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Switching small WWTPs from extended to intermittent aeration: process behaviour and performances

机译:将小型WWTP从扩展曝气切换为间歇曝气:过程行为和性能

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摘要

The paper presents the one year results obtained by a small wastewater treatment plant (WWTP) located in a decentralized area. The plant was organized, reusing current structures, introducing an equalization tank, an anoxic selector and the alternate cycles (AC) as technology in the biological process. The experimentation data processed show the excellent quality of the effluent with high removal efficencies for all the macropollutants. Also, the anoxic selector effect allows, in the critical winter period, the decrease in the filamentous bacteria total number, a net improvement of the settling behaviour with an average solid maximum flux value of 3.8 kgMLSSm(-2)h(-1) and a good mixed liquor settleability. The alternate cycles process flexibility consents to well manage the high fluctuations of the influent loadings. The costs comparison of AC process and extended aeration confirms the sustainability of the upgrading.
机译:本文介绍了由位于分散区域的小型废水处理厂(WWTP)获得的一年结果。该工厂经过组织,重新利用了当前的结构,引入了一个平衡罐,一个缺氧选择器和交替循环(AC)作为生物过程中的技术。所处理的实验数据表明,所有大型污染物的出水水质都很高,去除效率很高。同样,缺氧选择器的作用在冬季的关键时期允许丝状细菌总数的减少,沉降行为的净改善,平均固体最大通量值为3.8 kgMLSSm(-2)h(-1)和良好的混合液沉降性。交替循环具有灵活性,可以很好地控制进水量的高波动。 AC工艺和扩展曝气的成本比较证实了升级的可持续性。

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