Grain bioactivation plant development for the purposes of farm animals feeding
Автор: Vorobev D.A., Zabudskiy A.I., Algazin D.N.
Журнал: Вестник Омского государственного аграрного университета @vestnik-omgau
Рубрика: Технические науки
Статья в выпуске: 4 (28), 2017 года.
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Improving livestock productivity depends on ensuring full feeding, which helps to maximize the manifestation of animal genetic productivity potential, while maintaining health and reproductive abilities. But the constant increase in the cost of feed makes producers look for alternative sources of increasing the usefulness of animal rations. Germinated seeds can be widely used as a pet, domesticated and farm animals, as well as for feeding wild animals. When germinated grain turns into a dietetic food containing fresh vegetable fiber, carotene, vitamin C, E and B. In addition, sprouted grains exceeds natural content of protein, essential amino acids, trace elements, vitamins E and Group B. In the germination of grain significantly improved palatability feed and digestibility of nutrients, research shows the use of grain to feed production bioactivated improves animal performance by 16-28 %, while excluded from the diet costly enzymatic preparations of microbiological synthesis. Currently in Russia there are just a few of means, developed and produced standard and machine bioactivation grain technology is in the research stage. Automate maintenance of optimal environmental parameters during the process of seed germination and integrated approach to the design of these devices has shown its effectiveness. We offer for bioactivation of grain on a commercial scale plant to use conveyor type. By use of the combination seed treatment: heat aerosol dosage infrared and air. Maintaining the optimum parameters of the medium in germination chamber reduces the germination period in comparison with existing analogues in 2-3 times, a positive effect on the cost of feed production and livestock.
Germination, nutrition, technology, automation, bioactivation, digestion, assimilation, pipeline
Короткий адрес: https://sciup.org/142213458
IDR: 142213458