Product Carbon Footprinting Using ISO 14067

About Course

Build and interpret a product carbon-footprint model using a life-cycle approach. Define function and reference flow, calculate inventories, examine allocation and end-of-life choices, and test uncertainty through worked product cases. Includes a complete comparative workshop and final quiz.

Course Content

Goal, function and system boundary
Frame a product study and make comparisons functionally equivalent.

01 | Define a product carbon-footprint study
02 | Functional units, declared units and reference flows
03 | Map processes, boundaries and data rules
04 | Workshop: compare equivalent packaging services

Inventory modelling and allocation
Convert production data into a traceable product model.

Life-cycle scenarios and sensitivity
Assess use, end of life, biogenic issues and uncertainty.

Interpretation, review and communication
Prepare a bounded study result and evaluate design options responsibly.

Assessment

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Product Carbon Footprinting Using ISO 14067

About Course

What Will You Learn?

Course Content

Goal, function and system boundary
Frame a product study and make comparisons functionally equivalent.

01 | Define a product carbon-footprint study

02 | Functional units, declared units and reference flows

03 | Map processes, boundaries and data rules

04 | Workshop: compare equivalent packaging services

Inventory modelling and allocation
Convert production data into a traceable product model.

05 | Collect production data and reconcile yield

06 | Select climate factors and characterisation data

07 | Handle shared processes and co-products

08 | Workshop: construct a manufacturing and delivery model

Life-cycle scenarios and sensitivity
Assess use, end of life, biogenic issues and uncertainty.

09 | Model the use phase and service life

10 | End-of-life scenarios and recycling models

11 | Biogenic carbon, land use and carbon storage

12 | Workshop: sensitivity, uncertainty and robustness

Interpretation, review and communication
Prepare a bounded study result and evaluate design options responsibly.

13 | Document the study and its limitations

14 | Critical review, verification and claim controls

15 | Use hotspots to improve product design

16 | Integrated workshop: a service-based product comparison

Assessment

Product Carbon Footprinting Using ISO 14067 – Final Quiz

Earn a certificate

Share this course

About Course

What Will You Learn?

Course Content

Goal, function and system boundary Frame a product study and make comparisons functionally equivalent.

01 | Define a product carbon-footprint study

02 | Functional units, declared units and reference flows

03 | Map processes, boundaries and data rules

04 | Workshop: compare equivalent packaging services

Inventory modelling and allocation Convert production data into a traceable product model.

05 | Collect production data and reconcile yield

06 | Select climate factors and characterisation data

07 | Handle shared processes and co-products

08 | Workshop: construct a manufacturing and delivery model

Life-cycle scenarios and sensitivity Assess use, end of life, biogenic issues and uncertainty.

09 | Model the use phase and service life

10 | End-of-life scenarios and recycling models

11 | Biogenic carbon, land use and carbon storage

12 | Workshop: sensitivity, uncertainty and robustness

Interpretation, review and communication Prepare a bounded study result and evaluate design options responsibly.

13 | Document the study and its limitations

14 | Critical review, verification and claim controls

15 | Use hotspots to improve product design

16 | Integrated workshop: a service-based product comparison

Assessment

Product Carbon Footprinting Using ISO 14067 – Final Quiz

Earn a certificate

Student Ratings & Reviews

Goal, function and system boundary
Frame a product study and make comparisons functionally equivalent.

Inventory modelling and allocation
Convert production data into a traceable product model.

Life-cycle scenarios and sensitivity
Assess use, end of life, biogenic issues and uncertainty.

Interpretation, review and communication
Prepare a bounded study result and evaluate design options responsibly.