Difference between revisions of "SD11"

Latest revision as of 00:04, 8 December 2021

The ratio compares sustainable resources to total resources required ('taken in') to operate a supply chain and resources required for related overhead. All processes in a supply chain may require resources. For example: energy resources are required to ship finished goods through the distribution network and to climate control warehouses. Packaging materials are required to ship to end-customers, etcetera.

Intake resources include, but are not limited to:


Materials	Energy	Services
Raw materials Packaging materials Catalysts Water	Wind/Solar/Hydro Waste Electricity Natural Gas/Oil Coal	3PM Manufacturing 3PL Logistics Call Center

The sustainability ratio of services acquired may need to be provided by individual service providers. Consider including this data requirement in (future revisions of) service contracts.

SWI = Sustainable Water Intake Ratio, as a percentage of total water intake
SEI = Sustainable Energy Intake Ratio, as a percentage of total energy intake
SMI = Sustainable Material Intake Ratio, as a percentage of total materials intake
SSI = Service Provider Environmental Sustainability Indices for relevant service providers, pro-rated (%)
n = 4

Unit of Measure: %

Importance

Any supply chain requires resources to operate. A higher ratio of sustainable resources indicates that a supply chain utilizes a higher portion of renewable resources, thus reducing the risk of resource depletion.

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.
Intake Sustainability Ratio is calculated by consolidation of direct (supply chain) and indirect (related overhead) processes.

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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

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

@@ Line 31: / Line 31: @@
 {{math|{{this}}|{{frac|SWI + SEI + SMI + SSI|n|}}}}
 {{where|%|SWI|[[m:SD111]], as a percentage of total water intake|SEI|[[m:SD112]], as a percentage of total energy intake|SMI|[[m:SD113]], as a percentage of total materials intake|SSI|[[m:SD114|Service provider Environmental Sustainability Indices]] for relevant service providers, pro-rated (%)|n|4}}
+===Importance===
+Any supply chain requires resources to operate. A higher ratio of sustainable resources indicates that a supply chain utilizes a higher portion of renewable resources, thus reducing the risk of resource depletion.
 ===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.
-* {{this}} is calculated for direct (supply chain) and indirect (related overhead) processes.
+* {{this}} is calculated by consolidation of direct (supply chain) and indirect (related overhead) processes.
 [[Category:Metric]][[Category:Supply Chain]]
 {{Object

SD11