CN102805268A - Low-carbon and nitrogen emission efficient and environmentally-friendly feed for pig and preparation method thereof - Google Patents
Low-carbon and nitrogen emission efficient and environmentally-friendly feed for pig and preparation method thereof Download PDFInfo
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- CN102805268A CN102805268A CN2012102980560A CN201210298056A CN102805268A CN 102805268 A CN102805268 A CN 102805268A CN 2012102980560 A CN2012102980560 A CN 2012102980560A CN 201210298056 A CN201210298056 A CN 201210298056A CN 102805268 A CN102805268 A CN 102805268A
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Abstract
The invention provides a low-carbon and nitrogen emission efficient and environmentally-friendly feed for a pig, which comprises the following components: corns, wheat, soybean meal, wheat bran, 2-50 of balanced oil powder or soybean oil, calcium powder, calcium hydrophosphate, fine salt, compound trace elements, compound vitamin, 50 percent of choline, a complex enzyme preparation, phytase, 70 percent of lysine sulfate, DL-methionine, L-lysine, threonine, tryptophan, valine, beer yeast, lactic acid bacteria and zeolite powder. The efficient and environmentally-friendly feed has the benefits that based on a low-protein ideal amino acid model formula, the emission load of carbon and nitrogen is remarkably reduced; by applying a phytase technology, the emission of phosphorus is reduced, and the pollution of fecal phosphorus to the environment is reduced; by using a complex enzyme preparation, the conversion rate of the feed is improved; a feed production technology system without being polluted by heavy metal is established, so that the heavy metal pollution of the feed is controlled; and antibiotic substitute products are used, so that the application of the antibiotic is greatly reduced, and the safety of the feed is ensured.
Description
Technical field
The present invention relates to field of fodder, be specifically related to a boar with efficient environmental-protection fodder of low-carbon and nitrogen discharging and preparation method thereof.
Background technology
China's pig-breeding amount is big, the main restricting factor that feed resource is in short supply at present, environmental pollution has seriously become the pig industry sound development.Low-protein diet is meant the dietary protein level is suitably reduced, and satisfies amino acid whose kind in the livestock and poultry diet, ratio and amounts required a kind of daily ration simultaneously.Reduce the effective method of nitrogen discharge rate and be and keeping reducing protein content in the daily ration under daily ration amino acid balance and the prerequisite that satisfies the needs that grow.Therefore, can apply in actual production with low-protein diet and amino acid balance pattern preparation growing swine feed.
Problem in short supply based on protein feed resources and environmental pollution is serious can use multiple novel non-pollution feed addictive to improve the digestibility and the production performance thereof of live pig to feed.A large amount of researchs show; Probio, enzyme preparation, emulsifying agent, phytosterol etc. can improve the utilization of growing and fattening pigs to protein, energy and other nutrient in the feed; Reduce the additions of composition in feed such as protein, phosphorus; Reduce the pollution of aquaculture to environment, make the pig weightening finish improve 1.5%-28.2%, the material anharmonic ratio reduces 2.0%-20.7%; Dry in the feed, the utilization rate of nitrogen improve 2.0%-10.5%, 1.1%-30.5% respectively; Dry in the ight soil, the discharge capacity of nitrogen reduce 8.9%-18.0%, 4.2%-30.0% respectively.
The present invention is according to the physilogical characteristics of growing and fattening pigs; Utilization forage science research new results; Employing combines the improvement of the application technology of net energy formula system, new and effective Application of Additives and feed processing technology simultaneously based on the low protein feed formula technique of amino acid balance, can improve the utilization rate of protein feed; Effectively reduce the discharging of growing-finishing pig fecaluria pollutant, reduce environmental pollution.The present invention meets the recent tendency of development in science and technology, has reality and significant meaning to practicing thrift protein resource, alleviate the protein resource shortage, reduce feed cost and reducing environmental pollution.
Summary of the invention
The objective of the invention is to the problems referred to above, the efficient environmental-protection fodder of a boar with the low-carbon and nitrogen discharging is provided.
