SolidWorks - Sustainability
  • About |
  • Contact
  • Purchase
  • Sustainable Design Guide
  • Sustainable Design
  • SolidWorks Sustainability
  • Support
  • Community
  • Chapter 1: Introduction and Terminology
  • Chapter 2: Sustainability and Sustainable Business
  • Chapter 3: Making Theory Matter - Initial Analysis Decisions
  • Chapter 4: Putting It All Together
    • Intuition
    • Product Scorecards
    • Conceptual Life Cycle Thinking
    • Qualitative Life Cycle Assessment
    • Life Cycle-Based Design Assessment
    • Life Cycle Assessment
  • Chapter 5: So What? (Interpreting the Results)
  • Chapter 6: A Redesigned Cup, A Reconsidered Toy
  • Chapter 7: The Sustainable Design Strategies
  • Chapter 8: Communicating the Results
  • Chapter 9: Next Steps
  • Chapter 10: For More Information
  • About the Contributors
  • Email
  • Print

Home > Sustainable Design Guide > Chapter 4: Putting It All Together > Conceptual Life Cycle Thinking

Conceptual Life Cycle Thinking

NEXT STEPS

  • Get a Quote
  • Contact Sales
  • Get Certified

These approaches consider the life cycle of a product, but tend to have quite qualitative impact evaluations. One of the most popular tools of this type is the Lifecycle Design Strategies (or LiDS) Wheel, also known as the Ecodesign Strategies wheel. It was developed as a part of the United Nations Environment Programme by Hans Brezet and Carolien van Hemel Brezet as a way to evaluate how well a product design reflects the application of eight ecodesign strategies, especially relative to alternative designs. These strategies are usually represented as an eight-axis radar chart, with each design option plotted as overlays, as in the figure below.[1]

 

 

 

Note that there are no scales defined, plus this reflects the use of strategies, which does not necessarily translate into specific environmental impacts. As stated in the University of Michigan’s EcoDesign and Manufacturing materials, “Because the LiDS Wheel Analyses are inherently qualitative, and based on an arbitrarily defined system of evaluation, it is not a method that can be used to determine the actual environmental impact of a product. It is, however, an excellent method for evaluating environmental tradeoffs between two similar or evolutionary designs.”[2]

 

Conceptual Life Cycle Thinking and the Three Choices

 

  1. Impacts – Any, although not always broken out into specifics
  2. Scope – All life cycle stages
  3. Metrics – Generally scores



 

 

[1] http://www.matbase.com/guidelines.html

 

[2] http://www.engin.umich.edu/labs/EAST/me589/ecodatabasefinal/design/lids/concepts.html

 

 

 

 <<< Previous:  Product Scorecards >>> Next: Qualitative Matrix Life Cycle Assessment 

 



 

©2013 Dassault Systèmes
SolidWorks Corp.

  • Terms of Use |
  • Privacy Policy |
  • Piracy Prevention |
  • License Agreement
GaBi Software