SBBR废水生物处理新工艺的研究发展及应用陈晓娟

SBBR215007SBBRSBBR。ResearchDevelopmentandApplicationofSBBRProcessCHENXiao－juanHUANGFUZhengSuzhouEnvironmentalScienceResearchInstituteJiangsuSuzhou215007ChinaAbstractThebasicprincipleandcharacteristicfeaturesofsequencingbiofilmbatchreactorSBBRanewwastewatertreatmenttechnologywereintroduced．ResearchstatusofSBBRprocessforsewagetreatmentinthedomesticandforeignwasgeneralized．SomesuggestionsforSBBRdevelopmentwereputforward．ItwasalsopointedoutthatSBBRprocesswouldbeacompetitivewastewatertreatmentprocessanditsfutureapplicationwouldbewidelypopularized．KeywordssequencingbiofilmbatchreactorSBBRwastewatertreatmentnitrogenandphosphorusremovalfillerbiofilm1978－、、。SBBRSequencingBiofilmBatchRe-actorSBRBABR1。SBBRSBRSBR2。、、、。1SBBRSBBRSBR。1．1SBBR1SBBRFig．1SBBRProcessFlowDiagram1．SBBR2．3．4．5．6．7．8．9．10．11．12．13．14．SBBRSBR5、、、、。SBRSBBR3。1．2SBBRSBBR。SBBRSBBR4SBBR、SBBR、5。2SBBRFig．2SBBRProcessofthreeTypes1．3SBBRSBBR6SBBR。·13·201139232SBBRSBBR、pH、。2．1pHSBBR20～30℃20～40℃。pHpH7．0～7．87．7～8．1pH7．0～7．5pH。pH6．08．0。7、8SBBR21～35℃。925～27℃pH7．2～7．6SND。2．2SBBRDO。10SBBRDODOSBBRDO2．8～4．0mg/L67%。11。。2．3SBBRSBBR12。13SBBRSBBR、、。HoyunJoeng14SBBR。SBBR。2．4C/N/PSBBR。15。COD/TKN=10～15COD∶N∶P200～300∶5∶1100∶5∶116。8ρC/ρNSBBRSNDρC/ρN5～885%TN80%。17—SBBR4C/N－SBBRC/NCOD、TN、NH3－NNO3－N6～10∶1。2．5SBBR18SBBRSBRSBBR4．0×104mg/LSBBR1．5×104mg/LNO－2－NSBBR1．5×104mg/LTN60%＞3．0×104mg/L。19。SBBR。SBBR。3SBBRSBBRSBBRSBBR、SBBR。3．1SBBRSBR。C．Chang20SBBRABS－－。SBBR//TN2．3～11．3mg/LTN87．9%～94．3%0～0．3mg/L99．6%～99．8%。21SBBR8hDO2mg/L20dCODBOD591．5%92．5%90．6%SS90%。SBBR。3．222SBBR。32±0．4℃58d33dSBBR95%。23MAPSBBR、CODCr99．6%94．0%NH+4－NCODCr99．3%87．1%。3．324、、15%。G．Pastorelli25MBSBBRMovingbedsequencingbiofilmbatchreactor。SND。MBSBBR。3．4H．P．Kaballo26SBBRp－PCSBBR。·23·20113923p－CP。12min32%。A．Wobus27SBBR4－110mg/LMCPSBBR6h8h99．5%。SBBR28。3．5、、SVenkataMohan29SBBRBOD/COD0．30．92、1．50、3．07、4．07kgCOD/dCOD88．05%、78．68%、56．67%、55．00%BOD588．89%、84．21%、76．00%、75．45%。。SBBR。D．M．White30。24h20mg/L0．5mg/L1∶1NH3－N。SBBR、、SBBR。4SBBR4．1SBBR、。1、2、、、3、、4、。4．21、2SBBR3SBBR4、。5。、。、、。SBBRSBR。SBBR。1．SBRJ．200122358－61．2IRVINERLWILDERERPAFLEMMINGHC．Controlledun-steadystateprocessesandtechnologiesanoverviewJ．WatSciTech19973511－10．3．SBBRJ．2006161147－148．4IRVINERL．PreliminarystudiesonthegranularactivatedCarbon－sequencingbatchbiofilmreactorJ．EnvirProg199710282－289．5．SBBRN．200814064－68．6．SBBRJ．20082895－9．7．SBBRJ．200835626－2941．8．SBBRJ．20091327－3034．9．SBBRJ．2083941－5．10．DOSBBRJ．2009320816－19．11．SBBRJ．200824572－76．12．SBBRJ．20082895－9．13．SBBRJ．2010383133－135167．14HoyunJoengEuisoChoietal．PracticalAspectsOfNitrogenAndPhosphorousRemovalWithFloatingMediaSBBJ．R．Journayofen-vironmentalscienceandhealth200338102135－2145．15．M．20055－9．16．J．2008B1022－24．17．C/N－SBBR2007276843－844．18．SBBRSBRJ．2009092603－2608．19WILDERERPAIRVINERLGORONSZYMC．SequencingbatchreactortechnologyM．LondonIWAPublicating2001．20ChangCChenHHuangCetal．Usingsequencingbatchbiofilmre-actorSBBRtotreatABSwastewaterJ．Wat．Sci．Tech．2000414－5433－440．21．SBBRJ．20082111519－1523．22．SBBRJ．200626155－60．23．MAP－SBBRJ．200624114－17．24．J．200622377－79．94·33·201139232．6725mL3．00mL25mL1cm1EPASW－846CMDL=3．143δδ7CMDL=0．010mg/L。1δ/%0．0030．460．0030．460．0030．460．0040．500．0040．500．0050．550．0040．500．332．75g100mL3h500mL100mL8mL10%2．5mL150mL。150mL250mL6．00mL25mL3．00mL60℃3min412nm。2。20．21%～0．84%＜5%。《》。2/mg/LRSD/%17．380．843．880．308．910．5332．000．2133．00mL60℃3min。0～1．6mg/Ly=0．2142x－0．00690．9988。6．43×103L/mol·cm0．010mg/L。1．J．200631154－57．2．J．200414163－64．3．J．200319432－35．4．J．1993139－41．5．J．2009101069－72．6．J．1999854－55．7．J．－2008445檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵472－473．3325PastorelliGCanzianiRPedrazziLetal．PhosphorusandnitrogenremovalinmovingbedsequencingbatchbiofilmreactorsJ．Wat．Sci．Tech．1999404－5169－176．26KaballoHP．Shockloadingmanagementwiththesequencingbatchbio-filmreactortechnologyJ．Wat．Sci．Tech．199735135－40．27WobusARoskeI．Reactorswithmembrane－grownbiofilmstheirca-pacitytocopewithfluctuatinginflowconditionsandwithshockloadsofxenobioticsJ．Wat．Res．2000341279－287．28KolbFRWildererPA．Activatedcarbonsequencingbatchbioflimre-actortotreatindustrialwastewaterJ．Wat．Sci．Tech．1997351169－176．29．SBBR“”J．200834810－12．30WHITEDM．TreatmentofcyanidewasteinasequencingbatchbiofilmreactorJ．WatRes1998321254－257．·49·20113923