phase diffusion MTC",1.0000000000000001E-5,"MTC_diff_SoilWater"]
[null,null,"Water in Soil",0.3,"vf_water_soil",null,"Water in Soil",1000,null,null,"Soil-air boundary layer MTC",5,"MTC_boundary_SoilAir"]
[null,null,"Solids in Soil",0.5,"vf_solids_soil",null,"Solid in Soil",2400,null,null,"Water-side sed.-water diffusion MTC",1E-4,"MTC_waterside_SedWater"]
[null,null,"Water in Sediment",0.8,"vf_water_sed",null,"Water in Sediment",1000,null,null,"Sediment deposition",4.9999999999999998E-7,"Sed_Dep"]
[null,null,"Solids in Sediment",0.2,"vf_soil_sed",null,"Solid in Sediment",2400,null,null,"Sediment resuspension",1.9999999999999999E-7,"Sed_Resusp"]
[null,null,null,null,null,null,"Vegetation",900,null,null,"Soil-water runoff rate",5.0000000000000002E-5,"Rate_Soil_Water"]
[null,null,"`",null,null,null,null,null,null,null,"Soil-solids runoff rate",1E-8,"Rate_Soil_Solid"]
[null,null,"Air",100000000000,"Area_air",null,"Organic Carbon Content (g/g)",null,null,null,"Leaf-air boundary layer MTC",9,"MTC_boundary_LeafAir"]
[null,null,"Water",10000000000,"Area_water",null,"Suspended particles",0.2,"OC_susp"]
[null,null,"Soil",90000000000,"Area_soil",null,"Soil Solids",0.02,"OC_soil_solid",null,"Scavenging Ratio (unitless)",200000]
[null,null,"Sediment",10000000000,"Area_sed",null,"Sediment Solids",0.04,"OC_sed_solid"]
[null,null,null,null,null,null,null,null,null,null,"Fraction of rain intercepted by vegetation",0.1]
[null,null,"Area fraction of vegetation (m2/m2)",0.8,"Area_frac_veg",null,"Lipid Content (g/g)"]
[null,null,null,null,null,null,"Fish Lipid",0.05,"L_fish"]
[null,null,"Depth (m)",null,null,null,"Vegetation lipid",0.01,"L_veg"]
[null,null,"Air",1000]
[null,null,"Water",20,null,null,"Vegetation"]
[null,null,"Soil",0.2,null,null,"Biomass (kg/m2)",1]
[null,null,"Sediment",0.05,null,null,"Leaf Area Index (m2/m2)",3]
[]
[null,null,"Wind Velocity (km/h)",14.4,"Wind_velocity"]
[null,null,"Water Velocity (km/h)",3.6,"Water_velocity"]
[]
[null,null,"Volumes (m3)  calculated",null,null,null,"Bulk Densities (kg/m3)  calculated"]
[null,null,"Air (Bulk)",{"$f":"D30*D22","v":100000000000000},"V_air",null,"Air",{"$f":"((1-vf_Q)*H10+vf_Q*H11)","v":1.1850000399763001},"dens_Air"]
[null,null,"Air vapour",{"$f":"D39*(1-vf_Q)","v":99999999998000},null,null,"Water",{"$f":"(vf_sus_water*H13+vf_Fish_Water*H14+(1-vf_sus_water-vf_Fish_Water)*H12)","v":1000.0024999999999},"dens_Water"]
[null,null,"Aerosol",{"$f":"D39*vf_Q","v":1999.9999999999998},null,null,"Soil",{"$f":"(vf_air_soil*H15+vf_water_soil*H16+vf_solids_soil*H17)","v":1500.2370000000001},"dens_Soil"]
[null,null,"Water (Bulk)",{"$f":"D23*D31","v":200000000000},"V_water",null,"Sediment",{"$f":"(vf_water_sed*H18+vf_soil_sed*H19)","v":1280},"dens_Sed"]
[null,null,"Liquid water",{"$f":"D42*(1-vf_sus_water-vf_Fish_Water)","v":199998800000}]
[null,null,"Suspended particles",{"$f":"D42*vf_sus_water","v":1000000.0000000001}]
[null,null,"Biota",{"$f":"D42*vf_Fish_Water","v":200000}]
[null,null,"Soil (Bulk)",{"$f":"D32*D24","v":18000000000},"V_soil"]
[null,null,"Vapour",{"$f":"D46*vf_air_soil","v":3600000000}]
[null,null,"Water",{"$f":"D46*vf_water_soil","v":5400000000}]
[null,null,"Solid",{"$f":"D46*vf_solids_soil","v":9000000000}]
[null,null,"Sediment (Bulk)",{"$f":"D33*D25","v":500000000},"V_sed"]
[null,null,"Water",{"$f":"D50*vf_water_sed","v":400000000}]
[null,null,"Solids",{"$f":"D50*vf_soil_sed","v":100000000}]
[null,null,"Vegetation ",{"$f":"IF(D27=0,0,(Area_frac_veg*Area_soil*H32/H20))","v":80000000},"V_veg"]

{"sheet":"Emissions","index":4,"n_rows":6,"n_cols":5,"rows_kept":6,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"Emission Rate"]
[null,null,"Select whether emission is to air or water:"]
[]
[null,null,"Into Air",1000,"kg/h"]
[null,null,"Into Water",0,"kg/h"]

{"sheet":"Results","index":5,"n_rows":104,"n_cols":14,"rows_kept":104,"cut":false,"hidden":false,"merged":[[100,5,100,6],[101,5,101,6],[103,5,103,6],[95,5,95,6],[28,4,28,6],[96,5,96,6],[97,5,97,6],[99,5,99,6],[28,7,28,9],[51,3,51,4],[51,7,51,8],[72,3,72,4],[72,7,72,8]]}
[]
[null,null,"Chemical:",{"$f":"'Chemical Properties'!D9","v":"Specimen Type 3"},null,null,"Name of Environment",{"$f":"EnvName","v":"EQC- standard environment"}]
[]
[null,null,"Summary",null,null,null,null,null,null,null,null,null,"Advective residence times (h)"]
[null,null,{"$f":"IF(EmissRate_Water=0,\"Long-Range Transport in Air (km)\",\"Long-Range Transport in River Water (km)\")","v":"Long-Range Transport in Air (km)"},null,null,null,"Overall Persistence:",{"$f":"ChemAmtM/(OutLossTotalM+0.0000001)","v":101.04866274503142},"Hours",null,null,null,"Air",{"$f":"IF(Wind_velocity=0,\"Negligible\",Area_air^0.5/Wind_velocity)","v":21960.261528947078}]
[null,null,"Overall",{"$f":"IF(EmissRate_Water=0,IF(ChemAmtM<0.00000000001,100000000000,Wind_velocity*AmtMolBulk_Air*Overall_Persistence/ChemAmtM),IF(ChemAmtM=0,0,Water_Velocity*AmtMolBulk_Water*Overall_Persistence/ChemAmtM))","v":1134.1091617477662},null,null,null,{"$f":"Overall_Persistence/24","v":4.2103609477096429},"Days",null,null,null,"Water",{"$f":"IF(Water_Velocity=0,\"Negligible\",Area_water^0.5/Water_Velocity)","v":27777.777777777777}]
[null,null,{"$f":"IF(EmissRate_Water=0,\"Over Water\",\"\")","v":"Over Water"},{"$f":"IF(EmissRate_Water=0,IF(I59<0.00000000001,100000000000,Wind_velocity/(Results!F56+(D_AirWater/(VZ_Air*(Area_water/Area_air)))*Results!D13)),\"\")","v":1352.8404176204479}]
