Preparation method of glycolysis and emulsification feed for young livestock and poultry
A livestock and poultry, fermentation technology, applied in the field of enzyme preparations, microorganisms, and feed, can solve the problems of volatile gastrointestinal microflora, increased osmotic pressure of intestinal contents, insufficient gastric acid secretion, etc., and achieves the content of anti-nutritional factors. Low, amino acid balance, good palatability
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Embodiment 1
[0039] Remove impurities and pulverize 900kg corn and 100kg broken rice, mix evenly, then add 1600kg water to prepare an enzymolysis slurry, heat up to 90-95°C to liquefy, and adjust the pH with 20% calcium hydroxide solution (mass percentage, the same below). To 6.0-6.2, add 2kg a-amylase (0.5-25U / g substrate dry basis), enzymolyze for 1-1.5h, and adjust the pH to 4.5-4.6 with 20% lactic acid solution (mass percentage, the same below) , add 2kg glucoamylase (2U / g substrate dry basis), 1kg xylanase (10U / g substrate dry basis), 0.5kg dextranase (0.5U / g substrate dry basis), at a temperature of After enzymatic hydrolysis and saccharification at 40°C for 24-36 hours, 2000-2100 kg of grain polysaccharide liquid and 500-600 kg of grain solids (wet basis) were separated through solid-liquid separation equipment.
[0040] After removing impurities and crushing 500-600kg of grain solids (wet basis) and 180kg of soybean meal, add 100kg of mixed strain liquid (all strain liquids are pre...
Embodiment 2
[0044] Remove impurities and grind 900kg of corn and 100kg of wheat (or flour), mix them evenly, then add 1600kg of water to prepare an enzymatic hydrolysis slurry, raise the temperature to 90-95°C for liquefaction, and adjust the pH to 6.0-6.2 with 20% calcium hydroxide solution , by adding 2kg a-amylase (0.5~25U / g substrate dry basis), enzymolysis for 1~1.5h, using 20% lactic acid solution to adjust the pH to 4.5~4.6, adding 2kg glucoamylase (2U / g substrate dry basis), 1kg xylanase (10U / g substrate dry basis), 0.5kg dextranase (0.5U / g substrate dry basis), enzymatic hydrolysis and saccharification at 40°C for 24-36 hours , 2000-2100kg of grain polysaccharide liquid and 500-600kg of grain solids (wet basis) are separated through solid-liquid separation equipment.
[0045] After removing impurities and crushing 500-600kg of grain solids (wet basis) and 180kg of soybean meal, add 100kg of mixed strain solution, add 0.5kg of microbial protease (500U / g substrate dry basis), mix...
Embodiment 3
[0049] Remove impurities and grind 1000kg corn, mix evenly, then add 1600kg water to prepare enzymolysis slurry, heat up to 90-95°C to liquefy, adjust pH to 6.0-6.2 with 20% calcium hydroxide solution, add 2kg a-starch Enzyme (0.5~25U / g dry basis of substrate), hydrolyze for 1~1.5h, adjust the pH to 4.5~4.6 with 20% lactic acid solution, add 2kg glucoamylase (2U / g dry basis of substrate), 1kg xylem Carbohydrase (10U / g substrate dry basis), 0.5kg dextranase (0.5U / g substrate dry basis), after enzymatic hydrolysis and saccharification at 40°C for 24-36 hours, separated by solid-liquid separation equipment 2000-2100kg of grain polysaccharide liquid and 500-600kg of grain solids (wet basis) are produced.
[0050] After removing impurities and crushing 500-600kg of grain solids (wet basis) and 180kg of soybean meal, add 100kg of mixed strain solution, add 0.5kg of microbial protease (500U / g substrate dry basis), mix well and then heat up to 38~ 40°C, after mixing evenly, anaerobic...
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