简介:冷湖3—5号构造带是柴北缘地区重要的含油气构造带,通过对该构造带的研究认为,其油气成藏主要受以下3个因素控制:①冷西次凹巨厚的残余下侏罗统地层为该构造带成藏提供了良好的物质基础;②冷湖地区第三纪以来下侏罗统烃源岩埋藏适中,构造与大规模生排烃期配置关系好;③残余生烃凹陷的构造演化使冷湖构造带成为最有利的构造带;④冷湖构造带北高南低的构造背景,决定了较高部位冷湖3—4号构造成藏优于较低部位冷湖5号构造。冷湖3—5构造带油源充足,生排烃和构造配置关系好,可发育构造、构造一岩性、不整合等类型油气藏,冷湖构造带仍是柴北缘扩展勘探的有利区带。
简介:研究了Pd/Nb2O5—Al2O3催化剂的制备方法及用于丙酮加氢合成MIBK的催化性能。实验结果表明,在反应温度160℃,反应压力4MPa条件下,丙酮单程转化率为40%,MIBK选择性为92%。
简介:针对港西开发区西5X-3断块规模小,断层多且较为发育,井距较大,注采井网欠完善,层间非均质性较强,开发效果欠佳的状况,通过储集层沉积微相研究、低电阻率油层评价、合理井距研究及油藏剩余油分布类型评价,量化了剩余油分布的潜力,在此基础上采取优化开发层系,合理调整井网、井距等技术对策,改善了开发效果.该断块油藏的开发实践表明,结合沉积微相开展储集层研究是进行剩余油挖潜的有效途径,根据剩余油分布特点,重建注采井网结构,能保持断块油藏平稳高效开发.同时,低电阻率油层潜力较大,是油藏开发后期挖潜的主要对象,而高含水期的厚油层,特别是点坝砂层的中上部仍有一定的开采潜力.
简介:OnDecember17,2012the5-kt/amethanol-to-propylene(MTP)pilotunitwassuccessfullyputonstreamattheOlefinsPlantofYangziPetrochemicalCompany,whichsymbolizedthatSINOPEChassuccessfullyopenedupanovelprocessrouteforproductionofcoal-basedbasicorganicchemicalmaterialsTheconstructionof5-kt/aMTPpilotunitwaskickedoffinOctober2011,whichhasbeenenvisagedinSINOPEC's
简介:Inthispaper,2-isopropylnaphthalenehasbeensynthesizedbythereactionofnaphthaleneandisopropylbromide,usingtriethylaminehydrochloride-aluminumchlorideionicliquidasthecatalyst.Theeffectofthecatalystcomposition,thereactiontime,thereactiontemperature,theionicliquiddosage,aswellasthemolarratioofthereagentsonthe2-isopropylnaphthaleneyieldwassystematicallyinvestigated.Theoptimalreactionconditionscover:anAlCl3toEt3NHClratioof2.0,areactiontimeof3h,areactiontemperatureof15.0℃,avolumefractionofionicliquidtothemixture(isopropylbromide,n-dodecaneandn-hexane)of9%,andanaphthalene/isopropylbromidemolarratioof4.0.Undertheoptimalreactionconditions,theconversionofisopropylbromidereached98%andtheselectivityof2-isopropylnaphthalenewasequalto80%.ThetestresultsverifiedgoodcatalyticactivityuponusingEt3NHCl-AlCl3ionicliquidasthecatalystforalkylationofnaphthalenewithisopropylbromide.Theactivityoftheionicliquidremainsunchangedafterithasbeenrecycledfor4times.