欢迎，
防洪排涝是全球关注的重点，尤其在城市化进程加速和极端天气频发的背景下。国际上，相关活动和论坛频繁召开，旨在分享经验、探讨技术，并提升防洪排涝能力。城市防洪排涝国际大会，汇聚了多国院士和专家学者，共同探讨防洪排涝的实践经验和技术创新。
- 防洪标准：防洪标准的高低与防洪保护对象的重要性、洪水灾害的严重性直接相关。各国根据国情制定了不同的防洪标准，如日本对特别重要的城市要求防200年一遇洪水，而中国也颁布了国家标准GB 50201—94《防洪标准》。
- 国际活动和防洪标准的制定，有助于推动全球防洪排涝技术的进步和经验的交流，从而更好地保护人民生命财产和环境安全。
国际上防洪排涝的成功案例有以下几个：
- 北京故宫排水系统：故宫排水系统设计因地制宜，管网系统主干分明、四通八达，所有雨水最终汇入内金水河，城外还有三道防线，确保排水顺畅。
- 青岛城市排水系统：青岛的排水系统采用雨污分流的先进理念，运用严谨的德国技术建造，能有效应对强暴雨。
- 日本岩渊闸：岩渊闸是日本东京北段低洼地带的防洪设施，其闸门驱动依靠水压，避免电力中断影响，同时也成为一处风景区。
- 英国泰晤士河水闸：泰晤士河水闸是世界上第二大移动式防洪闸，平时敞开允许船只通过，洪水来临时关闭以阻止洪水进入下游。
这些成功案例展示了不同国家和地区在防洪排涝方面的智慧和成果，为全球防洪排涝工作提供了宝贵的经验和借鉴
城市防洪排涝国际大会 会议内容
城市韧性建设规划与策略
城市防洪排涝一体化管理与韧性提升
基础设施抗震韧性评价与提升
城市地下管网规划与智能优化
可恢复功能结构新体系及设计理论
海绵城市建设与城市水系统智慧管控
智能防灾减灾新技术
气候变化下城市水灾害的系统性防控
崔俊芝 任南琪 吕西林周 颖 王爱杰崔俊芝 任南琪 欧进萍 吕西林 朱合华谢礼立江 亿李焯芬欧进萍王 浩崔俊芝丁一汇赵进东黄 卫杨永斌何华武张建云侯立安曲久辉秦顺全钟登华龚晓南刘加平(西)崔 恺任南琪周绪红李建成肖绪文郭仁忠彭永臻孟建民贺克斌杨志峰谢先启岳清瑞李华军马军庄惟敏张喜刚梅洪元朱合华缪昌文王 超杜彦良聂建国胡春宏钮新强陈政清任辉启夏緦箅斥ャ军郑健龙王复明王建国吴志强陈湘生张建民邓铭江吕西林徐祖信陈军李术才徐 建李 杰冯夏庭王焰新杜修力张宗亮许唯临胡亚安高宗余王明洋唐洪武刘加平(南京)吴明红殷跃平滨曾周创兵刘汉龙何 川李清泉邢 锋李 惠高战军李兴钢赵宪忠章林伟Herbert A. Mang〈奥地利)Ahsan Kareem(美)Pol D.Spanos(美)Dimitri E.Beskos(希腊)岳荔蒟tthein Herzog〈德)Ana Deletic〈澳)Dragan Savic(英)
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China Water Supply and Drainage 2024 Water Environment Protection and Sustainable Development Conference and Shanghai Water Industry Carnival
Date: December 4-6, 2024, registration on the 4th, meeting on the 5th and 6th
Venue: Fuyue Hotel, Shanghai (208 Rongyue Road, Songjiang District, Shanghai)
Meeting Responsibilities
Wang Lingquan 13752275003 Jin Sheng 18622273726 Sun Lei 1370213519
Dear industry colleagues
With global climate change, accelerated urbanization, and rapid industrialization, water environment and water ecology issues have become increasingly prominent and have become a global focus of attention. In recent years, China's water environment governance has achieved remarkable results, but it still faces problems such as water scarcity and degradation of water ecosystems, which pose a serious threat to the sustainable development of the economy and society. Therefore, strengthening water environment protection and water ecological restoration to achieve sustainable utilization of water resources has become an important task for China's current and future development.