[null,null,{"$f":"IF(EmissRate_Water=0,\"Over land\",\"\")","v":"Over land"},{"$f":"IF(EmissRate_Water=0,IF(I40<0.00000000001,100000000000,Wind_velocity/(Results!F56+(D_AirSoil/(VZ_Air*(Area_soil/Area_air)))*Results!D14)),\"\")","v":1140.2899108175307},null,null,"Average # of Hops",{"$f":"IF(EmissRate_Air=0,\"-\",(TransRateM_WaterAir+TransRateM_SoilAir+TransRateM_VegAir)/(EmissRate_Air*1000/MolMass))","v":0.53220044337847927},null,null,null,null,"Vegeatation Cuticle MTC",{"$f":"K99","v":5.8036217113612166E-3}]
[]
[null,null,null,null,null,null,"Emission"]
[null,null,{"$f":"IF(EmissRate_Water=0,\"Stickiness wrt Air\",\"Stickiness wrt Water\")","v":"Stickiness wrt Air"},null,null,null,"Total Chemical Input",{"$f":"SUM(Emissions!D5:D6)","v":1000},"kg/h",{"$f":"H11*1000/MolMass","v":5555.5555555555557},"mol/h"]
[null,null,"Air",{"$f":"IF(EmissRate_Water=0,\"-\",IF(TransRateM_WaterAir>0,(TransRateM_WaterAir-TransRateM_AirWater)/TransRateM_WaterAir,100000000000))","v":"-"}]
[null,null,"Water",{"$f":"IF(EmissRate_Water=0,IF(TransRateM_AirWater<0.00000000001,100000000000,(TransRateM_AirWater-TransRateM_WaterAir)/TransRateM_AirWater),\"-\")","v":-1.0411497535694989},null,null,"Total of VZ Products",{"$f":"SUM(VZ_Air:E24)","v":64676857447.677391},"mol/Pa"]
[null,null,"Soil",{"$f":"IF(EmissRate_Water=0,IF(TransRateM_AirSoil<0.00000000001,100000000000,(TransRateM_AirSoil-TransRateM_SoilAir)/TransRateM_AirSoil),\"-\")","v":0.96883504137215692},null,null,"Total amount of chemical in system",{"$f":"SUM(I31,I35,I40,I45,I49)","v":49534.858943198131},"kg",{"$f":"H14/MolMass*1000","v":275193.66079554515},"mol"]
[null,null,"Vegetation",{"$f":"IF(EmissRate_Water=0,IF(TransRateM_AirVeg<0.00000000001,100000000000,(TransRateM_AirVeg-TransRateM_VegAir)/TransRateM_AirVeg),\"-\")","v":5.3076292769293869E-3}]
[null,null,"Sediment",{"$f":"IF(EmissRate_Water=0,\"-\",IF(TransRateM_WaterSed<0.00000000001,100000000000,(Results!I79-Results!I82)/Results!I79))","v":"-"}]
[]
[null,null,{"$f":"IF(TYPE=\"Two\",\"Aquivalence\",\"Fugacity\")","v":"Fugacity"}]
[null,null,null,{"$f":"IF(TYPE=\"Two\",\"Aquivalence (m3/h)\",\"Fugacity (Pa)\")","v":"Fugacity (Pa)"},"VZ (mol/Pa)",null,"D Total and J values (for fugacity calculation)"]
[null,null,"Air",{"$f":"IF(D_Total_Water=0,(D_Total_Soil*EmissRate_Air*1000/MolMass)/((D_Total_Air*D_Total_Soil)-(D_AirSoil*D_SoilAir)),(K20+f_Water*K21)/K22)","v":5.2454054106768392E-6},{"$f":"Z_air*V_air","v":40890381441.394829},null,"D_Total_Air",{"$f":"G55+SUM(D_AirWater:D_AirVeg)","v":1074857860.9822433},null,"jTempFug(1), Pa",{"$f":"EmissRate_Air*1000/MolMass/D_Total_Air","v":5.1686420662902272E-6}]
[null,null,"Water",{"$f":"IF(D_Total_Water=0,0,(EmissRate_Water*1000/MolMass+Results!K20*K23/(K22-K25))/(D_Total_Water-K21*K23/(K22-K25)-K24))","v":1.0740932971373737E-5},{"$f":"Z_water*V_water","v":4910823196.5063591},null,"D_Total_Water",{"$f":"G59+SUM(D_WaterAir:D_WaterSed)","v":7707836.3192694113},null,"jTempFug(2)",{"$f":"D_WaterAir/D_Total_Air","v":7.1329858443356115E-3}]
[null,null,"Soil",{"$f":"IF(D_Total_Water=\"0\",(f_Air*D_AirSoil)/D_Total_Soil,(f_Air*D_AirSoil)/D_Total_Soil)","v":2.1130158317171178E-7},{"$f":"Z_soil*V_soil","v":18534627055.830208},null,"D_Total_Soil",{"$f":"G64+SUM(D_SoilAir:D_SoilWater)","v":24225831.0870483},null,"jTempFug(3)",{"$f":"1-D_SoilAir*D_AirSoil/(D_Total_Air*D_Total_Soil)","v":0.99997170446605632}]
[null,null,"Sediment",{"$f":"IF(D_Total_Water=0,0,(f_Water*D_WaterSed)/D_Total_Sed)","v":1.5213785250933426E-5},{"$f":"Z_sed*V_sed","v":226532695.06724244},null,"D_Total_Sed",{"$f":"G66+D_SedWater","v":28868.608558918553},null,"jTempFug(4) mol Pa h",{"$f":"D_AirWater+D_SoilWater*D_AirSoil/D_Total_Soil","v":7696011.4958754079}]
[null,null,"Vegetation",{"$f":"IF(Area_frac_veg>0,f_Air*D_AirVeg/D_Total_Veg,0)","v":5.2177323294424331E-6},{"$f":"Z_Veg*V_veg","v":114493058.87875067},null,"D_Total_Veg",{"$f":"G68+D_VegAir","v":553783834.79493642},null,"jTempFug(5)",{"$f":"D_WaterSed*D_SedWater/D_Total_Sed","v":40890.375946896114}]
[null,null,null,null,null,null,null,null,null,"jTempFug(6)",{"$f":"IF(Area_frac_veg=0,0,D_AirVeg*D_VegAir/(D_Total_Air*D_Total_Veg))","v":0.50977761404578792}]
[null,null,"Fugacity Ratio",{"$f":"IF(Pressure=\"-\",\"N/A\",IF(MeltPt>DataTemp,EXP(6.79*(1-(MeltPt+273.15)/(DataTemp+273.15))),1))","v":"N/A"}]
[]
[null,null,"Phase Properties"]
[null,null,null,"Z Value","Concentration",null,null,"Quantity"]
[null,null,"Air","mol/m³*Pa","mol/m³","g/m³","µg/g","mol","kg","%"]
[null,null,"Bulk",{"$f":"(vf_Q*Z_Q+(1-vf_Q)*Z_AirVapour)","v":4.0890381441394829E-4},{"$f":"Z_air*f_Air","v":2.1448662805733224E-9},{"$f":"E31*MolMass","v":3.8607593050319806E-7},{"$f":"F31*1000/dens_Air","v":3.2580246200744395E-4},{"$f":"E31*V_air","v":214486.62805733224},{"$f":"AmtMolBulk_Air*MolMass/1000","v":38607.593050319803},{"$f":"AmtMolBulk_Air/ChemAmtM*100","v":77.940250308558106}]
[null,null,"Air Vapour",{"$f":"IF(TYPE=\"Two\",Results!D36*Part1_2,1/'Chemical Properties'!I15/'Chemical Properties'!I13)","v":4.0890378170982384E-4},{"$f":"Z_AirVapour*f_Air","v":2.1448661090269313E-9},{"$f":"E32*MolMass","v":3.8607589962484766E-7},{"$f":"F32*1000/'Environmental Properties'!H10","v":3.2580244694079967E-4},{"$f":"E32*'Environmental Properties'!D40","v":214486.61089840339},{"$f":"H32*MolMass/1000","v":38607.589961712612},{"$f":"H32/ChemAmtM*100","v":77.94024407333859}]
[null,null,"Aerosol",{"$f":"_xlfn.IFS(TYPE=\"One\",(Z_AirVapour*6000000)/'Chemical Properties'!I11,TYPE=\"Two\",Results!D36*KQW,TYPE=\"Three\",Z_AirVapour*KQW)","v":1.6356151268392953},{"$f":"Z_Q*f_Air","v":8.5794644361077247E-6},{"$f":"E33*MolMass","v":1.5443035984993904E-3},{"$f":"F33*1000/'Environmental Properties'!H11","v":7.7215179924969529E-4},{"$f":"E33*'Environmental Properties'!D41","v":1.7158928872215446E-2},{"$f":"H33*MolMass/1000","v":3.0886071969987803E-3},{"$f":"H33/ChemAmtM*100","v":6.2352195259917905E-6}]
