【摘要】 电芬顿技术因其对污染物降解率高而受到关注，可用于降解含抗生素废水，但仍然存在很多不足之处。研究人员从选择或制备成本适宜、性能良好的阳极，增加阴极比表面积和提高H₂O₂产量，拓宽反应的p H范围，探究不同污染物的最适电解质，制备或添加助催化剂促进Fe²⁺再生，调节运行方式减少H₂O₂无效分解、降低电能消耗、使电芬顿技术与微生物处理联合应用降低成本等方面进行了改进，为实际应用于含抗生素废水的处理提供了参考。更多还原

【Abstract】 Electro Fenton technology has attracted attention because of its high degradation rate of pollutants.It can be used to degrade antibiotic containing wastewater,but there are still many shortcomings.Researchers have made improvements in some aspects,including selecting or preparing anodes with appropriate cost and good performance,increasing the specific surface area of the cathode and increasing the yield of H₂O₂,broadening the p H range of the reaction,exploring the optimal electrolyte for different pollutants,preparing or adding cocatalysts to promote the regeneration of Fe²⁺,adjusting the operation mode to reduce the ineffective decomposition of H₂O₂,reducing power consumption,and reducing the cost of the combined application of electro-Fenton technology and microbial treatment,which can provide some reference for practical application in the treatment of antibiotic containing wastewater.更多还原