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SD11

Intake Sustainability Ratio

Calculation

Intake Sustainability Ratio
=SSI x
SWI + SEI + SMI   × 100%
n
where: Unit of Measure: %

Notes

All supply chains typically have intake of energy and materials. If no (industrial) water intake occurs then use: SWI = 0 and n = 2.

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Hierarchy

IDNameLevelx
SD1Environmental Sustainability Ratio1SD1
SD11Intake Sustainability Ratio2SD11
SD111Sustainable Water Intake Ratio3SD111
SD112Sustainable Energy Intake Ratio3SD112
SD113Sustainable Material Intake Ratio3SD113
SD114Services Environmental Sustainability Ratio3SD114

Process(es)

IDNameLevelx
G4Manage Sustainability2G4
G406Report and Communicate3G406
S0Strategic Sourcing2S0
S004Identify Supply Sources3S004
S006Negotiate3S006
S1Source-to-Replenish2S1
S2Source-to-Order2S2
S3Source-to-Engineering-Order2S3
M1Make-to-Stock2M1
M2Make-to-Order2M2
M3Make-To-Engineering-Order2M3
M4Re-Make2M4
D1Deliver-From-Stock2D1
D2Deliver-to-Order2D2
D3Deliver-To-Engineering-Order2D3
D4Deliver Returns2D4
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