[null,null,"Water"]
[null,null,"Bulk",{"$f":"((1-vf_sus_water-vf_Fish_Water)*Zww+vf_sus_water*Z_SuspPart+vf_Fish_Water*Z_Fish)","v":2.4554115982531793E-2},{"$f":"Z_water*f_Water","v":2.6373411393971056E-7},{"$f":"E35*MolMass","v":4.7472140509147905E-5},{"$f":"F35*1000/dens_Water","v":4.7472021829093338E-5},{"$f":"E35*V_water","v":52746.82278794211},{"$f":"AmtMolBulk_Water*MolMass/1000","v":9494.4281018295787},{"$f":"AmtMolBulk_Water/ChemAmtM*100","v":19.167164910506536}]
[null,null,"Water",{"$f":"_xlfn.IFS(TYPE=\"One\",Z_AirVapour/KawE,TYPE=\"Two\",1,TYPE=\"Three\",Z_AirVapour*'Chemical Properties'!D39)","v":2.453422690258943E-2},{"$f":"Zww*f_Water","v":2.6352048666518734E-7},{"$f":"E36*MolMass","v":4.743368759973372E-5},{"$f":"F36*1000/'Environmental Properties'!H12","v":4.743368759973372E-5},{"$f":"E36*'Environmental Properties'!D43","v":52703.78110845347},{"$f":"H36*MolMass/1000","v":9486.6805995216237},{"$f":"H36/ChemAmtM*100","v":19.151524405066034}]
[null,null,"Susp. Particles",{"$f":"_xlfn.IFS(TYPE=\"One\",(Zww*'Environmental Properties'!H13*'Environmental Properties'!H23*KOC)/1000,TYPE=\"Two\",Zww*Part5_2,TYPE=\"Three\",Z_AirVapour*'Chemical Properties'!D41)","v":3.2712302536785907},{"$f":"Z_SuspPart*f_Water","v":3.5136064888691646E-5},{"$f":"E37*MolMass","v":6.324491679964496E-3},{"$f":"F37*1000/'Environmental Properties'!H13","v":4.2163277866429979E-3},{"$f":"E37*'Environmental Properties'!D44","v":35.136064888691649},{"$f":"H37*MolMass/1000","v":6.3244916799644972},{"$f":"H37/ChemAmtM*100","v":1.2767759543267952E-2}]
[null,null,"Fish",{"$f":"_xlfn.SWITCH(TYPE,\"One\",Zww*KFW,\"Two\",Zww*Part6_2,\"Three\",Z_AirVapour*Part6_1)","v":3.6801340353884147},{"$f":"Z_Fish*f_Water","v":3.9528072999778102E-5},{"$f":"E38*MolMass","v":7.1150531399600588E-3},{"$f":"F38*1000/'Environmental Properties'!H14","v":7.1150531399600588E-3},{"$f":"E38*'Environmental Properties'!D45","v":7.9056145999556202},{"$f":"H38*MolMass/1000","v":1.4230106279920116},{"$f":"H38/ChemAmtM*100","v":2.8727458972352886E-3}]
[null,null,"Soil"]
[null,null,"Bulk",{"$f":"((1-vf_water_soil-vf_solids_soil)*Z_SoilAir+vf_water_soil*Z_SoilWater+vf_solids_soil*Z_SoilSolids)","v":1.0297015031016783},{"$f":"Z_soil*f_Soil","v":2.1757755779967592E-7},{"$f":"E40*MolMass","v":3.9163960403941668E-5},{"$f":"F40*1000/dens_Soil","v":2.6105182317155E-5},{"$f":"E40*V_soil","v":3916.3960403941664},{"$f":"H40*MolMass/1000","v":704.95128727094993},{"$f":"H40/ChemAmtM*100","v":1.4231418082351284}]
[null,null,"Air",{"$f":"Z_AirVapour","v":4.0890378170982384E-4},{"$f":"Z_SoilAir*f_Soil","v":8.6402016440185825E-11},{"$f":"E41*MolMass","v":1.5552362959233448E-8},{"$f":"F41*1000/'Environmental Properties'!H15","v":1.3124356927623162E-5},{"$f":"E41*'Environmental Properties'!D47","v":0.31104725918466897},{"$f":"H41*MolMass/1000","v":5.5988506653240414E-2},{"$f":"H41/ChemAmtM*100","v":1.1302849719920009E-4}]
[null,null,"Water",{"$f":"Zww","v":2.453422690258943E-2},{"$f":"Z_SoilWater*f_Soil","v":5.1841209864111489E-9},{"$f":"E42*MolMass","v":9.3314177755400681E-7},{"$f":"F42*1000/'Environmental Properties'!H16","v":9.3314177755400681E-7},{"$f":"E42*'Environmental Properties'!D48","v":27.994253326620203},{"$f":"H42*MolMass/1000","v":5.0389655987916369},{"$f":"H42/ChemAmtM*100","v":1.0172564747928008E-2}]
[null,null,"Solids",{"$f":"_xlfn.IFS(TYPE=\"One\",(Zww*'Environmental Properties'!H17*'Environmental Properties'!H24*KOC)/1000,TYPE=\"Two\",Zww*Part3_2,TYPE=\"Three\",Z_AirVapour*'Chemical Properties'!D40)","v":2.0445189085491191},{"$f":"Z_SoilSolids*f_Soil","v":4.3201008220092907E-7},{"$f":"E43*MolMass","v":7.776181479616724E-5},{"$f":"F43*1000/'Environmental Properties'!H17","v":3.2400756165069682E-5},{"$f":"E43*'Environmental Properties'!D49","v":3888.0907398083618},{"$f":"H43*MolMass/1000","v":699.85633316550513},{"$f":"H43/ChemAmtM*100","v":1.4128562149900012}]
[null,null,"Sediment"]
[null,null,"Bulk",{"$f":"vf_water_sed*Z_SedWater+vf_soil_sed*Z_SedSolids","v":0.45306539013448488},{"$f":"Z_sed*f_Sed","v":6.8928395501364248E-6},{"$f":"E45*MolMass","v":1.2407111190245565E-3},{"$f":"F45*1000/dens_Sed","v":9.6930556173793476E-4},{"$f":"E45*V_sed","v":3446.4197750682124},{"$f":"AmtMolBulk_Sed*MolMass/1000","v":620.35555951227821},{"$f":"AmtMolBulk_Sed/ChemAmtM*100","v":1.2523616151277288}]
[null,null,"Water",{"$f":"Zww","v":2.453422690258943E-2},{"$f":"Z_SedWater*f_Sed","v":3.7325845939366917E-7},{"$f":"E46*MolMass","v":6.7186522690860446E-5},{"$f":"F46*1000/'Environmental Properties'!H18","v":6.7186522690860446E-5},{"$f":"E46*'Environmental Properties'!D51","v":149.30338375746766},{"$f":"H46*MolMass/1000","v":26.874609076344179},{"$f":"H46/ChemAmtM*100","v":5.4253932785316754E-2}]
[null,null,"Solids",{"$f":"_xlfn.IFS(TYPE=\"One\",(Zww*'Environmental Properties'!H19*'Environmental Properties'!H25*KOC)/1000,TYPE=\"Two\",Zww*Part4_2,TYPE=\"Three\",Z_AirVapour*'Chemical Properties'!D42)","v":2.1671900430620665},{"$f":"Z_SedSolids*f_Sed","v":3.2971163913107446E-5},{"$f":"E47*MolMass","v":5.93480950435934E-3},{"$f":"F47*1000/'Environmental Properties'!H19","v":2.472837293483058E-3},{"$f":"E47*'Environmental Properties'!D52","v":3297.1163913107443},{"$f":"H47*MolMass/1000","v":593.48095043593401},{"$f":"H47/ChemAmtM*100","v":1.1981076823424119}]
[null,null,"Vegetation"]
