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Application of Biotechnological Method to Biodiesel Fuel Production using n-butanol

机译:生物技术方法在正丁醇生产生物柴油燃料中的应用

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Biodiesel fuel derived from oil (animal or vegetable origin, or used for frying) and alcohol is an alternative to traditional petroleum diesel fuel. The most popular kind of biodiesel fuel is rapeseed oil methylesters. Rapeseed oil butylesters have not been widely analyzed yet. Transesterification of rapeseed oil was performed using n-butanol and immobilized lipase in the solvent-free medium. The most effective biocatalyst was selected from Novozym 435, Lipozyme TL IM, Lipozyme RM IM, lipase G and lipase F-EC. The most suitable lipase for that process was Lipozyme TL IM. The transesterification reaction was optimized in order to get a highest yield of rapeseed oil butylesters. Optimal conditions (temperature, lipase concentration, rapeseed oil and n-butanol stoichiometric ratio, and reaction duration) of a rapeseed oil butanolysis process were also determined.
机译:源自石油(动物或植物来源,或用于油炸)和酒精的生物柴油燃料是传统石油柴油燃料的替代品。最受欢迎的生物柴油燃料是菜籽油甲基酯。菜籽油丁酯尚未得到广泛分析。使用正丁醇和固定化的脂肪酶在无溶剂的培养基中进行菜籽油的酯交换反应。最有效的生物催化剂选自Novozym 435,Lipozyme TL IM,Lipozyme RM IM,脂肪酶G和脂肪酶F-EC。对于该过程最合适的脂肪酶是Lipozyme TL IM。优化了酯交换反应,以使菜籽油丁酯的产率最高。还确定了菜籽油丁醇解过程的最佳条件(温度,脂肪酶浓度,菜籽油和正丁醇化学计量比以及反应持续时间)。

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