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Design criteria for semi-central sanitation with low pressure network and membrane bioreactor - the ENREM project

机译:低压网络和膜生物反应器的半中央卫生设计标准-ENREM项目

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MBR-technology is able to fulfil similar or even higher standard for nutrients removal than conventional activated sludge processes. This paper presents the optimisation of the membrane bioreactor technology, together with a low pressure sewer, to equip a remote and yet unsewered area of Berlin requiring high quality wastewater treatment. The hydraulic flow pattern of the entire system has to be studied carefully due to the small collection system ( no time delay between wastewater discharge and treatment to minimise the daily profile). The pollutant concentrations in the wastewater exhibit also stronger variations. In order to flatten out the hydraulic and load profile, and therefore to reduce the size of the biological reactor and the membrane surface, a buffer tank was installed before the MBR-plant. A full analysis of the influent hydraulic flow and wastewater characterisation is provided for the demonstration MBR-plant.
机译:与传统的活性污泥工艺相比,MBR技术能够满足相似甚至更高的营养去除标准。本文介绍了膜生物反应器技术的优化,以及低压下水道,以装备需要高质量废水处理的柏林偏远而未下水道的地区。由于收集系统小(必须在废水排放和处理之间没有时间延迟以最小化日常状况),因此必须仔细研究整个系统的液压流动模式。废水中的污染物浓度也表现出更强的变化。为了使水力和载荷分布曲线变得平坦,从而减小生物反应器和膜表面的尺寸,在MBR装置之前安装了一个缓冲罐。为示范MBR工厂提供了对进水水力流量和废水特性的全面分析。

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