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Intake Sustainability Ratio Environmental Sustainability Ratio 61100 2 Sustainability, Intake, In-Flow, Metric, Ratio, Environmental, Circular, In-Flow Rate, Supply Chain The amount of sustainable resources (Materials, Energy, Packaging, Activities, and Services) acquired as a percentage of total amount of resources acquired
SD11
Difference between revisions of "SD11"
| Line 1: | Line 1: | ||
===Calculation=== | ===Calculation=== | ||
{{math|{{this}}|{{frac|SWI + SEI + SMI + SSI|n|100%}}}} | {{math|{{this}}|{{frac|SWI + SEI + SMI + SSI|n|100%}}}} | ||
| − | {{where|%|SWI|[[m:SD111]], Sustainable water intake as a percentage of total water intake|SEI|[[m:SD112]], Sustainable energy intake as a percentage of total energy intake|SMI|[[m:SD113]], Sustainable materials intake as a percentage of total materials intake|SSI|[[m:SD114 | + | {{where|%|SWI|[[m:SD111]], Sustainable water intake as a percentage of total water intake|SEI|[[m:SD112]], Sustainable energy intake as a percentage of total energy intake|SMI|[[m:SD113]], Sustainable materials intake as a percentage of total materials intake|SSI|[[m:SD114|Service provider Environmental Sustainability Index]], pro-rated|n|4}} |
===Notes=== | ===Notes=== | ||
All supply chains typically have intake of energy, materials, and services, but not always (industrial) water. If no (significant) water intake occurs then use: SWI = 0 and n = 3. | All supply chains typically have intake of energy, materials, and services, but not always (industrial) water. If no (significant) water intake occurs then use: SWI = 0 and n = 3. | ||
Revision as of 15:47, 7 December 2021
Contents
Calculation
| Intake Sustainability Ratio | ||||
| = |
| |||
where:
- SWI = Sustainable Water Intake Ratio, Sustainable water intake as a percentage of total water intake
- SEI = Sustainable Energy Intake Ratio, Sustainable energy intake as a percentage of total energy intake
- SMI = Sustainable Material Intake Ratio, Sustainable materials intake as a percentage of total materials intake
- SSI = Service Provider Environmental Sustainability Index, pro-rated
- n = 4
Notes
All supply chains typically have intake of energy, materials, and services, but not always (industrial) water. If no (significant) water intake occurs then use: SWI = 0 and n = 3.
Community Importance Rating: Hierarchy
| ID | Name | Level | x |
|---|---|---|---|
| SD1 | Environmental Sustainability Ratio | 1 | SD1 |
| SD11 | Intake Sustainability Ratio | 2 | SD11 |
| SD111 | Sustainable Water Intake Ratio | 3 | SD111 |
| SD112 | Sustainable Energy Intake Ratio | 3 | SD112 |
| SD113 | Sustainable Material Intake Ratio | 3 | SD113 |
| SD114 | Services Environmental Sustainability Ratio | 3 | SD114 |
Process(es)
| ID | Name | Level | x |
|---|---|---|---|
| G4 | Manage Sustainability | 2 | G4 |
| G406 | Report and Communicate | 3 | G406 |
| S0 | Strategic Sourcing | 2 | S0 |
| S004 | Identify Supply Sources | 3 | S004 |
| S006 | Negotiate | 3 | S006 |
| S1 | Source-to-Replenish | 2 | S1 |
| S2 | Source-to-Order | 2 | S2 |
| S3 | Source-to-Engineering-Order | 2 | S3 |
| M1 | Make-to-Stock | 2 | M1 |
| M2 | Make-to-Order | 2 | M2 |
| M3 | Make-To-Engineering-Order | 2 | M3 |
| M4 | Re-Make | 2 | M4 |
| D1 | Deliver-From-Stock | 2 | D1 |
| D2 | Deliver-to-Order | 2 | D2 |
| D3 | Deliver-To-Engineering-Order | 2 | D3 |
| D4 | Deliver Returns | 2 | D4 |