安徽省江淮地区养殖行业废水排放量大，废水中有机物、氨氮、磷含量高，抗生素残留严重，迫切需要研发废水资源化处理的新技术。该项目针对江淮地区养殖行业废水的特点，拟以资源化处理技术作为突破口，研究养殖废水中碳源有机物厌氧产甲烷的铁氧化物和电刺激强化新方法，揭示不同方法的调控机制；建立养殖废水氮磷资源化回收鸟粪石和蓝铁矿的新技术；解析养殖废水资源化处理过程中抗生素污染物的迁移转化规律，发展抗生素污染物的深度处理新技术；研发养殖废水资源化处理的在线监测技术，发展动态模拟与智能调控方法；最终形成江淮地区养殖废水资源化处理的新技术核心方法，为江淮地区、安徽省乃至全国养殖行业废水资源化处理提供科学依据和技术支撑。

The discharge amount of livestock wastewater in the Jianghuai Region of Anhui Province is huge, and moreover the content of organic matter, ammonia nitrogen, phosphorus in the wastewater is high with serious antibiotic residue. Therefore, it is urgent to develop new technologies for wastewater resource treatment from livestock wastewater in the Jianghuai Region. The project is aimed at development of new enhancement methods of anaerobic digestion of livestock wastewater using iron oxides and electro-stimulation, as well as revealing the regulation mechanisms of both methods. Secondly, this project will establish new technologies for nitrogen and phosphorus resource recovery from livestock wastewater, including struvite and blue iron ore production. In addition, the migration and transformation of antibiotic pollutants during resource recovery will be investigated, and the new methods for antibiotic pollutants removal will be evaluated in this project. Moreover, this project will develop on-line monitoring technology as well as dynamic simulation and intelligent control methods for resource recovery. The results from this project would provide scientific basis and technical support for the wastewater treatment of the aquaculture industry in the Jianghuai region, Anhui Province and even the whole country.