lumms硫酸法烷基化.pdf

《lumms硫酸法烷基化.pdf》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、AdvancesinAlkylationBreakingtheLowReactionTemperatureBarrierwithCDAlky®TechnologyCDAlky®____克服低温反应束缚的先进烷基化技术Informationcontainedhereinisconfidentialand/orproprietarytoLummusTechnologyInc.and/oritsaffiliates.Allsuchinformationisprotectedbytherelevantagreements,includingconfidentialityan

2、dlimiteduseagreements,betweenyou,youremployerand/oritsaffiliates,andLummusTechnologyInc.oritsaffiliates.Theinformationhereinmayonlybeusedinaccordancewiththoseagreements,andisnottobedisclosedtounauthorizedpartieswithoutpermissionofLummusTechnology,Inc.AWorldofSolutionsOutline提纲WhyAlkyl

3、ate烷基化油的意义SulfuricAcidAlkylationFundamentals硫酸法烷基化基本原理CDAlky®KeyAdvantagesCDAlky®技术的优势CDAlky®CommercialExperienceCDAlky®技术的工业应用业绩ConcludingRemarks总结Q&A提问与答疑AWorldofSolutions1WhyAlkylate烷基化油的意义AWorldofSolutionsPressingNeedstoImproveAirQuality改善空气质量迫在眉睫InFebruary2014,PresidentXiJin

4、pinghasstatedthatsuppressingPM2.5isthemostimportanttaskinaddressingSMOGandinimprovingairquality2014年2月，习近平在北京考察时指出应对雾霾污染、改善空气质量的首要任务是控制PM2.5AWorldofSolutions3PM2.5ContributorsinBeijing北京地区PM2.5的来源Catering,automobilerepair,LivestockandPoultrybreeding,AutomobileConstructionand机动车others餐饮

5、、汽车修DustandSand31.1%扬尘理、畜禽养殖、14.3%建筑涂装等其…CoalFiringIndustrial燃煤Production22.4%工业生产,18.1%Source:来源：《北京公布大气细颗粒物最新源解析三成本地污染物来自机动车》余荣华AWorldofSolutions4ContributiontoOzoneFormation不同碳氢化合物生成臭氧的能力OzoneReactivityandBoilingTemperaturesofGasolineAlternativesParaffins10OlefinsAromatics5Hvy.Refor

6、mateLt.FCCgasolineOxygenatesTolueneETBE2IsomerateEthanolAlkylate1NbutaneMTBE0.5HighRVPincreasesIdealBoilingHigherTemperaturesincreasesEvaporativeEmissionsTemperaturesColdCycleExhaustHC'sOzoneYield(gmOzone/gmVOC)50100150200250300350BoilingTemperature(F)CARB&CEC"created"alowcost,external

7、supplyofLt.AlkylatetoreplaceOxygenatesinRFGBoilingPoint,oFReference:Mr.BillPiel,TierAssociates,USAAWorldofSolutions5GasolineSpecs汽油标准Olefinsareamongthemostphoto-chemicallyreactivecomponentsofautomotiveemissionswithgreatozoneformingpotential汽车尾气中，烯烃的光化学反应活性最高、臭氧生成潜势（OFP）最高Lightolefi