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Testing the Performance of Pressure Sewer Systems to Reduce Wastewater Overflow

机译:测试压力下水道系统的性能以减少废水溢出

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摘要

Wastewater overflow is one of the major sources of surface water pollution. A pressure sewer system is considered to be effective for reducing wastewater overflow by controlling the operation of pump stations during different storm events. It is a challenge to control pressure sewer systems efficiently and effectively especially in a complex sewer network. In a simple, well-defined sewer network, pressure sewers are highly effective in controlling sewer overflows in the downstream network. But in a complex sewer network pressure sewer systems may, in some cases, even increase the sewage overflows due to complexity in the network and area-wide variation of wet weather response in the network. This paper reviews the pressure sewer systems in post-earthquake Christchurch. The paper examines how reliable a pressure sewer system is in reducing wastewater overflows during different storm events. Hydraulic modelling tools have been used for this research.
机译:废水溢出是地表水污染的主要来源之一。通过控制不同暴风雨期间泵站的运行,压力下水道系统可有效减少废水溢出。高效地控制压力下水道系统是一个挑战,尤其是在复杂的下水道网络中。在简单,定义明确的下水道网络中,压力下水道对于控制下游网络中的下水道溢流非常有效。但是在复杂的下水道网络中,由于网络的复杂性和网络中潮湿天气响应的区域范围变化,在某些情况下,压力下水道系统甚至可能增加污水溢流。本文回顾了克赖斯特彻奇地震后的压力下水道系统。本文探讨了压力下水道系统在减少不同暴风雨事件中减少废水溢出方面的可靠性。水力建模工具已用于这项研究。

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