“双碳”战略下构建面向未来气候适应型城镇排水系统

城市森林建设：选择适应当地气候的大型乔木，增加碳汇 #生活技巧# #园艺绿化建议# #绿色空间规划#

[1]刘智晓,刘龙志,吴凡松.“双碳”战略下构建面向未来气候适应型城镇排水系统[J].中国给水排水,2024,40(8):1-10.
　LIUZhi-xiao,LIU Long-zhi,WU Fan-song.Construction of Future Climate Adaptable Urban Drainage System under the “Dual Carbon” Strategy[J].China Water & Wastewater,2024,40(8):1-10.

点击复制

“双碳”战略下构建面向未来气候适应型城镇排水系统

中国给水排水[ISSN:1000-4062/CN:12-1073/TU] 卷: 第40卷 期数: 2024年第8期 页码: 1-10 栏目: 出版日期: 2024-04-17

Title: Construction of Future Climate Adaptable Urban Drainage System under the “Dual Carbon” Strategy 作者: （1.中国市政工程华北设计研究总院有限公司，天津 300381；2.清华大学 环境学院， 北京 100084；3.长江生态环保集团有限公司，湖北 武汉 430014） Author(s): LIU　Zhi-xiao1， LIU Long-zhi2，3， WU Fan-song1 （1. North China Municipal Engineering Design ＆ Research Institute Co. Ltd.， Tianjin 300381，China； 2. School of Environment， Tsinghua University， Beijing 100084，China； 3. Yangtze Ecology and Environment Co. Ltd.， Wuhan 430014， China） 关键词: 极端降雨事件;  城镇排水系统;  韧性;  低碳;  智慧流域;  实时控制 Keywords: extreme rainfall events;  urban drainage system;  resilience;  low-carbon;  smart watershed;  real-time control 摘要: 城市水安全是城市安全的基石和生命健康维系的基础，排水系统是链接人类生命健康与水环境、清洁供水和生活排泄物最终去向的纽带。在梳理排水系统发展历史基础上，分析了古代（基于水利用）、近代（卫生驱动型）、现代（水质与水量驱动型）三个不同历史时期排水系统的特点，总结了污水生物处理阶段性总体技术特征；针对全球气候变暖导致的极端降雨日趋增多、“双碳”战略等外部环境的约束，分析了传统城镇排水系统面临的挑战，在此基础上提出了构建面向未来气候适应型可持续城市排水系统，以实现现代排水系统从水质与水量型向气候适应型的转变。同时分析了流域视角下气候适应型排水系统的“Safe & SuRe”准则，介绍了以气候变化模型模拟及预测为基础的“降尺度”总体技术路线及理念，以及实现流域不同尺度上的技术及管控协同、资源源头转向能源化和资源化、智慧流域视角下实时控制系统等应对策略及路径。 Abstract: Urban water security serves as the foundation of urban security and the basis of life and health maintenance. The drainage system acts as the crucial link between human life and health and water environment, clean water supply and the management of domestic waste. By examining the development history of drainage system, this study analyzed the general characteristics of the drainage system in three historical periods: ancient drainage system based on water utilization, modern drainage system with sanitary driving type, modern drainage system with water quality and quantity driving type. And then，the overall technical characteristics of sewage biological treatment stages were summarized. With the increasing extreme rainfall frequency due to global warming and the external environmental constraints such as the “dual carbon”strategy, the challenges of the traditional urban drainage system were analyzed. In response, it is suggested to construct a sustainable urban drainage system oriented to future climate adaptation， and to achieve the functional transformation for modern drainage system from water quality and quantity oriented to climate adaptive systems. The “Safe & SuRe” criteria for constructing climate adaptable drainage system from a watershed perpective was analyzed. And the “downscaling” overall technical route and concept based on climate-driven model simulation and prediction were introducted. Additionally, pathways for achieving basin coordination, converting resource source to energy and resource utilization, and implementing real?time control system from the perspective of smart basin were also proposed.

更新日期/Last Update: 2024-04-17

网址：“双碳”战略下构建面向未来气候适应型城镇排水系统 https://www.yuejiaxmz.com/news/view/440252

相关内容

气候适应型城市建设试点深化
北京将加强城市气候适应性建设，着力推进气候科技成果落地
气候变化背景下，城市建筑如何适应更多变的它？
生态环境部谈适应气候变化 力争2035年建成气候适应型社会
筑土分享丨全球变暖下城建与气候的“适应性法则”
城市气候变化适应策略：智慧城市在气候变化应对中的重要作用1.背景介绍 气候变化是全球性的问题，它对地球的生态系统产生了深
城市游憩绿地小气候适应性设计策略解析
气候适应性设计策略.pptx
气候适应性设计策略
推动绿色低碳转型 中国加快构建现代能源体系

随便看看