Web based ecodesign supporting system for electronic products
Jungman Chung, Hankyung Lee, Youngdeog Koh, Tak Hur
Abstract
Jungman Chung, Hankyung Lee, Youngdeog Koh, Tak Hur
Abstract
As environmental regulations have become more stringent for hazardousness and recyclability of products in WEEE, RoHS and EuE, export-oriented Korean industries are showing more interests in ecodesign. The ecodesign system referred to as "Instep-DfE" we developed in this study is subject to electric and electronic industries, not only to cope with the regulations, but also to contribute to strengthening the competitiveness of products. Moreover, a number of databases are helpful to search useful information needed for product designers and system users. In Instep-DfE, the procedures of ecodesign are classified into product diagnosis, deriving ideas through design guide and optimum design selection, supported by quantitative and qualitative tools including Ecolist, simplified LCA/LCC, and recyclability assessment.
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As environmental regulations have become more stringent for hazardousness and recyclability of products in WEEE, RoHS and EuE, export-oriented Korean industries are showing more interests in ecodesign. The ecodesign system referred to as "Instep-DfE" we developed in this study is subject to electric and electronic industries, not only to cope with the regulations, but also to contribute to strengthening the competitiveness of products. Moreover, a number of databases are helpful to search useful information needed for product designers and system users. In Instep-DfE, the procedures of ecodesign are classified into product diagnosis, deriving ideas through design guide and optimum design selection, supported by quantitative and qualitative tools including Ecolist, simplified LCA/LCC, and recyclability assessment.
Key concepts: Ecodesign, Design for the Environment, Product (mathematics), Manufacturing engineering, Engineering, Systems engineering, Product design, Computer science