净水技术2024,Vol.43Issue(2) :162-167.DOI:10.15890/j.cnki.jsjs.2024.02.020

重装备工业区雨水系统联合提标改造分析

Analysis of Joint Upgrading and Reconstruction for Rainwater System in Heavy Equipment Industrial Zone

罗穆喜
净水技术2024,Vol.43Issue(2) :162-167.DOI:10.15890/j.cnki.jsjs.2024.02.020

重装备工业区雨水系统联合提标改造分析

Analysis of Joint Upgrading and Reconstruction for Rainwater System in Heavy Equipment Industrial Zone

罗穆喜1
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作者信息

  • 1. 上海浦东建筑设计研究院有限公司,上海 201206
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摘要

为应对城市化建设进程中,因河浜和绿地的开发硬化以及极端气候的频发,而加剧的已建低标准雨水强排系统的内涝频率和风险,文中以重装备工业区雨水强排系统为研究对象,充分挖掘现状雨水泵站原位扩容潜能,调整汇水分区,辅以部分工程建设等联合提标措施.提标改造可解决管网瓶颈段和泵排能力缺陷等问题,减少工程措施,降低对现状雨水系统的影响,使各雨水系统排水能力提升至5 年一遇.此外,文中提出了提标改造的技术路线,阐述了汇水分区调整、管网利用、现状泵站原位扩容、多系统联合提标等技术方案及要点.

Abstract

In response to the urbanization process,the frequency and risk of waterlogging in the existing low standard rainwater drainage system are exacerbated by the development and hardening of riverbanks and green spaces,coupled with frequent extreme weather events.This article takes the rainwater strong drainage system in the heavy equipment industrial zone as the research object,fully tapping into the potential for in-situ expansion of the current rainwater pump station,adjusting the catchment area,and supplementing it with joint standard improvement measures such as partial engineering construction,to solve problems such as bottleneck sections of the pipeline network and pump discharge capacity defects,effectively reducing engineering measures,reducing the impact on the current rainwater system,and improve the overall drainage capacity of each rainwater system to a 5-year return period.In addition,this article proposes a technical route for upgrading and renovating the standard,and elaborates on technical solutions and key points such as adjustment of catchment zones,utilization of pipeline networks,in-situ expansion of current pumping stations,and joint upgrading of multiple systems.

关键词

工业区强排系统/联合提标技术路线/汇水分区调整/泵站原位扩容/多阶段提标

Key words

industrial zone drainage system/technical route of joint upgrading/adjustment of catchment area/in-situ upgrading of pumping station/multi-stage upgrading

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出版年

2024
净水技术
上海市净水技术学会,上海市城乡建设和交通委员会科学技术委员会办公室

净水技术

CSTPCD
影响因子:0.643
ISSN:1009-0177
参考文献量8
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