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Evaluation of different cleaning agents used for cleaning ultra filtration membranes fouled by surface water

机译:评估用于清洁被地面水污染的超滤膜的不同清洁剂

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This paper reviews the published literature on potential membrane fouling components, available cleaning agents and possible interactions between cleaning agents and fouling components. It also lists the cleaning models available in the literature, and evaluates the advantages and disadvantages of these models. Based on this outcome, a new cleaning model is proposed to capture cleaning dynamics for 10 different cleaning agents, varying from acidic, alkali and oxidizing to sequestering agents and detergents that were used to clean dead-end ultra filtration membranes fouled by surface water. The model is effectively fitted to the experimental data of the different cleanings. Two criteria are subsequently introduced to quantify the overall cleaning effect of a cleaning agent in terms of cleaning rate and cleaning effectiveness. For membranes fouled by surface water with high organic content it was found that caustic-and oxidizing cleaning agents give the best overall cleaning results.
机译:本文回顾了有关潜在的膜污染成分,可用的清洁剂以及清洁剂与污染成分之间可能的相互作用的文献。它还列出了文献中可用的清洗模型,并评估了这些模型的优缺点。基于此结果,提出了一种新的清洁模型,以捕获10种不同清洁剂的清洁动力学,这些清洁剂从酸性,碱性和氧化剂到螯合剂和清洁剂不等,这些清洁剂用于清洁被表面水污染的死角超滤膜。该模型有效地适合于不同清洗的实验数据。随后引入两个标准以根据清洁速率和清洁效果来量化清洁剂的总体清洁效果。对于被有机物含量高的地表水污染的膜,发现苛性和氧化性清洁剂可提供最佳的整体清洁效果。

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