Be to realize that above-mentioned purpose, technical scheme provided by the invention are, a boar is calculated with the weight permillage with the efficient environmental-protection fodder of low-carbon and nitrogen discharging, and the prescription of said environment-protecting feed is following:
Corn: 300-600; Wheat: 200-500; Dregs of beans: 100-250; Wheat bran: 5-40; Balanced oil-bound distemper of 2-50 or oleum sojae: 0-25; Calcium powder: 2-10; Calcium monohydrogen phosphate: 0-8; Fine salt: 2-4; Composite trace element: 0.8-1; B B-complex: 0.2-0.3; Choline 50%:0-0.6; Complex enzyme formulation: 0-0.5; Phytase: 0.08-0.2; 70% lysine sulfate: 2-5; DL-methionine: 0.4-2; L-lysine: 0-3; Threonine: 0.4-2; Tryptophan: 0.1-0.3; Valine: 0.1-0.3; Brewer's yeast: 4-5; Lactic acid bacteria: 0.01-0.02; Zeolite powder: 0-5.
Preferably, the prescription of said environment-protecting feed is following:
Corn: 460; Wheat: 240; Dregs of beans: 210; Wheat bran: 30; Balanced oil-bound distemper of 2-50 or oleum sojae: 25; Calcium powder: 9.4; Calcium monohydrogen phosphate: 8; Fine salt: 4; Composite trace element: 1; B B-complex: 0.24; Choline 50%:0.6; Complex enzyme formulation: 0.5; Phytase: 0.1; 70% lysine sulfate: 3; DL-methionine: 0.68; L-lysine: 1; Threonine: 0.44; Tryptophan: 0.3; Valine: 0.2; Brewer's yeast: 5; Lactic acid bacteria: 0.01; Zeolite powder: 0.53.
Preferably, the prescription of said environment-protecting feed is following:
Corn: 500; Wheat: 210; Dregs of beans: 225; Wheat bran: 5; Balanced oil-bound distemper of 2-50 or oleum sojae: 25; Calcium powder: 9.4; Calcium monohydrogen phosphate: 8; Fine salt: 4; Composite trace element: 1; B B-complex: 0.3; Choline 50%:0.6; Complex enzyme formulation: 0.5; Phytase: 0.12; 70% lysine sulfate: 2.6; DL-methionine: 0.68; L-lysine: 1.2; Threonine: 0.56; Tryptophan: 0.2; Valine: 0.3; Brewer's yeast: 5; Lactic acid bacteria: 0.01; Zeolite powder: 0.53.
Preferably, the prescription of said environment-protecting feed is following:
Corn: 465; Wheat: 305; Dregs of beans: 180; Wheat bran: 15; Balanced oil-bound distemper of 2-50 or oleum sojae: 10; Calcium powder: 9.6; Calcium monohydrogen phosphate: 5; Fine salt: 4; Composite trace element: 0.88; B B-complex: 0.24; Choline 50%:0.5; Complex enzyme formulation: 0.5; Phytase: 0.1; 70% lysine sulfate: 2.6; DL-methionine: 0.4; L-lysine: 1; Threonine: 0.6; Tryptophan: 0.3; Valine: 0.3; Brewer's yeast: 4; Lactic acid bacteria: 0.01; Zeolite powder: 4.97.
Preferably, the prescription of said environment-protecting feed is following:
Corn: 400; Wheat: 340; Dregs of beans: 191; Wheat bran: 20; Balanced oil-bound distemper of 2-50 or oleum sojae: 12; Calcium powder: 9.8; Calcium monohydrogen phosphate: 6; Fine salt: 4; Composite trace element: 0.88; B B-complex: 0.24; Choline 50%:0.5; Complex enzyme formulation: 0.5; Phytase: 0.1; 70% lysine sulfate: 2.9; DL-methionine: 0.4; L-lysine: 1; Threonine: 0.6; Tryptophan: 0.3; Valine: 0.3; Brewer's yeast: 4.5; Lactic acid bacteria: 0.01; Zeolite powder: 4.97.
