用湛江高岭土作FCC催化剂载体的可行性研究(2)

Keywords:petroleumdispersesystem;intensifieddistillation;activestate;application

Newprogressofheavyoilprocessingtechnologyathomeandabroad/2010，21（1）：6-7

GuZhensheng1，WangXiaoming2

（1.DaqingPetrochemicalResearchCenter,Daqing163714,China;2.SichuanPetrochemicalCo.,Ltd.,Chengdu610063,China）Abstract:Thispaperexpoundednewprogressonheavyoilprocessingtechnologyathomeandabroad,andanalyzedindetailthecharacteristicsofthetechnologiessuchasvisbreakingprocess,solventdeasphaltingtechnologyanddelayedcokingtechnology.Itisconcludedthroughcomparativeanalysisofvariousprocesstechnologiesthat,theFCCtechnology,astheagenttechnologyofheavyoilprocessing,willstillplayanirreplaceableroleintheoilrefiningprocessesinthefuture.Keywords:heavyoilprocess;visbreaking;FCC;technicalprogress

Nano-TiO2photocatalyticoxidationtechnologyanditsapplicationinenvironmentalfield/2010，21（1）：8-11

ZhaoWenhui

（DaqingPetrochemicalCompanyoilRefinery,Daqing163711,China）

Abstract:ThispaperintroducedpreparationmethodandcharacteristicofNano-photocatalystTiO2,anditsproperty,conditionandinfluencingfactors,andexpoundeditsapplicationandprospectintheenvironmentalfield.Keywords:Nano;TiO2;photocatalyticoxidation;oxidation;environmentalgovernance

Analysisonprospectoflargegranularureaproject/2010，21（1）：12-14

LiFuxing1，ZhangKun1，YuanLijian2

（1.DaqingPetrochemicalEngineeringCo.，Ltd.，Daqing163714，China；2.No.1ChemicalPlantofDaqingPetrochemicalCompany，Daqing163714，China）Abstract:Thispaperpresentedadvantageofgranularurea,andanalyzedthemarket,technicalandcomprehensivecompetitivenessforDaqingPetrochemicalCompanytobuildlargegranularureaproject.Theresultshows,DaqingPetrochemicalCompanywillhaveabroadprospectinthedevelopmentoflargegranularurea.Keywords:largegranularurea;market;analysis;prediction

FeasibilitystudyonapplicationofZhanjiangKaolinasFCCCatalystCarrier/2010，21（1）：15-16

WangZhenbo，TianHuiping，ChenZhenyu

（ResearchInstituteofpetroleumProcessing，Beijing100083，China）

Abstract:ThechemicalcompositionandphysicalpropertiesofZhanjiangkaolinaretestedbymeansofXRD,XRF,lasergranularity

高岭土做FCC催化剂研究

58

炼油与化工

analyzerandSEMtechniques.ThecatalyticpropertiesofFCCcatalystwithZhanjiangkaolinascarrierareinvestigatedbyACE.TheresultsshowthattheshapeofZhanjiangkaolinismainlyplatelike,andtheparticlesizedistributionofitismoreconcentrated,andthechemicalcompositionofitisverysimilartothatofSuzhoukaolin.ThephysicalpropertiesandcatalyticpropertiesofFCCcatalystwithZhanjiangkaolinascarriercanbeequivalenttothoseofFCCcatalystwithSuzhoukaolinascarrier.Therefore,itcanmeetthequalityrequirementofFCCcatalyst.Keywords:kaolin;FCCcatalyst;carrier

ResearchonFCCprocessblendingcokergatchwithbasicnitrogenremoved/2010，21（1）：17-18

ZhangZhongdong，LiuZhaoyong，TianAizhen，DingWei，GaoYongfu

（LanzhouChemicalResearchCenter，Lanzhou730060，China）

Abstract:Basicnitrogenremovingadditivehassignificanteffectforremovingbasicnitrogenfromcokergatchandimprovingcokergatchproperty.Theevaluationtestusingmediumsizerisershows,afterthebasicnitrogenremoved,whenblendingcokergatchofsamerate,theproductsdistributionbecamebetter;andtheheavyoilyielddecreasedandlightoilyieldincreasedwhenthecokekeptbasicallyunchanged.

Keywords:cokergatch;FCC;basicnitrogenremoval

DevelopmentofLLDPEspecialresinforfilm/2010，21（1）：19-21

MaZigui1，ChenLei2，WangLimei2，WangChunfeng2，ChenHong2

（1.DaqingPetrochemicalCompanyDevelopmentCompany，Daqing163714，China；2.DaqingPetrochemicalCompanyPlasticsPlant，Daqing163714，China）Abstract:ThedevelopmentofLLDPEspecialresinforfilmisdescribed,andcomparisonismadewithsimilarresinsmadeinforeigncountries.TheresindevelopedhastheMFRof1.5~2.5g/10min,densityof0.917~0.923g/cm3,tensileyieldstressof≥8.3MPa,ashof≤0.04%andhazeof≤14%.TheprocessingofthespecialresininDaqingPetrochemicalCompanyDevelopmentCompanyandWuxiColorPrintingGroupshows,thisresinissuitableforproducingeasyopeningfilmandtherequirementofusers.Keywords:LLDPE;specialfilmresin;openingagent;development

ResearchonPBlatexforsheetABSresin/2010，21（1）：22-24

SunWensheng，ZhangHongmei，LiuShuang

（No.3ChemicalPlantofDaqingPetrochemicalCompany，Daqing163714，China）

Abstract:TheeffectofPBlatexonthepropertiesofsheetgradeABSresinfamilyhasbeeninvestigated.InordertoimprovethepropertiesofthelatexusedforsheetABS,butadieneandstyrenewereusedasmonomerinpolymerization,specialcompoundsoapfamilywasused,andinthesametimemultifunctionaladditivesandsteppedtemperaturerisingtechnologywereusedtoproducespecialPBlatexusedforABSresin.Afterthedemonstrationtestssuchasagglomeration,graftpolymerization,coalescenceanddrying,andmixingwithSANinmeltstate,thepropertiesofthesheetgradeABSresinproducedareclosetothoseoftheproductsmadeinforeigncountries.

Keywords:sheet;ABS;resin;compoundsoap;additives

Applicationofhydrogenationcatalyst

out-situpre-sulfurizationtechnology/2010，21（1）：25-27

ZhangJunhua

（ProductionManagementDepartmentofSinopec，Beijing100728，China）

Abstract:Therearetwokindsofsulfurizationtechnologiesatpresent,namelyin-situandout-situsulfurizationtechnologies.Thepaperintroducedanewout-situsulfurizationtechnologycalledEPRESdevelopedbyandwiththeindependentintelligentpropertyrightownedbyShanghaiPetrochemicalEngineeringInstitute,andanalyzedtheperformanceofsulfurizedcatalystsadoptingthat