Impact of Variable Technological and Quality Factors on the Efficiency of Filtration Processes Using Dynasand Filters and Lamella Separator

IF 0.5 Q4 ENGINEERING, CIVIL Architecture Civil Engineering Environment Pub Date : 2023-06-01 DOI:10.2478/acee-2023-0027
Iwona Wiewiórska
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Abstract

Abstract The paper presents the influence of the quality of water subjected to treatment on the filtration process, using self-cleaning DynaSand filters with contact coagulation. Technological factors directly influencing the filtration process and filtrate quality were identified, e.g. variable flows, retention time on filter bed and filtration speed. In addition, the purification process of rinse water in the Lamella separator and its impact on the filtration process were investigated. The Lamella separator combined with the flocculation tank, in which the coagulation, flocculation and sedimentation processes are carried out, is an excellent solution to the problem involving the formation of large amounts of rinse water after washing the sand bed of DynaSand filters. The rinse water of fast filters is cleaned on the Lamella separator and returned to the beginning of the filtration system, before DynaSand filters. This solution allows to minimize water losses in the discussed WTP.
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不同工艺和质量因素对动态过滤器和片层分离器过滤效率的影响
摘要本文介绍了处理水的水质对过滤过程的影响,采用自洁过滤器和接触混凝过滤器。确定了直接影响过滤过程和滤液质量的工艺因素,如流量、过滤床停留时间和过滤速度。此外,还研究了片层分离器中漂洗水的净化过程及其对过滤过程的影响。片层分离器与絮凝池相结合,在其中进行混凝、絮凝和沉淀过程,是解决王朝过滤器砂床洗涤后大量漂洗水形成问题的绝佳方案。快速过滤器的漂洗水在薄片分离器上清洗,并返回过滤系统的开始,在王朝过滤器之前。该解决方案可以最大限度地减少所讨论的WTP中的水损失。
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