Product disposal and re-use issues for portable computer design

C. Hendrickson, L. Lave, F. McMichael, D. Siewiorek, A. Smailagic, Tse-Sung Wu
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引用次数: 11

Abstract

Portable computers including laptops, notebooks, sub-notebooks and portable digital assistants are a rapidly growing segment of the computer market. Manufacturers of portable computers have an opportunity to win public praise and to avoid censure and liability by embracing green design and sensible product disposal systems. This paper analyzes the environmental issues associated with disposal, re-use and recycling of these machines, focusing on potential design changes to alleviate environmental burdens. Portable computers can replace larger machines, resulting in lower energy use and lower overall material demand. Since the number of portable computers purchased may be as many as 100 million over the next decade, environmental concerns become increasingly important. Portable computers use batteries with toxic components, so there are disposal or recycling problems. Another significant issue in assessment of disposal and recycling processes is the expected life time of portable computers. Machine design with capability for easy upgrade can be expected to have a longer useful life. The paper uses experience gained in several generations of wearable computer designs at Carnegie Mellon University for illustration.<>
便携式电脑设计的产品处理和再利用问题
便携式电脑包括手提电脑、笔记本电脑、分型笔记本电脑和便携式数字助理是电脑市场中一个快速增长的部分。便携式电脑制造商有机会赢得公众的赞扬,并通过采用绿色设计和合理的产品处理系统来避免责难和责任。本文分析了与这些机器的处置、再利用和回收有关的环境问题,重点是潜在的设计变化,以减轻环境负担。便携式计算机可以取代大型机器,从而降低能源使用和总体材料需求。由于便携式电脑的购买量在未来十年可能高达1亿台,环境问题变得越来越重要。便携式电脑使用含有有毒成分的电池,因此存在处置或回收问题。评估处置和回收过程的另一个重要问题是手提电脑的预期寿命。具有易于升级能力的机器设计可以预期具有更长的使用寿命。这篇论文以卡耐基梅隆大学几代可穿戴计算机设计的经验为例。
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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