人工湖水质监测数据对治理方案的影响探讨  

Discussion on the Influence of Artificial Lake Water Quality Monitoring Data on the Treatment Plan

作　　者：王磊 WANG Lei(Baoshan Environment Monitoring Center,Shanghai 201901,China)

机构地区：[1]上海市宝山区环境监测站,上海201901

出　　处：《广州化工》2020年第12期99-100,127,共3页GuangZhou Chemical Industry

摘　　要：从环境监测数据出发,选择上海某高校人工湖环境监测数据进行分析,选择了浊度、悬浮物、叶绿素-a、溶解氧、颗粒粒径分布作为分析指标。结果表明:悬浮物与浊度之间未存在相关性;夜间测定溶解氧数据更能反映人工湖的真实溶解氧数据;平均浊度51.1 NTU、夜间平均DO 1.14 mg/L、叶绿素-a平均浓度116.6μg/L表明本人工湖仍需要通过浊度/叶绿素-a分离、提升人工湖溶解氧两个手段维持人工湖的水质,为后续水质监测和治理方案奠定了分析基础。According to ordinary monitoring data,one artificial lake in Shanghai was chosen as research sample.Parameters of turbidity,suspended solid,chlorophyll-a,dissolved oxygen and particle diameter contribution were analyzed.The results showed that non relationship between SS and turbidity was inspected.The DO in night could be the true demand for artificial lakes.The average of turbidity,DO in night and chlorophyll-a were 51.1 NTU、1.14 mg/L and 106.6μg/L respectively,which demonstrated that the artificial lake should be recovered the water quality by turbidity/chlorophyll-a separation and DO promotion.The research conclusions could support robust evidence for sequent monitoring and treatment technologies.

关 键 词：人工湖 水质监测 溶解氧 浊度 叶绿素-A 水质维持和治理 

分 类 号：X832[环境科学与工程—环境工程]