[null,null,"Bulk",{"$f":"_xlfn.IFS(TYPE=\"One\",L_veg*Zww*KowE,TYPE=\"Two\",Zww*'Chemical Properties'!D44,TYPE=\"Three\",Z_AirVapour*'Chemical Properties'!D44)","v":1.4311632359843833},{"$f":"Z_Veg*f_Veg","v":7.4674266851051668E-6},{"$f":"E49*MolMass","v":1.3441368033189299E-3},{"$f":"F49*1000/dens_Veg","v":1.4934853370210334E-3},{"$f":"E49*V_veg","v":597.39413480841336},{"$f":"AmtMolBulk_Veg*MolMass/1000","v":107.53094426551441},{"$f":"AmtMolBulk_Veg/ChemAmtM*100","v":0.21708135757249392}]
[]
[null,null,"Reaction"]
[null,null,null,"Half-Life",null,"Rate Constant","D Value","Removal Rate",null,"% of Total "]
[null,null,null,"hours","days","1/h","mol/Pa*h","kg/h","mol/h","Losses"]
[null,null,"Air"]
[null,null,"Bulk",null,null,null,{"$f":"SUM(G56:G57)","v":515328229.23860979},{"$f":"I55*MolMass/1000","v":486.55898674608932},{"$f":"f_Air*G55","v":2703.1054819227184},{"$f":"I55/OutLossTotalM*100","v":99.25562726534497}]
[null,null,"Air Vapour",{"$f":"t_air","v":55},{"$f":"D56/24","v":2.2916666666666665},{"$f":"IF(TYPE=\"One\",LN(2)/D56*EXP(Ea_air*1000/Gas_constant*(1/DataTempK-1/EnvTempK)),LN(2)/D56)","v":1.2602676010180823E-2},{"$f":"Z_AirVapour*'Environmental Properties'!D40*Results!F56","v":515328188.01235473},{"$f":"I56*MolMass/1000","v":486.55894782137341},{"$f":"G56*f_Air","v":2703.1052656742968},{"$f":"I56/OutLossTotalM*100","v":99.255619324895406}]
[null,null,"Aerosol",{"$f":"t_air","v":55},2.2916666666666665,{"$f":"IF(TYPE=\"One\",LN(2)/D57*EXP(Ea_air*1000/Gas_constant*(1/DataTempK-1/EnvTempK)),LN(2)/D57)","v":1.2602676010180823E-2},{"$f":"Z_Q*'Environmental Properties'!D41*Results!F57","v":41.226255041812898},{"$f":"I57*MolMass/1000","v":3.8924715826488364E-5},{"$f":"G57*f_Air","v":2.1624842125826869E-4},{"$f":"I57/OutLossTotalM*100","v":7.9404495461504409E-6}]
[null,null,"Water"]
[null,null,"Bulk",null,null,null,{"$f":"SUM(G60:G62)","v":3.4039232528867605E-2},{"$f":"I59*MolMass/1000","v":6.5810360698122862E-8},{"$f":"G59*f_Water","v":3.6561311498957146E-7},{"$f":"I59/OutLossTotalM*100","v":1.3424988150634115E-8}]
[null,null,"Water",{"$f":"t_water","v":100000000000},4166666666.6666665,{"$f":"IF(TYPE=\"One\",LN(2)/D60*EXP(Ea_water*1000/Gas_constant*(1/DataTempK-1/EnvTempK)),LN(2)/D60)","v":6.9314718055994525E-12},{"$f":"Zww*'Environmental Properties'!D43*Results!F60","v":3.4011456339533182E-2},{"$f":"I60*MolMass/1000","v":6.5756659104311451E-8},{"$f":"G60*f_Water","v":3.6531477280173027E-7},{"$f":"I60/OutLossTotalM*100","v":1.34140332910506E-8}]
[null,null,"Susp. Particles",{"$f":"t_water","v":100000000000},4166666666.6666665,{"$f":"IF(TYPE=\"One\",LN(2)/D61*EXP(Ea_water*1000/Gas_constant*(1/DataTempK-1/EnvTempK)),LN(2)/D61)","v":6.9314718055994525E-12},{"$f":"Z_SuspPart*'Environmental Properties'!D44*Results!F61","v":2.26744402729971E-5},{"$f":"I61*MolMass/1000","v":4.3838035764422236E-11},{"$f":"G61*f_Water","v":2.4354464313567907E-10},{"$f":"I61/OutLossTotalM*100","v":8.9427425171555063E-12}]
[null,null,"Fish",{"$f":"t_water","v":100000000000},4166666666.6666665,{"$f":"IF(TYPE=\"One\",LN(2)/D62*EXP(Ea_water*1000/Gas_constant*(1/DataTempK-1/EnvTempK)),LN(2)/D62)","v":6.9314718055994525E-12},{"$f":"Z_Fish*'Environmental Properties'!D45*Results!F62","v":5.1017490614243472E-6},{"$f":"I62*MolMass/1000","v":9.8635580469950008E-12},{"$f":"G62*f_Water","v":5.4797544705527785E-11},{"$f":"I62/OutLossTotalM*100","v":2.0121170663599887E-12}]
[null,null,"Soil"]
[null,null,"Bulk",{"$f":"t_soil","v":550},22.916666666666668,{"$f":"IF(TYPE=\"One\",LN(2)/D64*EXP(Ea_soil*1000/Gas_constant*(1/DataTempK-1/EnvTempK)),LN(2)/D64)","v":1.2602676010180823E-3},{"$f":"V_soil*Z_soil*Results!F64","v":23358589.975415979},{"$f":"I64*MolMass/1000","v":0.88842726764356916},{"$f":"G64*f_Soil","v":4.9357070424642728},{"$f":"I64/OutLossTotalM*100","v":0.18123476933253399}]
[null,null,"Sediment"]
[null,null,"Bulk",{"$f":"t_sed","v":100000000000},4166666666.6666665,{"$f":"IF(TYPE=\"One\",LN(2)/D66*EXP(Ea_sed*1000/Gas_constant*(1/DataTempK-1/EnvTempK)),LN(2)/D66)","v":6.9314718055994525E-12},{"$f":"Z_sed*V_sed*Results!F66","v":1.5702049889050492E-3},{"$f":"I66*MolMass/1000","v":4.2999770702062296E-9},{"$f":"G66*f_Sed","v":2.3888761501145723E-8},{"$f":"I66/OutLossTotalM*100","v":8.7717405896490731E-10}]
[null,null,"Vegetation"]
[null,null,"Bulk",{"$f":"t_veg","v":27},1.125,{"$f":"IF(TYPE=\"One\",LN(2)/D68*EXP(Ea_veg*1000/Gas_constant*(1/DataTempK-1/EnvTempK)),LN(2)/D68)","v":2.5672117798516494E-2},{"$f":"Z_Veg*V_veg*Results!F68","v":2939279.2946477719},{"$f":"I68*MolMass/1000","v":2.7605470681699975},{"$f":"G68*f_Veg","v":15.336372600944431},{"$f":"I68/OutLossTotalM*100","v":0.56313795102033304}]
[]
[null,null,"Total",null,null,null,null,{"$f":"SUM(H55,H59,H64,H66,H68)","v":490.20796115201324},{"$f":"SUM(I68,I66,I64,I59,I55)","v":2723.3775619556291},{"$f":"SUM(J68,J66,J64,J59,J55)","v":100}]
[]
[null,null,"Intermedia Transport"]
[null,null,null,"Half Times",null,"Equiv. Flows","D Value","Transport Rate"]
[null,null,null,"hours","days","m³/h","mol/Pa*h","kg/h","mol/h"]
[null,null,"Air to water",{"$f":"_xlfn.IFS(F75=100000000000,0,F75=0,100000000000,F75>0,LN(2)*V_air/Results!F75)","v":3684.9885784189159},{"$f":"D75/24","v":153.54119076745482},{"$f":"IF(Z_air=0,100000000000,D_AirWater/Z_air)","v":18810022495.574398},{"$f":"D89+D91+D96","v":7691489.9476525467},{"$f":"TransRateM_AirWater*MolMass/1000","v":7.2620969377649738},{"$f":"D_AirWater*f_Air","v":40.344982987583187}]
[null,null,"Air to soil",{"$f":"_xlfn.IFS(F76=100000000000,0,F76=0,100000000000,F76>0,LN(2)*V_air/Results!F76)","v":29043.185383467546},{"$f":"D76/24","v":1210.1327243111477},{"$f":"IF(Z_air=0,100000000000,D_AirSoil/Z_air)","v":2386608670.530025},{"$f":"H90+D100+D92","v":975893.3888931293},{"$f":"TransRateM_AirSoil*MolMass/1000","v":0.92141216322187991},{"$f":"D_AirSoil*f_Air","v":5.1189564623437773}]
