Method for producing organic multiple-complex feed additives with waste molasses as raw materials

Abstract

The invention discloses a method for producing organic multiple-complex feed additives with waste molasses as raw materials. The method is characterized in that the waste molasses are obtained via multiple complex reaction with trace elements prior to secondary fermentation with corn flour, bean dregs, rice bran and fermentative strains. The organic multiple-complex feed additives are prepared from, by weight, 10-25 parts of the waste molasses, 5-10 parts of the corn flour, 5-8 parts of the bean dregs, 5-8 parts of the rice bran, 0.1-1 part of the fermentative strains and 0.1-0.3 part of the trace elements; the trace elements include, by weight, 1-5 parts of ferrous sulfate, 1-4 parts of zinc sulfate, 2-5 parts of calcium oxalate, 2-5 parts of calcium oxalate, 1-4 parts of manganese sulfate and 0.5-1 part of copper sulfate. The situation that the feed additives are prepared from the by-product molasses of a sugar mill via complexation and secondary fermentation belongs to a project turning waste into treasure by recycling leftovers, and environmental protection is achieved no external discharge of waste residues; the trace elements are high in utilization and low in cost, sweet taste is obtained after fermentation, appetite of flocks and herds is improved after the feed additives are added in the feed, the flocks and herds like to eat the feed additives and grow rapidly.

Description

technical field [0001] The invention relates to the technical field of breeding feed preparation, in particular to a method and product for producing an organic multi-complex feed additive using waste molasses as a raw material. Background technique [0002] Trace elements play an extremely important role in the animal body and are essential for maintaining body function and for optimal growth, reproduction and immune response. The trace elements necessary for animals mainly include copper, zinc, iron, manganese, calcium, magnesium and cobalt. The lack of trace elements can cause a significant reduction in animal growth and production performance, which directly affects the breeding benefits of farmers. [0003] The content and potency of trace elements contained in feed raw materials are quite different, and they need to be added in the form of feed additives. At present, inorganic trace elements such as copper sulfate, zinc sulfate and ferrous sulfate are mostly used in ...

AI Technical Summary

Problems solved by technology

At present, inorganic trace elements such as copper sulfate, zinc sulfate and ferrous sulfate are mostly used in production and practice. The following defects exist in the use of inorganic trace elements: low bioavailability, animals can only use inorganic trace elements with an added amount of less than 10% , the unused part is excreted from the body, which not only causes waste but also increases the burden on the animal body and the environment; in addition, ionic trace element metal ions are affected by phytic acid, oxalic acid and cellulose in the intestinal tract, further reducing their absorption rate At the same time, the antagonism between elements also affects the biological potency, and the oxidation-reduction reaction between metal ions will damage vitamins, thereby causing the loss of nutrients and reducing their absorption and utilization.

[0008] It has been found through research that although there are many studies on molasses as feed, most of them are directly added to the feed to feed livestock and poultry. This method will make the nutrients difficult to be absorbed and utilized by the body.

In addition, most of the feeds described in these inventions do not add trace elements. Even if a small amount of trace elements are added in individual inventions, they are added in the form of inorganic ions, which inevitably has the above-mentioned shortcomings of inorganic trace elements.