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Estimating removals of contaminants of emerging concern from wastewater treatment plants: The critical role of wastewater hydrodynamics

机译:估算废水处理厂中新出现的污染物的去除量:废水流体动力学的关键作用

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摘要

Accurate data is needed to evaluate the capacity of wastewater treatments plants (WWTPs) to remove contaminants of emerging concern (CECs). The variability of CEC removals reported in the literature has raised questions about the methods used to estimate removals. In this study, we used the recently proposed “fractionated approach” to account for the influence of hydrodynamics in WWTPs and applied this method for estimating the removal of 23 target CECs. [...] On the other hand, the activated sludge treatment unit at both WWTPs removed most target CECs at >70%. This study expanded the application of the fractionated approach to compare the hydraulics of two treatment trains of different configurations, including primary and secondary treatment. It demonstrated the sensitivity of the method to account for variations between the different treatment units. Reliable removals of an extended list of CECs in primary and secondary treatment were also provided in this study.
机译:需要准确的数据来评估废水处理厂(WWTP)去除新兴关注污染物(CEC)的能力。文献中报道的CEC去除量的可变性引发了有关估计去除量的方法的疑问。在这项研究中,我们使用了最近提出的“分馏方法”来考虑水动力学在污水处理厂中的影响,并应用该方法来估算去除23个目标CEC的方法。另一方面,两个污水处理厂的活性污泥处理装置去除了大多数目标CEC的比例> 70%。这项研究扩展了分馏方法的应用,以比较两种不同配置的处理系统的液压系统,包括一次和二次处理。它证明了该方法解决不同治疗单元之间差异的敏感性。在这项研究中,还提供了可靠去除主要和次要治疗中大量CEC的信息。

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