甲酰苯胺法催化加氫還原制RT培司工藝研究及條件優(yōu)化.pdf

1、東南大學(xué)碩士學(xué)位論文甲酰苯胺法催化加氫還原制RT培司工藝研究及條件優(yōu)化姓名：郭傳順申請(qǐng)學(xué)位級(jí)別：碩士專業(yè)：化學(xué)工程指導(dǎo)教師：孫岳明鐘自強(qiáng)20060401東南大學(xué)碩士學(xué)位論文StudyProductionTechnologyAndOptimizeConditionForHydrogenationToProduceRT—baseAbstractRT—basescientificns／ileis4一aminodiphenylamine，aga

2、inthenameforpaminodiphenylamineItisakindofimportantfinechemicalengineeringintermediatebodyItcanbeusedforrubberchemicals、dyestuff，spinandweave，printandpharmacyindustry，etcPrimarilyitisusedforproduce2benzeneaminekindofrubb

3、erantideteriorantas4010NA，4020，688etcAccordingtoincompletelystatistics，nowintheprospernations，theuseof4010NAand4020ismeasuretosharethe7096usageoftotalrubberchemicalsdealForthisreason，theproductiontechnology，quanlityandco

4、stofpaminodiphenylamineistheemphasesforrelatedenterprisesathomeandabroadtostudyItistheexcellentintermediatebodyfor2benzeneaminekindofrubberantideteriorantofperformanceforpaminodiphenylamineItsqualityandcostdirectlyconcer

5、ns4010NA4020and688rubberchemicalsproducingandusingInrecentyears，rubberchemicalsmarketcompetitionisveryhotathomeandabroadTheproductiontechnologyofP—aminodiphenylamineisveryimportantItisintroducedtheproductiontechnologyand

6、prospectofdevelopmentproductiontoD—aminodiphenylamineathomeandabroadItalsostudiedtheproductiontechnologyofP—aminodiphenylamineinourplantItwasstudiedusingSkeletonNickelcatalystandp—nitrodiphenyaminetoproducepaminodiphenyl

7、aminebyhydrogenationWestudiedaffectionwithrawmaterial，reactiontemperation、reactionpressure，waterimpurematerialfohydrogenationThefollowingresultsandconclusionshadbeenreached：UsingSkeletonNickelcata]ystreactiontemperationj