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Life cycle impact assessment (LCIA) using the ecological scarcity (Ecopoints) method: A potential impact analysis to potable water productionud

机译:使用生态稀缺性(Ecopoints)方法的生命周期影响评估(LCIA):对饮用水生产的潜在影响分析 ud

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摘要

Life cycle assessment (LCA) is a method use to analyze a product or a service from the beginning of the process where it is extracted until it is not useful anymore or it is known as cradle-to-grave analysis. LCA analysis includes the inventory collecting all types of emission and waste. After it is done, the inventory will be interpreted to the environmental impacts in life cycle impact assessment (LCIA). Two LCIA methods identified were "midpoint and endpoint" approaches. The ecological scarcity (ecopoints) is an LCIA method using "midpoint" approach. From the analysis to both life cycle stages, analysis for potable water production which was construction stage and production stage indicated that both stages contributed two main impacts namely: NOx and SOx. In the production stage, NOx and SOx were released from PAC production. On the other hand, for the construction stage, NOx and SOx were released from steel production process. © 2012 Academic Journals.
机译:生命周期评估(LCA)是一种用于从过程的开始就对其进行分析的产品或服务的方法,直到不再有用为止,或者称为从摇篮到坟墓的分析。 LCA分析包括收集所有类型的排放和废物的清单。完成后,清单将在生命周期影响评估(LCIA)中解释为对环境的影响。确定的两种LCIA方法是“中点和终点”方法。生态稀缺度(生态积分)是使用“中点”方法的LCIA方法。从分析到生命周期两个阶段,对饮用水生产的分析(建设阶段和生产阶段)表明,这两个阶段都产生了两个主要影响,即NOx和SOx。在生产阶段,从PAC生产中释放出NOx和SOx。另一方面,在施工阶段,从钢铁生产过程中释放出NOx和SOx。 ©2012年学术期刊。

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