Other Lifecycle Emission Factor Set Item

The Other Lifecycle Emission Factor Set Item object represents the individual emissions factor for a fuel used to calculate emissions that occur throughout its lifecycle, from extraction to end-of-life.

For information about converting the values from one unit of measure to another compatible unit of measure, see Conversion Factors.

Here are the calculated fields:

  • Well-To-Tank CO2e Emissions Factor (tCO2e/MWh) (Well2TkCo2eEmssnFctrMwh)

    Input Fields

    • Well-To-Tank CO2 Emissions Factor (Well2TkCo2EmssnFctr)

    • Well-To-Tank CO2 Emissions Factor Unit (Well2TkCo2EmssnFctrUnit)

    • Well-To-Tank CH4 Emissions Factor (Well2TkCh4EmssnFctr)

    • Well-To-Tank CH4 Emissions Factor Unit (Well2TkCh4EmssnFctrUnit)

    • Well-To-Tank N2O Emissions Factor (Well2TkN2oEmssnFctr)

    • Well-To-Tank N2O Emissions Factor Unit (Well2TkN2oEmssnFctrUnit)

    • Parent Emissions Factor (ParentEmissionFactorId)

      • CH4 Global Warming Potential (Ch4GlblWarmingPot)
      • N2O Global Warming Potential (N2oGlblWarmingPot)

    Calculations

    Well-To-Tank CO2e Emissions Factor (tCO2e/MWh) = 0 + Well-To-Tank CO2 Emissions Factor × (conversion factor for tonnes/MWh based on Well-To-Tank CO2 Emissions Factor Unit)

    • Well-To-Tank CH4 Emissions Factor × (conversion factor for tonnes/MWh based on Well-To-Tank CH4 Emissions Factor Unit) × ParentEmissionFactor.CH4 Global Warming Potential

    • Well-To-Tank N2O Emissions Factor × (conversion factor for tonnes/MWh based on Well-To-Tank N2O Emissions Factor Unit) × ParentEmissionFactor.N2O Global Warming Potential

  • Well-To-Tank CO2e Emissions Factor (tCO2e/Km) (Well2TkCo2eEmssnFctrKm)

    Input Fields

    • Well-To-Tank CO2 Emissions Factor (Well2TkCo2EmssnFctr)

    • Well-To-Tank CO2 Emissions Factor Unit (Well2TkCo2EmssnFctrUnit)

    • Well-To-Tank CH4 Emissions Factor (Well2TkCh4EmssnFctr)

    • Well-To-Tank CH4 Emissions Factor Unit (Well2TkCh4EmssnFctrUnit)

    • Well-To-Tank N2O Emissions Factor (Well2TkN2oEmssnFctr)

    • Well-To-Tank N2O Emissions Factor Unit (Well2TkN2oEmssnFctrUnit)

    • Parent Emissions Factor (ParentEmissionFactorId)

      • CH4 Global Warming Potential (Ch4GlblWarmingPot)
      • N2O Global Warming Potential (N2oGlblWarmingPot)

    Calculations

    Well-To-Tank CO2e Emissions Factor (tCO2e/Km) = ((0 + Well-To-Tank CO2 Emissions Factor × (conversion factor for kg/km based on Well-To-Tank CO2 Emissions Factor Unit)

    • Well-To-Tank CH4 Emissions Factor × (conversion factor for kg/km based on Well-To-Tank CH4 Emissions Factor Unit) × ParentEmissionFactor.CH4 Global Warming Potential

    • Well-To-Tank N2O Emissions Factor × (conversion factor for kg/km based on Well-To-Tank N2O Emissions Factor Unit) × ParentEmissionFactor.N2O Global Warming Potential) / 1000)

  • Well-To-Tank CO2e Emissions Factor (tCO2e/Kl) (Well2TkCo2eEmssnFctrKl)

    Input Fields

    • Well-To-Tank CO2 Emissions Factor (Well2TkCo2EmssnFctr)

    • Well-To-Tank CO2 Emissions Factor Unit (Well2TkCo2EmssnFctrUnit)

    • Well-To-Tank CH4 Emissions Factor (Well2TkCh4EmssnFctr)

    • Well-To-Tank CH4 Emissions Factor Unit (Well2TkCh4EmssnFctrUnit)

    • Well-To-Tank N2O Emissions Factor (Well2TkN2oEmssnFctr)

