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• W3216456087 endingPage "100650" @default.
• W3216456087 startingPage "100650" @default.
• W3216456087 abstract "Photocatalysis has been extensively studied due to its potential ability to avoid the excessive use of chemical reagents and reduce the energy consumption by employing solar energy. Moreover, to alleviate the reduction in the membrane permeation selectivity, separation efficiency, and membrane service life caused by the emerging micro-pollutants and membrane fouling, membrane technology is often coupled with microbial, electrochemical, and catalytic processes. However, although physical/chemical cleaning and membrane module replacement can overcome the inherent limitations caused by membrane fouling and other membrane separation processes, high operating costs limit their practical applications. In this review, common preparation methods for TiO2 photocatalytic membranes are described in detail, and the main approaches to enhancing their photocatalytic performance are discussed. More importantly, the mechanism of the TiO2 photocatalytic membrane antifouling process is elucidated, and some applications of photocatalytic membranes in other areas are described. This review systematically outlines future research directions in the field of photocatalytic membrane modification, including metal and non-metal doping, fabrication of heterojunction structures, control over reaction conditions, increase in hydrophilicity, and increase in membrane porosity." @default.
• W3216456087 created "2021-12-06" @default.
• W3216456087 creator A5006025072 @default.
• W3216456087 creator A5006077181 @default.
• W3216456087 creator A5026231812 @default.
• W3216456087 creator A5051480539 @default.
• W3216456087 creator A5054021790 @default.
• W3216456087 creator A5070439205 @default.
• W3216456087 date "2022-03-01" @default.
• W3216456087 modified "2023-10-15" @default.
• W3216456087 title "Photocatalytic and antifouling properties of TiO2-based photocatalytic membranes" @default.
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