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Synthesis of biodiesel from palm oil by using cathodic plasma electrolysis

机译:使用阴极等离子体电解从棕榈油合成生物柴油

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Synthesis of biodiesel by using plasma electrolysis is very promising. This study aims to obtain high efficiency in the synthesis of biodiesel from palm oil by using cathodic plasma electrolysis method. The raw materials are palm oil, methanol, and KOH catalyst. Variations consist of cathode depth and oil-methanol molar ratio. The highest yield of 98.76% is obtained on the condition of cathode depth of 3.5 cm and oil:methanol molar ratio of 1:24. The lowest specific energy consumption of 605 J/ml is obtained on the condition of cathode depth of 3.5 cm and oil-methanol molar ratio of 1:12. High process efficiency is proved to be obtained by the use of cathodic plasma. These results indicate that cathodic plasma electrolysis method is effective to be used in the synthesis of biodiesel.
机译:使用等离子体电解合成生物柴油是非常有前途的。 本研究旨在通过使用阴极等离子体电解法从棕榈油合成生物柴油的高效率。 原料是棕榈油,甲醇和KOH催化剂。 变化由阴极深度和油 - 甲醇摩尔比组成。 在3.5cm的阴极深度和油:甲醇摩尔比为1:24的情况下获得98.76%的最高收率。 在3.5cm的阴极深度和油 - 甲醇摩尔比为1:12的情况下获得605J / mL的最低特定能量消耗。 证明了通过使用阴极等离子体来获得高过程效率。 这些结果表明,阴极等离子体电解方法可有效地用于生物柴油的合成中。

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