首页|光催化协同Fenton技术有效降解水中有机污染物的应用研究进展

光催化协同Fenton技术有效降解水中有机污染物的应用研究进展

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随着工业化进程的不断加快,越来越多的污染物排放造成了地表水的严重污染.科学界已经证实,高级氧化技术(AOPs)是解决严重水污染问题的有效措施.在众多的有机污染物处理方法中,光-Fenton法由于其环境友好、价格适宜和应用范围广泛,已成为一种具有吸引力的水体污染物去除替代方法.本文重点回顾了近年来光催化协同Fenton在处理印染、抗生素、多酚类难降解废水方面的主要催化氧化作用,比较和分析了当前光Fenton与单一光催化和Fenton技术的降解机理.然后提出了光Fenton技术大规模发展与应用的策略,以期为光Fenton催化领域的未来发展提供新的思路.
Research Progress of Photocatalysis-Fenton System for Efficient Degradation of Organic Pollutants
With the continuous acceleration of industrialization,more and more pollutants are discharged to cause serious pollution of surface water.The scientific community has confirmed that Advanced Oxidation Techniques(AOPs)are an effective measure to address the problem of severe water pollution.Among the many organic pollutant treatment methods,the light-Fenton method has become an attractive alternative method for removing pollutants from water bodies due to its environmental friendliness,affordable price and wide range of applications.This paper focuses on the main catalytic oxidation of photocatalytic synergistic Fenton in the treatment of printing and dyeing,antibiotics and polyphenolic refractory wastewater in recent years,and compares and analyzes the degradation mechanism of the current photocatalytic Fenton and single photocatalysis and Fenton technology.Then,the strategy of large-scale development and application of optical Fenton technology is proposed,in order to provide new ideas for the future development of optical Fenton catalysis.

photocatalysisorganic matterdegradationFenton

郭威

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兰州交通大学环境与市政工程学院,甘肃 兰州 730070

光催化 有机物 降解 Fenton

2024

山西化工
山西省煤化工发展促进中心 山西省化工学会

山西化工

影响因子:0.293
ISSN:1004-7050
年,卷(期):2024.44(6)