[1]徐瑛,赵方方,陈灿,等.微型拦蓄盾在倒虹管冲洗中的设计与应用[J].中国给水排水,2022,38(22):96-101.
　XUYing,ZHAOFang-fang,CHENCan,et al.Design and Application of HydroGuard Mini in Inverted Siphon Flushing[J].China Water & Wastewater,2022,38(22):96-101.
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微型拦蓄盾在倒虹管冲洗中的设计与应用

中国给水排水[ISSN:1000-4062/CN:12-1073/TU] 卷: 第38卷 期数: 2022年第22期 页码: 96-101 栏目: 出版日期: 2022-11-17
Title:
Design and Application of HydroGuard Mini in Inverted Siphon Flushing
作者:
徐瑛1， 赵方方2， 陈灿3， 蔡晙雯4， Hauβmann Regina5
（1.无锡市水务集团有限公司，江苏 无锡 214061；2.杜塞尔多夫排水公司，德国；3.北京雨人润科生态技术有限责任公司，北京 100009；4.汩鸿<上海>环保工程设备有限公司，上海 201815；5.亚琛工业大学 环境工程研究所，德国）
Author(s):
XU　Ying1， ZHAO　Fang-fang2， CHEN　Can3， CAI　Jun-wen4， HAUβMANN Regina5
（1. Wuxi Water Group Co. Ltd.， Wuxi 214061， China； 2. Stadtentwaesserungsbetrieb Duesserdorf， Germany； 3. Beijing Yuren Raineco Technology Co. Ltd.， Beijing 100009，China； 4. Guhong Environmental Engineering Equipment Co. Ltd.， Shanghai 201815， China； 5. Institut für Siedlungswasserwirtschaft der RWTH Aachen University， Germany）
关键词:
倒虹冲洗;  微型拦蓄盾;  正交实验;  管网运营
Keywords:
inverted siphon flushing;  HydroGuard Mini;  orthogonal experiment;  operating and management of sewer networks
摘要:
市政污水倒虹管道在实际运行过程中极易产生淤积堵塞等问题，现有的冲洗方式已越来越无法满足城市对倒虹系统冲洗的需要，开发实用及更符合时代要求的倒虹冲洗系统己成为管网运营工作的当务之急。依托“十二五”中德水专项示范工程，通过搜集GIS等基础数据，在研究区安装新型微型拦蓄盾设备，布控水位、流速、泥深等传感器，采用正交实验设计方案，共进行了12轮冲洗实验。实验中采集了较为完整的数据，并通过分析得到了最佳倒虹自动冲洗设置参数。通过本次研究为解决倒虹管淤积问题以及管网的科学化、智能化运行管理积累了技术经验。
Abstract:
It is easy to have problems such as silting and blockage in the actual operation of inverted siphon that is unable to be cleaned by the existing flushing methods in the municipal sewer system. Thus it is urgent to develop an innovative inverted siphon flushing technology. Based on the Sino-German Water Demonstration Project under the national “12th Five-Year Plan”, this study installed a set of HydroGuard Mini flushing system in the study area, then controlled water level, flow velocity, sludge depth etc. by collecting GIS and other related data of sewer pipe, and carried out 12 rounds of flushing experiments by orthogonal experiment design. Relatively complete data were collected in the experiment, and the optimal setting parameters of the automatic inverted siphon flushing system were obtained through analysis. Through this study, technical experience has been accumulated for solving the silting problem of inverted siphon, and for intelligent operation and management of sewer networks.
更新日期/Last Update: 2022-11-17