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Evaluation of Turbidity and Color Removal in Treatment of Wastewater Containing Resistant Pollutants with Ozonation

机译:浊度和清除臭氧处理废水处理的评价

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In this research a comparison in turbidity and color removal between biological treatment of industrial wastewater and a combination of that with ozonation is studied. Wastewater arising from pulp factories has toxic and resistant pollutants which cause some serious environmental problems and its color and turbidity must be considered to meet the standards (Metcalf et al. 2004). Because of high molecular weight of these toxic compounds the treatment is performed in a sequential process in order to make these compounds smaller and change them to dissolvable substances in the environment. Although with bio-ozone-bio treatment the value of consumed ozone is considerably increased, but through this way the quality of treatment and the value of dissolvable substances which can be returned to the environment are increased. A very remarkable reduction of color and turbidity in this treatment system in comparison with the most common biological treatment systems in pulp factories is achieved.
机译:在这项研究中,研究了工业废水的生物处理与臭氧组合的浊度和颜色去除的比较。 纸浆工厂产生的废水具有毒性和抗性污染物,导致一些严重的环境问题及其颜色和浊度必须考虑符合标准(Metcalf等,2004)。 由于这些毒性化合物的高分子量,处理在顺序过程中进行,以使这些化合物更小并将其改变为可溶性物质。 虽然具有生物臭氧生物处理,但消耗的臭氧的价值显着增加,但通过这种方式,可以提高治疗质量和可回收物质的可溶解物质的值增加。 与纸浆工厂中最常见的生物处理系统相比,该治疗系统中的颜色和浊度的显着降低非常显着降低。

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