Innovative technology and equipment for preparing whole milk replacer

IF 0.2 Q4 AGRICULTURE, MULTIDISCIPLINARY
V. Perednya, N. Bakach, A. Romanovich, E. L. Zhilich, A. Kuvshinov
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Abstract

Technologies and equipment sets for the preparation of whole milk replacer (WMR) for feeding calves of the dairy period are presented in the paper. It is shown that the farms of Russia and Belarus mainly use imported milk replacer. Studies have established that it is more relevant to produce milk replacer in our countries based on local leguminous crops. The grains of these crops contain the necessary components, such as fats, proteins, carbohydrates, etc. only in hard-to-digest forms for calves of the dairy period with gastrointestinal not being yet formed. It is shown that the effect of heat and moisture in combination with the use of cavitation treatment of a mixture of leguminous crops can be used to obtain high-quality whole milk replacers. In order to reduce the metal and energy capacities of the milk replacer preparation process, electromagnetic waves were used, which also made it possible to reduce the processing time of the components. Analytical studies made it possible to establish that the cavitation phenomenon occurs in the liquid when the pressure decreases in it to the limit, when the stream ruptures occur. Based on the studies, the parameters of the structural elements of the cavitator-hydrodispergator are established, which ensure the mode of the destruction of grain forces.
制备全脂牛奶替代品的创新技术和设备
介绍了乳期犊牛全脂乳替代品的制备工艺和设备。结果表明,俄罗斯和白俄罗斯的农场主要使用进口代乳品。研究表明,在我国以当地豆科作物为原料生产代乳品更为合适。这些作物的谷物含有必要的成分,如脂肪、蛋白质、碳水化合物等,只是以难以消化的形式存在,因为奶牛期的小牛的胃肠道尚未形成。结果表明,利用热湿作用结合空化处理豆科作物混合物,可以获得高质量的全脂牛奶替代品。为了减少牛奶替代品制备过程中的金属和能量容量,使用了电磁波,这也使得缩短组件的加工时间成为可能。通过分析研究可以确定,当液体中的压力下降到极限时,当流体破裂时,就会发生空化现象。在此基础上,建立了空化-水分散器结构单元参数,保证了颗粒力破坏模式。
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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