绿色电子产品的生命周期思考:生态设计和UNEP/SETAC生命周期倡议的基础知识

Jutta Mueller, H. Griese, K. Schischke, kina Stobbe, Helias Gregory A. Norris’, A. U. D. Haes
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引用次数: 10

摘要

将生命周期思维转化为商业实践需要适用的评估工具和管理方法。从筛选生态设计工具到全生命周期评估的不同方法已经开发出来,以促进环境兼容的电子设计。生命周期评估仍然面临许多障碍,限制了其在电子设计工作流程中的集成。这篇论文描述了电子产品生态设计的现状,以及生命周期思维的潜在改进,这些改进是由一项全球倡议实现的:2002年4月,联合国环境规划署(UNEP)和环境毒理学与化学学会(SETAC)发起的生命周期倡议,以ISO 14040标准为基础,旨在建立生命周期经济的最佳实践方法。本文介绍了该计划的当前状态,以及加入该计划的可能性。BeCAP(柏林先进封装中心)参与了该倡议,并在本文中提供了关于UNEP/SETAC生命周期倡议的电子制造业的观点。将讨论电子行业在生命周期思维和LCA方面的具体需求。作为筛选评估的一个案例研究,提出了一个多功能芯片卡的评估,参考寿命结束的情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Life cycle thinking for green electronics: basics in ecodesign and the UNEP/SETAC life cycle initiative
Transferring life cycle thinking into business practice requires applicable assessment tools and management approaches. Different methods from screening eco design tools to full Life Cycle Assessment have been developed for fostering environmentally compatible electronics design. Life Cycle Assessment still deals with many obstacles, limiting its integration into electronics design workflows. The paper describes the state of the art for eco design in electronics and potential improvements for life cycle thinking to be achieved by a global initiative: launched in April 2002 the Life Cycle Initiative of UNEP (United Nations Environmental Programme) and SETAC (Society of Environmental Toxicology and Chemistry) builds on the ISO 14040 standards and intends to establish approaches with best practice for a Life Cycle Economy. The paper presents the current status of this initiative, and possibilities to join the initiative. BeCAP (Berlin Center for Advanced Packaging) is engaged in the initiative and provides within this paper the perspective of electronics manufacturing with regard to the UNEP/SETAC Life Cycle Initiative. The specific needs of the electronics sector regarding life cycle thinking and LCA will be discussed. As a case study for screening assessments an evaluation of a multifunctional chip card is presented, referring to end-of-life scenarios.
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