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··。AF-SMBBＲ1112*111.0140102.100085AF-SMBBＲCODCrSSHＲT、DOCODCr。18～28℃、pH6.5～8.0、CODCr11000～15000mg/L、SS20600～26600mg/L、8dCODCr400mg/L97%SS350mg/L98%。GB8978—1996《》。AF-SMBBＲCODCrX793ADOI10.11980/j.issn.0254-508X.2017.07.0052016-12-122014PY-201401。*、。PilotExperimentofPulpingEffluentTreatmentbyUsingAF-SMBBＲCombinedProcessJINGShuang-yi1YUZhi-hao1ZHUHao-jun12*LIWei-ping1YULing-hong11．SchoolofEnergyandEnvironmentInnerMongoliaUniversityofScienceandTechnologyBaotouInnerMongoliaAutonomousＲegion0140102．Sino-DanskeCloningBeijingEnvironmentTechnologyCo．Ltd．Beijing100085*E-mailvain0692@sina．comAbstractAF-SMBBＲcombinedprocesswasusedtotreatpulpingeffluenttoinvestigatetheCODCrandSSremovaleffectwhenthisprocesswasinthestagesofbiofilmcolonizationandstablerunningafterthesuccessofbiofilmcolonizationandtoexploretheeffectsofhydraulicre-tentiontimeHＲTanddissolvedoxygenDOconcentrationonCODremovalrate．Theresultsofexperimentshowedthatundertheoper-ationconditionthatinfluenttemperaturewas18～28℃pHvaluewas6.5～8CODCrconcentrationwas11000～15000mg/LSSconcen-trationwas20600～26600mg/LhydraulicretentiontimeHＲTwas8dayseffluentCODCrmaitainedinlessthan400mg/Ltheaverageremovalratewasupto97%effluentSSwasstableinlessthan350mg/Ltheaverageremovalratewasupto98%．KeywordsAF-SMBBＲcombinedprocesspulpingeffluentCODCrremovalrate。、1。CODCrCODCr1/32。、、3CODCr。、-A-O。。AF-SMBBＲ。an-aerobicfilterAF20604·52·《》20173675、、、、。、。、、。MovingBedBiofilＲeactorMBBＲ6。SMBBＲ7。SMBBＲ、、MBBＲ、、。、、。AF-SMBBＲ、。11.1OCC。1。、CODCr、NH+4-N82。1AF-SMBBＲ1CODCr/mg·L－1NH+4-N/mg·L－1pHBOD5/mg·L－1SS/mg·L－1/mg·L－1/℃11000～150002～46～92750～366020600～266002500～350018～281.2AF、SMBBＲ。AF0.5m、2.0m1.5m3。SMBBＲ1.5m、0.6m、1.35m1m33mm。1。1.3SDC-0330mm10mm900m2/m30.90～0.95g/cm3。、、10a、。2。40%。22.170%AF9。30%AF。40%SMBBＲ。24h。HＲT3dSMBBＲ1200～1500mg/LDO2～7mg/L。N、P20mg/L、100mg/L。2.1.1AF。10。SMBBＲ。11。2.1.2AFSMBBＲ12。。38d2b。SMBBＲ·62·ChinaPulp＆PaperVol.36No.720172。5d13d、。20d、。SMBBＲ2c。2.2CODCr3。3CODCr3CODCr。4dCODCr30%。。5～20dCODCr80%。。。。21dCODCr90%。。。CODCr。2.3GB8978—1996《》。CODCr8dSMBBＲ300mg/LCODCr4。4CODCrCODCr11000～15000mg/L。CODCr500mg/LGB8978—1996《》。CODCr97%。AFAF·72·《》2017367。SMB-BＲAF。CODCr94%。13。5～2014-15。、2。2CODCr/mg·L－1NH+4-N/mg·L－1BOD5/mg·L－1SS/mg·L－1200～4000～230～60250～3102.3.1CODCr、。CODCr12500mg/LpH7.5AF0.5mg/LSMBBＲ3mg/LCODCr5。5CODCr3～10dAF、SMBBＲCODCrCODCr93.6%97.6%。。16。。。、8d。10dAF、SMBBＲCODCr。。。2.3.2CODCr。。SMBBＲCODCr6000mg/LpH6.53dCODCr6。6CODCr63～4mg/LCODCr95%。3mg/LCODCr4mg/LCODCr。SMBBＲ3～4mg/L。SMBBＲ17。。。。·82·ChinaPulp＆PaperVol.36No.72017。。2.3.3AF-SMBBＲSS7AF-SMBBＲSS。