[null,null,"Air to vegetation",{"$f":"_xlfn.IFS(F77=100000000000,0,F77=0,100000000000,F77>0,LN(2)*V_air/Results!F77)","v":51.452160118218863},{"$f":"D77/24","v":2.143840004925786},{"$f":"IF(Z_air=0,100000000000,D_AirVeg/Z_air)","v":1347168280140.8887},{"$f":"SUM(H104,H102,H98)","v":550862248.4070878},{"$f":"TransRateM_AirVeg*MolMass/1000","v":520.10924729978649},{"$f":"D_AirVeg*f_Air","v":2889.4958183321473}]
[null,null,"Water to air",{"$f":"_xlfn.IFS(F78=100000000000,0,F78=0,100000000000,F78>0,LN(2)*V_water/Results!F78)","v":443.97381879956424},18.498909116648509,{"$f":"IF(Z_water=0,100000000000,D_WaterAir/Z_water)","v":312246871.8692047},{"$f":"D89","v":7666945.9070591964},{"$f":"TransRateM_WaterAir*MolMass/1000","v":14.823027374916789},{"$f":"D_WaterAir*f_Water","v":82.350152082871048}]
[null,null,"Water to sediment",{"$f":"_xlfn.IFS(F79=G113,0,F79=0,\"1e11\",F79>0,LN(2)*V_water/Results!F79)","v":83245.091024918293},3468.5454593715954,{"$f":"IF(Z_water=0,100000000000,D_WaterSed/Z_water)","v":1665316.6499690919},{"$f":"SUM(H92:H93)","v":40890.378170982382},{"$f":"TransRateM_WaterSed*MolMass/1000","v":7.905614599955621E-2},{"$f":"D_WaterSed*f_Water","v":0.43920081110864556}]
[null,null,"Soil to air",{"$f":"_xlfn.IFS(F80=100000000000,0,F80=0,100000000000,F80>0,LN(2)*V_soil/Results!F80)","v":17016.258456252512},709.01076901052136,{"$f":"IF(Z_soil=0,100000000000, D_SoilAir/Z_soil)","v":733219.30800213921},{"$f":"H90","v":754997.02355297515},{"$f":"TransRateM_SoilAir*MolMass/1000","v":2.8715771946001289E-2},{"$f":"D_SoilAir*f_Soil","v":0.15953206636667383}]
[null,null,"Soil to water",{"$f":"_xlfn.IFS(F81=100000000000,0,F81=0,100000000000,F81>0,LN(2)*V_soil/Results!F81)","v":114457.91672695438},4769.0798636230993,{"$f":"IF(Z_soil=0,100000000000, D_SoilWater/Z_soil)","v":109006.43316654753},{"$f":"SUM(D102:D103)","v":112244.08807934663},{"$f":"TransRateM_SoilWater*MolMass/1000","v":4.2691236323095811E-3},{"$f":"D_SoilWater*f_Soil","v":2.3717353512831007E-2}]
[null,null,"Sediment to water",{"$f":"_xlfn.IFS(F82=100000000000,0,F82=0,100000000000,F82>0,LN(2)*V_sed/Results!F82)","v":5439.1435981616114},226.6309832567338,{"$f":"IF(Z_sed=0,100000000000,D_SedWater/Z_sed)","v":63718.411552346559},{"$f":"SUM(H92,H94)","v":28868.606988713564},{"$f":"TransRateM_SedWater*MolMass/1000","v":7.9056141699579127E-2},{"$f":"D_SedWater*f_Sed","v":0.43920078721988404}]
[null,null,"Vegetation to air",{"$f":"_xlfn.IFS(F83=100000000000,0,F83=0,100000000000,F83>0,LN(2)*V_veg/Results!F83)","v":0.14407066415209083},6.0029443396704511E-3,{"$f":"IF(Z_Veg=0,100000000000,D_VegAir/Z_Veg)","v":384892891.07640225},{"$f":"H98","v":550844555.50028861},{"$f":"TransRateM_VegAir*MolMass/1000","v":517.34870023161648},{"$f":"D_VegAir*f_Veg","v":2874.1594457312026}]
[]
[null,null,"Process D values (mol/Pa*h)"]
[]
[null,null,"Air-water diffusion (air-side)",{"$f":"Area_water*MTC_airside_AirWater*Z_AirVapour","v":20445189.085491192},null,"Soil-air diffusion (air-phase)",null,{"$f":"Area_soil*MTC_diff_SoilAir*Z_SoilAir","v":736026.80707768293}]
[null,null,"Air-water diffusion (water-side)",{"$f":"Area_water*MTC_waterside_AirWater*Zww","v":12267113.451294715},null,"Soil-air diffusion (water-phase)",null,{"$f":"Area_soil*MTC_diff_SoilWater*Z_SoilWater","v":22080.804212330488}]
[null,null,"Air-water diffusion (total)",{"$f":"IF(OR(Z_AirVapour=0,D87=0,D88=0),0,1/(1/D87+1/D88))","v":7666945.9070591964},null,"Soil-air diffusion (boundary layer)",null,{"$f":"Area_soil*MTC_boundary_SoilAir*Z_SoilAir","v":184006701.76942071}]
[null,null,null,null,null,"Soil-air diffusion (total)",null,{"$f":"IF(OR(Z_SoilAir=0,H89=0,H88+H87=0),0,1/(1/H89+1/(H88+H87)))","v":754997.02355297515}]
[null,null,"Rain dissolution to water",{"$f":"Area_water*Rain_rate*Zww","v":24534.226902589431}]
[null,null,"Rain dissolution to soil",{"$f":"Area_soil*Rain_rate*Z_SoilWater","v":220808.04212330485},null,"Water-sediment diffusion",null,{"$f":"Area_water*MTC_waterside_SedWater*Z_SedWater","v":24534.226902589431}]
[null,null,null,null,null,"Water to sediment deposition",null,{"$f":"Area_water*Sed_Dep*Z_SuspPart","v":16356.151268392954}]
[null,null,"Aerosol deposition to water (dry)",{"$f":"Area_water*vf_Q*Aer_Dry_Dep*Z_Q","v":3.2712302536785902},null,"Sediment to water resuspension",null,{"$f":"Area_sed*Sed_Resusp*Z_SedSolids","v":4334.3800861241334}]
[null,null,"Aerosol deposition to water (wet)",{"$f":"Area_water*vf_Q*Rain_rate*Z_Q*'Environmental Properties'!L24","v":6.5424605073571804}]
[null,null,"Aerosol deposition to water (total)",{"$f":"SUM(D94:D95)","v":9.8136907610357706},null,"Cuticle diffusion",null,{"$f":"Area_frac_veg*Area_soil*'Environmental Properties'!H33*Results!K99*Z_Veg","v":1794080886.2339637},null,"PcLow",{"$f":"IF(ISNUMBER(KowE),10^(0.704*LOG(KowE)-11.2),10^(0.704*LOG(Z_Fish/L_fish/Zww)-11.2))","v":1.7696743790774118E-9}]
[null,null,null,null,null,"Leaf boundary layer diffusion",null,{"$f":"Area_frac_veg*Area_soil*'Environmental Properties'!H33*MTC_boundary_LeafAir*Z_AirVapour","v":794908951.64389753},null,"PcHigh",{"$f":"IF(ISNUMBER(KowE),10^(-3.47-2.79*(LOG(MolMass)/LOG(10))+0.97*LOG(KowE)),10^(-3.47-2.79*(LOG(MolMass)/LOG(10))+0.97*LOG(Z_Fish/L_fish/Zww)))","v":4.0794097339809508E-7}]
[null,null,"Aerosol deposition to soil (dry)",{"$f":"Area_soil*vf_Q*Aer_Dry_Dep*Z_Q","v":29.441072283107317},null,"Air-vegetation diffusion (total)",null,{"$f":"IF(OR(H97=0,H96=0),0,1/(1/H97+1/H96))","v":550844555.50028861},null,"Pc",{"$f":"10^((LOG(K96)/LOG(10)+LOG(K97)/LOG(10))/2)","v":2.6868619034079704E-8}]
