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APU~(SM) technology for the production of BTX and LPG from pyrolysis gasoline using metal promoted zeolite catalyst

机译:APU〜(SM)技术使用金属促进型沸石催化剂由热解汽油生产BTX和LPG

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摘要

SK Corporation developed an advanced pyrolysis gasoline (pygas) upgrading (APU~(SM)) technology based on a catalytic process for producing valuable benzene, toluene and xylenes (BTX) and liquefied petroleum gas (LPG) from pygas containing aromatics and non-aromatic hydrocarbons. Hydrodealkylation of heavy aromatics and hydrocracking of non-aromatic hydrocarbons occurred with facility in the conversion of pygas over a proprietary catalyst, metal promoted zeolite. This catalytic process produced benzene and toluene with high purity corresponding to chemical grade while giving mixed xylenes with reduced ethylbenzene. In the present study, we described novel features of the APU~(SM) technology in terms of the process and catalyst. The influence of the process conditions was also examined. This technology has been commercially proven, and hence is available for licensing through Axens, which is a major engineering and licensing company.
机译:SK公司开发了一种先进的热解汽油(pygas)提纯(APU〜(SM))技术,该技术基于催化工艺,可从含有芳族化合物和非芳族化合物的pygas制备有价值的苯,甲苯和二甲苯(BTX)和液化石油气(LPG)。碳氢化合物。重金属芳烃的加氢脱烷基化和非芳烃的加氢裂化发生是通过在专有催化剂(金属促进的沸石)上进行裂解气的转化而实现的。该催化过程产生具有与化学级相对应的高纯度的苯和甲苯,同时产生具有还原的乙苯的混合二甲苯。在本研究中,我们从工艺和催化剂方面描述了APU〜(SM)技术的新颖特征。还检查了工艺条件的影响。该技术已经过商业验证,因此可以通过主要工程和许可公司Axens进行许可。

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