简介:OnSeptember19,2018,the100kt/acommercialdemonstrationhigh-temperatureFischer-Tropschsynthesisunit,constructedbytheShaanxiFutureEnergyChemicalCompany,Ltd.(FECC),cameonstreamsuccessfullyatthefirstattemptandhadbeenoperatingcontinuouslyandsmoothlyfor168hoursatfullload.ItistoldthatthisisthefirstcommercialdemonstrationhightemperatureFischer-TropschsynthesisunitbuiltinChinawithcompletelyindependentintellectualpropertyrights.Thecommissioningofthisdemonstrationunitevidencesthatthehigh-temperatureFischer-Tropschsynthesistechnologyhasfullymettheindustrializationconditions.
简介:苏里格气田S11区块储集层表现为"低渗、低压、低丰度"特征,气井数量多、平均单井产量低,生产中普遍出现产水现象,因而对气井的管理提出了更全面的要求,同时需要气井分类更加精细化,为S11区块气井管理提供合理、科学的依据。根据气井生产特点将气井分为正常生产阶段、产水阶段和间开生产阶段,并结合静态分类将气井细分为9类,对每类井提出相应的管理措施。在正常生产阶段通过合理定期调整配产措施及短时关井恢复,可以延长稳产期;在产水阶段,对产水井制定合理排水采气措施后,实现大幅度增产;在间开生产阶段,通过优化间开制度、优选排水采气工艺措施,可以尽快复产、上产保证区块持续稳定开发。
简介:InAugust2008thenewtechnologyformanufactureofpro-pyleneoxidethroughdirectoxidationofpropylenebyhy-drogenperoxidedevelopedbyDalianInstituteofChemicalPhysics(DICP),CAShaspassedtheexperts'appraisalor-ganizedbytheScienceandTechnologyDepartmentofLiaoningProvince.Itistoldthatthisnewtechnology,beinganenvironmentallyfriendlynewprocess,willeventuallyput
简介:AninnovativeapproachtoH2Scapturehasbeendevelopedusingseveralmetal-basedionicliquids([Bmim]Cl·CuCl2,[Bmim]Cl·FeCl3,[Bmim]Cl·ZnCl2,[Bmim]Br·CuCl2,and[Bmim]Br·FeCl3)immobilizedonthesol-gelderivedsilica,whichissuperiortopurelyviscousionicliquidwithacruciallimitofhightemperature,lowmasstransferrate,andmassloss.TheadsorbentswerecharacterizedbytheFouriertransforminfraredspectrometer,transmissionelectronmicroscope,N2adsorption/desorption,X-rayphotoelectronspectroscopy,andthermalanalysistechniques.TheeffectsofthemetalandhalogeninIL,theloadingamountofIL,andtheadsorptiontemperaturewerestudiedbydynamicadsorptionexperimentsatagasflowrateof100mL/min.TheH2Sadsorptionresultshaveshowedthattheoptimaladsorbentandadsorptiontemperatureare5%[Bmim]Cl·CuCl2/silicageland20-50℃,respectively.H2Scanbecapturedandoxidizedtoelementalsulfur,and[Bmim]Cl·CuCl2/silicagelcanbereadilyregeneratedbyair.TheexcellentefficiencyofH2Sremovalmaybeattributedtotheformationofnano-scaledandhigh-concentration[Bmim]Cl·CuCl2confinedinsilicagel,indicatingthattheimmobilizationof[Bmim]Cl·CuCl2onthesol-gelderivedsilicacanbeusedforH2Sremovalpromisingly.
简介:TillOctober9,2012thelineAcyclohexanoneunitofthe200kt/acaprolactamprojectownedbytheBalingHengyiCaprolactamCompanyinZhejiangprovincehasbeenoperatingcontinuouslyandsmoothlyfortendays.Tillnowthetwoproductionlinesatthecaprolactamproject,inwhichtheSinopecCorp.andtheZhejiangHengyiGroup
简介:OnDecember12,2013theproject'Developmentandcommercialapplicationofcontinuousliquid-phasedieselhydrotreating(SLHT)technology'jointlyundertakenbyRIPP,SEI,theShijiazhuangRefiningandChemicalCo.(SRCC)andtheAnqingPetrochemicalCo.haspassedthetechnicalappraisalorganizedbytheScienceandTechnologyDivisionofSINOPECinBeijing.