摘要
该项目采用的强化OHR微纳米曝气技术和碳纤维生态草相结合的创新工艺,对河流水生态提升过程进行了实践探索。君兰河在经过原位治理后水质得到了明显提升,水中氨氮等的污染指标显著下降,水体从地表劣V类水达到V类水质的标准。该技术的成功应用为河流水生态的治理与恢复提供了良好的示范,未来有望得到进一步的推广和应用。
In this project,an innovative process of strengthening OHR micro-/nano-aeration technology and carbon fiber ecological grass was carried out in order to explore the process of river ecology improvement.The water quality of Junlan river has been significantly improved after an in-situ treatment process,and some pollution indexes in the water decreased significantly.The current water quality of Junlan river is better than class V of surface water quality standard.The successful application of this technology provides a good demonstration for river ecology management,which is expected to be further spread and applied in near future.
作者
张桐
赵航
马林
王香莲
陈彤
胡清
ZHANG Tong;ZHAO Hang;MA Lin;WANG Xianglian;CHEN Tong;HU Qing(School of Environmental Science and Engineering,Southern University of Science and Technology,Shenzhen,Guangdong Province,518055 China;Engineering Technology Innovation Center(Beijing)of South University of Science and Technology,Beijing,100083 China)
出处
《科技资讯》
2021年第10期1-5,共5页
Science & Technology Information
基金
深圳市科技计划项目《水2017006城市河流生态构建与水环境安全保障集成技术研发》(项目编号:JSGG20171012102620854)。
关键词
水生态
微纳米曝气
碳纤维
生态浮岛
Water ecology
Micro-/nano-aeration
Carbon fiber
Ecological floating island