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A Study on microwave - assisted extraction of patchouli essential oil : effect of hexane as solvent

机译:微波辅助提取广patch香精油的研究-己烷溶剂的作用。

摘要

The objective of this research was to extract patchouli essential oil with microwave assisted extraction (MAE) by using hexane as solvent extraction. This research focuses on effect of varying microwave power at 300 W, 400 W and 500 W at different time of extraction and influence of dielectric properties on extraction of patchouli oil. Hexane was used because it is a good extraction solvent Patchouli or Pogostemon cablin accumulates large amounts of essential oil. Patchouli oil contains sesquiterpene alcohols as its main active component or also known as patchoulol. In this research, the methods used were drying, grinding, extraction, separation and analysis. From the research, the optimum yield of patchoulol was 82.166% at microwave power 400 W and time extraction of 10 minutes and the major components of Pogostemon Cablin were patchoulol, α-bulnesene, α-guaiene and β-patchoulene.-Author
机译:这项研究的目的是通过微波辅助萃取(MAE)以己烷为溶剂萃取来提取广patch香精油。这项研究的重点是在不同的提取时间,分别改变300 W,400 W和500 W的微波功率,以及介电性能对广patch香油提取的影响。使用己烷是因为它是良好的萃取溶剂,广Pat香或Pogostemon cablin会积聚大量精油。广cho香油包含倍半萜烯醇作为其主要活性成分或也被称为广patch香酚。在这项研究中,所使用的方法是干燥,研磨,提取,分离和分析。研究表明,微波功率为400 W,提取时间为10分钟时,广patch香酚的最佳收率为82.166%,Pogostemon Cablin的主要成分为广patch香酚,α-戊烯,α-番石榴烯和β-广atch香酚。

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    Leong Nguk Foong;

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  • 年度 2008
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