Title :
Conceptualizing an Optimal Electronic Product Design and End-of-Life Management System
Author :
Rifer, Wayne ; Katz, John ; Omelchuck, Jeff ; Salazar, Viccy
Author_Institution :
EPEAT Operations Manager, Portland
Abstract :
The current paper identifies the importance of electronic product reuse, dismantling and component recovery for an environmentally preferable end-of life management system. The optimal system would integrate product design and end- of-life management. The paper identified how European eco-label systems reinforced these important elements through design requirements that support deep disassembly. However, recycling systems have migrated to automated processing that does not take advantage of the design for disassembly features. The Electronic Product Environmental Assessment Tool (EPEAT) adopted criteria that support both shredding and deep disassembly. The paper concludes by noting that in the U.S. the recycling infrastructure is still largely dependant for its economic sustainability on reuse and component recovery, which does rely on the ability to efficiently disassemble products.
Keywords :
design for disassembly; electronic products; electronics industry; product design; product life cycle management; recycling; waste recovery; automated processing; component recovery; disassembly features; dismantling; eco-label systems; electronic product design; electronic product environmental assessment tool; electronic product reuse; end-of-life management system; optimal system; Consumer electronics; Councils; Environmental management; Guidelines; Product design; Protection; Recycling; Region 10; Region 9; Signal design; EPEAT; design for recycling; eco labels;
Conference_Titel :
Electronics & the Environment, Proceedings of the 2007 IEEE International Symposium on
Conference_Location :
Orlando, FL
Print_ISBN :
1-4244-0861-X
DOI :
10.1109/ISEE.2007.369386