    • Well-To-Tank N2O Emissions Factor Unit (Well2TkN2oEmssnFctrUnit)

    • Parent Emissions Factor (ParentEmissionFactorId)

      • CH4 Global Warming Potential (Ch4GlblWarmingPot)
      • N2O Global Warming Potential (N2oGlblWarmingPot)

    Calculations

    Well-To-Tank CO2e Emissions Factor (tCO2e/Kl) = 0 + Well-To-Tank CO2 Emissions Factor × (conversion factor for kg/L based on Well-To-Tank CO2 Emissions Factor Unit)

    • Well-To-Tank CH4 Emissions Factor × (conversion factor for kg/L based on Well-To-Tank CH4 Emissions Factor Unit) × ParentEmissionFactor.CH4 Global Warming Potential

    • Well-To-Tank N2O Emissions Factor × (conversion factor for kg/L based on Well-To-Tank N2O Emissions Factor Unit) × ParentEmissionFactor.N2O Global Warming Potential

  • Transmission and Distribution CO2e Emissions Factor (tCO2e/MWh) (TrnsmDstrCo2eEmssnMwh)

    Input Fields

    • Transmission and Distribution CH4 Emissions Factor (TrnsmDstrCh4EmssnFctr)

    • Transmission and Distribution CH4 Emissions Factor Unit (TrnsmDstrCh4EmssnFctrUnit)

    • Transmission and Distribution CO2 Emissions Factor (TrnsmDstrCo2EmssnFctr)

    • Transmission and Distribution CO2 Emissions Factor Unit (TrnsmDstrCo2EmssnFctrUnit)

    • Transmission and Distribution N2O Emissions Factor (TrnsmDstrN2oEmssnFctr)

    • Transmission and Distribution N2O Emissions Factor Unit (TrnsmDstrN2oEmssnFctrUnit)

    • Parent Emissions Factor (ParentEmissionFactorId)

      • CH4 Global Warming Potential (Ch4GlblWarmingPot)
      • N2O Global Warming Potential (N2oGlblWarmingPot)

    Calculations

    Transmission and Distribution CO2e Emissions Factor (tCO2e/MWh) = 0 + Transmission and Distribution CO2 Emissions Factor × (conversion factor for tonnes/MWh based on Transmission and Distribution CO2 Emissions Factor Unit )

    • Transmission and Distribution CH4 Emissions Factor × (conversion factor for tonnes/MWh based on Transmission and Distribution CH4 Emissions Factor Unit) × ParentEmissionFactor.CH4 Global Warming Potential

    • Transmission and Distribution N2O Emissions Factor × (conversion factor for tonnes/MWh based on Transmission and Distribution N2O Emissions Factor Unit ) × ParentEmissionFactor.N2O Global Warming Potential

  • Transmission and Distribution CO2e Emissions Factor (tCO2e/Km) (TrnsmDstrCo2eEmssnKm)

    Input Fields

    • Transmission and Distribution CH4 Emissions Factor (TrnsmDstrCh4EmssnFctr)

    • Transmission and Distribution CH4 Emissions Factor Unit (TrnsmDstrCh4EmssnFctrUnit)

    • Transmission and Distribution CO2 Emissions Factor (TrnsmDstrCo2EmssnFctr)

    • Transmission and Distribution CO2 Emissions Factor Unit (TrnsmDstrCo2EmssnFctrUnit)

    • Transmission and Distribution N2O Emissions Factor (TrnsmDstrN2oEmssnFctr)

    • Transmission and Distribution N2O Emissions Factor Unit (TrnsmDstrN2oEmssnFctrUnit)

    • Parent Emissions Factor (ParentEmissionFactorId)

      • CH4 Global Warming Potential (Ch4GlblWarmingPot)
      • N2O Global Warming Potential (N2oGlblWarmingPot)

    Calculations

    Transmission and Distribution CO2e Emissions Factor (tCO2e/Km) = ((0 + Transmission and Distribution CO2 Emissions Factor × (conversion factor for kg/km based on Transmission and Distribution CO2 Emissions Factor Unit )

    • Transmission and Distribution CH4 Emissions Factor × (conversion factor for kg/km based on Transmission and Distribution CH4 Emissions Factor Unit) × ParentEmissionFactor.CH4 Global Warming Potential

    • Transmission and Distribution N2O Emissions Factor × (conversion factor for kg/km based on Transmission and Distribution N2O Emissions Factor Unit) × ParentEmissionFactor.N2O Global Warming Potential) / 1000)

