R. DewiNatalia, A. Natalia, Fendri Lukmanto, I. Ani, I. L. Tarigan
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引用次数: 5
摘要
本研究旨在检验烹调椰子油(CCO)和初榨椰子油(VCO)的品质。分析采用感官、密度等物理参数测试,游离脂肪酸(FFA)过氧化物数和皂化数等化学参数测试。使用的样品油来自传统上由初榨椰子油制成的椰子油,通常缩写为VCO,这是一种椰子油,与普通椰子油经过不同的提取过程,因此它被认为具有更高的质量,提供更多的好处。样品取自博约兰古区贝集村传统加工的椰子油,品牌为“MALIKA”。结果表明,两种油具有相对相同的物理参数,VCO和CCO的密度差分别为0.88 g / ml和0.82 g / ml, VCO和CCO的游离脂肪酸、过氧化物数和皂化数的化学参数分别为0.165和0.207;0.54: 0.68;203: 321,使整体VCO具有良好的质量,而CCO具有不利的皂化数。
Analysis quality characteristics of virgin coconut oil (VCO): comparisons with cooking coconut oil (CCO)
This study aims to examine the quality of cooking coconut oil (CCO) and virgin coconut oil (VCO). The analysis was carried out as a physical parameter test including organoleptic and density while the chemical parameter test was: free fatty acid (FFA) peroxide number and test of saponification number. The sample oil used comes from coconut oil made traditionally by virgin coconut oil or commonly abbreviated as VCO, which is coconut oil which passes through a different extraction process with ordinary coconut oil so it is believed to have higher quality and provide more benefits. Samples derived from coconut oil traditionally processed in Beji Village, Boyolangu District with the brand "MALIKA". It was found that both oils had relatively the same physical parameters, the difference in density on VCO and CCO: 0.88 g / ml and 0.82 g / ml. As for the chemical parameters of free fatty acids, peroxide numbers, and saponification numbers of the VCO and CCO comparisons: 0.165: 0.207; 0.54: 0.68; 203: 321, so that the overall VCO has good quality, while CCO has an unfavorable saponification number.