摘要
2018年10月至今,抚州市临水河口频繁出现水质污染物超标现象。为快速准确确定临水河口断面水质污染物超标原因,选择在临水河口上游8个断面布设了水质自动监测微型站,实时收集统计河道断面主要污染物的数据,为提升地表水环境的监测效果和监测质量,实现临水河流域污染问题的溯源和长期自动监控提供科学依据。本文通过对临水河流域水质污染物超标实例的分析,探讨地表水自动监测微型站的应用意义及未来发展趋势。
From October 2018 to present,the water quality pollutants exceeded the standard frequently in the Linshui River Estuary of Fuzhou city. In order to quickly andaccurately determine the cause of excessive water quality pollutants in the Linshui Riverestuary section, 8 sections in the upper reaches of the Linshui River estuary were selectedto set up automatic water quality monitoring micro-stations to collect statistics on the mainpollutants of the river section in real time, in order to improve the monitoring effect ofthe surface water environment and monitoring quality, and provide scientific basis for thetraceability and long-term automatic monitoring of pollution problems in the Linshui RiverBasin. In this paper, the application significance and future development trend of surfacewater automatic monitoring micro-stations are discussed through the analysis of examples ofwater pollutants exceeding the standard in the Linshui River Basin.
作者
黄燕
郝国荣
李帆
Huang Yan;Hao Guorong;Li Fan(Fuzhou Environmental Protection Research Institute,Fuzhou 344000,China;Le'an Ecological Environment Bureau of Fuzhou City,Fuzhou 344000,China;Lichuan Ecological Environment Bureau of Fuzhou City,Fuzhou 344000,China)
出处
《皮革制作与环保科技》
2020年第15期30-34,共5页
Leather Manufacture and Environmental Technology
关键词
临水河口
水质
自动监测
微型站
Linshui estuary
water quality
automatic monitoring
micro-station