电子产品金属供应的LCM:追踪和追踪“冲突矿产”

S. Young, G. Dias
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引用次数: 17

摘要

对电子产品金属供应的生命周期管理(LCM)的有效性进行了研究,重点是了解美国对所谓的“冲突矿产”实施监管的挑战,这些监管涉及为刚果民主共和国的战争和侵犯人权行为提供资金。通过分析一项试图追踪(供应链)和追踪(供应链上)钴、钽和锡的研究,并使用材料管理的概念,表明金属供应链的物理方面,如来源的混合和矿物向金属的转化,对LCM这些“冲突矿物”构成了最大的挑战。因此,美国拟议的监管规定(要求有文件记录的监管链)存在缺陷。电子产品金属供应的LCM行业倡议解决了一些物理挑战和管理挑战,但还不完整。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
LCM of Metals Supply to Electronics: Tracking and Tracing 'Conflict Minerals'
The effectiveness of life cycle management (LCM) of metals supply to electronics is examined, with focus on understanding challenges to implementation of the US regulation on so-called, "conflict minerals," which are of concern for financing warfare and human rights violations in the DRC. By analyzing a study that attempted to track (down the supply-chain) and trace (up the supply chain) cobalt, tantalum and tin, and using the concept of material stewardship, it is suggested that physical aspects of the metal supply chain, such as the mixing of sources and transformation of minerals to metals, create the biggest challenges to LCM of these, "conflict minerals." Thus, the proposed US regulation, which requires documented chain-of-custody, is flawed. Industry initiatives on LCM of these metals supply to electronics address some of the physical challenges and confront management challenges, but are incomplete.
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