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[止回阀与非氧微波辅助中药提取:一种新型精油提取技术的研究]

[Check valve and non-oxygen microwave assisted extraction of Chinese herbs: study of a novel technique for extraction of essential oils].

作者信息

Zou Xiaobing, Li Jin, Ma Bin, Yu Yanlin

机构信息

College of Chemical and Chemical Engineering of Chongqing University, Chongqing 400030, China.

出版信息

Zhongguo Zhong Yao Za Zhi. 2011 Sep;36(17):2329-33.

Abstract

OBJECTIVE

A novel green extraction technique of check valve & non-oxygen microwave assisted extraction (CVNO-MAE) for essential oils extraction was established. CVNO-MAE is a combination of microwave heating, vacuum pump and check valve, performed at anaerobic environment without added any solvent or water.

METHOD

CVNO-MAE has been compared with a conventional technique, solvent free microwave extraction (SFME), for the extraction of essential oils from two Chinese herbs: Curcuma phaeocaulis and Mentha haplocalyx.

RESULT

GC-MS analyses of the oils revealed the presence of 36 and 37 compounds in the essential oils of C. phaeocaulis and M. haplocalyx, respectively. There was an obvious difference in the quality of essential oils obtained by the two kinds of extraction methods. The CVNO-MAE method yielded an essential oil of C. phaeocaulis with lower amounts of oxygenated compounds (45.53%) than SFME (62.38%). Higher amounts of oxygenated compounds (89.57%) were present in the M. haplocalyx essential oil of SFME in comparison with CVNO-MAE (82.74%).

CONCLUSION

CVNO-MAE is a fast low temperature extraction method carried in under pressure, appears as a good alternative for the extraction of essential oils from Chinese herbs and a green technology.

摘要

目的

建立一种新型的用于提取香精油的止回阀与无氧微波辅助萃取(CVNO-MAE)绿色萃取技术。CVNO-MAE是微波加热、真空泵和止回阀的结合,在无氧环境下进行,无需添加任何溶剂或水。

方法

将CVNO-MAE与传统技术无溶剂微波萃取(SFME)相比较,用于从两种中药材莪术和薄荷中提取香精油。

结果

对这些油的气相色谱-质谱分析表明,莪术和薄荷香精油中分别存在36种和37种化合物。两种萃取方法所获得的香精油质量存在明显差异。CVNO-MAE法得到的莪术香精油中含氧化合物的量(45.53%)低于SFME法(62.38%)。与CVNO-MAE法(82.74%)相比,SFME法的薄荷香精油中含氧化合物的量更高(89.57%)。

结论

CVNO-MAE是一种在压力下进行的快速低温萃取方法,似乎是从中药材中提取香精油的一种良好替代方法,也是一项绿色技术。

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