资源描述：
《酮苯脱蜡脱油技术（ketone benzol dewaxing and deoiling technology）》由会员上传分享，免费在线阅读，更多相关内容在教育资源-天天文库。
1、酮苯脱蜡脱油技术（KetonebenzoldewaxinganddeoilingTechnology）IsthefirstarticleIsthelastone
2、backloglistKetonebenzoldewaxingtechnologytosharethecopyaddresslogaddress:PleaseuseCtrl+Ctocopypastetoafriend.Everyday,06201015August21:44(3)readingcomments(0)category:personaldiary:Op
3、enAccessFont:bigsosmallinthebigsizesettopmorepermissionstodeletetheloglogrecommendedprivateeditor1.1thepurposeofketonebenzoldewaxingKetonebenzoldewaxingtoremoveoilfromthehighmeltingpointwaxcomponents,reducethefreezingpointofoil,inordertomeettherequirementsoftheuse
4、oflubricatingoilinvariousmechanicalconditionsatthesametime,theproductionofrawmaterialsfortheproductionofparaffinwax.Changesofoilpropertiesof1.2.Thewaxismainlycomposedofn-alkanes,n-alkanesarehydrocarbonsinrelativelylowdensity,lowviscosity,lowsolidifyingpointandcarb
5、onresiduehighest;whenthecomponentremovalafterthedewaxedoilpourpointdecreased,relativedensityincreased,theviscosityincreases,thecarbonresidueincreased.Ingeneral,inthesamedepthofwax,oilfromlighttoheavythedewaxedoildensityandviscosity,carbonresidueincreasedsignifican
6、tlyincreased.Principle1.3ketonebenzoldewaxing.Itistheuseoftwoyuanofbutanonetoluenemixturewithdifferentsolubilityandoilandwaxforrawmaterialsintheoil,waxmeltingpoint,thematerialaddedtothesolventinthecoolingprocess,reducematerialviscosity,increasingtheflowofrawmateri
7、als,andthecrystallizationofwaxtocreateasuitablecondition,makethewaxtheformationofuniformcrystal,easytousefilteringmethodsofoilwaxseparation.Aftertheseparationofthefiltrateandliquidwax,weresenttotheoilwaxrecoverysystem,theuseofdifferentboilingpointsolventandoilwax,
8、solventrecovery,qualifiedoilwaxweresentoutdevice.Theselectionandroleof1.3.1insolventdewaxingsolventThesolventusedby1.3.1.1solventdewaxingprocesscondition(1)goodselectivityindewaxingtemperaturedissolvingabilityofoil,thewaxsolventcapacityissmall.(2)lowviscositylowfr
9、eezingpoint,canreducetheviscosityofrawmaterialsinthedewaxingprocessandnotsolidification.(3)nocorrosionnon-toxic,notchemicalreactiondoesnotinfluencethequ