[null,null,"Aerosol deposition to soil (wet)",{"$f":"Area_soil*vf_Q*Rain_rate*Z_Q*'Environmental Properties'!L24","v":58.882144566214627},null,null,null,null,null,"VegCuticleMTC",{"$f":"IF(KawE<>0,3600*Results!K98/KawE,100000000000)","v":5.8036217113612166E-3}]
[null,null,"Aerosol deposition to soil (total)",{"$f":"SUM(D98:D99)","v":88.323216849321938},null,"Dry particle deposition to vegetation",null,{"$f":"Area_frac_veg*Area_soil*Aer_Dry_Dep*vf_Q*Z_Q","v":23.552857826485852}]
[null,null,null,null,null,"Wet particle deposition to vegetation",null,{"$f":"Area_frac_veg*Area_soil*vf_Q*Rain_rate*'Environmental Properties'!L26*'Environmental Properties'!L24*Z_Q","v":4.7105715652971707}]
[null,null,"Soil to water runoff (water)",{"$f":"Area_soil*Rate_Soil_Water*Z_SoilWater","v":110404.02106165243},null,"Aerosol-vegetation deposition (total)",null,{"$f":"SUM(H100:H101)","v":28.263429391783021}]
[null,null,"Soil to water runoff (solids)",{"$f":"Area_soil*Rate_Soil_Solid*Z_SoilSolids","v":1840.0670176942072}]
[null,null,null,null,null,"Rain dissolution to vegetation",null,{"$f":"'Environmental Properties'!L26*Rain_rate*Area_frac_veg*Area_soil*Zww","v":17664.643369864392}]

{"sheet":"Diagram","index":6,"n_rows":41,"n_cols":12,"rows_kept":41,"cut":false,"hidden":false,"merged":[[38,10,38,11],[4,0,5,0],[11,0,12,1],[18,6,18,7],[27,10,27,11],[32,7,32,8],[32,9,32,10]]}
[]
[null,null,null,"Chemical Name:",null,{"$f":"Results!D2","v":"Specimen Type 3"}]
[]
[null,null,null,"Lake Name:",null,{"$f":"EnvName","v":"EQC- standard environment"}]
[{"$f":"IF(B21=\"-\",\"Average Wind Speed\",\"Average River Current\")","v":"Average Wind Speed"},null,null,null,null,null,null,null,{"$f":"C21","v":1000}]
[null,{"$f":"IF(B21=\"-\",Wind_velocity,Water_Velocity)","v":14.4},"km/h"]
["Long-range transport",{"$f":"Results!D6","v":1134.1091617477662},"km"]
["Persistence",{"$f":"Results!H5","v":101.04866274503142},"h",null,null,null,{"$f":"Results!H77","v":520.10924729978649},null,null,null,{"$f":"Results!H55","v":486.55898674608932}]
["Total Mass",{"$f":"Results!H14","v":49534.858943198131},"kg"]
[{"$f":"IF(B21=\"-\",\"Average # Hopes\",\"\")","v":"Average # Hopes"},{"$f":"IF(B21=\"-\",Results!H8,\"\")","v":0.53220044337847927},null,null,null,null,null,null,{"$f":"Results!I31","v":38607.593050319803},"kg"]
[null,null,null,null,null,null,{"$f":"Results!H83","v":517.34870023161648},null,{"$f":"Results!J31","v":77.940250308558106},"%"]
[null,null,null,{"$f":"Results!H68","v":2.7605470681699975},{"$f":"Results!I49","v":107.53094426551441},"kg",null,null,{"$f":"Results!F31*10^9","v":386.07593050319804},"ng/m³"]
[null,null,null,null,{"$f":"Results!J49","v":0.21708135757249392},"%",null,null,{"$f":"f_Air*10^6","v":5.2454054106768391},"µPa"]
[null,null,null,null,{"$f":"Results!G49*10^3","v":1.4934853370210335},"ng/g"]
[null,null,null,null,{"$f":"f_Veg*10^6","v":5.2177323294424331},"µPa"]
[null,null,null,null,null,null,{"$f":"Results!H80","v":2.8715771946001289E-2}]
[]
[]
[null,null,null,null,null,null,{"$f":"Results!H76","v":0.92141216322187991},null,{"$f":"Results!H75","v":7.2620969377649738},null,{"$f":"Results!H78","v":14.823027374916789}]
[null,"Water","Air"]
["Emission to:",{"$f":"IF(EmissRate_Water=0,\"-\",EmissRate_Water)","v":"-"},{"$f":"IF(EmissRate_Air=0,\"-\",EmissRate_Air)","v":1000}]
[null,null,null,null,{"$f":"Results!I40","v":704.95128727094993},"kg"]
[null,null,null,null,{"$f":"Results!J40","v":1.4231418082351284},"%",null,null,null,null,null,{"$f":"B21","v":"-"}]
[null,null,null,{"$f":"Results!H64","v":0.88842726764356916},{"$f":"Results!G40*10^3","v":2.6105182317155001E-2},"ng/g solids"]
[null,null,null,null,{"$f":"f_Soil*10^6","v":0.21130158317171177},"µPa",{"$f":"Results!H81","v":4.2691236323095811E-3}]
[null,null,null,null,null,null,null,null,{"$f":"Results!I35","v":9494.4281018295787},"kg"]
[null,null,null,null,null,null,null,null,{"$f":"Results!J35","v":19.167164910506536},"%"]
[null,null,null,null,null,null,null,null,{"$f":"Results!G35*10^6","v":47.472021829093336},"ng/L",{"$f":"Results!H59","v":6.5810360698122862E-8}]
[null,null,null,null,null,null,null,null,{"$f":"f_Water*10^6","v":10.740932971373736},"µPa"]
[]
[]
[]
[null,null,null,null,null,null,null,{"$f":"Results!H79","v":7.905614599955621E-2},null,{"$f":"Results!H82","v":7.9056141699579127E-2}]
[]
[]
[null,"-"]
[]
[null,null,null,null,null,null,null,null,{"$f":"Results!I45","v":620.35555951227821},"kg"]
[null,null,null,null,null,null,null,null,{"$f":"Results!J45","v":1.2523616151277288},"%",{"$f":"Results!H66","v":4.2999770702062296E-9}]
[null,null,null,null,null,null,null,null,{"$f":"Results!G45*10^3","v":0.96930556173793481},"ng/g solids"]
[null,null,null,null,null,null,null,null,{"$f":"f_Sed*10^6","v":15.213785250933427},"µPa"]

{"sheet":"Chemical Database","index":7,"n_rows":38,"n_cols":53,"rows_kept":38,"cut":false,"hidden":false,"merged":[]}
[null,null,null,null,null,null,null,null,null,null,"",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Log Kow required for Type 1 chemicals. For Type 2 chemicals, relevant inputs are medium/water and for Type 3 chemicals relevant inputs are medium/air"]
[null,null,null,null,null,null,null,null,null,null,"",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Make sure to input proper partition ratios for Type 2 and Type 3 chemicals"]
[null,null,null,null,null,null,null,null,null,null,""]
[null,null,null,null,null,null,null,null,null,null,""]
[null,null,null,null,null,null,null,null,null,null,""]
[null,null,null,null,null,null,null,null,null,null,""]
