油棕叶(OPF)发酵琥珀酸的生产与回收

Nazatul Aziqah Ramli, M. Markom, A. A. I. Luthfi
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引用次数: 0

摘要

本研究旨在确定不同氮源在油棕叶(OPF)发酵中琥珀酸的产量和琥珀酸的回收。对酵母膏和蛋白胨两种氮源进行了比较,并采用含琥珀酸浓度最高的发酵液进行了回收。采用4% ~ 6% (w/w)的活性炭处理,确定发酵液中琥珀酸回收的最佳用量。结果表明,酵母提取物的琥珀酸浓度为2.62 g/L,产率为1.53 g/g,而蛋白胨的浓度为1.89 g/L,产率为1.10 g/g。还发现,5% (w/w)的活性炭剂量对琥珀酸浓度的提高和对其他有机酸的吸附效果最好。将活性炭加入发酵液后,发现琥珀酸含量从2.62 g/L增加到3.43 g/L,增幅为24.7%。
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Production and Recovery of Succinic Acid from Oil Palm Frond (OPF) Fermentation
This study aimed to determine the production of succinic acid by using different nitrogen sources in oil palm frond (OPF) fermentation and the recovery of succinic acid. A comparison between two nitrogen sources, i.e., yeast extract and peptone, was performed and a fermentation solution containing the highest concentration of succinic acid was used to carry out the recovery process. Activated carbon treatment at 4% to 6% (w/w) was performed to determine the best dosage that could be used for the recovery of succinic acid in the fermentation solution. Based on the results obtained, it was found that yeast extract was able to produce a higher concentration of succinic acid at 2.62 g/L with a yield of 1.53 g/g, compared to peptone which afforded a concentration of 1.89 g/L with a yield of 1.10 g/g. It was also found that the dose of 5% (w/w) activated carbon was the best to increase the concentration of succinic acid and adsorb other organic acids. After the activated carbon was fed into the fermentation solution, it was found that the succinic acid content increased from 2.62 g/L to 3.43 g/L with a percentage increase of 24.7%.
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