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Research and Development of Maximizing Iso-Paraffins (MIP) Technology
作者姓名:Long Jun  Xu Youhao  Zhang Jiushun  He Mingyuan
作者单位:Research Institute of Petroleum Processing,SINOPEC,Beijing\ 100083
摘    要:1Introduction Civilizationhasprogressedrapidlyduetothedevelopmentofpetroleumrefining ,whichhasprovidedthetechnologytoconvertheavyoilintovaluabletransportationfuelsandpetro chemicalfeeds.However,thenegativeeffectisdeterioratingairqualityinmajormetropolisworldwideduetomassusageofthesefuelsinvariouskindsofengines.Nowadays ,boththepetroleumrefiningindustryandtheautomobileindustryhaveundertakenconsiderableeffortinsolvingenvironmentalprob lemscausedbytransportation .Commontechniquestoreducetranspor…

关 键 词:catalytic  cracking    riser  reactor    reaction  mechanism    gasoline    olefin

Research and Development of Maximizing Iso-Paraffins (MIP) Technology
Long Jun,Xu Youhao,Zhang Jiushun,He Mingyuan.Research and Development of Maximizing Iso-Paraffins (MIP) Technology[J].Engineering Sciences,2003,1(2):47-52.
Authors:Long Jun  Xu Youhao  Zhang Jiushun  He Mingyuan
Institution:Research Institute of Petroleum Processing, SINOPEC, Beijing\ 100083
Abstract:Research Institute of Petroleum Processing has successfully developed a maximizing iso paraffins (MIP) technology in response to the clean gasoline specifications. A concept of two different reaction zones technique was proposed based on the FCC reaction mechanism. The concept was used to design a novel reactor with the corresponding engineering measures. Results of experiments conducted on the newly designed pilot plant riser reactor showed that the formation of iso paraffins was enhanced by the two reaction zones technique; olefin content and sulfur content in gasoline were lowered simultaneously. The catalyst tailored for MIP process has also been developed and commercialized. An existed 1.4Mt/a RFCC unit was revamped to demonstrate MIP process, and the commercial trial results were in good agreement with the results of pilot plant test. MIP technology has provided a new approach for producing clean gasoline from heavy oil.
Keywords:catalytic cracking  riser reactor  reaction mechanism  gasoline  olefin
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