好氧颗粒污泥技术进展及应用现状

111.11.1.110.5-1.5mm0.76,0.4530-70m/h,(8~10m/h)3CHONSP6CaMgFe2[1]7d10d[2]2SVI12.6-64.5ml/gSVI100-150ml/g[3]3[3]3EPSEPSEPSMcSwainEPS[4]AdavEPS/3.46.21EPSEPS[5]1EPS34DODO1.0mg/LChiu[6]DO1.28-2.50mm1.2410-9-2.2810-9m2/s0.42-0.78mm2.5010-9-7.6510-9m2/sChiu[7,8]DODODODODODODO0.3-0.5mm1.1.2(SEM)FISHCLSM(PAO)(GAO)Jang[9][10][11]1.21.2.14Liu[12],(EPS)1.2.21Tay[13]2SBRWang[14]Tay3EPSLiu[15,16]EPS522.12.1.1,[17]2.1.2SBR,SBRMorgenorthSBRSBR[18]2SBR.262.22.2.11SB2.5-15kg/(m3d)MLSS6-12g/LCOD85%[19]2Tay202.5kg/(m3d)SBR(8.20.8)g/L(VSS)(0.410.03)g/gTOC98%99.9%0.55g/(gd)JangPropioniferax-likePG-02()ComamonasspPG-08()250mg/L22.2.22004DELFTvanLoosdrecht[21]SBACOD7(100-150)(25-30)mg/LCODNH3-N70%90%MLSS20003500mg/LSVI35-50mL/gDHV2008NeredaTMDHVSTWSTOWA2000m3/d5000m3/dNeredaTMNeredaTM20%35%-45%50%[22]3[1].SBR..2003,24494-98.[2]..2005,18284-88.[3]..2004,51127-30.[4]McSwainBS,IrvineRL,WildererPA.Compositionanddistributionofextracellularpolymericsubstancesinaerobicflocsandgranularsludge[J].ApplEnvironMicrobiol.2005,71(2):1051-1057.[5]SunilA,LeeD,ShowKY.Aerobicgranularsludge:recentadvances[J].BiotechnolAdv,2008,26(5):411-423.[6]ChuiZC,ChenMY,LeeDJ,etal.Diffusivityofoxygeninaerobicgranules[J].BiotechnnologyandBioengineering.2006,94(3):505-513.[7]ChuiZC,ChenMY,LeeDJ,etal.Oxygendiffusioninactivelayerofaerobicgranulewithstepchangeinsurroundingoxygenlevels[J].WaterResearch.2007,41(4):884-892.8[8]ChuiZC,ChenMY,LeeDJ,etal.Oxygendiffusioninactivelayerofheterogeneousstructure[J].AppliedMicrobiologyandBiotechnology.2007,75(3):685-691.[9]JangAM,YoonYH.Characterizationandevaluationofaerobicgranulesinsequencingbatchreactor[J].JournalofBiotechnology.2003,105:71-82.[10]WangQ,DuGC,ChenJ.Aerobicgranularsludgecultivatedundertheselectivepressureasadrivingforce.ProcessBiochemistry.2004,39:557-563.[11].[J]..2003,234380-384.[12]WangXH,ZhangHM,FangFL,etal.Improvedstabilityandperformanceofaerobicgranulesunderstepwiseincreasedselectionpressure[J].EnzymeandMicrobialTechnology.2007,41(3):205-211.[13]TayJH,YangSF,LiuY.Hydraulicselectionpressure-introducednitrifyinggranulationinsequencingbatchreactors[J].AppliedMicrobiologyandBiotechnology.2002,59(2-3):332-337.[14]]LiuY,YangSF,TayJH.Cellhydrophobicityisatriggeringforceofbiogranulation[J].EnzymeandMicrobialTechnology.2004,34(5):371-379.[15]LiuYQ,LiuY,TayJH.Theeffectsofextracellularpolymericsubstancesontheformationandstabilityofbiogranules[J].AppliedMicrobiologyandBiotechnology.2004,65(2):143-148.[16]WilenBM,OnukiM,HemanssonM,etal.Microbialcommunitystructureinactivatedsludgeflocanalysedbyfluorescenceinsituhybridizationanditsrelationtoflocstability[J].WaterResearch.2008,42(8-9):2300-2308.[17]BeunJJ,HeijnenJJ,LoosdrechtMCM.Aerobicgranulationinasequencingbatchairliftreactor[J].WaterResearch.2002,36(3):702-712.[18]LiuLL,WangZP,YaoJ,etal.Investigationonthepropertiesandkineticsofglucos-fedaerobicgranularsludge[J].EnzymeandMicrobialTechnology.2005,36:307-313.[19]TayJH,YangSF,LiuY.Anovelgranularsludgesequencingbatchreactorforremovaloforganicandnitrogenfromwastewater[J].JournalofBiotechnology,2003,106:77-86.[20]LiuY,YangSF,TayJH,etal.Cellhydro-phobicityisatriggeringforceofbio-granulation[J].EnzymeandMicrobialTechnology.2004,34(5):371-379.[21].[J]..2006,32873-77.[22]CarlaT.Companyintroducesnewsludgetreatmenttechnology[EB/OL].htp://