Using a streamlined life-cycle analysis matrix to structure a design for the environment program for a complex defense system

L. Thomas, L. Weinberg
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引用次数: 2

Abstract

Global warming, depletion of stratospheric ozone, acid rain, loss of species diversity, and other environmental impacts can be traced, at least in part, to man's industrial activities. Resulting business and social pressures have caused the design and engineering communities to begin systematically integrating environmental issues into the design process; an activity referred to as design for the environment (DfE). Environmental life-cycle analysis (LCA) matrices may be used as a template for establishing a DfE framework that can be tailored to a specific program or project and can be applied to processes, products or facilities. By using a team-based approach to identify significant environmental aspects, the design personnel are in a position to build checklists, guidelines and other DfE tools based on a life-cycle analysis. The matrix approach can be used to support the environmental aspects analysis of ISO 14001.
使用流线型生命周期分析矩阵来构建复杂防御系统的环境程序设计
全球变暖、平流层臭氧的消耗、酸雨、物种多样性的丧失以及其他环境影响,至少在一定程度上可以追溯到人类的工业活动。由此产生的商业和社会压力导致设计界和工程界开始系统地将环境问题纳入设计过程;被称为环境设计(DfE)的活动。环境生命周期分析(LCA)矩阵可以用作建立DfE框架的模板,该框架可以针对特定的计划或项目进行定制,并可以应用于过程、产品或设施。通过使用基于团队的方法来识别重要的环境因素,设计人员可以根据生命周期分析构建检查清单、指导方针和其他DfE工具。矩阵法可用于支持ISO 14001的环境因素分析。
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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