[null,null,null,null,"Melting point, vapour pressure, solubility in water, and Henry's law constants required for Type 1 chemicals only",null,null,null,null,null,null,null,"Enthalpy (Required for Type 1 chemicals only)",null,null,null,"Half-Lives (If negligible, enter 1E+11)",null,null,null,null,null,null,null,null,null,"Activation Energy (Required for Type 1 chemicals only)",null,null,null,null,null,null,null,null,null,"Partition Ratios"]
["CAS","Chemical Name","Molar Mass","Data Temp.","Melting Point",null,"Vapor pressure",null,"Solubility in Water",null,"Henry's Law Constant",null,"Kow",null,"Kaw",null,"In Air",null,"In Water",null,"In Soil",null,"In Sediment",null,"In Vegetation",null,"In Air",null,"In Water",null,"In Soil",null,"In Sediment",null,"In Vegetation",null,"logKOW",null,"Air-Water/Water-Air",null,"Soil-Water/Soil-Air",null,"Susp. Particles-Water/Susp. Particles-Air",null,"Sediment-Water/Sediment-Air",null,"Fish-Water/Fish-Air",null,"Aerosol-Water/Aerosol-Air",null,"Vegetation-Water/Vegetation-Air",null,"NOTES"]
[null,null,"(g/mol)","°C","°C","Ref.","(Pa)","Ref.","(g/m³ or mg/L)","Ref.","(Pa·m³/mol)","Ref.","(kJ/mol)","Ref.","(kJ/mol)","Ref.","(hours)","Ref.","(hours)","Ref.","(hours)","Ref.","(hours)","Ref.","(hours)","Ref.","(kJ/mol)","Ref.","(kJ/mol)","Ref.","(kJ/mol)","Ref.","(kJ/mol)","Ref.","(kJ/mol)","Ref.",null,"Ref.","unitless (m³/m³)","Ref.","L/kg","Ref.","L/kg","Ref.","L/kg","Ref.","L/kg","Ref.","unitless","Ref.","L/kg","Ref."]
[null,"Specimen Type 1",250,25,275,null,0.02,null,30,null,{"$f":"IF(OR(B10=\"\",G10=\"\",B10=\"-\",G10=\"-\"),\"-\",G10*C10/I10)","v":0.16666666666666666},null,-20,null,55,null,17,null,55,null,170,null,170,null,8.5,null,10,null,30,null,30,null,30,null,10,null,2.5,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Example values for Type 1 chemicals such as benzene"]
[null,"Specimen Type 2",130,22,null,null,"-",null,null,null,{"$f":"IF(OR(B11=\"\",G11=\"\",B11=\"-\",G11=\"-\"),\"-\",G11*C11/I11)","v":"-"},null,null,null,null,null,100000000000,null,170,null,1700,null,17000,null,100000000000,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,450,null,0.7,null,30,null,800,null,200,null,250,null,"Example values for Type 2 chemicals such as alkylbenene sulfonates"]
[null,"Specimen Type 3",180,21,null,null,"-",null,null,null,"-",null,null,null,null,null,55,null,100000000000,null,550,null,100000000000,null,27,null,null,null,null,null,null,null,null,null,null,null,null,null,60,null,5000,null,8000,null,5300,null,9000,null,4000,null,3500,null,"Example values for Type 3 chemicals such as mineral oil"]
[null,"Benzene",78,25,5.35,null,12700,null,1780,null,556.51685393258424,null,-20,"EAS-E Suite",60,"EAS-E Suite",315.58,null,331.1,null,662.20500000000004,null,2979.92,null,null,null,10,null,30,null,30,null,30,null,10,null,2.13]
[null,"Toluene",92.13,25,-95,null,3800,null,515,null,679.79417475728155,null,-20,"EAS-E Suite",60,"EAS-E Suite",64.930000000000007,null,238.86500000000001,null,477.72500000000002,null,2149.75,null,null,null,10,null,30,null,30,null,30,null,10,null,2.69]
[null,"Chlorobenzene",112.56,25,-45.6,null,1580,null,484,null,367.44793388429758,null,-15,null,28.85,null,500.11,null,602.20000000000005,null,1204.4000000000001,null,5419.8,null,85,null,10,null,30,null,30,null,30,null,10,null,2.8]
[null,"1,4-Dichlorobenzene",147.01,25,53.1,null,130,null,83,null,230.25662650602408,null,-20,"EAS-E Suite",60,"EAS-E Suite",620.29999999999995,null,1239,null,2477.9,null,12390,null,null,null,10,null,30,null,30,null,30,null,10,null,3.4]
[null,"Hexachlorobenzene ",284.8,25,230,null,2.3E-3,null,5.0000000000000001E-3,null,131.00800000000001,null,-16.87,null,46.35,null,7351.7,null,14017,null,28033,null,140170,null,5800,null,10,null,30,null,30,null,30,null,10,null,5.47]
[null,"N-hexane",86.17,25,-95,null,20200,null,9.5,null,183224.63157894736,null,-20,"EAS-E Suite",60,"EAS-E Suite",74.05,null,152.80000000000001,null,305.59500000000003,null,1375.2,null,null,null,10,null,30,null,30,null,30,null,10,null,4.1100000000000003]
[null,"Tricholoroethylene",131.38999999999999,25,-73,null,9900,null,1100,null,1182.5099999999998,null,-20,"EAS-E Suite",60,"EAS-E Suite",191.85,null,1028.5999999999999,null,2057.1999999999998,null,9257.2000000000007,null,null,null,10,null,30,null,30,null,30,null,10,null,2.5299999999999998]
[null,"1-Pentanol",88.149000000000001,25,-78.2,null,300,null,22000,null,1.2020318181818181,null,-20,"EAS-E Suite",60,"EAS-E Suite",34.69,null,126.5,null,253,null,1138.5,null,null,null,10,null,30,null,30,null,30,null,10,null,1.5]
[null,"Aniline",93.12,25,-6.3,null,65.19,null,36070,null,0.16829755475464375,null,-20,"EAS-E Suite",60,"EAS-E Suite",3.42,null,573.71,null,1147.4000000000001,null,5163.3999999999996,null,null,null,10,null,30,null,30,null,30,null,10,null,0.9]
[null,"Benzo[a]pyrene",252.32,25,175,null,6.9999999999999997E-7,null,3.8E-3,null,4.6479999999999994E-2,null,-25.4,null,36.89,null,7.7,null,7058.9,null,14118.3,null,63532,null,85,null,10,null,30,null,30,null,30,null,10,null,5.94]
[null,"Naphthalene",128.19,25,80.5,null,10.4,null,31,null,43.005677419354839,null,-20,"EAS-E Suite",60,"EAS-E Suite",8.6300000000000008,null,414.99,null,829.99,null,1267.7,null,null,null,10,null,30,null,30,null,30,null,10,null,3.37]
[null,"Phenanthrene",178.2,25,101,null,0.02,null,1.1000000000000001,null,3.2399999999999998,null,-20,"EAS-E Suite",60,"EAS-E Suite",7.32,null,618.245,null,1236.48,null,3413.15,null,null,null,10,null,30,null,30,null,30,null,10,null,4.57]
[null,"Pyrene",202.3,25,156,null,5.9999999999999995E-4,null,0.13200000000000001,null,0.91954545454545455,null,-20,"EAS-E Suite",60,"EAS-E Suite",3.97,null,4988.75,null,9977.4,null,64615,null,null,null,10,null,30,null,30,null,30,null,10,null,5.18]
