涂层技术流程的重新设计:一种获取环境效益的系统方法

R. Finsterwalder, P. Calkins, A. Perez
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引用次数: 0

摘要

1993年,施乐制造技术中心开始开发一种新的涂层技术。从一开始就很明显,重新设计现有流程的好处是双重的:由此产生的环境改善将支持施乐的“无废物工厂”倡议,并将实现单位制造成本的显著降低。虽然重新设计本身将证明是一项重大成就,但对环境改善的承诺推动了进一步优化未来制造过程中环境方面的努力。为了实现这一优化,制造工艺设计工程与环境组织联合起来,对拟议的制造工艺进行了系统的制造前污染预防评估。叙述了工艺再设计的关键技术问题、工艺优化的系统方法和预期结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Coating technology process redesign: a systems approach to capturing environmental benefits
In 1993, Xerox Manufacturing Technology Center began development on a new coating technology. It was apparent from the beginning that benefits of redesigning the existing process were two-fold: the resulting environmental improvement would support Xerox's Waste-Free Factory initiative and significant reduction in unit manufacturing cost would be realized. While redesign would prove to be a significant accomplishment in itself, commitment to environmental improvement drove efforts toward further optimizing the environmental aspects of the future manufacturing process. To accomplish this optimization, manufacturing process design engineering joined forces with the environmental organization to conduct a systematic premanufacturing pollution prevention assessment on the proposed manufacturing process. Key technological issues of process redesign, the systematic approach to process optimization, and anticipated results are described.
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