The report of the 20th National Congress of the Communist Party of China emphasizes the need to achieve precise, scientific, and lawful pollution control; China's 14th Five Year Plan clearly proposes to actively promote the construction of ecological civilization, strengthen ecological environment protection, and achieve coordinated development of economy, society, and ecological environment. In this context, China Water Supply and Drainage Magazine and Shanghai Horui Exhibition Service (Group) Co., Ltd. plan to hold the 2024 Water Environment Protection and Sustainable Development Conference and Shanghai Water Industry Carnival, inviting people from all walks of life to explore the sustainable development of water resources and promote the high-quality development of the water treatment industry.
1、 Host organization:
China Water Supply and Drainage Magazine Co., Ltd
Shanghai Herui Exhibition Service (Group) Co., Ltd
School of Environmental Science and Engineering, Tongji University
Industrial Environmental Protection Network
Co organizer:
China Membrane Industry Association
Guidance unit:
New Air and Water Purification Branch of China Construction Metal Structure Association
Comfort Home Branch of China Construction Metal Structure Association
Thanks to the organization:
National Health Industry Enterprise Management Association Water Purification Industry Branch
China Municipal Engineering North China Design and Research Institute Co., Ltd
Chinese Academy of Engineering
Rocket Force Engineering University
South China University of Technology
Shandong Jianzhu University Institute of Resources and Environment
College of Civil Engineering, Sichuan University of Light Chemical Technology
School of Electronic Information and Electrical Engineering, Shanghai Jiao Tong University
2、 By participating in the activity, you will gain:
♢ Directly addressing industry pain points and solutions
♢ Showcase product strength and service capabilities
Authoritative interpretation of industry policy changes
Share global successful cases and experiences
♢ Promote the expansion and exchange of industry networks
Focus on high growth hot markets
Explore potential business partners
♢ Accurately predict industry development trends
♢ Building a good government enterprise cooperation relationship
♢ Implant the corporate brand image into people's hearts
Tracking international cutting-edge technological breakthroughs
3、 Partial discussion topics:
Urban water environment governance technology and typical cases;
♢ Application of smart water management and digital twin technology;
Interpretation of water industry standards, norms, and policies;
♢ Protection and restoration of aquatic ecosystems;
Improving the quality, efficiency, and optimization of urban drainage systems;
Update of urban water system equipment;
Ensuring drinking water safety and constructing modern water plants;
♢ Collaborative process technology and engineering practice for reducing pollution, carbon emissions, and enhancing efficiency in sewage treatment;
Wastewater recycling technology and engineering practice;
Integrated operation and maintenance technology and practice of "factory network river (lake)";
Construction of pipeline network diagnosis, repair, and intelligent operation and maintenance platform;
Sponge city construction, urban stormwater management, and resilient cities;
Key elements and practices of urban water environment governance in China
Future Development Strategies and Technological Advancements for Green and Low Carbon Urban Water Management
♢ Urban water environment governance technology and typical cases
♢ Industrial park wastewater treatment strategy towards the "dual carbon" goal
New pollutants and industry-specific pollutant removal processes
Resource utilization of high salt and high concentration wastewater to achieve carbon reduction and emission reduction
Market size and development potential of commercial water purifiers
Market demand and industry development trend of household water purifiers
How to promote high-quality development of the water purification industry through quality control, research and development, and marketing
4、 Invited Guests:
Xia Guang, Deputy Director of the Ministry of Ecology and Environment of China
Peng Yongzhen Professor of Beijing University of Technology CAE Member
Dai Xiaohu, Professor at Tongji University
Xu Guoren Professor of University of Chinese Academy of Sciences Professor of Harbin Institute of Technology
Li Chengjiang, Chief Consultant Engineer of China Municipal Engineering North China Design and Research Institute Co., Ltd
Hou Li'an, Academician of CAE Member
Ren Nanqi Professor of Harbin Institute of Technology CAE Member
Ma Jun Professor of Harbin Institute of Technology CAE Member
Wu Minghong, CAE Member
Xu Yang, Chairman of the Building Water Supply and Drainage Professional Committee of the Shanghai Architectural Society
Wang Fuming, Academician of CAE Member
Hu Hongying, Professor at Tsinghua University
Zheng Xingcan, Chief Engineer of China Municipal Engineering North China Design and Research Institute Co., Ltd
Bai Guoqiang, Director of Shanghai Ecological Environment Bureau
Xu Zuxin, Academician of CAE Member
