摘要
基于安装便捷、绿色美观、能源自给等理念,针对河道周边无法截污纳管的排污口问题,构建了太阳能浮动式原位净化槽系统。利用该系统装置应用于上海市青浦区某河道排污口试验,试验周期为30 d,在水力停留时间约30.86 h的情况下,排污口污水中COD_(Cr)、NH_3-N、TP及浊度的平均去除率分别达到38.75%、51.73%、31.02%及46.81%。
Without wastewater intercepting and collecting into the pipes for river drainage outlet, an in-stiu solar floating purification tank system was built based on the installation of convenient, green and beautiful, energy self-sufficiency and other concepts. And it was used in river drainage outlet test in Qingpu District, which lasted for 30 day-s. Under the circumstance of hydraulic retention time of about 30. 86 h, the average removal rates of CODcr, NH3-N, TP and turbidity in effluent reached 38.75%, 51.73%, 31.02% and 46.81%, respectively.
作者
韩国胜
黄志金
郭萧
薛露肖
万梅梁
Han Guosheng;Huang Zhijin;Guo Xiao;Xue Luxiao;Wan Meiliang(Shanghai Ting Ying Environmental Protection Technology Co.,Ltd.,Shanghai 201707,China;Shanghai Hong Bo Project Consuhing ＆ Manage Co.,Ltd.,Shanghai 201707,China)
出处
《净水技术》
CAS
2018年第10期101-104,共4页
Water Purification Technology
基金
上海市水务局科技委科研计划项目(沪水科2016-02)
中心城区雨水泵站放江排放口削减关键技术研究(沪水科2017-11)
关键词
原位净化槽
河道排污口
能源自给
in-situ purification tank
river drainage outlet
energy self-sufficiency
