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:,,1973,,,1,213421(1.,300071;2.,541004;3.,255009;4.,528300),,(HCR),,COD,HCRCOD,CODmgöL,,,,[1][2],,,,,,,(HCR)[3],,,[4],[5],,,,11.1,,11.21CODö(mgL-1)27851.6256916.850341.2TOPö(mgL-1)4489.54765.44675.4NH32Nö(mgL-1)0367.5,,,,1.3:pHSVMLSSMLVSSCODSVI,[6],pH,,HCR22.137.44Löd,pH9,HCR35mgöL,COD,2d2.1.1COD1,COD,HCRCOD5300mgöL,MLSSMLVSSSVf573转载öL,COD,7000mgöL,,1COD2.1.2CODCOD2,COD,COD,COD5300mgöL,COD,COD;COD5300mgöL,COD,COD,CODCOD,COD5300mgöL2.1.32.1.12.1.2,COD,COD,,[7],,;,COD7000mgöL,1%,(10000mgöL),COD7000mgöL,,COD2CODCOD2.2,37.44Löd,(COD869.3mgöL),,,COD,2.2.1COD3,COD5600mgöL,MLSSMLVSSSVSVIfCOD;COD5600mgöL,COD,7100mgöL,COD7600mgöL7000mgöL,2.2.2CODCOD4,COD5600mgöL,COD,5600mgöL,COD,COD,7100mgöLCOD60%,7600mgöL,42.94%,COD7000mgöL,,CODCODCOD,COD5600mgöL673265200410中国科技论文在线(MLSSMLVSSSVSVIf),,52.3.2COD6,COD,COD,,COD,COD40%,COD,COD6500mgöL,COD;COD7000mgöL,2.3.32.3.12.3.2,,773中国科技论文在线öL,COD,(10000mgöL),,COD7000mgöL(1%),COD,,33.1(1),,,,COD6000mgL(2),,:SV=11%,MLSS=6.425mgöL,MLVSS=2.602mgöL,SVI=17mLög,f=0.4;,:SV=90%,MLSS=9.873mgöL,MLVSS=5.963mgöL,SVI=91mLög,f=0.6(3),COD,,COD34.6%;,COD72.94%3.2(1),HCR,,(2),COD,(),1,,,.SBR.,1994,14(5):2842.2AöAöO2.,1999,21:81823YenkieMKN,GeissenSU,VogelpohlA.Biokineticsofwastewatertreatmentinthehighperformancecompactreactor(HCR).TheChemicalEngineeringJournal,1992,(49):B1B124,,,..,2002,28(1):51535,,,..,2001,21(4):4174196..:,19897,,..,1996,3(1):2832:(:2004202217)20042612,,(,315300)(,100087),873265200410中国科技论文在线(1.SchoolofMunicipalandEnvironmentalEngineering,HarbinInstituteofTechnology,HarbinHeilongjiang150090;2.ShijiazhuangDevelop.RegionQiliSci2Tech.Co.Ltd.,ShijiazhuangHebei050035;3.HebeiProvincialEnvironmentalScienceAcademy,ShijiazhuangHebei050051;4.EnviromentalProtectionBureauofGaochengCity,GaochengHebei052160)Treatmentexperimentofherbicidemanufacturewastewaterbyusing2.2L+1.7Lsupercriticalwateroxidationreactors.Theresultsshow:whenreactiontemperatureismorethan600,thepressureismorethan32MPa,oxidationreactiontimeis180seconds,CODremovalratecanreach98.1%;andwhenreactiontimeis300seconds,thenCODremovalratecanreach99.8%.Effluentwaterqualitycanmeetthenationalwastewaterdischargingstandard.Caloricvalueofthewastewaterbyusingbombcalorimeterwasdetermined,andthermalefficiencyoftheexperimentalfacilityviaequationofheatbalancewasanalyzed.Keywords:SupercriticalWaterOxidation(SCWO)HerbicideThermalefficiencyHighconcentrationorganicwastewaterStudyontreatingorganicphosphoruspesticidewastewaterbyusingsugarasco-substrateZhaoWenyu1,2WangQishan1ZhaoMengliang3WuGuoping4LiuKanghuai2WuLibo1(1.NankaiUniversity,Tianjin300071;2.GuilinInstituteofTechnology,GuilinGuangxi541004;3.ShandongDachengPesticideCo.,Ltd.,ZiboShandong255009;4.EnvironmentalMonitoringStationofShunde,ShundeGuangdong528300)Organicphosphoruspesticidewastewaterismuchdifficulttobetreated,inwhichorganicphosphorusmakesagainstthepropagationofmicrogram.HCRisappliedtotreatthiswastewaterintheexperiments.ThecharactersofactivatedsludgeandtheCODremovalefficieneyarestudiedbycontrastingoneexperimentwithsugarasco2substrateandtheotherexperimentwithoutsugar.TheresultshowsthattheactivationofsludgeandtheCODremovalresultsintheexperimentwithsugarasco2substratearemuchsuperiortotheexperimentwithoutsugar.Keywords:OrganicphosphoruspesticidewastewaterCo2substrateHCRRefractoryorganicmatterKineticspectrophotometricmethodforthedeterminationofresorcinolWangShuhaoNiuXueliJiNingningDuLingyun(InstituteofChemistryandChemicalTechnology,LiaochengUniversity,LiaochengShandong252059)Anovelkineticspectrophotometricmethodforthedeterminationoftraceresorcinolisdescribed.Itisbasedontheinhibitoryeffectofresorcinolonthereactionofpotassiumperiodateoxidizingneutralredinacidicmediaat75Thedeterminationwavelengthis530nm.Intheoptimumcondition,thelinearrangeofdeterminationis0.103.0gömLfortheresorcinol,thelinearequationis$A=0.4560c+0.0742,R=0.9962,andthedetectionlimitis0.082LgömL,theRSDis2.26%for1.0LgömLresorcinol.Keywords:KineticSpectrophotometricResorcinolNeutralredStudyonmunicipalsolidwastecompostingkineticsofdifferentstagesXiBeidou1LiYingjun2LiuHongliang1(1.ChineseResearchAcademyofEnvironmentalScience,Beijing100084;2.BeijingAgricultureInstitute,Beijing100012)Accordingthecharacteristicsofdifferentmunicipalsolidwastecompostingstages,Thekineticsequationsofup2temperaturetohigh2temperaturestagesandhigh2temperaturetodown2temperaturecompostingstagesthroughexperimentationwithadvancedcompostingreactorundercontrolledcompostingconditionswereexamined.Theequationsshowedtheorganicmatterdegradationrateofinoculationcompostingprocessis138.7%morethancontrolcompostingprocessduringup2temperaturetohigh2temperaturestagesandksis103gökglessthanduringhigh2temperaturetodown2temperaturecompostingstages.Theresultsindicatedthataddinginoculationagentisoneoftheeffectivemethodstoacceleratethecompostingrate.Keywords:MunicipalsolidwasteDiffere