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Water Loss Levels from Transmission Mains In Urban Environments

机译:城市环境中传动电源的防水水平

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As aging water infrastructure and increasing water supply pressures become a fact of life in North American cities, attitudes towards leakage from water mains are changing. Water audits are becoming part of the standard operation of water utilities, and the volumes of treated water escaping from pipelines are coming under increased scrutiny. Most urban utilities now have leak detection programs to reduce leakage from their small diameter distribution mains. Until recently, however, the large diameter transmission mains have been largely overlooked, due to a lack of concrete data on how much water loss originates in these pipelines, and a lack of effective technologies for locating all leaks on such lines. New technologies engineered specifically for leak detection in large diameter water mains have now emerged on the market, and empirical data is available on actual leakage rates from large diameter mains in urban environments. This paper combines results obtained in Dallas, Philadelphia, Allentown, Montreal, and Toronto, and presents a discussion of the number of leaks, their volume, and their distribution, as well as a comparison to the expected results. Cost/benefit analysis will be presented as well when possible.
机译:随着衰老的水基础设施和增加的供水压力成为北美城市的生命事实,态度从水电源泄漏正在发生变化。水审计正在成为水公用事业标准运作的一部分,并且从管道上逃逸的处理水量正在增加审查。大多数城市公用事业公司现在具有泄漏检测程序,以减少其小直径分布主电源的泄漏。然而,直到最近,由于缺乏关于这些管道的水量损失的具体数据,因此大直径传输电源在很大程度上被忽略了,并且缺乏用于在这些线上定位所有泄漏的有效技术。在市场上出现了专门针对大直径水电源泄漏检测的新技术,并且在城市环境中的大直径电源的实际泄漏速率上提供了经验数据。本文结合了达拉斯,费城,阿伦敦,蒙特利尔和多伦多的结果,并讨论了泄漏,其体积及其分布的数量,以及与预期结果的比较。在可能的情况下,将呈现成本/效益分析。

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