The usage of secondary raw materials of the wine industry in biotechnology of fermentation beverages

Elena Yu. Yegorova, Yuri V. Morozhenko
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Abstract

It is proposed to use a liquid extract obtained from "sweet" grape pomace - waste of processing berries into wine materials, in the production technology of fermentation kvass. The objects of the study were: grapes of the ampelographic variety “Pinot Noir”; an extract obtained from dried "sweet" pomace of grapes remaining after the separation of the fermented juice; unfiltered unpasteurized unclarified kvass, obtained according to the classical technology on the concentrate of kvass wort with the addition of an extract from the pomace of grapes. The extract was obtained from grape pomace, pre-dried to a moisture content of 6% and ground to a particle size of 0.05 mm, by water extraction for 1.5 h at a temperature of 77–80 ° C at a hydromodule of 1: 14; the resulting liquid extract contains 2.0-2.2 g / 100 ml of polyphenolic substances. The extract was added to the composition of kvass "before fermentation" (at the stage of preparation of the main wort) and "after fermentation" (at the stage of blending the finished kvass). It was found that the introduction of the extract into the composition of kvass before the main fermentation promotes a better fermentation of dry substances, a higher content of polyphenols in the finished drink and a higher colloidal stability of these drinks. The samples with the addition of 10-15% extract were recognized as the best in terms of tasting qualities. According to the results of the study, the introduction of an extract from grape pomace into the composition of fermentation kvass is recommended at the stage of preparation of the main wort, in a dosage of 10% of the total mass of the main wort. 200-250 ml of kvass with such a dosage of grape pomace extract allows satisfying from 43% to 60% of the average daily requirement for polyphenolic substances.
葡萄酒工业二次原料在生物技术发酵饮料中的应用
在发酵克瓦斯的生产工艺中,提出了将“甜”葡萄渣——加工浆果的废料——提取成酒料的液体提取物。研究对象为:葡萄品种“黑皮诺”;从发酵汁分离后剩下的葡萄“甜”果渣中提取的提取物;未经过滤,未经巴氏消毒,未经澄清的克瓦斯,根据经典技术在克瓦斯麦芽汁的浓缩物中加入葡萄渣的提取物。提取液从葡萄渣中提取,预干燥至6%的水分,磨成0.05 mm的颗粒,在77-80℃的温度下,在1:14的水模下,水浸1.5 h;所得液体提取物含有2.0-2.2 g / 100 ml的多酚类物质。在“发酵前”(在制备主麦汁的阶段)和“发酵后”(在混合成品克瓦斯的阶段)将提取物添加到克瓦斯的组成中。研究发现,在主发酵前将克瓦斯提取物加入到克瓦斯的成分中,促进了干物质的更好发酵,成品饮料中多酚的含量更高,这些饮料的胶体稳定性更高。以添加10-15%提取物的样品为佳。根据研究结果,建议在制备主麦汁阶段将葡萄渣提取物引入发酵克瓦斯的组成中,用量为主麦汁总质量的10%。200-250毫升克瓦斯与这种剂量的葡萄渣提取物可以满足43%至60%的多酚类物质的平均每日需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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