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中国市政再生水深度处理技术研究进展OA

Research Progress in Advanced Treatment Technology of Municipal Reclaimed Water in China

中文摘要英文摘要

再生水作为城市第二水源,对缓解水资源危机、推动污水资源化利用具有重要意义.当前,各大城市加快对污水处理厂的改建或新建再生水厂,充分挖掘污水资源化利用的潜能.从再生水回用现状入手,介绍了再生水运营方式、回用水质要求,围绕再生水深度处理技术,系统梳理了各项技术的去除对象、水质净化原理、工程案例和发展方向,旨在剖析再生水深度处理技术应用的经验和存在的不足,并提出发展思路.未来再生水的工艺选取应围绕回用目标,综合考虑当地自然条件、经济发展状况、基础设施建设情况等因素;同时,加大自主研发力度,推动具有自主知识产权的再生水处理设备落地.

Reclaimed water,as the second source of water in cities,is of great significance in alleviating the crisis of water resources and promoting the utilization of sewage resources.Currently,major cities are accelerating the renovation of sewage treatment plants or the construction of reclaimed water plants,fully tapping the utilization potential of sewage resources.Firstly,this review introduced the current situation of reclaimed water reuse,the operation mode of reclaimed water,and the requirements for reclaimed water quality.Focusing on the advanced treatment technology of reclaimed water,the review systematically sorted out the removal objects,water purification mechanisms,engineering cases,and development directions of various technologies,so as to analyze the experience and shortcomings of the application of advanced treatment technology of reclaimed water and propose development ideas.Besides,the selection of future reclaimed water processes should be reuse-oriented,taking into account factors such as local natural conditions,economic development,and infrastructure construction,while strengthening independent research and development to promote the application of reclaimed water treatment equipment with independent intellectual property rights.

梁耀匀;黄潇

南京信息工程大学环境科学与工程学院大气环境与装备技术协同创新中心/大气环境监测与污染控制研究重点实验室,江苏 南京 210044

环境科学

城市污水再生水深度处理工程案例

urban sewagereclaimed wateradvanced treatmentengineering case

《人民珠江》 2024 (002)

电场耦合铁碳微电解再生水内碳源归趋及驱动反硝化机制

29-37 / 9

国家自然科学基金(42107064)

10.3969/j.issn.1001-9235.2024.02.004

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