多污染物协同降解技术的应用与研究进展

关键词：多污染物协同降解；环境治理；可再生能源；跨学科研究中图分类号：X703 文献标识码：A 文章编号：1008-9500(2025)06-0137-03DOI:10.3969/j.issn.1008-9500.2025.06.039

Application and Research Progress of Multi Pollutant Collaborative Degradation Technology

YUANMingzhang,NIYou,XUXiangyong,HUBin,WANGYuan,ZHAOLin (Qingdao Research Academy of Environmental Sciences,Qingdao 266ooo,China)

Abstract:With theaccelerationof industrializationand urbanization,thecoexistenceof multiplepollutants has become anenvironmental hazard,multipolutantcollaborativedegradationtechnology hasemerged,whichcansimultaneously removemultiplepolltantsand enhance theself purificationabilityof theenvironment.Thispaper reviews three major collborativedegradationtechnologiesforpolutants,ncludingchemicalcollaborativedegradationtechnologyiological collaborativedegradationtechnology,andphysicochemicalcolaborativedegradation technology.Researchhasshownthat thecombinationtechnologyof photocatalysisandFentonoxidationcantreatprintinganddyeing wastewater,microbial fuel cellscantreatantibiotic wastewater,ultrasoundtechnologycanasistiniodegradation,ndmultiphasecatalysistechology cantreatchemical wastewater.These processs cansignificantly improve the eficiencyof pollutant degradationandreduce energyconsumptionuttheyhaveghosts,omplexuipment,ndoorsabilityInthefuture,itisceaytoelo newcatalysts,utilizerenewable energy,modify microorganisms through genetic engineering,strengthen interdisciplinary research,and promote efficient, economic and sustainable development of pollution control.

Keywords:collaborativedegradationofmultiplepolutants;environmental governance;renewableenergy;interdisciplinary study

当今社会，工业化与城市化的快速发展导致环境污染问题的日益复杂化，多污染物共存现象在大气、水体等环境介质中变得尤为突出。（剩余4291字）