Note: This release is in preview. Features described here don’t become generally available until the latest general availability date that Salesforce announces for this release. Before then, and where features are noted as beta, pilot, or developer preview, we can’t guarantee general availability within any particular time frame or at all. Make your purchase decisions only on the basis of generally available products and features.

Stationary Asset Water Footprint

The Stationary Asset Water Activity object represents information about the water-related activities, such as withdrawal, consumption, or discharge of water, that are related to the stationary assets.

Here are the calculated fields:

Total Withdrawal (Ml) (TotalWithdrawalInMl)

Input Fields
- StnryAssetWaterActvty.Quantity (m3) (QuantityInM3)
- StnryAssetWaterActvty.Activity Type (ActivityType)
Calculations

If StnryAssetWaterActvty.Activity Type = "Withdrawal" then Total Withdrawal (Ml) = StnryAssetWaterActvty.Quantity (m3) converted to Megaliters
Total Discharge (Ml) (TotalDischargeInMl)

Input Fields
- StnryAssetWaterActvty.Quantity (m3) (QuantityInM3)
- StnryAssetWaterActvty.Activity Type (ActivityType)
Calculations

If StnryAssetWaterActvty.Activity Type = "Discharge" then Total Discharge (Ml) = StnryAssetWaterActvty.Quantity (m3) converted to Megaliters
Total Consumption (Ml) (TotalConsumptionInMl)

Input Fields
- StnryAssetWaterActvty.Quantity (m3) (QuantityInM3)
- StnryAssetWaterActvty.Activity Type (ActivityType)
Calculations

If StnryAssetWaterActvty.Activity Type = "Consumption" then Total Consumption (Ml) = StnryAssetWaterActvty.Quantity (m3) converted to Megaliters
Total Cost (TotalCost)

Input Fields
- StnryAssetWaterActvty.Total Cost (TotalCost)
Calculations

Total Cost = Sum(StnryAssetWaterActvty.Total Cost)
Floor Area Consumption Intensity (m3/m2) (FlAreaCnsmpIntsInM3M2)

Input Fields
- Total Consumption (Ml) (TotalConsumptionInMl)
- Occupied Floor Area (OccupiedFloorArea)
Calculations

If Occupied Floor Area !=0

then Floor Area Consumption Intensity (m3/m2) = Total Consumption (Ml)/Occupied Floor Area

else

Floor Area Consumption Intensity (m3/m2) = 0
Employee Consumption Intensity (m3/employee) (EmployeeCnsmpIntsInM3)

Input Fields
- Total Consumption (Ml) (TotalConsumptionInMl)
- Employee Count (EmployeeCount)
Calculations

If Employee Count != 0

then Employee Consumption Intensity (m3/employee) = Total Consumption (Ml)/Employee Count

else

Employee Consumption Intensity (m3/employee) = 0
Production Volume Consumption Intensity (m3/product)

Input Fields
- Total Consumption (Ml) (TotalConsumptionInMl)
- Total Units Manufactured (TotalUnitsManufactured)
Calculations

If TotalUnitsManufactured !=0

then Production Volume Consumption Intensity (m3/product) = Total Consumption (Ml)/ Total Units Manufactured

else

Production Volume Consumption Intensity (m3/product) = 0
Floor Area Withdrawal Intensity (m3/m2) (FlAreaWdrwIntsInM3M2)

Input Fields
- Total Withdrawal (Ml) (TotalWithdrawalInMl)
- Occupied Floor Area (OccupiedFloorArea)
Calculations

If Occupied Floor Area ! =0

then Floor Area Withdrawal Intensity (m3/m2) = Total Withdrawal (Ml)/Occupied Floor Area

else

Floor Area Withdrawal Intensity (m3/m2) = 0
Employee Withdrawal Intensity (m3/employee) (EmployeeWdrwIntsInM3)

Input Fields
- Total Withdrawal (Ml) (TotalWithdrawalInMl)
- Employee Count (EmployeeCount)
Calculations

If Employee Count != 0

then Employee Withdrawal Intensity (m3/employee) = Total Withdrawal (Ml) (TotalWithdrawalInMl) / Employee Count

else

Employee Withdrawal Intensity (m3/employee) = 0
Production Volume Withdrawal Intensity (m3/product)

Input Fields
- Total Withdrawal (Ml) (TotalWithdrawalInMl)
- Total Units Manufactured (TotalUnitsManufactured)
Calculations

If Total Units Manufactured != 0

then Production Volume Withdrawal Intensity (m3/product) = Total Withdrawal (Ml)/ Total Units Manufactured

else

Production Volume Withdrawal Intensity (m3/product) = 0
Floor Area Discharge Intensity (m3/m2) (FlAreaDchgIntsInM3M2)

Input Fields
- Total Discharge (Ml) (TotalDischargeInMl)
- Occupied Floor Area (OccupiedFloorArea)
Calculations

If Occupied Floor Area != 0

then Floor Area Discharge Intensity (m3/m2) = Total Discharge (Ml)/Occupied Floor Area

else

Floor Area Discharge Intensity (m3/m2) = 0
Employee Discharge Intensity (m3/employee) (EmployeeDchgIntsInM3)

Input Fields
- Total Discharge (Ml) (TotalDischargeInMl)
- Employee Count (EmployeeCount)
Calculations

