简介：因为高粘性和重oil.The微波技术的高树脂内容，在额外粘滞的原油包含的水的移动是相当困难的在接口的希腊语的第六个字母潜力面对钠acetate.The减少从高粘性的原油为水的分离被介绍，原油的粘性为负责在微波irradiation.The下面的水的加速的分离在样品钠醋酸盐的集中影响，照耀pres

简介：1-Butyl-3-methylimidazoliumbromochloroaluminate([bmim]Br-AlCl3)离子的液体从象反应时间那样的各种各样的反应参数的芳香的hydrocarbons.The影响为踪迹石蜡的移动被用作酸催化剂，温度，剂量和催化剂的酸力量是试验性的结果表明了的investigated.The离子的液体在温和反应下面展出了优秀活动，这调节，与到达98.84%的石蜡和aromaticsvaryin的溴索引的变换

简介：PetroChinaJilinPetrochemicalBranchCo.hasretrofittedtechnicallythe10-kt/aisobutyleneunit,resultinginimprovingtheisobutylenepuritytoover99.98%andboostingtheproductionloadofthisunitto110%.

简介：TheMoS2catalystswerepreparedfromvariousmolybdateprecursorsincludinginorganicandorganicmolybdatecompounds.ThesulfidationdegreeandmorphologyofactivephasesofMoS2activatedbyvariousmolybdateprecursorsinH2S/H2streamatdifferenttemperatureswerestudiedbyX-rayphotoelectronspectroscopy（XPS）andhigh-resolutiontransmissionelectronmicroscopy（HRTEM）.TheorganicmolybdateprecursorsleadtoMoS2catalystswithhighersulfidationdegreeandsmalleractivephasestodemonstratehighercatalyticactivityduringhydrodesulfurizaiton（HDS）of4,6-DMDBT.

简介：Throughthehydrogenationexperimentsforremovalofolefinimpuritiesineffluentmixtureobtainedfromalkylationreactorforlinearalkylbenzenesynthesis,thereactionkineticswasstudied.TheexperimentalresultsshowedthatthecatalyticactivityofPd/Al2O3amongfourkindsofcatalystswasthehighest,andtheolefinconversionreached100%whenthereactiontemperaturewashigherthan140℃.Thekineticmodelwasestablishedthroughparametersestimation.Theexperimentalvalidationofthekineticmodelshowedthatthekineticmodelhadhighersimulationaccuracy.Theresultsofpredictionbythekineticmodelindicatedthatwiththeintensificationofreactionconditions,theolefinconversionwouldincreaseandthebromineindexofthelinearalkylbenzenewoulddecrease.UndertheconditionscoveringaWHSVof2.0h-1,atemperatureof90℃,andahydrogenpartialpressureof1.5MPa,theolefinconversionwas99.67%,andthebromineindexofthelinearalkylbenzenecouldbereducedtolessthan20.00mgBr/(100g).

简介：为从在使流体化的床上的甲醇的丙烯的制造的一个商业规模的试验性的工程的构造联合由中国化学工程组公司，清华大学和安徽Huaihua组公司发展了，有限公司在安徽Huaihua组公司在2007年10月被发动这个工程被设计处理30kt/a甲醇一年一年与800大量副产品LPG的交货一起生产丙烯的10kt。在这个工程的全部的投资在1.6亿RMB附近，委托这个工程为2009年3月被提名。

简介：TheSouthwestResearchandDesignInstituteofChemicalIndustryuponundertakingtheNationalScienceandTechnologySupportProgram'CatalystformanufactureofEGviahydrogenationofoxalateandrelatedprocessdevelopment'envisagedinthe'EleventhFive-YearPlan'hassuccessfullydevelopedthePdseriesofcatalystsfor

简介：ThetechnicalretrofitprojectofMEKunitatFushunPetro-chemicalCompanyNo.2Plant—thefacilityforremovingliquidfromhydrogen—haspassedacceptancetesting.Thistechnologynotonlycanreducethelossofintermediate

简介：Theresearchproject'Pilotscalestudyonproductionof1,3-propanediolthroughfermentationofglycerol-thebyproductofbiodiesel'developedbySINOPECFushunResearchInstituteofPetroleumandPetrochemicals(FRIPP)haspassedinFushunthetechnicalappraisalorganizedby

简介：Recentlythepilotmoving-bedunitformanufacturingaromaticsfrommethanolandtoluenewithco-productionoflow-carbonolefinsdesignedbytheSinopecEngineeringIncorporation(SEC)hasbeenputonstreamsuccessfully.Inthecourseofcommissioning,thepilotunitransmoothly,leadingtohighconversionrateinthemoving-bedreactor,highyieldofxyleneproduct,easyliftofcatalyst,andgoodcokeburnoutresults,withallindicatorscomplyingwiththeexpectedoperatingrequirements.

简介：OnNovember29,2013theShaanxiCoalChemicalsTechnologyEngineeringCenter,Ltd.(SCCTEC),theCNOOCHuizhouRefiningandChemicalCompanyandtheSINOPECLuoyangEngineeringCompany,Ltd.signedanagreementoncooperationindevelopmentofan

简介：HighresolutionmassspectrometryincombinationwithdistillationandSARAfractionationprovidesusanopportunityforin-depthunderstandingaboutthehydrotreatingprocessatthemolecularlevel.Inthisstudy,theatmosphericresiduederivedfromArabianheavycrudeanditshydrotreatedproductswereinitiallysubjectedtodistillationandSARAfractionation.ThesaturateswerecharacterizedbyGCFI/FDTOFMS.ThearomaticsandresinswerecharacterizedbyAPPIFT-ICRMS.Compositionalchangesofdifferentcompounds(paraffins,naphthenes,aromatichydrocarbons,andheteroatomiccompounds)containedindifferentdistillates(vacuumgasoil,vacuumresidue)wereobtained.Moredetailedknowledgeaboutthehydrotreatingprocesswasachieved.

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