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Catalytic conversion of RBD palm oil to gasoline: the effect of silica-alumina ratio in HZSM-5udud

机译:RBD棕榈油催化转化为汽油:HZSM-5 ud中硅铝比的影响 ud

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摘要

The RBD palm oil was converted to gasoline by passing its vapor through HZSMcatalyst. Three samples of HZSM-5 with different silica-alumina ratio (SiO2/ Al2O3) of 30, 50 and 70 were prepared and used to investigate the effect of silica-alumina ratio of HZSM-5 to the process. XRD was employed to confirm that the catalyst prepared were HZSM-5. FT-IR analysis for middle range spectra and near range spectra both were engaged to give structural characteristic of the catalyst and to analyze the hydroxyl (OH) groups of the catalyst respectively. The effect of silica-alumina ratio can be seen clearly from the result as HZSM-5 with 30 silica-alumina ratio produced the highest gasoline selectivity compare with the other two catalysts.
机译:RBD棕榈油通过使其蒸气通过HZSM催化剂而转化为汽油。制备了三种二氧化硅/氧化铝比(SiO2 / Al2O3)分别为30、50和70的HZSM-5样品,用于研究HZSM-5二氧化硅-氧化铝比对工艺的影响。用XRD确认制备的催化剂是HZSM-5。结合FT-IR分析中程光谱和近程光谱,以给出催化剂的结构特征并分别分析催化剂的羟基(OH)。从结果可以清楚地看出二氧化硅-氧化铝比率的影响,因为与其他两种催化剂相比,具有30二氧化硅-氧化铝比率的HZSM-5产生了最高的汽油选择性。

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