Research on Innovative Technologies for Microbial Ecological Management of Eutrophic Waters

The pollution of water bodies by eutrophication not only poses a serious threat to the ecological security of water bodies in China but also has a severe impact on the urban environment and the quality and image of the city and has become one of the urgent problems to be addressed in global water pollution control. In the case of conventional methods to control eutrophication with little success, ecological combinations of technologies have become a current research hotspot. This thesis will take typical cyanobacteria, Microcystis aeruginosa, as the research object, a micro-aeration system, activated carbon fiber, and white rot fungi for effective coupling research into a micro-aeration bio-carbon fiber enhanced treatment of eutrophication of water bodies using new methods. The implementation of the project will develop a set of innovative technologies for microbial ecological management of eutrophic water bodies that can provide new ideas for improving the city’s cityscape, upgrading the city’s image, and improving the quality of the urban water environment. It will also provide technical support for creating a beautiful place with beautiful mountains and clear water in our city and for constructing an ecological barrier on the upper reaches of the Yangtze River.