An industry vision on the implementation of WEEE and RoHS

A. Stevels, J. Huisman
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引用次数: 24

Abstract

In this paper the implementation of the European WEEE and RoHS directives will be considered from the perspective of an eco-efficient implementation. The basis for the environmental considerations of take back and recycling is the Quotes for Environmentally Weighted Recyclability (QWERTY) method as developed at Delft University of Technology. Combined with economic (cost) calculations a comprehensive approach on the eco-efficiency of electronic goods will be presented. In this way, it can be assessed how the intent of the WEEE can be best served. Moreover, meaningful avenues can be indicated for further improvement of take back and recycling systems both through Ecodesign and through technology investment but also through systems organization and improvement of rule making. The QWERTY/Eco-Efficiency approach also delivers a clear priority setting in this respect. For RoHS implementation adequate thresholds, appropriate system boundaries and an agreed set of chemical analysis methods are key ingredients for success. It is discussed in a separate section.
对WEEE和RoHS实施的行业愿景
本文将从生态高效实施的角度考虑欧洲WEEE和RoHS指令的实施。回收和回收的环境考虑的基础是代尔夫特理工大学开发的环境加权可回收性报价(QWERTY)方法。结合经济(成本)计算,将提出电子产品生态效率的综合方法。通过这种方式,可以评估如何才能最好地满足WEEE的意图。此外,通过生态设计和技术投资,以及通过系统组织和改进规则制定,可以指出进一步改进回收和回收系统的有意义的途径。QWERTY/生态效率方法也在这方面提供了明确的优先设置。对于实施RoHS,适当的阈值、适当的系统边界和商定的一套化学分析方法是成功的关键因素。这将在单独的一节中讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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