  • Transmission and Distribution CO2e Emissions Factor (tCO2e/Kl) (TrnsmDstrCo2eEmssnKl)

    Input Fields

    • Transmission and Distribution CH4 Emissions Factor (TrnsmDstrCh4EmssnFctr)

    • Transmission and Distribution CH4 Emissions Factor Unit (TrnsmDstrCh4EmssnFctrUnit)

    • Transmission and Distribution CO2 Emissions Factor (TrnsmDstrCo2EmssnFctr)

    • Transmission and Distribution CO2 Emissions Factor Unit (TrnsmDstrCo2EmssnFctrUnit)

    • Transmission and Distribution N2O Emissions Factor (TrnsmDstrN2oEmssnFctr)

    • Transmission and Distribution N2O Emissions Factor Unit (TrnsmDstrN2oEmssnFctrUnit)

    • Parent Emissions Factor (ParentEmissionFactorId)

      • CH4 Global Warming Potential (Ch4GlblWarmingPot)
      • N2O Global Warming Potential (N2oGlblWarmingPot)

    Calculations

    Transmission and Distribution CO2e Emissions Factor (tCO2e/Kl) = 0 + Transmission and Distribution CO2 Emissions Factor × (conversion factor for kg/L based on Transmission and Distribution CO2 Emissions Factor Unit)

    • Transmission and Distribution CH4 Emissions Factor × (conversion factor for kg/L based on Transmission and Distribution CH4 Emissions Factor Unit × ParentEmissionFactor.CH4 Global Warming Potential

    • Transmission and Distribution N2O Emissions Factor × (conversion factor for kg/L based on Transmission and Distribution N2O Emissions Factor Unit) × ParentEmissionFactor.N2O Global Warming Potential

  • Well-To-Tank Transmission and Distribution CO2e Emissions Factor (tCO2e/MWh) (Well2TkTrnsmCo2eEmssnMwh)

    Input Fields

    • Well-To-Tank Transmission and Distribution CH4 Emissions Factor (Well2TkTrnsmCh4Emssn)

    • Well-To-Tank Transmission and Distribution CH4 Emissions Factor Unit (Well2TkTrnsmCh4EmssnUnit)

    • Well-To-Tank Transmission and Distribution CO2 Emissions Factor (Well2TkTrnsmCo2Emssn)

    • Well-To-Tank Transmission and Distribution CO2 Emissions Factor Unit (Well2TkTrnsmCo2EmssnUnit)

    • Well-To-Tank Transmission and Distribution N2O Emissions Factor (Well2TkTrnsmN2oEmssn)

    • Well-To-Tank Transmission and Distribution N2O Emissions Factor Unit (Well2TkTrnsmN2oEmssnUnit)

    • Parent Emissions Factor (ParentEmissionFactorId)

      • CH4 Global Warming Potential (Ch4GlblWarmingPot)
      • N2O Global Warming Potential (N2oGlblWarmingPot)

    Calculations

    Well-To-Tank Transmission and Distribution CO2e Emissions Factor = 0 + Well-To-Tank Transmission and Distribution CO2 Emissions Factor × (conversion factor for tonnes/MWh based on Well-To-Tank Transmission and Distribution CO2 Emissions Factor Unit)

    • Well-To-Tank Transmission and Distribution CH4 Emissions Factor × (conversion factor for tonnes/MWh based on Well-To-Tank Transmission and Distribution CH4 Emissions Factor Unit) × ParentEmissionFactor.CH4 Global Warming Potential

    • Well-To-Tank Transmission and Distribution N2O Emissions Factor × (conversion factor for tonnes/MWh based on Well-To-Tank Transmission and Distribution N2O Emissions Factor Unit) × ParentEmissionFactor.N2O Global Warming Potential

  • Well-To-Tank Transmission and Distribution CO2e Emissions Factor (tCO2e/Km) (Well2TkTrnsmCo2eEmssnKm)

    Input Fields

    • Well-To-Tank Transmission and Distribution CH4 Emissions Factor (Well2TkTrnsmCh4Emssn)

    • Well-To-Tank Transmission and Distribution CH4 Emissions Factor Unit (Well2TkTrnsmCh4EmssnUnit)

    • Well-To-Tank Transmission and Distribution CO2 Emissions Factor (Well2TkTrnsmCo2Emssn)

