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Experimental study on supercritical carbon dioxide fluid extraction of coriander oleoresin

Mingquan Huang

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Abstract

Single factor experiment and orthogonal design L16(43) were used to investigate the effects of extrac-ting pressure,extracting temperature and CO2 flow rate on the yield of coriander oleoresin which was extracted by supercritical carbon dioxide fluid extraction(SCF-CO2).The optimum parameters obtained were as follows: extracting pressure 18MPa,extracting temperature 43℃,CO2 flow rate 35L/h.When the extracting time was 3h,the yield of coriander oleoresin was 1.035% under the above conditions.

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Single factor experiment and orthogonal design L16(43) were used to investigate the effects of extrac-ting pressure,extracting temperature and CO2 flow rate on the yield of coriander oleoresin which was extracted by supercritical carbon dioxide fluid extraction(SCF-CO2).The optimum parameters obtained were as follows: extracting pressure 18MPa,extracting temperature 43℃,CO2 flow rate 35L/h.When the extracting time was 3h,the yield of coriander oleoresin was 1.035% under the above conditions.

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Available abstract

Single factor experiment and orthogonal design L16(43) were used to investigate the effects of extrac-ting pressure,extracting temperature and CO2 flow rate on the yield of coriander oleoresin which was extracted by supercritical carbon dioxide fluid extraction(SCF-CO2).The optimum parameters obtained were as follows: extracting pressure 18MPa,extracting temperature 43℃,CO2 flow rate 35L/h.When the extracting time was 3h,the yield of coriander oleoresin was 1.035% under the above conditions.

Key concepts: Oleoresin, Supercritical carbon dioxide, Extraction (chemistry), Yield (engineering), Supercritical fluid, Carbon dioxide, Supercritical fluid extraction, Chromatography

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