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Ultrasound aided in situ transesterification of crude palm oil adsorbed on spent bleaching clay

机译:超声波辅助吸附在用过的漂白粘土上的粗棕榈油的原位酯交换反应

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Adsorbed crude palm oil on spent bleaching clay (SBC) was in situ transesterified to methyl esters (bio-diesel) by the aid of ultrasound and organic co-solvents (petroleum ether (PE) or ethyl methyl ketone (EMK)). The SBC under study was found to contain 24.2-27.0% of crude oil with free fatty acids (FFA) of 3.01% and moisture content of 0.29%. The optimized reaction conditions were as follows: methanol to oil molar ratio of 150:1; catalyst (KOH), 20%; reaction temperature, 60 ± 2℃; reaction time, 2 h. Using PE as a co-solvent, highest conversion of 75.2% was achieved while 60% was recorded with EMK.
机译:借助超声波和有机助溶剂(石油醚(PE)或乙基甲基酮(EMK)),将用过的漂白粘土(SBC)上吸附的粗棕榈油原位酯交换为甲酯(生物柴油)。发现所研究的SBC含有24.2-27.0%的原油,其中游离脂肪酸(FFA)为3.01%,水分为0.29%。优化的反应条件如下:甲醇与油的摩尔比为150:1;催化剂(KOH),20%;反应温度60±2℃;反应时间2小时。使用PE作为助溶剂,最高转化率为75.2%,而EMK记录为60%。

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