HCR工艺处理盐酸金霉素生产废水的试验梁建奎

37920119JOURNALOFBEIJINGUNIVERSITYOFTECHNOLOGYVol．37No．9Sept．2011HCR122331.1001242.5410043.353400HCRρCOD20g/L、ρ2～3g/LCOD70%．SO2－4．HCR．CODX703A0254－0037201109－1383－042009-09-17．1978—．500t．t．11.1ρBOD5/ρCODCr≈0.7、1-3．+SO2－4．．1．1Table1ThecharacteristicsofaureomycinhydrochloridewastewaterCODCrBOD5SSSO2－4NH3-N/mg·L－1200001400070002000～30002500～26001.2———HCRhighperformancecompactreactor4-81．HCR、、15、5、40L．．、HCR．．20111HCRFig．1ProcesschartofHCR50%ρSS=10g/L．1.3．、COD、、DOSV．9-102．2Table2MainmonitoringindexesandanalysismethodsρCODcrSV30minρNH3-NρDO22.1HCR2.1.1HCRCOD23d．15d．CODHCR2.58kg/m3·d8.41kg/m3·dρCOD7690mg/L．．20L/dρCODρCOD11424mg/LρCOD22L/d．2ρCOD20061mg/LCOD20.63kg/m3·dCOD70%．．2.1.2HCRρρ282mg/L2788.1mg/L．3HCR30%COD．48319HCR2HCR、ρCOD、CODFig．2ThechartofrelationamongρCOD、removalofCODandvolumetricloading3HCR、ρFig．3ThechartofrelationamongρNH3-NandremovalofNH3-N2.22.2.1SO2－4ρCOD20g/LρSO2－42～3g/LHCRCOD70%SO2－4HCR11HCR．2.2.2HCRHCR．HCRCODCOD20.63kg/m3·dρDO＞4mg/L．ρDO3mg/LCOD．2.2.34COD、SVI、SVFig．4ThechartofrelationbetweenCOD/NH3-NandSVI、SV5COD、ρMLSSFig．5ThechartofrelationbetweenCOD/NH3-NandsludgeconcentrationHCRρMLSSSV、ρMLSSSVI4、5．CODSV18.06kg/m3·dSV98%．COD20.63kg/m3·dSV95%ρMLSS14g/L．．SV=90～95%SVI60～70ρMLSS14g/L58312011COD70%．31、、．．HCRSO2－4、．HCR20kg/m3·dCOD70%．2HCR．HCR、、．3HCR．1．D．2006．XIONGAn-hua．StudyonadvancedtreamenttechniquesofantibioticswastewaterD．BeijingCollegeofMaterialsScienceandEngineeringofBeijingUniversityofChemicalTechnology2006．inChinese2KUMMERERK．Drugsintheenvironmentemissionofdrugsdiagnosticaidsanddisinfectantsintowastewaterbyhospitalsinrelationtoothersource-areviewJ．Chemosphere200145957-969．3．J．2007361110-14．SHIRui-mingWANGFengYANGYu-ping．ThepresentsituationandresearchprogressinthetreatmentofantibioticwastewaterJ．ShandongChemicalIndustry2007361110-14．inChinese4．HCRJ．2007271135-38．QINXu-jiangLIUKang-huaiZHAOWen-yuetal．Thetreatmentofhighlyconcentratedammonia-nitrogenorganicwastewaterbyHCRprocessJ．IndustrialWaterTreatment2007271135-38．inChinese5．HCRJ．2006291083-85．WANGWeiJIAOYu-muJIAHong-binetal．ApplicationofHCRtopromotingtreatmentofprintinganddyeingwastewaterJ．EnvironmentalScienceandTechnology2006291083-85．inChinese6．HCRJ．200436182-86．ZHAOWen-yuJINHongWANGQi-shanetal．StudyontreatmentoforganicphosphoruspesticidewastewaterwithHCRprocessJ．JournalofXi'anUniversityofArchitecture＆TechnologyNaturalScienceEdition200436182-86．inChinese7．HCR———J．200226425-28．LIUKang-huaiXIWei-minLIYue-zhong．HCR-ahighefficiencyaerobicoxidationprocessforwastewatertreatmentJ．Water＆WastewaterEngineering200226425-28．inChinese8WILDHAGENHSCHNEIDERFVOGEPOHLAetal．PilottestofbiologicaltreatmentofbreweryeffluentusingtheHCRsystematGildeBreweryinHanoverJ．BrauweltInternational19923294-298．9．M．2000100-250．10．M．198988-284．11．HCRJ．200123252-55．LIUKang-huaiLIYue-zhongXIWei-minetal．ExperimentalresearchontreatingsyntheticwastewaterofmonosodiumglutamatewithHCRprocessJ．EnvironmentalPollution＆Control200123252-55．inChinese13996831911．J．20029613-16．WENXue-minGAOZhi-liangZHANChang-huietal．Discussiononevaluateindicatorsystemofeco-environmentqualityforresourcemodeltownsJ．ShaanxiEnvironment20029613-16．inChineseEco-environmentalQualityEvaluationModeloftheNewRuralinChongqingBasedonAHPLEIBo1ZHANGLi2XIATing-ting13WUYa-kun1FANLi11.ChongqingAcademyofEnvironmentalScienceChongqing401147China2.SchoolofResourcesandEnvironmentLanzhouUniversityLanzhou730000China3.SchoolofGeographicalSciencesSouthwestUniversityChongqing400715ChinaAbstractConcerningaroundtheuniversalfeaturesexistedinnewvillageconstructionofChongqingandbasedonAnalyticHierarchyProcessAHPandexperts’advicemethodappropriateevaluationindexesareselectedtobuildacomprehensiveevaluationindexsystemofnewvillageenvironmentalqualityfromthesixaspectscriterionlayerwhichincludeeconomicdevelopmentpollutioncontrolresourceutilizationlivingenvironmentecologyprotectionsocialenvironment．Theevaluationsystemcanprovidethebasisforeco-environmentalprotectioninnewvillage．KeywordschongqingcitynewvillageenvironmentalqualityevaluationsystemanalytichierarchyprocessAHP1386TreatmentofAureomycinHydrochlorideWastewaterWithHighPerformanceCompactReactorLIANGJian-kui1LIUKang-huai2ZHAOWen-yu2NIEChong-di3YAOWu-song31.MunicipalEngineeringofTheCollegeofArchitectureandCivilEngineeringBeijingUniversityofTechnologyBeijing100124China2.TheCollegeofEnvironmentalSienceandEngineeringGuilinUniversityofTechnologyGuilin541004China3.PuchengZhengdaBiochemistryLtd．Pucheng353400FujianChinaAbstractTheresultoftreatingaureomycinhydrochloridewastewaterwithHighPerformanceCompactReactorindicatesthattheremovalrateofCODachievesabove70%inspiteofthewastewaterCODcontentreachingupto20g/LNH3-Nto2－3g/Landalargeamountofremainedautibioticthatcanenvenommicro-organism．AtthesametimetheprocesscanalsoremovecertainlyNH3-NandtheefficiencyofreactorisnotaffectedbySO2－4content．SowecandrawaconclusionthatitisfeasibletomakeuseofHCRasthefirststepfortreatingwastewater．KeywordsaureomycinhydrochloridewastewaterHCRCODNH3-N9931