Design for Durability and Repairability
Create timeless aesthetic design Create emotional connection to product Design for quality and durability Design for easy maintenance and easy repair
Select less, lighter and lower impact materials
Use less and lighter materials Select low environmental impact materials Create a database of materials and suppliers
Optimized production techniques
Simplify the production process Use of cleaner production techniques More energy efficient process Minimize waste production Production quality control
Reduce the environmental impact in the use phase
Information to consumers Service to consumers
Optimize the end of life
Information to consumer and consumer’s behavior change Service to consumer Collaborative initiative
Design for a need
Design for products function optimization Design for multifunctional use Design for Modularity and upgradable products
Design for Recycle, Reuse and Recovery
Design for simplicity Design for easy disassembly Design for biodegradability, composability and or biobased Design to avoid use of critical substances Design to use of recyclable, reusable and recoverable materials and components Implement and Internal waste management system
Avoid potential hazardous substances and materials
Select materials in compliance with REACH, CADS list, ZDHC MRSL and other applicable legislation Use water-based chemical products Find alternatives to metals
Select more environmental efficient distribution
Design new packaging concept Use lower impact materials More efficient distribution