    • Well-To-Tank Transmission and Distribution CO2 Emissions Factor Unit (Well2TkTrnsmCo2EmssnUnit)

    • Well-To-Tank Transmission and Distribution N2O Emissions Factor (Well2TkTrnsmN2oEmssn)

    • Well-To-Tank Transmission and Distribution N2O Emissions Factor Unit (Well2TkTrnsmN2oEmssnUnit)

    • Parent Emissions Factor (ParentEmissionFactorId)

      • CH4 Global Warming Potential (Ch4GlblWarmingPot)
      • N2O Global Warming Potential (N2oGlblWarmingPot)

    Calculations

    Well-To-Tank Transmission and Distribution CO2e Emissions Factor = ((0 + Well-To-Tank Transmission and Distribution CO2 Emissions Factor × (conversion factor for kg/km based on Well-To-Tank Transmission and Distribution CO2 Emissions Factor Unit)

    • Well-To-Tank Transmission and Distribution CH4 Emissions Factor × (conversion factor for kg/km based on Well-To-Tank Transmission and Distribution CH4 Emissions Factor Unit) × ParentEmissionFactor.CH4 Global Warming Potential

    • Well-To-Tank Transmission and Distribution N2O Emissions Factor × (conversion factor for kg/km based on Well-To-Tank Transmission and Distribution N2O Emissions Factor Unit) × ParentEmissionFactor.N2O Global Warming Potential) / 1000)

  • Well-To-Tank Transmission and Distribution CO2e Emissions Factor (tCO2e/Kl) (Well2TkTrnsmCo2eEmssnKl)

    Input Fields

    • Well-To-Tank Transmission and Distribution CH4 Emissions Factor (Well2TkTrnsmCh4Emssn)

    • Well-To-Tank Transmission and Distribution CH4 Emissions Factor Unit (Well2TkTrnsmCh4EmssnUnit)

    • Well-To-Tank Transmission and Distribution CO2 Emissions Factor (Well2TkTrnsmCo2Emssn)

    • Well-To-Tank Transmission and Distribution CO2 Emissions Factor Unit (Well2TkTrnsmCo2EmssnUnit)

    • Well-To-Tank Transmission and Distribution N2O Emissions Factor (Well2TkTrnsmN2oEmssn)

    • Well-To-Tank Transmission and Distribution N2O Emissions Factor Unit (Well2TkTrnsmN2oEmssnUnit)

    • Parent Emissions Factor (ParentEmissionFactorId)

      • CH4 Global Warming Potential (Ch4GlblWarmingPot)
      • N2O Global Warming Potential (N2oGlblWarmingPot)

    Calculations

    Well-To-Tank Transmission and Distribution CO2e Emissions Factor = 0 + Well-To-Tank Transmission and Distribution CO2 Emissions Factor × (conversion factor for kg/L based on Well-To-Tank Transmission and Distribution CO2 Emissions Factor Unit)

    • Well-To-Tank Transmission and Distribution CH4 Emissions Factor × (conversion factor for kg/L based on Well-To-Tank Transmission and Distribution CH4 Emissions Factor Unit) × ParentEmissionFactor.CH4 Global Warming Potential

    • Well-To-Tank Transmission and Distribution N2O Emissions Factor × (conversion factor for kg/L based on Well-To-Tank Transmission and Distribution N2O Emissions Factor Unit) × ParentEmissionFactor.N2O Global Warming Potential

Introduction to Net Zero Cloud
Net Zero Cloud Standard Objects
Net Zero Cloud Fields on Standard Objects
Net Zero Cloud Associated Objects
Net Zero Cloud Business APIs
Net Zero Cloud Standard Invocable Actions
Net Zero Cloud Metadata API Types
Net Zero Cloud Tooling API Objects
Net Zero Cloud Fields on Tooling Objects
Net Zero Cloud Calculations
Energy Use Records
Emissions Factor Records
Air Travel Emission Factor
Electricity Emissions Factor Set
Other Emissions Factor Set
Rental Car Emission Factor
Waste Disposal Emissions Factor Set Item
Other Lifecycle Emission Factor Set Item
Carbon Footprint
Waste Management
Water Management
Science Based Targets
Emissions Forecasts
Sustainability Scorecard
Building Size Category
Building Energy Intensity
Data Gap Filling
Allocate Carbon Credits
Allocate Energy Attribute Certificates
Materiality Assessment
Annual Emissions Inventory
Disclosures Using Managed Packages
Conversion Factors
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