简介：Thisarticleanalyzedtheproblemsarisingfromretrofittingthe800kt/avirgindieselhydrofiningunitintoa1.0Mt/aOCT-MgasolineHDSunitattherefineryofLuoyangPetrochemicalCompany,andtheoptimizedmeasuresaimedatimprovementsinoperationofHDSunit.ThepreliminarycalibrationresultshaveindicatedthehighdesulfurizationrateandgoodselectivityoftheHDStechnologytofulfillthedemandofLuoyangPetrochemicalCompanyforproductqualityupgradingwiththetargetsoftechnicalrevampfullyimplemented.

简介：减少硫的功能的部件--吊楔酸硷的对化合物--并且联系活跃沸石部件被开发为在汽油减少硫内容准备RFCC催化剂DOS。催化剂评估的结果表明了酸硷的对化合物在此开发了的吊楔能提高分子的硫由催化剂加重支持desulfurization反应继续的宏的变换，并且酸硷的对化合物能毫无疑问减少的选择沸石和吊楔的合作行动在汽油的石蜡和硫内容。因此开发的催化剂DOS的重油变换能力更高结合了一个提高的电阻到重金属污染在超过20%在汽油减少硫内容。在西诺佩克·久贾恩格·布朗奇公司的这催化剂的商业应用程序表明了与GRV-C催化剂相比，催化剂DOS获得的油泥浆收益在汽油与一种改进coke选择，增加的全部的液体收益，和一个减少的石蜡内容一起被减少。在汽油/硫在的硫的比率喂油能被20.3m%减少。

简介：Thehighshearagitationdevicewasfirstadoptedforgasolinedesulfurizationbyionicliquids.Theeffectofbenzylimidazolfluoborateindesulfurizationofgasolineandtheinfluenceofmoistureondeuslfurizationratewereinvestigated.Theexperimentalresultsshowedthattheionicliquidcouldeffectivelydecreasethesulfurcontentofgasolineandtheoptimalconditionswereasfollows:Thereactioncouldbecarriedoutatroomtemperature,avolumetricratiobetweenoilandtheliquidof2∶1,avolumetricratiobetweenwaterandionicliquidof0.04∶1,arotationalspeedof5krad/s,andareactiontimeof1minute.Thedesulfurizationrateofgasolinereached53.6%,andthegasolineyieldwasupto97.3%.Theionicliquidcouldberecycledforrepeateduse,andtheuseofhighshearagitationforgasolinewouldhavegoodprospects.

简介：Thenew-generationcatalystSANC-11forsynthesisofacrylonitriledevelopedbySINOPEC’sShanghaiPetrochemicalResearchInstitutehasbeenappliedinthecommercial-scalecommissioningofthe1000AreactoroftheShanghaiPetrochemicalCompany,whenthereactorof

简介：TheSinopecCorp.hassignedwiththeShandongLongliBiologicalTechnologyCo.,Ltd.ofYuchencityancooperativeagreementoncelluloseethanolproduction,confirmingthatSinopecCorp.willdesignatetheShandongLongliCo.asthecertifiednationalunitformanufactureof

简介：The60kt/astyreneunitatSINOPECQiluBranchCompanywasputonstreamin1988,withethylbenzeneandstyrenemanufacturedrespectivelythroughhigh-temperaturealkylation(theAlCl3method)andadiabaticdehydrogenationunderreducedpressurethatwerejointlydevelopedbyMonsanto/Lummus.AlCl3methodcancausecorrosionandenvironmentalproblems,whichwouldaffectnormaloperationoftheunittoposeadefinitesafetyhazard.

简介：TheRMCtechnologydevelopedbyRIPPhasbeenappliedina1.5Mt/amediumpressurehydrocrackingunitatShanghaiPetrochemicalCompany.TheunitwassuccessfullyputonstreaminSeptember2002.CalibrationoftheperformanceofthecommercialunithasshownthattheRMCtechnologyhashigherhydrogenationactivityandselectivity,andhighqualityproductcanbeobtainedunderlowerreactiontemperature.Theheavynaphthawithlessthan0.5ppmofsulfurand58.5m%potentialaromaticcontentisagoodfeedstockforcatalyticreformingunit.Thedieselwithlessthan0.5ppmofsulfur,6.6m%aromaticsandcetaneratingof56isahigh-gradedieselfuel.Thehydrocrackedtailoilcontainingmorethan14m%hydrogenandmere1.7m%aromaticscouldbeusedasagoodfeedstockforsteamcrackingprocesstoproduceethylene.

简介：'ThecommercialtestofthecatalystCS-12forethylbenzenedehydrogenationtostyrene'jointlyperformedbySINOPECShanghaiPetrochemicalResearchInstitute(SPRI)andSINOPECGuangzhouBranchCompany(GBC)hadrecentlypassedthetechnicalappraisalorganizedbySINOPECScienceandTechnologyDevelopmentDivision.

