摘要
In order to study the remediation technology and effect of the black-odour water bodies,the treatment project of typical black-odour river was taken as an example,and the technical measures,such as sediment dredging,aeration,adding microbial preparation and constructing ecological floating bed,were adopted to treat and restore the water body.The results showed that the black and odorous phenomenon of the river had been basically eliminated and the water quality had been significantly improved after the 9-week operation.The highest removal rates of COD,NH3-N and TP were 82.5%,77.6%and 81.4%,respectively,and the water quality was improved from inferior class V to class IV.The engineering practice indicated that the technical scheme was feasible and could effectively remove the pollutants such as organic matters,ammonia nitrogen and total phosphorus in the water,which could provide basis and reference for the treatment project of similar black-odour water body.
In order to study the remediation technology and effect of the black-odour water bodies,the treatment project of typical black-odour river was taken as an example,and the technical measures,such as sediment dredging,aeration,adding microbial preparation and constructing ecological floating bed,were adopted to treat and restore the water body.The results showed that the black and odorous phenomenon of the river had been basically eliminated and the water quality had been significantly improved after the 9-week operation.The highest removal rates of COD,NH3-N and TP were 82.5%,77.6% and 81.4%,respectively,and the water quality was improved from inferior class V to class IV.The engineering practice indicated that the technical scheme was feasible and could effectively remove the pollutants such as organic matters,ammonia nitrogen and total phosphorus in the water,which could provide basis and reference for the treatment project of similar black-odour water body.
基金
supported by the Scientific Research Fund from the Zhenjiang Science and Technology Administration Bureau(Grant No.SH2018022)
the Qing Lan Project of the Jiangsu Provincial Education Department(Grant No.2016).
作者简介
Corresponding author:FAN Kai-qing,E-mail address:lxsfkq@163.com
