Micro ecological compound premix and production method thereof

Abstract

The invention discloses micro ecological compound premix and a production method thereof. The micro ecological compound premix comprises the following basic components: vitamin, trace elements, phytase, complex enzyme, bacillus subtilis, and a fermentation carrier (rice hull powder fermented by yeast and enterococcus faecalis). The production method mainly comprises the following steps of: uniformly mixing the vitamin premix, the trace element premix and the fermentation carrier accounting for 20-50% in a certain ratio, packaging and storing, wherein the fermentation carrier is formed by uniformly stirring 50% of rice hull powder, 40% of fermentation liquor and 10% of honey, sealing, carrying out anaerobic fermentation for 48 hours and drying fermentation products by virtue of a low temperature air current at the temperature lower than 70 DEG C and packaging. The production method of the micro ecological compound premix has three advantages of economy, high efficiency and ecological environmental protection, and can substitute for antibiotics.

Description

Technical field [0001] The invention relates to the production field of feed additives and additive premixes, and is suitable for the production of compound premixes. technical background [0002] Premix is ​​the core component in the production of compound feed or concentrated feed, which is related to the safety and quality of feed products, as well as animal health, production performance and product quality. [0003] The production method of the traditional compound premix is: any two or more types of vitamin premix, trace element premix, amino acid and carrier (inorganic or organic) are prepared and mixed in a certain proportion. With the deepening of animal nutrition research and feeding practices, some disadvantages of this traditional premix are gradually revealed. For example, the micronutrient components provided by traditional premixes are relatively single, and some nutritional accelerators such as "growth-promoting factors" and "nutrient metabolism regulators" ...

AI Technical Summary

Problems solved by technology

For example, the micronutrient components provided by traditional premixes are relatively single, and some nutritional accelerators such as "growth-promoting factors" and "nutritional metabolism regulators" cannot be supplemented, so that the product efficacy of premixes cannot be fully reflected

In addition, the long-term addition of antibiotics to some traditional premixes will inevitably lead to an imbalance in the intestinal flora of animals and produce drug resistance, which will lead to poor adaptability of animals to the environment, low immunity, and increased morbidity

Simultaneously cause antibiotic residues in animal products

Although some biologically active substances (such as yeast, acidifiers, enzymes, etc.) are added to some premixes, due to the constraints of the added cost, the added amount is often insufficient, and the breeding effect is not obvious.

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