高效菌在废水处理中的应用

200833．Hg2＋、Bi3＋J．20011426～11．34．J．200315620～22．35．C．199657．36．J．199628～11．37McKayGBlairHSFindonA．Sorptionofmetalionsbychi－tosanJ．Ind．J．Chem．198928A356～360．38．J．1995205441～444．〔〕2008—05—30〔〕1984-Tel[phone]。!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!，，200062EM。。、、。、。；；：X703.5：A：1672-9900（2008）S1-0013-03TheapplicationofEMinwastewatertreatmentLIUWeiHEGuo-fuLIUXue-liangCollegeofResourceandEnvironmentEastChinaNormalUniversityShanghai200063ChinaAbstractTheapplicationofEMinthetreatmentofwastewaterhasabroadprospect.CompositionofmicroorganismsinEMandmechanismofEMintreatmentofwastewaterareintroduced.Examplesoftreatmentofphenol-containingwastewaterandHeavy-metalwastewateraswellasPesticidewastewateraregiven.IntroductionismadetotheLarge-scaleapplicationofEMinthetreatmentofwastewaterwiththeprospectofthestudyinfutureforecasted.Keywordshigheffectivecomplexmicro-organismwastewatertreatmentapplication“Higheffectivecomplexmicro-organism”EM、、、、。、、、。EM、、［1］。bio-augmentation、。1。2070［2］。。1.1，、、［3］。HungTOC98%。。［4］。。1.2，17%～30%。·13·2008。Chamber34。Hung2.3～2.7m0.7～1m［4~5］。1.3、。［3］。22．1、。、、、、。5～500mg/L、-、。、。。10PseudomonasAcinetobacter1200mg/L［6］。［7］2006PS1Raoul－tella25℃、pH6.5、500mg/L20℃、pH7、500mg/L。2500mg/L7811mg/h3500mg/L。［8］20071Pseudomonas20～40℃、pH5.0～9.035℃pH7.089%。500mg/L、1000mg/L、1200mg/L60h、72h、108h。［9］2006、GPS-1Pseu－domonas。。6h500mg/L、1000mg/L、1500mg/L2000mg/L96.71%、85.46%、79.21%75.44%1000mg/L3、6、9、12、15hGPS-172.23%、85.46%、93.57%、98.57%、100%。、。［10］2006S10。S101000mg/L90%pH、。2.2。10%90%［2］。。［11］2002、、W1、W2、Y3。3CODCr6810mg/L、3130mg/L、1890mg/L24hCODCr24.18%、43.15%、53.14%。［12］200113Pseudomonassp.SBR13。2.3、、、、。、、。。［13］。、、、。［14］200417R32。R32100%200mgL-150%。10gL-180%。pHCu2+R32R32。3、、、。，，：·14·2008。。。2［5］。、。：1.EMJ.20043541～4.2.J.1999123149～151.3.J.20023536～40.4.EB/OL.http//～45.6.、J.2008292482～486.7.J.2007343492～495.8.J.200711202～205.9.J.200720138～40.10.J.2007231122～125.11.、J.200220221～23.12.SBRJ.200113412～14.13.J.200625575～80.14.J.200511178～81.。［1］。、。、、〔〕2008—05—22〔〕1983-Tel[phone]。!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!A/O1，2，2，1，1，11.7300702.101102A/OA/O。A/O。A/O90%。。；A/O；；：X703.1：A：1672-9900（2008）S1-0015-03TheanalysisaboutnitrogenlossefficiencyofA/OimprovedtechnologyZHANGXuan12WENYi-bo2SUNXing-fan1HUXiao-hui1ZHANGYan11.SchoolofEnvironmentalandMunicipalEngineeringLanzhouJiaotongUniversityLanzhou730070China2.BeijingSoundGroupBeijing101102ChinaAbstractTheexistingproblemsaboutnitrogenlossefficiencyofA/Oprocesswerediscussedandanimprovedexperimenttechnologywassuggested.ThenitrogenlossefficiencyofA/Oandimprovedtechnologywerediscussedtheoretically.TheimprovedtechnologyismoreefficientthanA/Ointheoryitsbiologicalnitrogenlossefficiencywasupto90percentormore.Throughtheanalysisofnitrogenlossefficiencyprovideatheoreticalbasisforimprovingnitrogenlossefficiencymuchbetter.KeywordsbiologicalnitrogenlossA/Oimprovedtechnologynitrogenlossefficiency·15·