Wang Kaijun, Professor at Tsinghua University
Gao Xiang, CAE Member
Bai Xuetao, PhD Supervisor and Researcher at the Chinese Center for Disease Control and Prevention, Institute of Environment, Chinese Center for Disease Control and Prevention
Former Deputy Director, Doctor of Medicine
Report Title: Key Technical Challenges and Response Strategies for Preparing Healthy Water with New Membrane
Reported by: Hou Li'an, an environmental engineering expert, an academician of the CAE Member, a professor and doctoral supervisor of Rocket Force Engineering University. Serving as a member of the National Ecological and Environmental Protection Expert Committee, Vice Chairman of the Teaching Guidance Committee for Environmental Science and Engineering Majors in Higher Education Institutions under the Ministry of Education, Vice Chairman of the National Separation Membrane Standardization Technical Committee, and Vice Chairman of the Expert Committee for New Pollutant Control. Academician Hou Li'an has long been committed to scientific research and engineering design in the field of environmental science and engineering. He has taken the lead in proposing and successfully developing water treatment and air purification technologies and series of equipment with independent intellectual property rights in areas such as ensuring drinking water safety, decentralized point source domestic sewage treatment, and human living environment air purification, achieving multiple breakthrough and creative achievements. Received 8 National Science and Technology Progress Awards, 8 Provincial and Ministerial Science and Technology Progress Awards, as well as 8 First Prizes and 12 Second Prizes for Teaching Achievements; Obtained over 70 national patents. He enjoys special government subsidies, and has won the Ho Leung Ho Lee Science and Technology Award, the Truth Seeking Outstanding Youth Award, the National exemplary individual in Science Popularization and the National Outstanding Scientific and Technological Worker.
Report Title: Application of Collaborative Super Purification Soil and Water Co treatment Technology in the Comprehensive Restoration of River and Lake Ecology
Speaker: Zhang Yafei, Professor at the School of Electronic Information and Electrical Engineering, Shanghai Jiao Tong University, Academician of the Asia Pacific Academy of Materials Science, Changjiang Scholar Distinguished Professor, Editor in Chief of the SCI journal Nano Micro Letters (IF-21), Director of the Key Laboratory of Thin Film and Micro Technology, Ministry of Education. Research field: Integrated ecological restoration of river and lake basins (diamond nanofilm chip system); Condensed matter physics and nanoelectronic materials (diamond, graphene, carbon nanotubes, etc.); Nanoelectronic devices (semiconductor integrated circuit technology, FET, photovoltaic cells, sensors, etc.); Nanofabrication technology (nano welding, nano shearing, nano assembly, nano mask lithography, surface nano modification and passivation, etc.). Completed over a dozen scientific research projects, including 973, 863, and National Natural Science Foundation Key Projects, as well as several cutting-edge military technology projects.
Report Title: Case Study on Comprehensive Water Environment Improvement and Ecological Restoration
Reported by: Chen Feiyong, president, professor and doctoral supervisor of the Institute of Resources and Environment of Shandong Jianzhu University, foreign academician of the Japanese Academy of Engineering, Japanese construction environmental technician, Japanese river sand prevention and coastal marine technician, top talent of "one case one discussion" in Shandong Province, the Pearl River scholar in Guangdong Province, strategic expert of international scientific and technological cooperation in Shandong Province, part-time member of the East Asia Committee of the Japanese Academy of Engineering, vice chairman of the Chinese Urban Storm Flood Management and Sponge City Special Committee, and chairman of the Shandong Environmental Protection Industry Association. Academician Chen Feiyong has long been engaged in water source management and environmental protection engineering. He has led over 30 national and provincial-level scientific research projects in China and Japan, providing technical guidance and engineering design for environmental protection and ecological restoration in more than 20 countries around the world. He has also led 5 national and provincial-level environmental protection technology development projects, including the National Key Research and Development Program; After the completion of the planning, design, and water system engineering of Guangfo New World Sponge Community, which is responsible for design and construction, it is known as the "Ecological City"; Published over 100 academic papers and obtained over 60 patent authorizations. Received 7 Excellent Project Awards from the Japanese Ministry of Land, Infrastructure, Transport and Tourism, 1 Outstanding Technical Personnel Award, 1 Outstanding Publication Award from the Japanese Society of Civil Engineering, and the Outstanding Science and Technology Worker of Shandong Province in 2022.
