Store ESG measurement data
GHG emission scenarios
The environmental, social, and governance (ESG) data model stores the data into different target tables based on different greenhouse gas (GHG) emission measurement scenarios and granularities. To simplify the ingestion process, Sustainability data solutions in Microsoft Fabric provides an intermediary table called Emission raw data import to help you route your data to the correct target table.
Emissions raw data import ID
- Party ID (FK)
- Process ID (FK)
- Process Type ID (FK)
- Asset ID (FK)
- Vendor ID (FK)
- Generator ID (FK)
- Greenhouse Gas Emissions Scope ID (FK)
- Greenhouse Gas Emissions Category ID (FK)
- Greenhouse Gas Emissions Purpose Type ID (FK)
- Greenhouse Gas Source Type ID (FK)
- Greenhouse Gas ID (FK)
- Greenhouse Gas Emission Factor ID (FK)
- Fuel Type ID (FK)
- Purchased Energy Type ID (FK)
- Metric Purpose ID (FK)
- Calculation Algorithm ID (FK)
- Period Start Timestamp
- Period End Timestamp
- Greenhouse Gas Emissions Units
- Greenhouse Gas Emissions Unit of Measure ID (FK)
- CO2e Emission Units
- CO2e Emissions Unit of Measure ID (FK)
- Related Cost
- ISO Currency Code (FK)
- Biogenic Emission Indicator
- Biogenic Emission Factor
- Emissions Raw Data Import Note
Scenarios
There are two scenarios in which you enter your GHG emission data, as shown in this table.
Scenario | Scope | ESG data model target tables |
---|---|---|
Total CO2 equivalent emission quantity | Scope 1Scope 2Scope 3 | PARTY SCOPE CATEGORY PURPOSE GREENHOUSE GAS EQUIVALENT EMISSIONS |
Greenhouse gas specific CO2 equivalent emission quantity | Scope 1 | PARTY GREENHOUSE GASPARTY PROCESS TYPE GREENHOUSE GASPROCESS GREENHOUSE GASPROCESS ASSET GREENHOUSE GAS |
Scope 2 | PARTY INDIRECT EMISSIONSPARTY VENDOR INDIRECT EMISSIONSPARTY VENDOR GENERATOR INDIRECT EMISSIONS | |
Scope 3 | PARTY SCOPE CATEGORY GREENHOUSE GAS |
Mandatory fields
In this section, you can identify the list of mandatory fields to be populated in the Emissions raw data import table for each of these scenarios.
Total CO2 equivalent emission quantity
Mandatory fields to be populated in Emissions raw data import table:
- Emissions Raw Data Import ID
- Source Modified On
- Party ID/Asset ID/Process ID/Process Type ID
- Greenhouse Gas Emissions Scope ID
- Greenhouse Gas Emissions Category ID
- Period Start Timestamp
- Period End Timestamp
- CO2e Emission Units
- CO2e Emissions Unit of Measure ID
Greenhouse gas specific CO2 equivalent emission quantity (Scope 1)
Mandatory fields to be populated in Emissions raw data import table:
- Emissions Raw Data Import ID
- Source Modified On
- Party ID/Asset ID/Process ID/Process Type ID
- Greenhouse Gas Emissions Scope ID
- Greenhouse Gas Source Type ID
- Greenhouse Gas ID
- Period Start Timestamp
- Period End Timestamp
- CO2e Emission Units
- CO2e Emissions Unit of Measure ID
Greenhouse gas specific CO2 equivalent emission quantity (Scope 2)
Mandatory fields to be populated in Emissions raw data import table:
- Emissions Raw Data Import ID
- Source Modified On
- Party ID/Asset ID/Process ID/Process Type ID
- Greenhouse Gas Emissions Scope ID
- Calculation Algorithm ID
- Purchased Energy Type ID
- Greenhouse Gas ID
- Period Start Timestamp
- Period End Timestamp
- CO2e Emission Units
- CO2e Emissions Unit of Measure ID
Greenhouse gas specific CO2 equivalent emission quantity (Scope 3)
Mandatory fields to be populated in Emissions raw data import table:
- Emissions Raw Data Import ID
- Source Modified On
- Party ID/Asset ID/Process ID/Process Type ID
- Greenhouse Gas Emissions Scope ID
- Greenhouse Gas Emissions Category ID
- Greenhouse Gas ID
- Period Start Timestamp
- Period End Timestamp
- CO2e Emission Units
- CO2e Emissions Unit of Measure ID
Water sustainability scenarios
The ESG data model stores the water quantity data into different target tables based on the granularity at which the data is captured. To simplify the ingestion process, SDSF provides an intermediary table called Water utilization raw data import to help users route their data to the right target table.
Water utilization raw data import
- Party ID (FK)
- Process ID (FK)
- Process Type ID (FK)
- Asset ID (FK)
- Water Utilization Type ID (FK)
- Water Source Type ID (FK)
- Water Type ID (FK)
- Metric Purpose ID (FK)
- Calculation Algorithm ID (FK)
- Period Start Timestamp
- Period End Timestamp
- Water Utilization Units
- Water Utilization Unit of Measure ID (FK)
- Water Related Cost
- ISO Currency Code (FK)
- Water Utilization Raw Data Import Note
Mandatory fields
Mandatory fields to be populated in Water utilization raw data import table:
- Water Utilization Raw Data Import ID
- Source Modified On
- Party ID/Asset ID/Process ID/Process Type ID
- Water Utilization Type ID
- Period Start Timestamp
- Period End Timestamp
- Water Utilization Units
- Water Utilization Unit of Measure ID
Waste sustainability scenarios
The ESG data model stores the waste quantity data into different target tables based on the granularity at which the data is captured. To simplify the ingestion process, SDSF provides an intermediary table called Waste raw data import to help users route their data to the right target table.
Waste raw data import
- Party ID (FK)
- Process ID (FK)
- Process Type ID (FK)
- Asset ID (FK)
- Waste Material Type ID (FK)
- Waste Stream ID (FK)
- Waste Diversion Method ID (FK)
- Metric Purpose ID (FK)
- Calculation Algorithm ID (FK)
- Period Start Timestamp
- Period End Timestamp
- Waste Volume
- Waste Volume Unit of Measure ID (FK)
- Waste Weight
- Waste Weight Unit of Measure ID (FK)
- Waste CO2e Emissions
- Waste CO2e Emissions Unit of Measure ID (FK)
- Waste Related Cost
- ISO Currency Code (FK)
- Waste Raw Data Import Note
Mandatory fields
Mandatory fields to be populated in waste raw data import table:
- Waste Raw Data Import ID
- Source Modified On
- Party ID/Asset ID/Process ID/Process Type ID
- Waste Diversion Method ID
- Period Start Timestamp
- Period End Timestamp
- Waste Weight
- Waste Weight Unit of Measure ID