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Industrial method for simultaneously producing Stevia rebaudiana chlorogenic acid and stevioside

机译:同时生产甜叶菊雷吉氏植物和甜菊甙的产业化方法

摘要

The present invention relates to an industrialized method for simultaneously producing Stevia rebaudiana chlorogenic acid and stevioside. Stevia rebaudiana is used as a raw material, extracted with alcohol, and the state of the raw material solution is adjusted so that chlorogenic acid is in a free molecular state, After extraction and separation with a water-insoluble medium polar organic solvent, Stevia rebaudiana chlorogenic acid is concentrated in the organic layer, and Stevioside is concentrated in the aqueous layer. The method prevents hydrolysis of the chlorogenic acid component of Stevia rebaudiana compared to the traditional water extraction process, thereby securing the active ingredient content and efficacy of the Stevia rebaudiana chlorogenic acid product. Under the premise of not affecting the quality and production efficiency of stevioside products, it realizes effective separation, improves production efficiency, and the proportion of isochlorogenic acid in the obtained product is close to the raw material, reduces the water consumption of production, and It is a high-profit eco-friendly production process by reducing the emission of flocculation residues.
机译:本发明涉及一种用于同时产生甜叶菊雷欺诈酸和甜菊属的工业化方法。甜叶菊雷吉亚洲用作用醇提取的原料,并调节原料溶液的状态,使其在富含水不溶性培养基极性有机溶剂,甜叶菊rebaudiana提取和分离后,原料溶液处于游离分子状态。将绿原酸浓缩在有机层中,甜叶珠醚浓缩在水层中。与传统的水提取过程相比,该方法防止了甜叶菊雷尼氏植物的绿原酸组分的水解,从而确保了甜叶菊雷吉氏酸产物的活性成分含量和功效。在不影响Stevioside产品的质量和生产效率的前提下,它实现了有效的分离,提高了生产效率,并且所得产品中等氯化酸的比例接近原料,降低了生产的耗水量,并降低了生产的水消耗通过减少絮凝残留物的排放是一种高利润的环保生产过程。

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