【《基于过一硫酸盐的高级氧化技术研究文献综述》2400字】

[58]自主制备块状碳气凝胶，并通过加入Co元素调控凝胶的结构，用于活化PMS降解苯酚。该研究发现，Co3O4作为碳基材料的活性位点，主要借助自由基途径对苯酚进行降解，1g·L-1的材料在60min内可降解86.7%的苯酚。该体系对一些常见的有机污染物也具有较高的降解率，反应过程中Co2+的溶出量较少，材料稳定性高，重复利用3次后底物的降解率仍可达到67.3%。参考文献AbejónR,GareaA.Abibliometricanalysisofresearchonarsenicindrinkingwaterduringthe1992–2012period:Anoutlooktotreatmentalternativesforarsenicremoval[J].JournalofWaterProcessEngineering,2015,6:105-119.RibeiroICA,VasquesICF,TeodoroJC,etal.Fastandeffectivearsenicremovalfromaqueoussolutionsbyanovellow-costeggshellbyproduct[J].ScienceoftheTotalEnvironment,2021,783:147022.ZhaoZW,WangZB,XuWB,etal.Arsenicremovalfromcopperslagmatrixbyhightemperaturesulfide-reduction-volatilization[J].JournalofHazardousMaterials,2021,415:125642.DasD,NandiBK.Arsenicremovalfromtapwaterbyelectrocoagulation:investigationofprocessparameters,kineticanalysis,andoperatingcost[J].JournalofDispersionScienceandTechnology,2021,42(3):328-337.陈保卫,LeXC.中国关于砷的研究进展[J].环境化学,2011(11):1936-1943.AbejónA,GareaA,IrabienA.Arsenicremovalfromdrinkingwaterbyreverseosmosis:Minimizationofcostsandenergyconsumption[J].SeparationandPurificationTechnology,2015,144:46-53.李春娥.含砷废水处理研究进展[J].绿色科技,2014,(5):190-192.章菲菲.含砷废水处理技术[J].中国新技术新产品,2017,000(006):111-112.SrivastavaS,SounderajanS,UdasA,etal.Effectofcombinationsofaquaticplants(Hydrilla,Ceratophyllum,Eichhornia,LemnaandWolffia)onarsenicremovalinfieldconditions[J].EcologicalEngineering,2014,73:297-301.ThathongV,TantamsapyaN,YossapolC,etal.RoleofColocasiaesculentaL.schottinarsenicremovalbyapilot-scaleconstructedwetlandfilledwithlateritesoil[J].Heliyon,2019,5(2):e01233.张磊,潘子安.废水中砷的处理技术研究进展[J].广东化工,2019,v.46;No.402(16):134+140.PadungthonS,GermanM,WiriyathamcharoenS,etal.PolymericanionexchangersupportedhydratedZr(IV)oxidenanoparticles:Areusableh