简介：这篇文章介绍与汽油装备的FCC技术的商业应用程序在在PetroChina哈尔滨石油化学的布朗奇同伴的RFCC单位的辅助反应堆。测试结果为在辅助反应堆升级在FCC石油减少石蜡内容的汽油的商业申请显示出优秀结果。这种技术的申请能在FCC石油把石蜡内容归结为不到35v%。向更严重的条件的FCC操作的调整能进一步在FCC石油把石蜡内容归结为不到20v%，以便FCC石油能满足当前的标准或在完成引人注目的经济、社会的好处的未来满足更紧的说明要求。

简介：TheresultsofcommercialapplicationoftwotypesofC_8aromaticsisomerizationcatalystsunderdifferentfeedconditionswerecomparedtogainaninsightinthetechno-economicalbasisforselectingpropertechnologicalrouteattheplant.Thecomparisonrevealsdifferencesineveryaspectoffeedconsumption,unitcapacity,productoutput,productdistribution,andunitprocessparametersdependinguponwhichcatalysttypeisadoptedbytheintegratedPXcomplex.Thetypeofaromaticsisomerizationcatalysthasitsinfluenceontheplantscale,theconstructioncost,theprocessunitcapacityandtheproductcost,withthemagnitudeofitsimpactvaryingwithchangingfeedconditions.

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简介：Withthecombinationbetweensystemsimulationandvirtualreality,wehaveestablishedanintegratedvirtualrefinerysimulationplatform,andanalyzedtheoveralldesignandprincipalarchitecture.Thispaperintroducesasimulationalgorithmaboutarefinerybasedonvirtualreality,andexplainshowthealgorithmcanbeappliedtothevirtualrefineryintegratedsimulationplatformindetail.Thevirtualrefinerysimulationplatform,whichconsistsofathree-dimensionalscenesystem,anintegrateddatabasesystemandadynamic-staticsimulationsystem,hasmanyapplications,suchasdynamic-staticsimulationofkeyprocessunitusedasprocesscontrolandoiltankblendingsimulationforscheduling.Withthevisualizationandhuman-computerinteractionforacquiringproductionandprocessdata,thisplatformcanprovideeffectivesupportsonstafftrainingrelatedwithmonitoring,controlandoperationinrefinery.Virtualrefinerycanalsobewebpublishedthroughtheinternetanditishelpfulforthedistancetrainingandeducation.

简介：ThecatalystforrawbenzenehydrotreatingdevelopedbyCASShanxiInstituteofCoalChemicalswassuccessfullyappliedinthe80kt/arawbenzenehydrotreatingunitatTengzhouShengyuanChemicalCo.,Ltd.inShandongatthefirstattemptofcommissioningandthequalifiedproducts

简介：OnApril11,2011thecommercialscaleapplicationtestoftheCTV-VItypecatalystdevelopedbytheSINOPECShanghaiPetrochemicalResearchInstitute(SPRI)wasconductedattheNo.2vinylacetateunitoftheShanghaiPetrochemicalCompany,withthestartupoftheprocessunitrealizedsuccessfullyatthefirstattempt.Theproposal

简介：TheprojectforcommercialapplicationofthesilvercatalystYS-9010attheShanghaiPetrochemicalCompanyhaspassedtheappraisal.Theexpertsattendingtheappraisalmeetinghaveunanimouslyrecognizedthatthistesthasmadeabreakthroughtoattainacatalyticselectivityof90%alongwithprovidingatechnologytoquicklyincreasethecatalystselectivityandshortentheacclimationperiod,makingthecomprehensiveperformanceofthiscatalystcomparabletotheinternationaladvancedlevel.

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简介：Thehigh-selectivitysilvercatalystYS-8810developedbytheYanshanBranchofBeijingResearchInstituteofChemicalIndustryandmanufacturedbySINOPECCatalystBranchCompanyhasbeenappliedcommerciallyinNo.2ethyleneglycolunitattheShanghaiPetrochemicalCompany(SPC)

简介：Theresearchproject'DevelopmentandapplicationofFCCadditiveformaximizationofpropyleneandisobutylene'jointlyundertakenbyRIPP,theBalingPetrochemicalCompany(BPC)andtheSINOPECCatalyst

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简介：TheRHTtechnologyandthesecondgenerationRHTcatalystswereappliedindesignofan1.7Mt/aVRDSunitattheSINOPECChanglingBranchCo.ThecommercialapplicationresultdemonstratedthattheRHTcatalystsshowedgoodactivityandstabilityinprocessinglow-sulfurandhigh-nitrogenresidue.ThefirstlongperiodrunofunitforprocessinghighFeandhighCacontentresiduewasachieved.ThereasonsforexcessivepressuredropofR-101wereascribedtoFeandCadepositionaswellascokeformation.