7SS98%SS350mg/L。SS。、。7SS31AF-SMBBＲOCCCODCr11000～15000mg/LSS20600～26600mg/LHＲT8d18～28℃CODCr、SSCODCr97%SS98%。GB8978—1996《》。28dCODCr15000mg/LSMBBＲDO3mg/LCODCr。3、。1LICui-cuiSHENWen-haoCHENXiao-quan．MechanismofPhoto-catalyticOxidationＲeactionandItsApplicationintheTreatmentofWastewaterfromPaperMillJ．ChinaPulp＆Paper200928865．．J．200928865．2XiaoLiangSunDaqiShiYanetal．TheDevelopmentofEffluentTreatmentTechniqueinWastepaperＲecyclingJ．TechnologyofWaterTreatment201642120．．J．201642120．3ZHAOYu-nan．CharacteristicsandTreatmentofPulping＆Paper-makingEffluentJ．ChinaPulp＆Paper201029941．．J．201029941．4WangHuiFuBin．TheCurrentStatusandDevelopmentofEffluentTreatmentMethodinWastepaperＲecyclingJ．ChinaＲesourcesComprehensiveUtilization2005221．．J．2005221．5XuXiaotianHuoLin．ApplicationandＲesearchProgressesofTreat-mentTechnologiesforPapermakingWastewaterJ．EnvironmentalProtectionofChemicalIndustry2009293230．．J．2009293230．6IvarZekkerErgoＲikmannToomasTennoetal．Anammoxenrich-mentfromrejectwateronblankbiofilmcarriersandcarrierscontainingnitrifyingbiomassoperationoftwomovingbedbiofilmreactorsMB-BＲJ．Biodegradation2012234547．7ZhongdankanglingBiotechnologyCo．Ltd．bio-membranefillerCN201330132291．6P．2013-12-04．．201330132291．6P．2013-12-04．8StateEnvironmentalProtectionAdministration．Monitoringandanaly-sismethodofwaterandwastewaterM．BeijingChinaEnvironmen-talSciencePress2002．．M．2002．9FangFang．Ｒesearchandapplicationstatusofanaerobicbiologicalfil-terJ．ChinaWaterandWastewater1999412．．J．1999412．10XuPei．TheStudyonNitrogenＲemovalinBiologicalFilterofExtraCarbonSourceforTheSecondaryEffluentofMunicipalWasterwaterTreatmentPlantD．WuhanWuhanUniversityofScienceandTechnology2011．D．2011．11YuHanqingGuGuowei．TheexperimentalstudyonthemethodofbiofilmreactorhangingmembraneJ．ChinaWaterandWastewater·92·《》20173671992313．．J．1992313．12YuanHuizhouZouYuanZhangPengetal．Treatingurbansew-agewithanaerobicMBBＲprocessJ．EnvironmentalEngineering201230130．．AMBBＲJ．201230130．13LiWeipingShiYiranZhuHaojunetal．Studyon2waysofSMBBＲtreatmentofPVCwastewaterJ．TechnologyofWaterTreatment201541495．．SMBBＲ2J．201541495．14WangZhutianYeLiangZhangXinyanetal．ApplicationofMB-BＲProcesstoUpgradingandＲeconstructionofWWTPJ．ChinaWaterandWastewater201026271．．MBBＲJ．201026271．15ZhangXingwenYangFenglinMaJianyongetal．ApplicationofFull-scaleMBBＲinTreatingLowConcentrationWastewaterJ．EnvironmentalEngineering200220512．．MBBＲJ．200220512．16HanJianhongZhaoQianZhuHaojunetal．Pretreatmentofphar-maceuticalfermentationwastewaterbySMBBＲJ．EnvironmentalProtectionofChemicalIndustry2015352169．．SMBBＲJ．2015