Report title: Efficient simulation technology for urban floods based on GPU and full hydrodynamic methods
Speaker: Professor Huang Guoru, a doctoral supervisor at South China University of Technology, serves as an executive director of the Guangdong Water Resources Society, a member of the Water Resources Professional Committee of the China Natural Resources Society, a member of the Hydroelectric Energy Professional Committee of the Guangdong Hydroelectric Power Engineering Society, a member of the International Association of Hydrological Sciences, and a part-time professor at Zhengzhou University. In 2005, he was selected for the New Century Excellent Talents Support Program by the Ministry of Education, and in 2006, he was selected as a candidate for the fourth batch of the "Thousand and Ten Project" for higher education institutions in Guangdong Province. In recent years, in combination with the National Natural Science Foundation of China and the New Century Excellent Talents Support Program of the Ministry of Education, a more in-depth study has been carried out on the prediction of dry season runoff in the the Pearl River Basin, focusing on how to build a prediction model for dry season runoff on the digital platform of the basin, and a series of innovative research results have been obtained. Combined with the special fund project of the Ministry of Water Resources for public welfare industry, the formation mechanism of urban rainstorm and waterlogging and forecasting technology were systematically and deeply studied, and the urban waterlogging early warning and forecasting system based on GIS was developed. Led the research task of the national major water special project, studied the quantitative accounting method of urban and agricultural non-point source pollution load, conducted on-site observation experiments in cities and farmland, studied the initial scouring effect of urban non-point source pollution, and constructed an urban non-point source pollution load accounting model based on SWMM model and an agricultural non-point source pollution model based on HSPF model.
Report title: Study on the removal of heavy metal Cr (VI) from wastewater by modified distiller's grains biochar
Speaker: Sima Weiping, Ph.D., Vice Dean of the School of Civil Engineering at Sichuan University of Light Chemical Technology, Professor, Master's Supervisor, Expert in the Development of Service Industry in Zigong City, Deputy Director of the National Circular Economy Engineering Laboratory for Safe Treatment and Resource Utilization of Salty Wastewater, and Editorial Board Member of Energy and Environmental Protection and Journal of Environmental Science and Engineering Technology. Mainly engaged in research on water pollution control and treatment technology, small town sewage ecological treatment technology, sludge treatment, and resource utilization. Hosted and participated in 6 national and provincial-level scientific research projects, 10 municipal level projects, led over 50 horizontal scientific research projects for local governments and industry enterprises, and authorized 5 invention patents. Published over 60 academic papers in journals such as Environmental Pollution, RSC Advances, Water Science and Technology, and China Water Supply and Drainage. The research achievement of "device and method for wastewater treatment system of baffle wetland filter+lateral subsurface flow wetland bed" won the 2011 China Patent Excellence Award.
