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Winery solid residue revalorization into oil and antioxidant with nutraceutical properties by an enzyme assisted process

机译:酒厂固体残渣通过酶辅助工艺重整为具有营养保健性质的油脂和抗氧化剂

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摘要

Revalorization of the winery industry residue, grape seed is studied for the production of an oil and defatted meal with nutraceutical properties. Conventional grape seed oil extraction process is carried out by pressing at high temperature affecting the product quality. Oil extraction by cold pressing improves product quality, but it gives a low oil yield. Oil extracted is increased at the pressing stage, when an enzymatic pre-treatment is incorporated in to the conventional process. The yield is determined by determining the residual oil in the pressed cake. Using an enzymatic treatment during 9 hours at 45 degrees C and 50% of moisture, with a mixture of two commercial enzymes grape seed oil extraction yield by cold pressing is raised up to 72%, being a 59.4% increment in comparison to the yield obtained by the control, without enzymes. The defatted meal by enzimatic assisted process improves its phenolic compounds between 2 and 4 times, depending on the conditions of phenolics extraction in comparison to the control samples.
机译:为了使酿酒厂的残留物恢复价值,研究了葡萄籽用于生产具有营养保健特性的油脂和脱脂粗粉。传统的葡萄籽油提取工艺是在高温下进行压榨而影响产品质量的。通过冷压抽油可提高产品质量,但产量低。当酶促预处理结合到常规方法中时,在压榨阶段提取的油增加。通过确定压饼中的残余油来确定产率。在45摄氏度和50%水分的条件下,在9小时内使用酶处理,结合两种商业酶,通过冷压提取葡萄籽油的收率提高至72%,与获得的收率相比增加了59.4%通过控制,无需酶。与对照样品相比,根据酚类提取的条件,通过酶辅助工艺脱脂的粗粉可将其酚类化合物提高2至4倍。

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