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Bio-Hydrocarbons through Catalytic Pyrolysis of Used Cooking Oils: towards sustainable jet and road fuels

机译:通过废食用油的催化热解制备生物碳氢化合物:实现可持续的喷气燃料和公路燃料

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摘要

1. Catalytic conversion through pyrolysis of UCO was performed at 500℃ with 4 different catalysts (WHSV = 4 h~1). 2. The best result (CAT n.1) gave 63.6 %_(wt)of bio-oil, with lower O_2, density, viscosity and higher HV than original feedstock. 3. By increasing catalyst mass, no significant changes in terms of bio-oil yield were observed, but larger amount of HCs classes were detected (from 24 to 35%wt of recovered bio-oil). 4. Distillation fractions in the range of kerosine showed promising properties (HC, composition).
机译:1.在500℃下用4种不同的催化剂(WHSV = 4 h〜1)进行UCO的热解催化转化。 2.最佳结果(CAT n.1)得到的生物油含量为63.6%_(wt),与原始原料相比,O_2,密度,粘度和HV高。 3.通过增加催化剂质量,未观察到生物油收率的显着变化,但检测到大量的HCs类(从回收的生物油中提取24%至35%wt)。 4.煤油范围内的馏分显示出良好的性能(HC,组成)。

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