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Biodiesel production from jatropha curcas oil and palm oil by using undirect ultrasonic assisted

机译:通过使用未侧的超声波辅助,通过麻风树图曲线和棕榈油的生物柴油生产

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The limitation of unrenewable energy required alternative renewable energy and environmental friendly. Biodiesel as one renewable energy that production from vegetable oil. The main reactions are on biodiesel production esterification and transesterification. Nevertheless, this reaction is slow, requires a lot of alcohol and a catalyst, the reaction has not been perfect. A mixing of vegetable that contain jatropha curcas oil and palm oil as feedstock. The objective of this research to optimumize of triglyceride conversion for three variable; include weight ratio jatropha curcas oil to palm oil catalyst concentration and molar ratio of methanol to oil. The experiments were carried out with ultrasonic undirect assisted‥ The operation condition was included ultrasonic frequency of 40 kHz and temperature of 60°C. The results showed that optimum condition was obtained in weight ratio jatropha and palm oil 2∶1, 1.5 wt% catalyst, and mole ratio of 6∶1 with a mixture of methanol-oil and conversion is 95.341%, where product are qualified SNI and ASTM.
机译:不可再生能源所需的替代可再生能源和环境友好的限制。生物柴油作为一种从植物油生产的可再生能源。主要反应是对生物柴油生产酯化和酯交换化。然而,这种反应缓慢,需要大量的醇和催化剂,反应并不完美。将含有麻醉剂Curcas油和棕榈油作为原料的混合。这项研究对三种变量的甘油三酯转化的最佳化的目的;将重量比Joatropha Curcas油与棕榈油催化剂浓度和甲醇与油的摩尔比例。实验用超声波未确定辅助进行,包括超声波频率为40kHz的超声波频率,温度为60℃。结果表明,在重量比下获得最佳条件,其重量比下载和棕榈油2:1,1.5wt%催化剂,摩尔比为6:1,甲醇 - 油和转化率的混合物为95.341%,其中产品是合格的SNI和ASTM。

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