荞麦原料糖化KVASS模式的开发

A. Makenova, A. Kekibaeva
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引用次数: 0

摘要

软饮料的制备是哈萨克斯坦共和国食品工业中一个积极发展的分支。为了满足所有生产商的利益,这些企业每年生产大量的非酒精产品。为了保持企业在软饮料制备方面的健康竞争,创造和应用以前未知的技术,并每年扩大产品种类。kvass是这个市场最受欢迎的细分市场之一。这主要是由于世界各地对由天然原料制成的产品的需求不断增加,这些产品不添加任何合成添加剂和成分。近年来,kvass的消费量一直在积极增加,取而代之的是碳酸软饮料市场的巨大份额。国内kvass市场非常丰富和多样化,但存在缺乏适用于某些公民群体的功能饮料的问题。生产包括饮料在内的各种功能性食品正在变得可行。同时,在kvass的生产中,使用非传统原料很重要,包括荞麦,在kvass技术中引入荞麦可以显著扩大产品范围。荞麦的一个显著特征是其化学成分,它决定了荞麦生产的前景。它富含维生素,由于其富含黄酮类化合物,被认为是抗氧化剂的重要来源。荞麦含有芦丁、槲皮素、叶酸、槲皮素、金丝桃苷。因此,用荞麦代替大麦芽有助于提高饮料中天然黄酮类化合物的比例,从而提高人类饮食中的黄酮类化合物比例。本文研究了荞麦、荞麦片、荞麦麦芽的用量及其预处理方法对将其用作无盐材料的糖化过程有效性的影响。工作中使用了荞麦粒、荞麦片和荞麦麦芽。对糖化模式和确定其有效性的指标的研究表明,在回填料中使用荞麦麦芽比荞麦谷物更为优化。研究表明,使用挤压荞麦片作为无盐材料时,最经济、最有前景的是使用单煮糖化模式。然而,此类原材料的使用浓度可能不超过回填的30%。如果你需要增加荞麦在回填中的比例,你应该使用荞麦麦芽。在这种情况下,有必要采用间歇加热的糖化模式,这可能会补偿用荞麦生产麦芽的成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DEVELOPMENT OF THE MODE OF MASHING KVASS BASED ON BUCKWHEAT RAW MATERIALS
The preparation of soft drinks is an actively developing branch of the food industry in the Republic of Kazakhstan. To meet the interests of all producers, the enterprises annually produce a large number of non-alcoholic products. To maintain a healthy competition of the enterprise for preparation of soft drinks, create and apply the technology not previously known and expand the assortment of products annually. One of the most popular segments of this market is kvass. This is mainly due to the fact that all over the world there is an increasing demand for products made from natural raw materials, prepared without the addition of any synthetic additives and ingredients. In recent years, there has been an active increase in the consumption of kvass and its replacement with a large share of the market of carbonated soft drinks. The domestic kvass market is very rich and diverse, but there is a problem with the lack of functional drinks for certain groups of citizens. Creating a wide range of functional food products, including beverages, is becoming feasible. At the same time, in the production of kvass, it is important to use non-traditional raw materials, including buckwheat, the introduction of which in the kvass technology allows you to significantly expand the product range. A distinctive feature of buckwheat, which determines the prospects for use in the production of kvass, is its chemical composition. It is rich in vitamins and is considered an important source of antioxidants due to its high concentration of flavonoids. Buckwheat contains rutin, quercetin, folic acid, quercitrin, hyperoside. Thus, the replacement of barley malt with buckwheat contributes to an increase in the proportion of natural flavonoids in the drink, and therefore in the human diet. In this article, studies have been conducted to study the effect of the dose of buckwheat, buckwheat flakes, buckwheat malt and methods of their pretreatment on the effectiveness of the mashing process, when using it as an unsalted material. Buckwheat grains, buckwheat flakes and buckwheat malt were used in the work. Studies of mashing modes and indicators that determine their effectiveness have shown that the use of buckwheat malt in the backfill is more optimal than buckwheat grain. Studies have shown that the most economical and promising when using extruded buckwheat flakes as an unsalted material is the use of a single-boil mashing mode. However, the use of such raw materials is possible in concentrations not exceeding 30% of the backfill. If you need to increase the proportion of buckwheat in the backfill, you should use buckwheat malt. In this case, it is necessary to apply a mashing mode with intermittent heating, which is likely to compensate for the cost of producing malt from buckwheat grain.
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