由处女椰子油(VCO)和一朵温差丁香生产的油质量

D. A. I. Pramitha, P. A. Suantari, P. D. Gmelina, I. G. M. Suradnyana, P. E. S. K. Yuda
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The results showed that the quality of clove-VCO oil using various heating temperatures of 40ºC (S1), 50ºC (S2), and 60ºC (S3) had a yellow color and a characteristic clove smell. Samples S1, S2, and S3 had the water content of (0.020±0.002)%, (0.031±0.002)% and (0.024±0.003)%, respectively. Based on the statistics, the water content obtained was not significantly different with p value> 0.057. It was found that there was a significant difference in the value of the acid number of (2.604 ± 0.117), (2.885 ± 0.071) and (3.572 ± 0.072) mg NaOH/10g for S1, S2, and S3, respectively, peroxide value of (0.466±0.057), (0.633±0.058), (0.733±0.058) meq/kg for S1, S2, and S3, respectively, and the iodine number of (9.167 ± 0.129), (8.437 ± 0.065), (8,162 ± 0.032) g iodine/100g oil for S1, S2, and S3, respectively, with p < 0.05. 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摘要

初榨椰子油(VCO)已被广泛用作制药、食品和化妆品行业的原料。在本研究中,通过将VCO与丁香组合制成制剂,实现了开发VCO产品变体的创新。通过VCO(初榨椰子油)和丁香(Syzygium aromaticum L. Merr)的组合生产摩擦油。& L.M. Perry)采用提取消解法,加热温度分别为40、50和60ºC。油的质量检测参数包括感官分析、含水量、酸值、过氧化物值和碘值。结果表明:40ºC (S1)、50ºC (S2)和60ºC (S3)不同加热温度下的丁香- vco油呈现黄色,并具有丁香特有的气味。样品S1、S2和S3的含水量分别为(0.020±0.002)%、(0.031±0.002)%和(0.024±0.003)%。经统计,得到的水分含量差异不显著,p值> 0.057。结果表明,S1、S2、S3的酸值分别为(2.604±0.117)、(2.885±0.071)、(3.572±0.072)mg NaOH/10g, S1、S2、S3的过氧化值分别为(0.466±0.057)、(0.633±0.058)、(0.733±0.058)meq/kg, S1、S2、S3的碘值分别为(9.167±0.129)、(8.437±0.065)、(8,162±0.032)g碘/100g油,差异均有统计学意义(p < 0.05)。研究结果表明,丁香- vco摩擦油制备过程中加热温度越高,摩擦油质量越低。关键词:丁香,油质,摩擦油,温度,VCO。
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KUALITAS MINYAK OLES YANG DIPRODUKSI DARI VIRGIN COCONUT OIL (VCO) DAN BUNGA CENGKEH DENGAN VARIASI SUHU PEMANASAN
Virgin Coconut Oil (VCO) has been widely used as a raw material for the pharmaceutical, food, and cosmetic industries. In this study, the innovation for developing the VCO product variations was done by making preparations using a combination of VCO with cloves. The production of rub oil through a combination of VCO (Virgin Coconut Oil) and cloves (Syzygium aromaticum L. Merr. & L.M. Perry) was carried out by extraction and digestion method with variations of heating temperatures of 40, 50, and 60ºC. The testing parameters for the quality of the oil included organoleptic analysis, water content, acid number, peroxide number, and iodine number. The results showed that the quality of clove-VCO oil using various heating temperatures of 40ºC (S1), 50ºC (S2), and 60ºC (S3) had a yellow color and a characteristic clove smell. Samples S1, S2, and S3 had the water content of (0.020±0.002)%, (0.031±0.002)% and (0.024±0.003)%, respectively. Based on the statistics, the water content obtained was not significantly different with p value> 0.057. It was found that there was a significant difference in the value of the acid number of (2.604 ± 0.117), (2.885 ± 0.071) and (3.572 ± 0.072) mg NaOH/10g for S1, S2, and S3, respectively, peroxide value of (0.466±0.057), (0.633±0.058), (0.733±0.058) meq/kg for S1, S2, and S3, respectively, and the iodine number of (9.167 ± 0.129), (8.437 ± 0.065), (8,162 ± 0.032) g iodine/100g oil for S1, S2, and S3, respectively, with p < 0.05. The results of this study indicated that the higher the heating temperature in the clove-VCO rub oil manufacturing process, the lower the oil quality. Keywords: clove, oil quality, rub oil, temperature, VCO.
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