(Scan the QR code to quickly register for the Shanghai Water Industry Carnival)
Contact information of the organizing committee:
Wang Lingquan 13752275003
Jin Sheng 18622273726
Sun Lei 1370213519
组委会联系方式 ：
王领全 13752275003
金晟 18622273726
孙磊 13702113519
(扫码二维码，可快速报名 上海水业嘉年华)
八、观众及其他企业参与形式
嘉年华参与门票（可关注以下小程序注册）：
预登记听众：免费
非预登记听众：500元/人
供应商：500元/人
赞助商：免费/限5人
商务交流晚宴：
预登记听众：500元/人
非预登记听众：2500元/人
供应商：2500元/人
展台赞助商：500元/限5人
其他赞助：免费/限2人，500元/限3人
午餐：
自助：108/人天
商务套餐：58/人天
酒店住宿：
高级房：718元/间夜
豪华房：628元/间夜
九、组委会联系方式 ：
王领全 13752275003
金晟 18622273726
孙磊 13702113519
报告题目：新膜制备健康水关键技术难题及应对策略
报告人：侯立安 环境工程专家，中国工程院院士，火箭军工程大学 教授、博士生导师。兼任国家生态环保专家委员会委员、教育部高等学校环境科学与工程类专业教学指导委员会副主任委员、全国分离膜标准化技术委员会副主任委员、新污染物治理专家委员会副主任委员。侯立安院士长期致力于环境科学与工程领域的科学研究和工程设计工作，在饮用水安全保障、分散点源生活污水处理和人居环境空气净化等方面，率先提出并成功研发了具有自主知识产权的水处理及空气净化技术和系列装备，取得多项突破性成果和富有创造性的成就。获国家科技进步奖8项，省部级科技进步奖和教学成果一等奖8项，二等奖12项；获国家专利70余项。享受政府特殊津贴，曾获何梁何利科学技术奖、求是杰出青年奖、全国科普工作先进工作者和全国优秀科技工作者等荣誉。
报告题目：协同超净化水土共治技术在河湖生态整体修复中的应用
报告人：张亚非 ，上海交通大学电子信息与电气工程学院教授，亚太材料科学院院士,长江学者特聘教授，SCI期刊《Nano-Micro Letters》主编（IF-21）,薄膜与微细技术教育部重点实验室主任。研究领域：流域河湖生态整体修复（金刚石纳米薄膜芯片系统）；凝聚态物理和纳米电子材料（金刚石、石墨烯、碳纳米管等）；纳米电子器件（半导体集成电路技术、FET、光伏电池、传感器等）；纳米加工技术（纳米焊接、纳米剪切、纳米组装、纳米掩膜光刻、表面纳米修饰和钝化等）。完成973、863、国家自然科学金重点项目等十几项科研项目和几项军工尖端科技项目。
报告题目：水环境综合整治与生态修复案例分享
报告人：陈飞勇，山东建筑大学资源与环境研究院 院长、教授、博士生导师，日本工程院外籍院士，日本建设环境技术士、日本河川·沙防及海岸·海洋技术士，山东省“一事一议”顶尖人才，广东省珠江学者，山东省国际科技合作战略专家，兼任日本工程院东亚委员、中国城市雨洪管理与海绵城市专委会副主任委员，山东省环境保护产业协会会长。陈飞勇院士长期从事水源地管理与环境保护工程，在中日主持国家及省部级科研项目30余项，为全球20多个国家的环境保护和生态修复提供技术指导和工程设计，牵头在研国家重点研发计划等国家、省部级环境保护领域技术开发项目5项；负责设计施工的广佛新世界海绵社区规划设计及水系工程建成后被誉为“生态之城”；发表学术论文100余篇，获得专利授权60余项。获得日本国土交通省优秀项目奖7次、优秀技术人员奖1次，日本土木学会优秀发表奖1次，2022年度山东省优秀科技工作者。
报告题目：基于GPU和全水动力方法的城市洪涝高效模拟技术
报告人：黄国如 教授 华南理工大学博士生导师，担任广东省水利学会常务理事、中国自然资源学会水资源专业委员会委员、广东省水力发电工程学会水电能源专业委员会委员、国际水文科学协会会员、郑州大学兼职教授。2005年入选教育部新世纪优秀人才支持计划，2006年入选广东省高等学校“千百十工程”第四批培养人选。最近几年来，结合国家自然科学基金项目、教育部新世纪优秀人才支持计划项目对珠江流域枯季径流预测进行了较为深入的研究，主要探讨如何在流域数字化平台上构建枯水径流的预测模型，取得了一系列创新性研究成果。结合水利部公益性行业科研专项经费项目，对城市暴雨内涝形成机理以及预报技术进行了较为系统深入的研究，开发了基于GIS系统的城市内涝预警预报系统。主持了国家重大水专项课题的研究任务，对城市和农业非点源污染负荷定量核算方法进行了研究，通过城市和农田现场观测实验，对城市非点源污染初期冲刷效应进行研究，构建了基于SWMM模型的城市非点源污染负荷核算模型和基于HSPF模型的农业非点源污染模型。
报告题目：改性酒糟生物炭去除废水中重金属 Cr(VI)研究
报告人：司马卫平，博士，四川轻化工大学土木工程学院副院长，教授，硕士研究生导师，自贡市发展服务业专家，“含盐废水安全处置及资源化利用”全国循环经济工程实验室副主任
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