井盖渗漏实地研究

Scott Lowe
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引用次数: 0

摘要

井盖泄漏会增加卫生下水道系统的流入量。这些井盖是下水道系统中最容易接触到的部件,因此可能是最便宜的维修或改造方法,以减少污水流入。然而,目前有关井盖渗漏的数据很少,无法评估这种方法的成本效益,也没有实地数据。因此,我们对井盖渗漏情况进行了多年的实地研究。对纽约市及周边城镇的 250 个沙井进行了测试。这项研究的一个重要实地观察结果是,盖板和边缘之间通常会形成一个灰尘和砂砾密封圈。这种密封对渗漏率影响很大。因此必须进行现场测试,而且测试方法必须保持这种密封性。由于灰尘和砂砾密封的存在,大约 80% 的沙井在测试中没有出现渗漏。另有 15% 的沙井出现缓慢渗漏。只有 5% 出现严重渗漏。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A field study of manhole cover leakage
Leaking manhole covers add inflow to sanitary sewer systems. These are the most accessible components of the sewer system, and so potentially the cheapest to repair or modify, to reduce inflow. There is, however, very little data regarding manhole cover leakage available to evaluate the cost–benefit of such an approach, and there is no field data. So, a multi-year field study of inflow was conducted. Two-hundred and fifty manholes in New York City and surrounding towns were tested. A key field observation in this study was that a dust and grit seal typically built up between the cover and the rim. This seal had a big impact on leakage rates. This made testing in-situ a necessity, and the test method had to preserve this seal. Due to the presence of the dust and grit seal, approximately 80% of the manholes tested showed no leakage. A further 15% had slow leaks. Only 5% had significant leaks.
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