简介：四川NeijiangTianke公司与在中国商业示范为从煤碳化在未加工的苯的25kt/a评估的未加工的苯的加氢联合起来构造第一的独立知识产权权利采用了国内技术。

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

简介：BytheendofApril2008the500kt/aCTM(coal-to-methanol)unithadstablycrankedoutmethanolatLongyuCoalChemicalCompanyunderYongchengCoalPowerGroup.Analysisofproducthadrevealedthatthequalityof

简介：Theconstructionof3.0Mt/aDMEunitofZhongtianHechuangEnergyCo.waskickedoffinWushenBanner,InnerMongolia.ItissaidthatthisprojectisthelargestinChinacoalchemicalprojectandthescaleof

简介：ThefirstinChinacommercialtestunitformanufactureofsyntheticnaturalgas(SNG)throughlow-temperaturemethanationofcokeovengasratedat5000m3/dhascompletedits1000-hourcontinuoustestsattheTongshidaCokeryinShanxiprovince.Itislearnedthatthewholeprocesstechnologyisthefirstinnovativeprojectrealized

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

简介：由于稠油油藏多层合采井产量劈分研究很少,目前并没有被广泛认可的产量劈分方法。针对常规地层因数劈分方法在实际应用中存在的局限性及其适用性对分析结果精度和可信度的影响,以产液剖面数据为基础,通过数据挖掘方法,找出影响单层产出量的关键因素,建立了多参数的产量劈分方程以提高劈分结果精度。在辽河油田D29块稠油油藏多层合采蒸汽吞吐的产量劈分过程中,采用该方法计算出的数据与实际情况符合度较高,表明应用效果较好,可以较好地解决稠油油藏多层合采的产量劈分问题。

简介：这篇文章为在Yangzi石油化学的公司在1.0Mt/a氢化裂解器升级尾巴油的质量和RN-32V/RHC-1催化剂的第一商业应用集中于氢化裂解技术，它在2008年9月成功地被开始在上面。在氢化裂解单位的启动以后的一个月，评估操作为估计催化剂表演被进行了。技术刻度结果证明RN-32V/RHC-1催化剂举办了高活动，并且产品收益分发是合理的。氢化裂解器能为下游地芳香的生产单位并且乙烯生产联合起来提供丰富的化工物品。

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

简介：TheStateDevelopmentandReformCommissionhasrecentlyapprovedtheconstructionofa1.0Mt/aclassethyleneunitatZhenhaiRefiningandChemicalCompany.Thisprojectwillcover12unitsincludinga1.0Mt/aethyleneplant,a500kt/aethyleneglycolunit,a450kt/aPEunit,andotherunitswithtotalinvestmentamountingtoaround22.38billionRMB.

简介：OnJanuary13,2013a10kt/a-classcommercialtestunitforproducingaromaticsfrommethanolinfluidizedbedjointlydevelopedbytheHuadianCoalIndustryGroup(HCIG)andTsinghuaUniversitywiththeinvestmentbeingprovidedbyHCIG,hadsuccessfullycameonlineintheYuhengCoalChemicalIndustryParkofYulincity.Thefirstbatchofrawfeedstockshasresultedinamethanolconversionofover99.99%,whiletheconcentration

简介：OnNovember15,2018thesulfuricacidalkylation(SINOALKY)technology,jointlydevelopedbyRIPP,SINOPEC’sShijiazhuangRefiningandChemicalBranchCompany,andtheLuoyangEngineeringCo.Ltd.,hadpassedthetechnicalappraisalorganizedbytheSINOPECScienceandTechnologyDivision.Theexpertsattendingtheappraisalmeetinghaverecognizedthatthesaidtechnology,featuringlowreactiontemperature,lowacidconsumptionandgoodproductsdistribution,hasentirelyonaparwiththeinternationallyadvancedlevel.ThesuccessfulcommercializationofSINOALKYtechnologyhassymbolizedthatChinadoespossessthefirstsulfuricacidalkylationunitwithfullyindependentintellectualpropertyrightafterbreakingthroughforeigntechnicalbarriers.

简介：The200kt/astyreneunitatthePlasticPlantofQiluPetro-chemicalCompany,whichisoneof'TenKeyProjectstobetackledinsideSINOPECCorp.',hasstartedtoadoptthenovelindigenousenvironmentallyfriendlyhigh-efficiency

简介：OnSeptember19,2018,the100kt/acommercialdemonstrationhigh-temperatureFischer-Tropschsynthesisunit,constructedbytheShaanxiFutureEnergyChemicalCompany,Ltd.(FECC),cameonstreamsuccessfullyatthefirstattemptandhadbeenoperatingcontinuouslyandsmoothlyfor168hoursatfullload.ItistoldthatthisisthefirstcommercialdemonstrationhightemperatureFischer-TropschsynthesisunitbuiltinChinawithcompletelyindependentintellectualpropertyrights.Thecommissioningofthisdemonstrationunitevidencesthatthehigh-temperatureFischer-Tropschsynthesistechnologyhasfullymettheindustrializationconditions.