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当前位置:首页 > 商业/管理/HR > 公司方案 > 电催化氧化处理难降解有机废水的研究进展刘丽丽
:1002-1124(2005)09-0033-02 电催化氧化处理难降解有机废水的研究进展刘丽丽,温 青,矫彩山,杨秀石(,150001) :。。:;;:TE992.2 :ADevelopmentofelectrochemicalcatalyticoxidationindegradationoforganicwastewaterLIULi-li,WENQing,JIAOCai-shan,YANGXiu-shi(DepartmentofChemical,HarbinEngineeringUniversity,Harbin150001,China) Abstract:Thepapersummarizestheapplicationstatusandprospectsofelectro-catalyticoxidationtechniqueinsuchorganicwastewatertreatment.Keywords:electrochemistry;catalyticoxidation;organicpollutant:2005-06-30:(1979-),,,:。 。,。,,,[1]。1 1.1 [2]。,,,、pH、,[3]。:(1)·OH,,、,;(2),;(3),,,;(4),,[4]。,””(EnvironmentFriendlyTechnology)。2060,。,,,、、,,,[5]。[6],Ti/Co/SnO2。,Ti/Co/SnO2Ti/Co/SnO2,,Co2+/Co3+Ti/Co/SnO2。[7]、SnO2/Ti,、,5~6V,,:SnO2/Ti,Sum120No.9 化学工程师Chemical Engineer 20059DOI:10.16247/j.cnki.23-1171/tq.2005.09.012COD100mg·L-1,5mg·L-1。Vlyssides[8]Ti/Pt、,。40g·L-1NaCl,0.26A·cm-21h10h。:CODCr41%93%,TOC20%80.4%,SS1%98.7%,70%99.4%,1.27312.3kW·h·kg-1。[9],。Lidia[10]Ti/PtTi/Pt/Ir。,NH3-N。Cl-,NH3-N。PbO2,:,,PbO2SnO2,。1.2 ,,。,,,[2],:(1)、:PbO2、SnO2,;(2):,;(3):,;(4):、,,。2 ,,,,,[11]。,,。,。,,。:(1)、;(2),;(3),、,;4),,。 [1] INIESTAJ,MICHAUDPA,CERISOLAG.Electro-chemicaloxidationofphenolatboron-dopeddiamondelectrode[J].EleetrochimieaActa,2001,46(23):3573-3578.[2] ,.[J].:,2003,20(3):35-36.[3] ,,,.[J].,1999,15(3):24-26.[4] ,,.[J].,2001,21(1):11-15.[5] ,,,.[M].:,2002.[6] ,,.CoSnO2[J].,2004,12(3):230-233.[7] ,.[J].,2005,11(1):101-104.[8] VlyssidesAG,KarlisPK,ZorpasAA.ElectrochemicaloxidationofNonCyanidestripperswastes[J].EnvironmentInternational,1999,25(5):663-670.[9] ,,.[J].,2003,16(3):51-54.[10] LidiaSxpyrkowicz.ElectrochemicaltreatmentoftannerywastewaterusingTi/Pt/Irelectrodes[J].WaterReaserch,1995,29(2):517-524.[11] .[J].,2004,21(1):49-53.34刘丽丽等:电催化氧化处理难降解有机废水的研究进展 20059
本文标题:电催化氧化处理难降解有机废水的研究进展刘丽丽
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