北京市农村回撤供水情况及建议通知

Junling Wang, Yajun Zhang, Wei Han, Huizhen Wang, Junqi Li
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引用次数: 0

摘要

本文对北京市农村供水系统的现状进行了分析。根据调查和统计数据,确定了综合生活用水量在30 ~ 120 L/cap之间。我在北京农村地区。大多数村庄都开发了地下水供居民使用。在拥有地表水水源的村庄中,超过97%的村庄存在污染问题。在已建管道的村庄中,超过81%的村庄供水管道系统老化或腐蚀,管道部分甚至严重泄漏。29.5%的村庄拥有分散式供水系统,70.5%的村庄拥有集中式供水系统。集中供水系统服务率达到78.7%的村,自来水利用率为95.7%,97%以上的村水质不符合《生活饮用水卫生标准》的要求,水质不稳定问题有待解决。如果要制定改造和改善策略,就需要重点关注水源、配水系统、供水方式、水质和水压。它将指导北京市农村供水系统的改造和改善。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Notice of RetractionWater Supply Situation and Suggestion on Rural Area of Beijing
This paper analyze of the present situation of the water supply system in the rural area of Beijing city. Based on the investigation and statistical data, it was established that integrated domestic water consumption ranged between 30 and 120 L/cap.d in Beijing rural area. Most of the villages had developed underground water for residential use. More than 97% of the villages that had a surface water source had a contamination problem. More than 81% of villages with a constructed pipeline had an aged or corroded water supply pipe system, along with partial or even serious pipe leaks. 29.5% of all the villages have a decentralized water supply system and 70.5% have a centralized water supply as well. The centralized water supply system service rate reaches 78.7% of villages in all, and the tap beneficial rate is 95.7% The water of above 97% villages does not meet the requirements of the Drinking Water Sanitation Standard, thus the problem of the instability of water quality should be addressed. If a reconstruction and improvement strategy were to be made, the water source, water distribution system, water supply mode, water quality and water pressure would be highlighted. It will guide the way to water supply system reconstruction and improvement of villages in Beijing.
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