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Water Reclaim Strategies for the Microelectronics Industry

机译:微电子行业的水资源回收策略

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This paper discusses water reclaim opportunities as a viable means of ensuring the future water needs of the microelectronics industry. Escalating factory costs; increased burdens on municipal infrastructure; governmental compliance; an awareness of limited resource availability to sustain a young, rapidly changing industry; a need to control escalating capital costs and investment risk; and the need to deliver new, expanded, and re-equipped semiconductor factories faster underscore the importance of developing a greater understanding and a more widespread implementation of process wastewater reclaim in the semiconductor industry. Water reclaim is important in semiconductor fabrication facilities and is supported by environmental, technology, regulatory, and economic issues. Water reclaim is possible and possesses potential for wide spread implementation in new and existing factory design. It can also be accomplished within the limits of available technologies and can be cost effective when considerations are given to the operational savings inherent in consumption and discharge reduction. In this paper a general water reclaim system is developed with system descriptions, diagrams, and flow analysis for a niche market fab.
机译:本文讨论了将水回收利用作为确保微电子行业未来用水需求的可行方法。不断增加的工厂成本;增加市政基础设施的负担;政府合规;认识到有限的资源可用于维持一个迅速发展的年轻行业;需要控制不断上升的资本成本和投资风险;更快地交付新的,扩展的和重新配备的半导体工厂的需求凸显了在半导体行业中加深了解和更广泛地实施工艺废水回收的重要性。再生水在半导体制造设备中很重要,并受到环境,技术,法规和经济问题的支持。再生水是可能的,并具有在新工厂和现有工厂设计中广泛实施的潜力。当考虑到消耗和排放减少所固有的运营节省时,也可以在可用技术的限制内完成该操作,并且具有成本效益。在本文中,针对利基市场工厂开发了具有系统描述,图表和流量分析的通用水回收系统。

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