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Effluent treatment by multi-media filtration, microfiltration and ultrafiltration: results of a pilot investigation at WWTP Hoek van Holland

机译:通过多媒体过滤,微滤和超滤进行废水处理:污水处理厂霍克·范·霍兰德的试点研究结果

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Upgrading of wastewater treatment plant (WWTP) effluent as a part of the Dutch governmental policy to close the water cycle has increasing interest now. The Water Board Hoogheemraadschap van Delfland together with the project team of Witteveen + Bos Consulting Engineers, Delft University of Technology and Rossmark water treatment investigated the reuse possibilities of WWTP effluent in the region of Delfland. Therefore pilot research was carried out at WWTP Hoek van Holland applying different filtration techniques: multi-media filtration, micro- and ultrafiltration. The results show stable process performances of the different filtration techniques when proper pre-treatment was applied. For microfiltration the filtration characteristics were strongly influenced by particles which were not retained in the multi-media filter. For ultrafiltration the filtration characteristics were strongly influenced by organic components < 0.2 mu m. The upgraded WWTP effluent could not be used directly as process water or for agriculture purposes, due to high concentrations of COD and salts in the WWTP effluent and filtrates. However WWTP effluent or floc filtrate could be applied directly as water for the washing of sea-sand.
机译:作为荷兰政府关闭水循环政策的一部分,对废水处理厂(WWTP)废水进行升级改造现在引起了越来越多的关注。水务局Hoogheemraadschap van Delfland与Witteveen + Bos咨询工程师,代尔夫特理工大学和Rossmark水处理项目团队一起研究了德尔夫兰地区污水处理厂废水的再利用可能性。因此,在废水处理厂Hoek van Holland进行了中试研究,采用了不同的过滤技术:多媒体过滤,微滤和超滤。结果表明,采用适当的预处理后,不同过滤技术的工艺性能稳定。对于微滤,过滤特性受到未保留在多媒体过滤器中的颗粒的强烈影响。对于超滤,过滤特性受<0.2μm的有机成分的强烈影响。升级后的污水处理厂废水不能直接用作工艺用水或用于农业目的,因为污水处理厂废水和滤液中的化学需氧量和盐分含量很高。但是,污水处理厂的废水或絮凝滤液可以直接作为水用于海砂的洗涤。

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