[null,"PCB-15",223.1,25,149,null,4.7999999999999996E-3,null,0.06,null,17.847999999999999,null,-20,"EAS-E Suite",60,"EAS-E Suite",192.54,null,1758.4,null,3516.9,null,15826,null,null,null,10,null,30,null,30,null,30,null,10,null,5.3]
[null,"PCB-52",292,25,87,null,4.8999999999999998E-3,null,0.03,null,47.693333333333328,null,-20,"EAS-E Suite",60,"EAS-E Suite",527.4,null,5914.2,null,11828,null,53227,null,null,null,10,null,30,null,30,null,30,null,10,null,6.1]
[null,"PCB-209",498.7,25,305.89999999999998,null,5.02E-8,null,1.0000000000000001E-5,null,2.5034739999999998,null,-20,"EAS-E Suite",60,"EAS-E Suite",21193,null,81709,null,163420,null,735380,null,null,null,10,null,30,null,30,null,30,null,10,null,8.26]
[null,"Dibenzo-p-dioxin",184,25,123,null,5.5E-2,null,0.86499999999999999,null,11.699421965317919,null,-20,"EAS-E Suite",60,"EAS-E Suite",32.090000000000003,null,390.33,null,780.67,null,3513,null,null,null,10,null,30,null,30,null,30,null,10,null,4.3]
[null,"4-chlorophenol",128.56,25,43,null,20,null,27000,null,9.5229629629629622E-2,null,-20,"EAS-E Suite",60,"EAS-E Suite",39.01,null,597.61,null,1195.2,null,5378.5,null,null,null,10,null,30,null,30,null,30,null,10,null,2.4]
[null,"Pentachlorophenol",266.33999999999997,25,190,null,4.15E-3,null,14,null,7.8950785714285709E-2,null,-20,"EAS-E Suite",60,"EAS-E Suite",597.91,null,6759.9,null,13520,null,67599,null,null,null,10,null,30,null,30,null,30,null,10,null,5.05]
[null,"DEHP",390.54,25,-50,null,1.33E-5,null,0.28499999999999998,null,1.8225200000000004E-2,null,-20,"EAS-E Suite",60,"EAS-E Suite",9.41,null,115.11,null,230.21,null,1151.0999999999999,null,null,null,10,null,30,null,30,null,30,null,10,null,5.1100000000000003]
[null,"p,p'-DDT",354.5,25,108.5,null,2.0000000000000002E-5,null,5.4999999999999997E-3,null,1.2890909090909093,null,-20,"EAS-E Suite",60,"EAS-E Suite",112.1,null,14472,null,28945,null,130250,null,null,null,10,null,30,null,30,null,30,null,10,null,6.19]
[null,"Lindane",290.85000000000002,25,112,null,3.7399999999999998E-3,null,7.3,null,0.14901082191780823,null,-20,"EAS-E Suite",60,"EAS-E Suite",1044.7,null,4392.8999999999996,null,8785.7999999999993,null,43929,null,null,null,10,null,30,null,30,null,30,null,10,null,3.7]
[null,"Atrazine",215.68,25,174,null,4.0000000000000003E-5,null,30,null,2.8757333333333338E-4,null,-20,"EAS-E Suite",60,"EAS-E Suite",9.33,null,2505.1999999999998,null,5010.3999999999996,null,25052,null,null,null,10,null,30,null,30,null,30,null,10,null,2.75]
[null,"LAS",348,25,null,null,"-",null,null,null,"-",null,null,null,null,null,24,null,24,null,480,null,96,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,20,null,570,null,570,null,250,null,100,null,250]
[null,"2,3,7,8-TCDD",322,25,305,null,1.9999999999999999E-7,null,1.9300000000000002E-5,null,3.3367875647668388,null,-18.22,null,74.44,null,170,null,550,null,17000,null,55000,null,85,null,10,null,30,null,30,null,30,null,10,null,6.83]
[null,"X-Hypothetical chemical",215.9,25,140,null,0.72,null,1.27,null,122.4,null,-20,null,55,null,24,null,2184,null,2184,null,4380,null,12,null,10,null,30,null,30,null,30,null,10,null,4.5,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hypothetical chemical"]

{"sheet":"Environmental Database","index":8,"n_rows":11,"n_cols":55,"rows_kept":11,"cut":false,"hidden":false,"merged":[]}
[]
[]
[]
[]
[]
[]
[null,null,"Volume Fractions",null,null,null,null,null,null,null,"Area (m2)",null,null,null,"Area fraction (m2/m2)","Depth (m)",null,null,null,"Densities for subcompartments (kg/m³)",null,null,null,null,null,null,null,null,null,null,"Velocities (km/h)",null,"Organic Carbon (g/g)",null,null,"Lipid (g/g)",null,"Vegetation",null,"Transport Velocities (m/h)",null,null,null,null,null,null,null,null,null,null,null,null,"Scavenging Ratio"]
["Name","Environment Temperature (°C)","Aerosol in Air","Susp. Particles in Water","Fish in Water","Air in Soil","Water in Soil","Solids ins Soil","Water in Sediment","Solids in Sediment","Air","Water","Soil","Sediment","Vegetation","Air","Water","Soil","Sediment","Air in Air","Aerosol in Air","Water in Water","Susp. Particles in Water","Fish in Water","Air in Soil","Water in Soil","Solid in Soil","Water in Sediment","Solid in Sediment","Vegetation in soil","Wind","Water","Susp. Particles","Soil","Sediment","Fish","Vegetation","Biomass (kg/m2)","Leaf Area Index (m2/m2)","Air side air-water MTC","Water side air-water MTC","Rain rate","Aerosol dry deposition","Soil-air phase diffusion MTC","Soil-water phase diffusion MTC","Soil-air boundary layer MTC","Sediment-water diffusion MTC","Sediment deposition","Sediment resuspension","Soil-water runoff rate","Soil-solids runoff rate","Leaf-air boundary layer MTC","(unitless)","Fraction of rain intercepted by vegetation","NOTES"]
[]
["EQC- standard environment",20,1.9999999999999999E-11,5.0000000000000004E-6,9.9999999999999995E-7,0.2,0.3,0.5,0.8,0.2,100000000000,10000000000,90000000000,10000000000,0.8,1000,20,0.2,0.05,1.1850000000000001,2000,1000,1500,1000,1.1850000000000001,1000,2400,1000,2400,900,14.4,3.6,0.2,0.02,0.04,0.05,0.01,1,3,5,0.05,1E-4,10,0.02,1.0000000000000001E-5,5,1E-4,4.9999999999999998E-7,1.9999999999999999E-7,5.0000000000000002E-5,1E-8,9,200000,0.1]
["EQC- modified environment (no water)",20,1.9999999999999999E-11,5.0000000000000004E-6,9.9999999999999995E-7,0.2,0.3,0.5,0.8,0.2,100000000000,0,100000000000,0,0.8,1000,20,0.2,0.05,1.1850000000000001,2000,1000,1500,1000,1.1850000000000001,1000,2400,1000,2400,900,14.4,3.6,0.2,0.02,0.04,0.05,0.01,1,3,5,0.05,1E-4,10,0.02,1.0000000000000001E-5,5,1E-4,4.9999999999999998E-7,1.9999999999999999E-7,5.0000000000000002E-5,1E-8,9,200000,0.1]