用砂滤池净化生活污水中的生物源元素

V. Volkova, V. L. Golovin, K. Kirichenko
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引用次数: 0

摘要

生物处理后的废水往往超过水库和水道的自然自净能力。对向自然水体排放废水的环境安全的要求日益增加,这决定了改进技术方法和废水处理设施的特殊意义。在世界各地的后处理实践中,预过滤和过滤被认为是最有效的方法之一。同时,废水后处理中最常用的一种装置是带有颗粒状滤料的砂式过滤器,其效果往往被高估。考虑了使用带有颗粒过滤器负载的砂过滤器过滤废水的后处理问题,考虑了使用此类设备时出现的主要问题,而没有考虑到存在高度分散的胶体形式的有机物的后处理过程的特征。在向自然水体排放废水时,减少有毒物质的浓度,并最大限度地减少这些物体的生物群落发展条件的变化,这些附加要求得到证实。确定了砂式过滤器上废水后处理效率不足的原因,包括后处理后滤液中有机物含量增加的原因。制定了在废水处理系统中有效使用过滤装置的主要标准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Purification of domestic wastewater with a sand filter from biogenic elements
Wastewater after biological wastewater treatment very often exceeds the natural ability of reservoirs and watercourses to self-purify. Increasing requirements for the environmental safety of wastewater discharge into natural water bodies determines the particular relevance of improving technological methods and wastewater treatment facilities. In the world practice of post-treatment, preliminary filtration and filtration are rightfully considered one of the most effective methods. At the same time, one of the most common devices used in post-treatment of wastewater are sand filters with granular filter material, the effectiveness of which is often overestimated. The problems of post-treatment of wastewater by filtration using sand filters with a granular filter load are considered, the main problems that arise when using such devices are considered without taking into account the features of post-treatment processes in the presence of organic matter in highly dispersed colloidal forms. Substantiated are additional requirements for reducing the concentration of toxic substances when discharging wastewater into natural water bodies and minimizing changes in the conditions for the development of the biocenosis of these objects. The reasons for the insufficient efficiency of wastewater post-treatment on sand filters, including the reasons for the increase in the content of organic substances in the filtrate after post-treatment, are determined. The main criteria for the effective use of filtering devices in wastewater treatment systems are formulated.
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