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Rubber Fruit Shell (Hevea brasiliensis) as bio sorbent to remove FFA (Free Fatty Acid) content in CPO (Crude Palm Oil)

机译:橡胶水果壳(HEVEA Brasiliensis)作为生物吸附剂,可在CPO(原油棕榈油)中除去FFA(游离脂肪酸)含量

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This study aimed to discover the effectiveness of the shell of rubber fruit as bio sorbent for removing FFA (Free Fatty Acid) content in CPO (Crude Palm Oil). Methods used in this study were pretreatment, activation (carbonating and chemically) and adsorption process at room temperature. In the beginning, the shell of rubber fruit was cleaned and dried under the sun. Then the shell was cut for about 0.5 cm of length and carbonated in a furnace for 1h at 600°C. After that, they were crushed to pass through 140 meshes and activated using three variations of chemical such as 6 of HNO3, 6N of KOH and 6N of H3PO4 at certain ratio as 1:3, 1:4, and 1:5 (b/v). The adsorption process was carried out using bio sorbent with the highest iodine number in varying bio sorbent dosage and contact time. The highest iodine number was 913.680 mg/g and obtained at the ratio of bio sorbent to 6N of KOH as 1:5. The best removal of FFA content was 91.94% and at 1% bio sorbent dose and 30 min of contact time.
机译:本研究旨在发现橡胶果壳作为生物吸附剂在CPO(原油棕榈油)中除去FFA(游离脂肪酸)含量的生物吸附剂的有效性。 本研究中使用的方法在室温下进行预处理,活化(碳酸化和化学)和吸附过程。 一开始,在阳光下清洁并干燥橡胶果壳。 然后将壳在600℃下切割约0.5cm的长度并在炉中碳酸化1小时。 之后,将它们被压碎以通过140目,并使用三个化学物质的三个变化以一定比例为1:3,1:4和1:5(B / v)。 使用Bio Sorebent进行吸附过程,其具有不同的生物吸附剂剂量和接触时间。 最高碘量为913.680mg / g,并以生物吸附剂的比例为6N KOH为1:5。 最佳除去FFA含量为91.94%,在1%生物吸附剂剂量和30分钟的接触时间内。

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