EGSB工艺的研究进展及应用李广1

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第37卷第4期辽  宁  化  工Vol.37,No.42008年4月LiaoningChemicalIndustryApril,2008EGSB李 广1,李 晶1,任 飞2,王 雷1,庄金鹏1,毕 冬1(1.,130021;2.,130021)   : EGSB,。,,。EGSB。  : EGSB;;: X703  : A  : 10040935(2008)04026205  [1]:(1);(2),;(3),。,UASB,,,,,。UASB。LettingaG[2]UASB,,。LettingaGUASB,,———(EGSB)。1 EGSBEGSBUASB,UASB,,5~10m/h,UASB0.6~0.9m/h。EGSB1。EGSB,,。,,,,,,。,COD,()。[3]COD,。1 EGSB  收稿日期: 2007-12-18  作者简介: 李 广(1982-),男,在读研究生。2 EGSB2.1 EGSB,EGSB,EGSB。EGSB,EGSB,。[4]12.8L8.08LEGSB,。:,;,78d,,4.3kgCOD/m3·d,COD66%。,EGSB,32d,4kgCOD/m3·d,COD90%。:。M.A.Pereira[5]。M.A.Pereira37±1℃,EGSBAF,。,10,EGSB,50%,AF150,。,EGSBAF812gCOD/L·d,COD70%80%。,AF20mL/gVSSd,EGSB200h。,,,。2.2 EGSB。,COD1000mg/LBOD5500mg/L[6]。,,EGSB,EGSB。EGSB、[7]。[8]EGSB,1∶1,(HRT)2~24h,COD78mg/L,SS18mg/L,16,12,。[9](HUSB)EGSB,15℃12℃,70%COD、85%SS60%COD、77%SS。[10]600LEGSB(60%,40%、),,EGSBCODtotal70%。Salih[11]10~12℃,EGSB,COD500~800mg/L,HRT1.6h,COD90%。EGSB、。2.3 EGSB,EGSB30kgCOD/m3·d,UASB10kgCOD/m3·d。[12]EGSB,EGSB。,[13]EGSB,31~35℃,COD8200~9000mg/L,2.9m/h,42kgCOD/m3·d,COD98%。[14]EGSB,,。,800m3/d,263第37卷第4期         李 广,等:EGSB工艺的研究进展及应用         ,CODcr40000~50000mg/L,30000mg/L,。12~15kgCOD/m3·d,:EGSBCODCr50000mg/L,CODCr5000mg/L;EGSBCODCr5000mg/L,CODCr2000~2500mg/L。EGSB,CODCr91%。EGSB+(),。,[15]EGSB。5,:30±1℃,COD8000~12000mg/L,42.3kgCOD/m3·d,COD85%。2.4 EGSB,,,UASB。EGSB,,,。[16]EGSB,,。0.1276g/gSS,,。,[17](PCP)UASBEGSB。:PCP,UASBEGSBSMA50%,PCP7.9mg/L15.4mg/L。ColmScully[18],10℃,EGSB。2.5 EGSBEGSBCOD,,EGSB,。,、、[19]。[20]“EGSB-CASS”,COD36960~43128mg/L、SS6562~10904mg/L,,“EGSB-CASS”,CODSS99%。[21]EGSB-,COD8000~12000mg/L,93%COD,,COD300mg/L。[22]ABR-EGSB-SBR,:10~28℃,COD1940~28800mg/L,COD90%~98%,EGSB15kgCOD/m3d,。2.6 EGSB2.6.1 ,2090[23]。,,/,,,,[24]。EGSB[25-27]。、EGSB,,NH+4-N70~250mg/L、NO-2-N70~250mg/L、COD500mg/L,40%、98%、84%。EGSB,EGSB,EGSB,EGSB。COD,NH+4-N、NO-2-N、TN,,COD264               辽  宁  化  工               2008年4月。2.5LEGSB,120,,32~35℃,pH7.5~8.3,-150~-40mV;4.2h,4.86m/h,COD500mg/L,4.8kgCOD/m3·d1.152kgN/m3·d,COD80mg/L,、、35%、99.9%、67%。2.6.2 、,。。[28]35±1℃EGSB,,90、,7.43m3H2/m3reactor·d,6.44m3H2/m3reactor·d,H250%~56%。3  EGSB,EGSB,,,,。EGSB,,EGSB。EGSB。[1] ,.-..2006.3.[2] LettingaG,etal.Anaerobiatreatmentofsewageandlowstrengthwastewater,Proc.AnaerobicDigestion[C].Am-sterdam:ElsevierBiomedicalPress.1981.271-291.[3] ,,.EGSB..2007,33(5):170-173.[4] ,.EGSB..2001,27(3):26-30.[5] M.A.Pereira,M.Mota,M.M.Alves*.OperationofananaerobicfilterandanEGSBreactorforthetreatmentofanoleicacid-basedeffluent:influenceofinoculumquality.PROCESSBIOCHEMISTRY.37(2002):1025-1031.[6] ...:,1991.1.2.