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The sorption of organic compounds from water during technological start-up of carbon filters

机译:碳过滤器技术启动期间从水中吸附有机化合物

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摘要

Natural waters contain organic substances that have a major impact on the quality of water, in particular on its organoleptic properties. They can also change its physical and chemical properties and have a negative impact on the technological processes used during water treatment. There is no doubt that organic substances contained in natural waters have to be removed during treatment processes in order to achieve concentrations consistent with the requirements concerning the quality of water intended for human consumption. A very effective method of organic compounds elimination from water is to use of biologically active filters (BAF). This article presents the results of pilot scale research on the effectiveness of removal of organic compounds from water using filtration through a bed of activated carbon filters, during their technological start-up. The obtained results showed high, more than 91% efficiency of reducing the content of organic compounds expressed by TOC, COD (KMnO4) and UV254 absorbance. The predominant process at the start of the use of carbon filters has been sorption. During the research, the development of biofilm in the filter bed was also controlled. The identification of microorganisms showed the presence of Gram-negative bacteria in the beds of both filter columns.
机译:天然水包含对水质,特别是感官特性有重大影响的有机物质。它们还会改变其物理和化学性质,并对水处理过程中使用的工艺流程产生负面影响。毫无疑问,在自然水中所含的有机物质必须在处理过程中去除,以达到与用于人类消费的水质要求相一致的浓度。从水中消除有机化合物的一种非常有效的方法是使用生物活性过滤器(BAF)。本文介绍了在技术启动过程中通过活性炭滤床的过滤从水中去除有机化合物的有效性的中试规模研究的结果。所获得的结果表明,以TOC,COD(KMnO4)和UV254吸光度表示的降低有机化合物含量的效率高达91%以上。在开始使用碳过滤器时,主要的过程是吸附。在研究过程中,还控制了滤床中生物膜的发育。微生物的鉴定表明在两个过滤柱的床中均存在革兰氏阴性细菌。

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