用1-辛烯进行棕榈油交叉复分解性能评价的气相色谱分析

Mythili Thangavel, Chin Sim Yee
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引用次数: 0

摘要

棕榈油是油脂化工行业下游扩张和可持续发展的重要原料之一。棕榈油的内置功能和全球范围内的可用性使棕榈油更具吸引力。可以进一步利用交叉复分解工艺对其进行改性,生产生物基多元醇。本研究采用酯交换、硅基化、甲基化、稀释等不同的预处理方法对交叉合成棕榈油进行预处理,寻找最佳预处理方法。此外,使用安装在气相色谱火焰电离检测器(GC-FID)上的两种不同的气相色谱柱对预处理样品进行分析。然后采用最佳前处理方法制备不同摩尔比的棕榈油辛烯解液样品。根据本研究结果,稀释法优于其他前处理方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Gas chromatography analysis for the performance evaluation of the palm oil cross-metathesis using 1-octene
Palm oil is one of the important raw materials in the oleochemical industry for downstream expansion and sustainability. The built-in functionality and availability of oil worldwide make palm oil more attractive. It can be further modified using the cross-metathesis process for the production of bio-based polyol. In this study the cross metathesised palm oil was pre-treated with different types of pre-treatment methods namely transesterification, silylation, methylation and dilution to find the best pre-treatment method. Moreover, the pre-treated samples were analysed using two different Gas chromatography columns installed to the Gas chromatography flame ionisation detector (GC-FID). The best pre-treatment method was then used to prepare the samples taken from the palm oil octenolysis at different molar ratio of palm oil to 1-octene. According to the findings of this research, dilution method outperformed other pre-treatment methods.
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