If Employee Count != 0

then Employee Discharge Intensity (m3/employee) = Total Discharge (Ml) / Employee Count

else

Employee Discharge Intensity (m3/employee) =0
Production Volume Discharge Intensity (m3/product) (ProdtVolumeDchgIntsInM3)

Input Fields
- Total Discharge (Ml) (TotalDischargeInMl)
- Total Units Manufactured (TotalUnitsManufactured)
Calculations

If Total Units Manufactured !=0

then Production Volume Discharge Intensity (m3/product)= Total Discharge (Ml)/Total Units Manufactured

else

Production Volume Discharge Intensity (m3/product) = 0
High Stress Consumption Percentage (HighStressCnsmpPct)

Input Fields
- StnryAssetWaterActvty.Activity Type (ActivityType)
- StnryAssetWaterActvty.Quantity (Quantity)
- StnryAssetWaterActvty.Quantity (m3) (QuantityInM3)
- StnryAssetWaterActvty.Environmental Risk (EnvironmentalRisk)
Calculations

High Stress Consumption Percentage = ([Sum(StnryAssetWaterActvty.Quantity) where StnryAssetWaterActvty.Activity Type = "Consumption" && StnryAssetWaterActvty.Environmental Risk = "High Stress" ] / [Sum (StnryAssetWaterActvty.Quantity (m3) where StnryAssetWaterActvty.Activity Type = "Consumption" ]) × 100
Extreme Stress Consumption Percentage (ExtremeStressCnsmpPct)

Input Fields
- StnryAssetWaterActvty.Activity Type (ActivityType)
- StnryAssetWaterActvty.Quantity (Quantity)
- StnryAssetWaterActvty.Quantity (m3) (QuantityInM3)
- StnryAssetWaterActvty.Environmental Risk (EnvironmentalRisk)
Calculations

Extreme Stress Consumption Percentage = ([Sum(StnryAssetWaterActvty.Quantity) where StnryAssetWaterActvty.Activity Type = "Consumption" && StnryAssetWaterActvty.Environmental Risk = "Extremely High Stress" ] / [Sum (StnryAssetWaterActvty.Quantity (m3) where StnryAssetWaterActvty.Activity Type = "Consumption" ]) × 100
High Stress Withdrawal Percentage (HighStressWdrwPct)

Input Fields
- StnryAssetWaterActvty.Activity Type (ActivityType)
- StnryAssetWaterActvty.Quantity (Quantity)
- StnryAssetWaterActvty.Quantity (m3) (QuantityInM3)
- StnryAssetWaterActvty.Environmental Risk (EnvironmentalRisk)
Calculations

High Stress Withdrawal Percentage = ([Sum(StnryAssetWaterActvty.Quantity) where StnryAssetWaterActvty.Activity Type = "Withdrawal" && StnryAssetWaterActvty.Environmental Risk = "High Stress" ] / [Sum (StnryAssetWaterActvty.Quantity (m3) where StnryAssetWaterActvty.Activity Type = "Withdrawal" ]) × 100
Extreme Stress Withdrawal Percentage (ExtremeStressWdrwPct)

Input Fields
- StnryAssetWaterActvty.Activity Type (ActivityType)
- StnryAssetWaterActvty.Quantity (Quantity)
- StnryAssetWaterActvty.Quantity (m3) (QuantityInM3)
- StnryAssetWaterActvty.Environmental Risk (EnvironmentalRisk)
Calculations

Extreme Stress Withdrawal Percentage = ([Sum(StnryAssetWaterActvty.Quantity) where StnryAssetWaterActvty.Activity Type = "Withdrawal" && StnryAssetWaterActvty.Environmental Risk = "Extremely High Stress" ] / [Sum (StnryAssetWaterActvty.Quantity (m3) where StnryAssetWaterActvty.Activity Type = "Withdrawal" ]) × 100
Withdrawal Intensity Variance Percentage (WdrwIntsVariancePct)

Input Fields
- Total Withdrawal (Ml) (TotalWithdrawalInMl)
- Previous Year Water Footprint (PreviousYearWaterFtprnt)
Calculations

Withdrawal Intensity Variance Percentage = Total Withdrawal (Ml) = (PreviousYearWaterFtprnt.Total Withdrawal (Ml)/PreviousYearWaterFtprnt.Total Withdrawal (Ml)) × 100

else

Withdrawal Intensity Variance Percentage = null
Consumption Intensity Variance Percentage (CnsmpIntsVariancePct)

Input Fields
- Total Consumption (Ml) (TotalConsumptionInMl)
- Previous Year Water Footprint (PreviousYearWaterFtprnt)
Calculations

Consumption Intensity Variance Percentage = Total Consumption (Ml) = (PreviousYearWaterFtprnt.Total Consumption (Ml)/PreviousYearWaterFtprnt.Total Consumption (Ml)) × 100

else

Consumption Intensity Variance Percentage = null
Discharge Intensity Variance Percentage (DchgIntsVariancePct)

Input Fields
- Total Discharge (Ml) (TotalDischargeInMl)
- Previous Year Water Footprint (PreviousYearWaterFtprnt)
Calculations

Discharge Intensity Variance Percentage = Total Discharge (Ml)= (PreviousYearWaterFtprnt.Total Discharge (Ml)/PreviousYearWaterFtprnt.Total Discharge (Ml)) × 100

else

Discharge Intensity Variance Percentage = null

Net Zero Cloud Developer Guide

Stationary Asset Water Footprint