滆湖生态清淤工程通过排泥场设计提升尾水质量OA
The ecological dredging project of Gehu Lake improves the quality of tail water through the design of the sediment disposal site
滆湖地处长江三角洲南缘,是我国重要淡水湖泊之一,共有骨干进出河流8条,另有环湖零散小型支浜、河港多达127条.实施滆湖清淤工程,可有效提升水源地水质、恢复湖泊调蓄库容、推进水生态系统修复,实现生态环境保护与经济效益协同共赢.尾水处理是清淤疏浚工程的关键控制环节,而排泥场的设计直接关乎施工安全保障、工程质量把控、作业效率提升、尾水达标排放等多项核心目标.以滆湖二期清淤工程为例,围绕尾水处理系统的设计与施工要点展开探讨,为同类生态清淤项目提供借鉴与参考.
Gehu Lake,located on the southern edge of the Yangtze River Delta,is one of the important freshwater lakes in China.It has a total of 8 main inflow and outflow rivers,and as many as 127 scattered small tributaries and river ports around the lake.The implementation of the Gehu Lake dredging project can effectively improve the water quality of the water source area,restore the lake's regulation and storage capacity,promote the restoration of the aquatic ecosystem,and achieve a win-win situation for ecological environmental protection and economic benefits.Tailwater treatment is a key control link in the dredging project,and the design of the sediment disposal site is directly related to multiple core objectives such as construction safety assurance,project quality control,operation efficiency improvement,and up-to-standard tailwater discharge.Taking the second phase of the Gehu Lake dredging project as an example,this article discusses the key points of design and construction of the tailwater treatment system,providing reference and guidance for similar ecological dredging projects.
单体伟;马金;查晓庭;陈浩琦
江苏省水利建设工程有限公司,江苏 扬州 225127江苏省水利建设工程有限公司,江苏 扬州 225127江苏省水利建设工程有限公司,江苏 扬州 225127江苏省水利建设工程有限公司,江苏 扬州 225127
资源环境
生态清淤尾水处理排泥场围堰设计
ecological dredgingtail water treatmentsediment disposal sitecofferdam design
《江苏水利》 2026 (10)
5-8,4
评论