利用减阻聚合物消除暴雨污水系统的流量限制

V. Orel, B. Pitsyshyn, Yaryna Voron
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引用次数: 0

摘要

论证了暴雨污水管网的流量限制。审议了在紧急情况下由雨水淹没领土的可能原因和雨水管理的方法。本文研究了在雨污水管网初期安装直列雨污水储存罐和降低聚合物(DRP)的方法,以提高雨污水管网的吞吐量。建议将DRPs以溶液形式通过雨水入口或下水道人孔直接引入污水管网。介绍是从一个槽(池)中进行的,其中有一个从DRP原料制备水溶液的装置。针对一个方形(水平面)集水区,在点式排水的情况下,利用DRP对暴雨排水系统的工作进行了数值模拟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Elimination of flow rate restriction for system of storm water sewage with the help of drag-reducing polymers
The flow-rate restriction for storm sewage network is substantiated. Possible causes of flooding of territories by storm water in the case of emergency and methods of storm waters management are considered. The article is devoted to an increase in throughput of storm sewage networks with the help of in-line storm water detention tank installed at the beginning of storm sewage network and dragreducing polymers (DRP). It is proposed to introduce DRPs in the form of solution directly into the sewage network through a storm-water inlet or through a sewer manhole. The introduction is conducted from a tank (cistern) in which there is a device for preparing an aqueous solution from the raw materials of DRP. For a square (in horizontal plane) catchment, in the case of point-type water drainage, the numerical simulation of the work of a system of storm water sewage with the help of DRP has been carried out.
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