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International Journal of Chemical Technology

机译:国际化学技术杂志

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This study seeks to compile data on the technologies and associated costs for wastewater reuse. Reuse of reclaimed water for non-potable applications is currently the rule rather than the exception in many parts of the world. Treatment technology encompasses a vast number of options and membrane processes are regarded as key elements of advanced wastewater reclamation and reuse schemes. The identifiable wastewater reuse schemes using membrane technology worldwide have been critically analyzed in this study. Peer-reviewed journal study, conference papers and information gathered from the internet formed the basis of this review study. Different forms of potential water reuse have been identified. The available cost data was also furnished. Therefore, this study, as a whole adds to both technological and economical aspects of the knowledge-base of wastewater reuse schemes. The membrane technology appears to govern the field of wastewater reuse and this trend is likely to continue in the future. Besides the technical aspect, issues like public acceptance, economic and hygienic risks etc., should be taken into account to counter the obstacles facing implementation of wastewater reuse.
机译:本研究旨在收集有关废水回用技术和相关成本的数据。在世界许多地方,将再生水用于非饮用水应用是当前的惯例,而不是例外。处理技术包括大量选项,膜工艺被视为高级废水回收和再利用计划的关键要素。在这项研究中,对使用全球膜技术的可识别废水回用方案进行了严格分析。经过同行评审的期刊研究,会议论文和从互联网上收集的信息构成了此综述研究的基础。已经确定了不同形式的潜在水再利用。还提供了可用的成本数据。因此,这项研究总体上增加了废水回用方案知识库的技术和经济方面。膜技术似乎控制着废水回用领域,这种趋势将来可能还会继续。除了技术方面,还应考虑公众接受度,经济和卫生风险等问题,以解决废水回用实施面临的障碍。

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