Photocatalytic removal of environmental pollutants by bismuth oxyhalide
QUAN Fengjiao1,2， SHI Yanbiao3， SUN Hongwei2， SHEN Wenjuan1， LI Jianfen1， JIA Falong2， ZHANG Lizhi2
(1.School of Chemical and Environmental Engineering， Wuhan Polytechnic University， Wuhan 430023， China；2.Institute of Environmental & Applied Chemistry， College of Chemistry， Central China Normal University， Wuhan 430079， China；3.School of Environmental Science and Engineering， Shanghai Jiao Tong University， Shanghai 200240， China)
Abstract：Bismuth oxide-based semiconductor materials possess a unique layered structure with alternate [Bi2O2]2＋ and [Cl2] layers， and an adjustable band gap， showing superior performance and great potential in the solar-light-driven environmental pollutants removal. On account of the relevant research progress of others and our latest research results， the research results on the photocatalytic removal of environmental pollutants with bismuth oxyhalide (bismuth oxychloride， bismuth oxybromide and bismuth oxyiodine) are summarized， mainly including the fabrication and modification strategies of bismuth oxyhalide photocatalytic， and the application of these new materials in the fields of heavy metal ion removal， organic pollutant degradation and air purification. Finally， the prospect of the research of bismuth oxyhalide photocatalytic material in the field of environmental pollution control are proposed.
2021, Vol. 55 
