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Life cycle impact assessment (LCIA) using EDIP 97 method: An analysis of potential impact from potable water production

机译:使用EDIP 97方法的生命周期影响评估(LCIA):饮用水生产的潜在影响分析

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摘要

Life cycle assessment (LCA) is a method to analyze a particular product or service; from the beginning of the process it is extracted until it is no more in use or much to be known as 'cradle to grave analysis'. The LCA analysis includes collection of inventory that is all types of emissions and also waste products. After that, this inventory would be translated or transformed to show the impact on environment in the life cycle impact assessment (LCIA). Two LCIA methods has been accepted such as midpoint and endpoint approach. The EDIP 97 is a LCIA method which uses midpoint approach. From the analysis done on the two stages, life cycle assessment for potable water production that is construction stage and production stage; it is found that production stage contributes the highest impact on acidification and euthrophication which is derived from the PAC production process. Whereas, the construction stage contributes two main impacts which are human toxicity (water) and chronic water ecotoxicity which are produced through the process of steel production. © 2011 Academic Journals.
机译:生命周期评估(LCA)是一种分析特定产品或服务的方法;从过程的开始就将其提取,直到不再使用或被人们称为“从摇篮到坟墓分析”为止。 LCA分析包括收集所有排放和废物的清单。之后,该清单将被转换或转换以在生命周期影响评估(LCIA)中显示对环境的影响。两种LCIA方法已经被接受,例如中点法和端点法。 EDIP 97是使用中点方法的LCIA方法。从两个阶段的分析出发,即建设阶段和生产阶段的饮用水生产生命周期评估;已经发现,生产阶段对源自PAC生产过程的酸化和磷化作用的影响最大。然而,建设阶段产生了两个主要影响,这是通过钢铁生产过程产生的人类毒性(水)和慢性水生态毒性。 ©2011年学术期刊。

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