RENKe-jun,LOUShao-hua,TANGYing-dong,et al.Research and Practice on Interconnection of Sewage System in Bao’an Area of Maozhou River Basin[J].China Water & Wastewater,2025,41(2):120-126.
茅洲河流域宝安片区污水系统互联互通研究实践
- Title:
- Research and Practice on Interconnection of Sewage System in Bao’an Area of Maozhou River Basin
- Keywords:
- Maozhou River basin; sewage system; interconnection; unified scheduling; hub pumping station; emergency support; overflow pollution control
- 摘要:
- 针对城市污水系统“厂”“网”及“厂网”安全性薄弱、保障程度低的问题，以流域整体为单元，从污水总量平衡角度着手核算水量，利用枢纽泵站改造契机，结合重力流、压力流单向、压力流双向调配等模式，顺利实现流域内污水系统“上游、中游、下游”互联互通、统一调度，提升污水系统应急保障能力，减少污染溢流入河，建设安全可靠、韧性高效、环境友好和灰绿融合的城市污水系统，为超大城市可持续污水系统建设提供深圳范式。
- Abstract:
- Aiming at the problems of weak security and low security degree of the “sewage treatment plant (STP)”, “sewage network (SN)” and “STP-SN” of the urban sewage system, the water quantity is calculated from the perspective of total sewage balance by taking the whole basin as a unit. Taking advantage of the hub pumping station transformation, and combining the modes of gravity flow, one-way pressure flow, two-way pressure flow, and etc., the “upstream, midstream, downstream” interconnection and unified scheduling of the sewage system in the basin is successfully realized, thus to improve the emergency support capability of the sewage system, reduce pollutant overflow, and build a safe, reliable, resilient, efficient, environmentally friendly, and gray-green urban sewage system, which provides the Shenzhen paradigm for the construction of a sustainable sewage system in megacities.
相似文献/References:
[1]张凤山,魏俊,唐颖栋,等.流域水环境模型在茅洲河流域系统治理中的应用[J].中国给水排水,2021,37(24):100.
ZHANG Feng-shan,WEI Jun,TANG Ying-dong,et al.Application of Watershed Water Environmental Model in the Systematic Management of Maozhou River Basin[J].China Water & Wastewater,2021,37(2):100.
[2]赵思远,唐颖栋,唐晓斌,等.茅洲河流域再生水补水方案研究与实践[J].中国给水排水,2024,40(12):128.
ZHAOSi-yuan,TANGYing-dong,TANGXiao-bin,et al.Research and Practice of Reclaimed Water Replenishment in Maozhou River Basin[J].China Water & Wastewater,2024,40(2):128.
[3]钟妮倩,李一平,周玉璇,等.典型丘陵地区污水系统运行效能评估与碳源损失解析[J].中国给水排水,2024,40(17):1.
ZHONGNi-qian,LIYi-pingAN,ZHOUYu-xuan,et al.Evaluation of Operation Efficiency and Quantitative Analysis of Carbon Sources Loss in Sewage Systems in Typical Hilly Area[J].China Water & Wastewater,2024,40(2):1.
[4]林晓虎,周文明,葛卿,等.基于系统理念的污水系统提质增效整治工程实践[J].中国给水排水,2024,40(18):113.
LINXiao-hu,ZHOUWen-ming,GEQing,et al.Sewage System Quality and Efficiency Improving Practice Based on Systematic Concept[J].China Water & Wastewater,2024,40(2):113.