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Abatement efficiency of municipal wastewater treatment plants using different technologies (Orbetello Lagoon, Italy)

机译:使用不同技术的市政污水处理厂的减排效率(意大利奥尔贝泰洛泻湖)

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摘要

Two small-scale municipal wastewater treatment plants (Neghelli and Terrarossa) discharging effluents into a lagoon of great environmental interest and highly stressed by tourism (Orbetello, Italy) were monitored over the year 2001. We evaluated plants' performances developing a general efficiency indicator of removal to select the suitable purification technology (activated sludge, Neghelli vs. rotating biodisc reactor, Terrarossa).rnUnexpected, conventional technologies (activated sludge) had best performances (84% vs. 62%) with higher removal efficiencies for dissolved nutrients producing, on average, better final effluents. Even if Terrarossa showed a great improvement in summertime, during winter it seemed to be considerably affected by sea aerosol. Before the final discharge in lagoon, effluents were phytodepurated in a pond to reduce their nutrient load. Although data showed that the pond had further abatement efficiency over 80%, final outlet water represented a dangerous input for the lagoon ecosystem.
机译:2001年,对两个小型市政污水处理厂(Neghelli和Terrarossa)进行了排放监测,该污水处理厂将废水排入对环境有重大影响并受到旅游高度压力的泻湖(意大利Orbetello)。去除以选择合适的纯化技术(活性污泥,Neghelli与旋转式生物盘式反应器,Terrarossa)。出乎意料的是,常规技术(活性污泥)具有最佳的性能(84%比62%),具有更高的去除效率,可生产溶解性养分。平均而言,最终废水更好。即使Terrarossa在夏季表现出很大的改善,但在冬季,它似乎也受到了海洋气溶胶的很大影响。在泻湖最终排放之前,将废水在池塘中进行植物净化,以减少其营养负荷。尽管数据显示池塘的减排效率超过80%,但最终的出水代表了泻湖生态系统的危险输入。

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