最佳电子产品设计与报废管理系统之概念化

W. Rifer, J. Katz, J. Omelchuck, V. Salazar
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引用次数: 4

摘要

当前的论文确定了电子产品再利用,拆解和组件回收的重要性,为环保的生命周期结束管理系统。最优的系统将集成产品设计和报废管理。本文确定了欧洲生态标签系统如何通过支持深度拆卸的设计要求来加强这些重要元素。然而,回收系统已经迁移到自动化处理,不利用设计的拆卸功能的优势。电子产品环境评估工具(EPEAT)采用了支持粉碎和深度拆解的标准。论文最后指出,在美国,回收基础设施的经济可持续性在很大程度上仍然依赖于再利用和组件回收,这确实依赖于有效分解产品的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Conceptualizing an Optimal Electronic Product Design and End-of-Life Management System
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.
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