BAF和MBR在石化废水深度处理中的应用

56PETROCHEMICALSAFETYANDENVIRONMENTALPROTECTIONTECHNOLOGY2007235BAFMBR(,116022):BAFMBR,COD98%99%86%96%80%95%,,,:;;;,,3050t,,,,,,,[1],,,,1111(BAF)(BAF),2090:,,,,;,,,,,,;,,,,112(MembraneBioreactor)MBR,,[2],,,,,,,(),113BAFMBRBAFMBR,,,BAFMBR,,2,:2007-06-11:(1978-),,20027:0411-84666430.BAFMBR200723557,,2t/h,24h,6h21111310m211m212m,4,,1530m3/h,215410mg/L012m,PVDF(),011m,40L/(mh),(MLSS)6166S/L,161,010160102MPa1/51/3,[3],22,,,,BOD,,,[4],212,CODBOD5NH3-NP98%99%86%96%83%99%95%99%,80%95%,11mg/L()CODBODNH3-NP2030100285301010010102010410610122001150130113911051001200151010801360172153BAFMBR(1)BAF,MBR,,;(2),,;(3)MBR,,,,;(4),,;(5),4,,,(GB/T189202002),,,,1,,1MBRUF[J]1,2006,22(15):80822RonaldZ1Membranebioreactortreatmentofoilywastefromametaltransformationmill[J]1WatSciTech,1994,3(9):213,,1MBBR[J]1,2005,15(6):3363384,,1[J]1,2000,16(11):5l54ABSTRACTSPETROCHEMICALSAFETYANDENVIRONMENTALPROTECTIONTECHNOLOGYBimonthly120Oct12007Vol123No15Abstract:Somecrudeoilpipelineoperateunderlow-throughputinourcountry,andlow-throughputaf2fectsthesepipelinerunningsafety.Inaccordancetothecharacterofcrudeoilpipeline,weanalyzedtheunstabilityoflow-throughputpipeline.Thereby,thesafetymeasurewasmadeup.Thenthedegreeofpipe2linerunningsafetycanstrengthenandtheaccidentwillbeavoided.Keywords:Crudeoilpipeline;Low-throughputrun2ning;SafetyAnalysisEXTENSIONPROJECTENGINEERINGOFPTAMANUFACTUREINGWASTEWATERTREATMENTINYANGZIPETROCHEMICALCOMPANYYuanYi.SinopecEngineeringIncorporation,P.C.100101Abstract:Inthisarticle,theextensionprojectengi2neeringofPTAmanufacturingwastewatertreatmentplantinYangziPetrochemicalCompanywassumma2rized.Theprocesscharacteristics,automatizationandsafetyfacilitiesofanaerobicFilterwereintroducedinaddition.Keywords:PTAmanufacturingwastewater,AnaerobicFilter(AF)REATMENTOFKAOLINICCATALYSTPLANTGuoLi,GuoQiangguo,AnHong.PetroleumNaturalGasLanzhouEngieeringQuanlitySupervisionStation,P.C.730060Abstract:AnalysisthepowderpollutionofKaolinicCatalystPlantofLanzhouPetrochemicalCompany,makeaschemetoimproveitbyaddingthepowderre2ducingpocketequipment,andwhichmakesthePlantExhaustmatchingstandardsandreducestheplantmaterielwastage,makesitpossiblethattheplantcanrunsmoothlyforalongtime.Keywords:KaolinicCatalystPlant,PlantExhaust,powderpollution,powderreducingpocketequipment,improvematchstandardUSINGOILANDGASCYCLINGUNITTOCONTROLOILANDGASPOLLUTIONINGASSTATIONSZouSonglin.JiangsuHuiliteEnvironmentProtectionEquipmentCo.,Ltd,P.C.212200Abstract:Havingadvantagesofsimplestructure,lowcost,andzerowaterandpowerconsumption,dia2phragmoilandgascyclingunitcaneffectivelycontrolthepollutionfromoilandgasemissioningasstationstorealizezeroemissionofoilandgas.Keywords:Saturatedoilandgas,Emissioncontrol,Inhibitionofevaporation,ZeroemissionNEWTECHNOLOGYOFBIOREFRACTORYORGANICPOLLUTANTSTREATMENTLiangLiwei1,LiuYongge,ZhaoXinglong1,ChenFux2ia2.1.ResearchInstituteofDaqingPetrochemicalCompany,P.C.163714;2.ChinaUniversityofPetro2leum-Beijing,P.C.102249Abstract:Thearticlesummarizesthetechnologiesofbiorefractoryorganicpollutantstreatmentathomeandabroadinrecentyears,introducestheprinciplesandapplicationofoxidationtechnology,electroanalysisandbiotechnology,andexplainsindetailthebiotechnology.Keywords:Biorefractoryorganicpollutants,Electroa2nalysis,BioaugmentationPRETREATMENTPROCESSFORSULFURANDAMMONIACONTAININGWASTEWA2TERXiaQusheng.SINOPECWuhanCompany,P.C.430082Abstract:Theeffectandimportanceofcriticalopera2tions,includingdegassing,oildischarge,cokeremov2alandpollutantconcentrationcontrol,onthelong-termstableoperationofunitarediscussedbasedonthesourceofsulfurandammoniacontainingwastewaterandthecontentofpollutant,andsuggestionsareputforwardfortheimprovementofrelevantprocesses.Keywords:Sourwater,Single-towerstripping,Pre2treatmentTHEUSEOFBAFANDMBRFORADVANCEDABSTRACTSPETROCHEMICALSAFETYANDENVIRONMENTALPROTECTIONTECHNOLOGYBimonthly120Oct12007Vol123No15TREATMENTONPETROCHEMICALWAS2TEWATERSongGuohua.DalianEnvironmentalMonitoringCen2ter,P.C.116022Abstract:BothBAFandMBRhaveanapplicationinthepetrowastewatertreatment,howevercombinethemcangetmoreexcellettreatmentresultinthetreatingthiskindofwastewater.Thetreatingefficiencyintur2bidityCODandoilare98%99%,86%96%,80%95%,andtheadvantageofthemismoreout2standing.Theyaremuchbetterthanothersonanti-impact,thequalityofeffluentandcirculatecost.Thiskindofmethodhavealargeapplicationscopeandde2velopforeground.Keywords:aerobicbiologicaltreatment,membranebioreactor,petrochemicalwastewater,advancedtreat2mentPROGRESSINTHEAPPLICATIONOFAIRFLOTATIONTECHNOLOGYINREFINERYWASTEWATERTREATMENTChenChangshun.SINOPECCangzhouRefinery,P.C.061000Abstract:Basedontheprincipleofairflotationtech2nology,thispaperanalyzesseveralairflotationtech2nologiesappliedinrefinerywastewatertreatment,andcomparesthenovelhighly-efficientturbineairflota2tiontechnologywiththewidely-useddissolvedairflotationtechnology.Theturbineairflotationtechnolo2gyhaswideapplicationprospects.Keywords:Refinerywastewater,Dissolvedairflota2tion,Turbineairflotation,ApplicationTHEINTRODUCTIONOFAUTOMOTIVECATALYSTDEVELOPMENTPROCESSLiuYo