将葵花籽油提炼成食用油

F. Putri, Aditya Surya Pratama, Fasha El Sauzsa, Dwi Ardiana Setyawardhani
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引用次数: 0

摘要

克桑比籽油(Schleichera oleosa)由于其较低的水分含量、过氧化值和皂化值,是可以替代棕榈油用于食用油生产的资源之一。但是,克桑比籽油中游离脂肪酸(FFA)和氰化物酸(HCN)含量较高,需要进一步提纯才能商业化。采用脱胶、吸附、中和等工艺对克桑比籽油进行提纯。用磷酸进行脱胶20分钟。然后用25% (w/w)沸石吸附14h,再用氢氧化钠中和。结果表明,在脱胶过程中,脱胶量高达32.87 g。苦味酸试验证实,沸石吸附降低了HCN含量,表明处理后的油可以安全食用。FFA试验结果表明,各工艺的最终FFA含量分别为7.23、6.46、6.21%。本研究通过提高克桑比籽油的质量,使其达到印尼国家标准,揭示了克桑比籽油作为未来食用油的潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pemurnian Minyak Biji Kesambi (Schleichera oleosa) sebagai Bahan Baku Pembuatan Minyak Goreng
Kesambi seed oil (Schleichera oleosa) is one of the resources that can be utilized as an alternative to substitute palm oil in cooking oil production due to its lower moisture content, peroxide value, and saponification number. However, the high level of free fatty acid (FFA) and cyanide acid (HCN) contents in kesambi seed oil requires further purification prior to commercialization.  In this study, the purification process of kesambi seed oil was carried out with degumming, adsorption, and neutralization techniques. The degumming process was conducted using phosphoric acid for 20 minutes. Afterwards, the adsorption process was carried out using 25% (w/w) zeolite for 14 h. The neutralization process was subsequently performed with sodium hydroxide. The results showed that as much as 32.87 g of gum was removed during the degumming process. The picric acid tests verified that the adsorption using zeolite reduced the HCN contents, which indicates that the treated oil is safe to consume. The FFA test results showed that the final FFA content for each process was 7.23, 6.46, 6.21%, respectively. This study unfolds the potential of kesambi seed oil as future cooking oil by improving its quality that can satisfy the Indonesia National Standard.
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