[7] ,..,2006,26(3):185-189.[8] ,,.(EGSB)..2006,45(3):353-358.[9] ,LastA.R.M.Vander,G.Lettinga...1999,15(8):19-23.[10] .EGSB.2007.(23)9:81-84.[11] Salih,Rebac,JulesB.Vanlier,PietLens.Psychrophilicanaerobictreatmentoflowstrengthwastewater.WaterScienceandTechnology,1999,39(5):203-210.[12] ...2005,(23)3:23-25.[13] ,,,.(EGSB)..2001,19(2):8-11.[14] ,,.(EGSB)..2004,22(3):14-16.[15] ,.EGSB..2007,33(4):25-27.[16] ,,.EGSB..2004,22(2):3-7.[17] ,...2002,33(5):469-472.[18] ColmScully,GavinCollins,VincentO'Flaherty*.An-aerobicbiologicaltreatmentofphenolat9.5~15℃inanexpandedgranularsludgebed(EGSB)basedbioreact-er.WATERRESE-ARCH.2006,40:3737-3744.[19] ,...2007,28(1):6-11.[20] ,,*.EGSB-CASS..2002,22(6):792-795.[21] .(EGSB)-..2004,30(1):53-55.(下转第288页)265第37卷第4期         李 广,等:EGSB工艺的研究进展及应用         (2):、、、、“”。(3),、,,。,。(4):CODCr≤100mg/L、[Cl-]≤200mg/L。[1] ..4.:,2002,210-211,82.[2] ,,.COD[J].,1998,14(4):38-40.[3] ,,.COD..2005,24,68.[4] .CODCr.,2005,3,37.DiscussiononDeterminingCODCron-lineMonitoringAnalyserHUXin(NorthwastewatertreatmentplantofShenyangProvince,110000,China)Abstract:Basedontheprecisionandaccuracyofinstrumentalmethod,relativitybetweentheinstrumentalmethodandnationalstandardmethodofCODCrwasdiscussedinthispaper.Meantime,aeconomicanalysiswasgiven.ItisthepurposethatonlinemonitoringCODCrisappliedmoreandmoreinChina.Keywords:CODCr;Precisionaccuracy;Relativity;Onlinemonitoring(上接第265页)[22] ,.ABR-EGSB-SBR..2006,29(12):80-81.[23] MulderA,VandeGraafAA,RobertsonLA,KuenenJG.Anaerobicammoniumoxidationdi-scoveredinadenitrifyingfluidizedbedreactor.FEMSMicrobiolEcol1995,16(3):177-84.[24] ,,...2004,22(2):8-11.[25] WangJianlong*,KangJing.Thecharacteristicofanaero-bicammoniumoxidation(ANAMM-OX)bygranularsludgefromanEGSBreactor.PROCESSBIOCHEMIS-TRY.2005,40:1973-1978.[26] JingKANGANDJian-LongWANG*.InfluenceofChemicalOxygenDemendConcentrationonAnaerobicAmmoniumOxidationbyGranularSludgeFromEGSBReactor.BIOMEDICA-LANDENVIORNMENTALSCIENCES2006,19:192-196.[27] ,.EGSB..2007,20(2):51-57.[28] RENNan-qi,GUOWan-qian,WANGXiang-jing,ZHANGLu-si.HydrogenenergyrecoveryfromhighstrengthorganicwastewaterwithethanoltypefermentationusingacidogenicEGSBreactor.JournalofHarbinInstituteofTechnology(NewSeries),2005,12(6):603-607.DevelopmentandApplicationofEGSBProcessLIGuang1,LIJing1,RENFei2,WANGLei1,ZHUANGJin-peng1,BIDong1Abstract:EGSBprocessbyvirtueofitshighlyefficientprocessing,hasgraduallybecomethestudyfocusofthescholarsathomeandabroad.Thetechnologyoriginatedfromabroad,andtheforeignshavemorein-depthunderstandinginit

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