光电催化耦合生物电化学技术去除VOCs研究进展  

Research progress on removal of volatile organic compounds by photoelectrocatalysis combined with bioelecetrochemical technology

作　　者：李东子 柳丽芬[2] LI Dongzi;LIU Lifen(School of Environmental Science and Technology,Dalian University of Technology,Dalian 116081,China;School of Chemical Engineering,Ocean and Life,Dalian University of Technology,Panjin 122441,China)

机构地区：[1]大连理工大学环境学院,辽宁大连116081 [2]大连理工大学化工、海洋与生命学院,辽宁盘锦122441

出　　处：《化工环保》2024年第3期307-318,共12页Environmental Protection of Chemical Industry

基　　金：国家自然科学基金项目(22276026)。

摘　　要：通过研发和应用高活性单原子催化剂,整合生物电化学和光电催化作用,光电催化耦合生物电化学技术实现了气-液一体化和高效低碳的VOCs净化处理。本文综述了光电催化、微生物燃料电池产电驱动阴极光电耦合催化去除VOCs,以及复合亚纳米高效催化剂研发方面的创新成果,对光电催化与生物电化学联合治理VOCs的技术优势、应用前景以及所面临的机遇和挑战进行了深入探讨。Through the development and application of high-activity single atom catalysts,photoelectrocatalysis combined with bioelecetrochemical technology integrated bioelectrochemical and photoelectrocatalysis effects and achieved gas-liquid integration and efficient and low-carbon purification treatment of volatile organic compounds(VOCs).The research innovation on the removal of VOCs by photoelectrocatalysis,the removal system of VOCs by cathodic photoelectrocatalys is driven by electricity from microbial fuel cells,and the composite efficient sub-nanocatalyst were reviewed.In addition,the technical advantages,prospects,and challenges/opportunities of photoelectrocatalysis combined with bioelecetrochemical technology in the removal of VOCs were discussed.

关 键 词：VOCS 光电催化 微生物燃料电池 亚纳米催化剂 

分 类 号：X51[环境科学与工程—环境工程]