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Production process of composite biochemical granulated feed

A technology of pellet feed and production method, which is applied in the molding or processing of animal feed, animal feed, animal feed, etc., can solve the problems of inconvenient circulation, unoptimized treatment effect, lack of feed preparation, etc. The effect of digestion and utilization, improving texture and palatability, maintaining ecological balance and activity

Inactive Publication Date: 2005-12-14
NINGXIA UNIVERSITY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the direct use of straw as feed has the following problems: First, the texture is rough and hard, poor palatability, low feed intake, and long residence time in the digestive tract, which affects the feed intake of livestock
Second, the feed value is low
Third, nitrogen content and low effective energy
Fourth, the straw has a small bulk density and a large volume, only 20-30kg per cubic meter, which cannot be transported and stored as a commodity, and is not convenient for circulation
Fifth, the existing straw treatment technology is single, and technologies such as alkalization, ammonification, and biological fermentation have not been properly assembled and matched, and the treatment effect has not yet been optimized, which cannot meet the needs of intensive aquaculture.
Sixth, there is no reasonable feed preparation for regional nutritional deficiencies, and straw is still used as roughage for simple processing or direct feeding, which is not suitable for large-scale industrial production
Main reasons: (1) The content of crude protein in the produced straw feed is low
(2) The pilot-scale fermentation technology is not perfect and the scale is small, so it is urgent to carry out scale-up experimental research
(3) It is only suitable for fresh straw, and the effect of dry yellow straw is poor, which cannot meet the processing requirements of most straws.

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0029] Embodiment 1: A production method of compound biochemical straw pellet feed, remove moldy and deteriorated raw materials, impurities, soil clods, etc. in air-dried crop straw, use a crushing machine to crush the crop straw into soft strands, and then put Put it into a pulverizer for crushing. At this time, spray 0.1-4% urea or 0.1-8% carbon ammonia, 0.1-3% lime, and 0.1-1% salt on the crushed dry straw respectively, and then add water to 30-60%, and then use 2% fungal starter to ferment in a fermentation tower or pool for 30 days at 5°C, air-dry after fermentation, and then take fermented straw powder: 40%, DDG: 30%, Corn flour: 40%, premixed material: 0.5%, bentonite: 5%, after mixing the above-mentioned prepared materials evenly, use a granulator to press into a compound type of cattle and sheep of 4×10mm or 6×15mm or 8×15mm Biochemical straw pellet feed.

Embodiment 2

[0030] Embodiment 2: A production method of compound biochemical straw pellet feed, remove moldy and deteriorated raw materials, impurities, soil clods, etc. in the air-dried crop straw, use a crushing machine to crush the crop straw into soft strands, and then put Put it into a pulverizer for crushing. At this time, spray 0.1-4% urea or 0.1-8% carbon ammonia, 0.1-3% lime, and 0.1-1% salt on the crushed dry straw respectively, and then add water to 30-60%, then use 15% fungal starter to ferment in a fermentation tower or pool at 25°C for 3 days, air-dry after fermentation, and then take fermented straw powder: 60%, DDGS: 10%, Sunflower cake: 60%, premixed material: 3%, bentonite: 1.5%, after stirring the above-mentioned prepared materials evenly, press it into 4×10mm or 6×15mm or 8×15mm compound type of cattle and sheep with a granulator Biochemical straw pellet feed.

Embodiment 3

[0031] Embodiment 3: A production method of compound biochemical straw pellet feed, remove moldy and deteriorated raw materials, impurities, soil clods, etc. in the air-dried crop straw, use a crushing machine to crush the crop straw into soft strands, and then put Put it into a pulverizer for crushing. At this time, spray 0.1-4% urea or 0.1-8% carbon ammonia, 0.1-3% lime, and 0.1-1% salt on the crushed dry straw respectively, and then add water to 30-60%, then use 15% fungal starter in the fermentation tower or pool, ferment for 30 days at 5°C, air-dry after fermentation, and then take fermented straw powder: 50%, beer yeast: 20% , cottonseed cake: 50%, premix: 1%, bentonite: 2%, after mixing the above-mentioned prepared materials evenly, use a granulator to press them into 4×10mm or 6×15mm or 8×15mm cattle and sheep compound Type biochemical straw pellet feed.

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Abstract

The production process of composite biochemical granulated feed includes the following steps: sorting material; making filament; crushing; ammonating, alkalizing and salting; enzyme processing and biological fermentation; air drying; mixing dried stalk powder in 2-48 wt%, industrial side product in 10-30 wt%, fine material in 40-60 wt%, pre-mixed material in 0.5-3 wt% and bentonite 1.5-5 wt%; and granulating the mixture to form the composite biochemical granulated feed for ox and sheep. The present invention produces the composite biochemical granulated feed by means of the comprehensive technological process of biology, chemistry, thermodynamics, mechanics, etc to raise the feed value.

Description

technical field [0001] The invention relates to a production method of a composite pellet feed, in particular to a production method of a composite biochemical straw pellet feed. Background technique [0002] Straw is the main by-product of planting industry, with low price and huge storage. However, the direct use of straw as feed has the following problems: First, the texture is rough and hard, poor palatability, low feed intake, and long residence time in the digestive tract, which affects the feed intake of livestock. Second, the feeding value is low. As the crop matures, the lignin in the cell wall of the stem increases and cross-links with the hemicellulose molecules, embedding the cellulose molecules inside, forming a stable and complex complex of lignin, hemicellulose and cellulose, which makes anaerobic microorganisms The secreted enzyme is also difficult to decompose, and its digestibility is only 30% to 45%, or even lower. The third is low nitrogen content and ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A23K10/16A23K40/10
Inventor 李爱华陈卫民李耀忠姚爱兴王建宇孙兆军胡海英
Owner NINGXIA UNIVERSITY
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