递进式水处理技术去除微污染物

T. Kučera, Zdeněk Zelený
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引用次数: 0

摘要

在关于饮用水的新的欧洲指令的公布方面,从微污染物类别中引入了一些新的饮用水质量指标,这些指标必须在饮用水生产过程中消除。所述的研究重点是选择适用于水处理的有关去除微污染物的先进技术。预计,为了消除其他微污染物,将有可能使用现有的技术,例如去除农药,如活性炭过滤、高压膜,或使用纳米材料的技术。纳米铁在水处理中的应用受到越来越多的关注。介绍了一系列具有消除微污染物潜力的选定技术的实验室测试。本文介绍了实验室试验中选定指标的总效率,讨论了技术的总效率以及消除给定污染的限制和限制因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PROGRESSIVE WATER TREATMENT TECHNOLOGY TO REMOVE MICROPOLLUTANTS
In connection with the publication of the new European directive for drinking water, some new indicators of drinking water quality from the category of micropollutants have been introduced, which will have to be eliminated during the production of drinking water. The described research focused on selected progressive technologies applicable in water treatment regarding the removal of micropollutants. It is expected that for the elimination of other micropollutants it will be possible to use existing technologies used, for example, to remove pesticides, such as activated carbon filtration, high-pressure membranes, or technologies using nanomaterials will be deployed. Increased attention is paid to the use of nano-iron for water treatment. A series of laboratory tests of selected technologies with the potential to eliminate micropollutants is presented. The article presents the overall efficiency found in selected indicators during laboratory tests, the overall efficiency of technologies and the limits and limiting factors regarding the elimination of the given pollution are discussed.
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