简介:TheDalianFujiaGroupbyhinginguponthearomaticsprojectandmakinguseofitsownadvantagesintendstolaunchtheconstructionofthenaphthasteamcrackingandtheMTOprojectinordertodevelopthemanufactureofethylene,propyleneandtheirdownstreamhigh-gradeorganicsynthesismaterials,specialtychemicalfeedstocksandfunctionalhighmolecularmaterials.Theproposedsizeofproductionunits
简介:JiangxiZhengbangGroupCompany,Ltd.willconstructa200kt/aaceticacidunitinYima,Henanprovince.Thisunitwilladopttheadvancedmethanoloxo-synthesistechnologybasedonmethanolandcarbonmonoxideasthefeedstocksfeaturinglowinvestment,lowcost,lowenergyconsumptionandlowcontamination.Yimacityhasabundantcoalresources,andthecapacityofexistingmethanolunitsandmethanolunitsunderconstructionwillreach540kt/a.
简介:Theconstructionof600kt/amethanolprojectwasofficiallystartedatNingxiaPagodaPetrochemicalGroupCompany,aprivatelyrunenterprise,whichplansbymakinguseoftheadvantageofenergyandheavychemicalindustryinEasternNingxiatoinvestl0billionRMBintenyearsinconstructionofthePagodazoneofcomprehensiveprojectswithdefinitesize.The600kt/amethanolprojectisoneoftheimportantprojects,
简介:ChinaLihuayiGrouphasselectedtheLPOxo~(SM)SELECTOR~(SM)(low-pressurebutanol/octanol)technologyjointlylicensedbyDowChemicalCompanyandDavyPro-cessTechnologyLimitedtobeusedonitsnew250kt/aunit.ThisunitislocatedinDongyingcity,Shandongprov-incewithadesigncapacityratedat140kt/aoctanol,85kt/an-butanoland24.4kt/aiso-butanol,andtheconstruc-tionofthisunitisexpectedtobecompletedby2010.
简介:Aseriesoffunctionalizedionicliquids(ILs)containingester-groupweresynthesizedandtheirtribologicalpropertiesaslubricantsforsteel-steelcontactwerestudiedandcomparedwithanon-functionalizedionicliquidandperfluoropolyethers(PFPE).ThemorphologyandchemicalcompositionofthewornscarswereanalyzedbyscanningelectronmicroscopyandX-rayphotoelectronspectroscopy,respectively,andthepossiblelubricationmechanismofILswasdiscussed.Asaresult,allILsdemonstratedabetterlubricityandamuchhigherload-carryingcapacitythanPFPEusedaslubricantsforthesteel-steeltribomatessystem.ThefunctionalizedILswithester-groupshowedslightlyworsefrictionreducingabilitythantheirnonfunctionalizedcounterpartsatrelativelylowerloadsowingtotheirhigherviscosity,butthenexhibitedbetterantiwearabilitybecausetheestergrouptheycontainedhadnotonlyphysicalbutalsostrongchemicalreactionswiththefreshlyexposedsteelsurfaceandformedchemicaladsorptionboundaryfilmsonthewornsurfaceduringfrictionprocess.Underhighloads,sometribochemicalreactionstookplacebetweentheactiveelements,suchasfluorinewhichwerereleasedfromtheILs,andfreshmetalsurfacesofrubbingpairstoformtheadmixturereactionfilms,whichweremainlycomposedofferricfluoridemixedwithferricoxide,leadingtolowerfrictioncoefficientsandgoodwearresistance.
简介:OnJanuary13,2013a10kt/a-classcommercialtestunitforproducingaromaticsfrommethanolinfluidizedbedjointlydevelopedbytheHuadianCoalIndustryGroup(HCIG)andTsinghuaUniversitywiththeinvestmentbeingprovidedbyHCIG,hadsuccessfullycameonlineintheYuhengCoalChemicalIndustryParkofYulincity.Thefirstbatchofrawfeedstockshasresultedinamethanolconversionofover99.99%,whiletheconcentration