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Adequacy analysis of drinking water treatment technologies in regard to the parameter turbidity, considering the quality of natural waters treated by large-scale WTPs in Brazil

机译:考虑到巴西大规模污水处理厂处理的天然水的质量,饮用水处理技术在参数浊度方面的充分性分析

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摘要

This paper seeks to present a performance evaluation of large-scale water treatment plants and verify the adjustment of the treatment to the parameter turbidity of natural waters. Nonparametric and multivariate statistical tools were used to analyze raw water and treated water turbidity of a large on-line monitoring databank for the period from 2013 to 2015, from six large-scale treatment plants utilizing different technologies. Cluster analysis was able to differentiate adequately groups of treatment plants with similar raw and treated water quality. Considering the effluent turbidity as a marker parameter, the results indicated that selection of the technology to be applied must be well studied to always seek the best solution, and that other factors than only the raw water characteristics should be evaluated. It was also demonstrated that utilization of the same treatment technology does not always result in the same effluent quality, since there are many factors related to operation, maintenance, raw water variability, climatic interferences, and others.
机译:本文力求对大型水处理厂进行性能评估,并验证处理方法对天然水的浊度参数的调整。使用非参数和多元统计工具分析了六个使用不同技术的大型污水处理厂在2013年至2015年期间的大型在线监测数据库中的原水和处理水浊度。聚类分析能够充分区分具有相似原水和处理水水质的处理厂组。考虑到出水浊度作为标记参数,结果表明必须仔细研究所应用技术的选择,以始终寻求最佳解决方案,并且应评估除原水特性以外的其他因素。还证明了使用相同的处理技术并不总能带来相同的污水质量,因为存在许多与运行,维护,原水变化,气候干扰等因素相关的因素。

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