Preferably, the prescription of said environment-protecting feed is following:
Corn: 490; Wheat: 296; Dregs of beans: 150; Wheat bran: 30; Balanced oil-bound distemper of 2-50 or oleum sojae: 0; Calcium powder: 10; Calcium monohydrogen phosphate: 4.4; Fine salt: 4; Composite trace element: 0.8; B B-complex: 0.2; Choline 50%:0.5; Complex enzyme formulation: 0; Phytase: 0.1; 70% lysine sulfate: 2.8; DL-methionine: 0.6; L-lysine: 1; Threonine: 0.8; Tryptophan: 0.3; Valine: 0.2; Brewer's yeast: 4; Lactic acid bacteria: 0.02; Zeolite powder: 4.28.
Preferably, the prescription of said environment-protecting feed is following:
Corn: 468; Wheat: 300; Dregs of beans: 160; Wheat bran: 40; Balanced oil-bound distemper of 2-50 or oleum sojae: 0; Calcium powder: 9; Calcium monohydrogen phosphate: 4; Fine salt: 4; Composite trace element: 0.8; B B-complex: 0.2; Choline 50%:0.5; Complex enzyme formulation: 0; Phytase: 0.1; 70% lysine sulfate: 2.6; DL-methionine: 0.4; L-lysine: 1; Threonine: 0.6; Tryptophan: 0.2; Valine: 0.3; Brewer's yeast: 4; Lactic acid bacteria: 0.02; Zeolite powder: 4.38.
Preferably, said B B-complex comprises vitamin A, vitamin D
3, vitamin E, vitamin K
3, Cobastab
1And Cobastab
2Any or two kinds or two or more combination arbitrarily; Said composite trace element comprises any or two kinds or the two or more combination arbitrarily of salt, basic copper chloride, basic zinc chloride, ferrous sulfate monohydrate, manganese sulfate monohydrate, CoCL2, calcium iodate, sodium selenite, amino-acid zinc and amino acid iron; Said complex enzyme formulation comprises amylase, protease and zytase any or two kinds or two or more combination arbitrarily.
Technical scheme of the present invention; Mainly contain the advantage of following several aspects: 1, the present invention is based on the desirable amino acid pattern prescription of low albumen; Can obviously fall the discharge capacity of low-carbon and nitrogen, adopt low-protein daily ration, have the advantage of saving cost, alleviating aspects such as environmental pollution.2, use the phytase technology, reduce the discharging of phosphorus, this is because phytase can promote the decomposition of phytic acid and phytate in the feed, makes endogenous enzyme and other nutrients of combining with phosphorus and phosphate radical be released and utilize, and minimizing excrement phosphorus is to the pollution of environment.3, use complex enzyme formulation among the present invention, improve food conversion ratio, protein and rate of ultilization of amino acid are promoted, reduce cost.4, utilize the high zinc substitute technology of high-copper, add the material of enhance immunity such as lactic acid bacteria, reduce the zinc-copper consumption, thereby set up the Feed Manufacturing technical system that heavy metal free pollutes, not only improved the pig production performance, controlled the heavy metal pollution of feed again.5, antibiotic substitute products such as organic acid, probiotic, oligopeptides, oligosaccharides, natural plant extracts etc. have been used among the present invention; Not only improved the health status of animal; Replace antibiotic again fully, thereby significantly reduce antibiotic application, guaranteed the security of feed.
The specific embodiment
Below in conjunction with specific embodiment, further set forth the present invention.Should be understood that these embodiment only to be used to the present invention is described and be not used in the restriction scope of the present invention.Should be understood that in addition that after having read content of the present invention those skilled in the art can do various changes or modification to the present invention, these equivalent form of values fall within the attached claims restricted portion of the application equally.
Embodiment 1,
One, will remove the peel dregs of beans and cereal earlier and pulverize, sieve by the requirement of powder particle diameter.
Two, accurately take by weighing following raw material then: corn: 460 grams; Wheat: 240 grams; Dregs of beans: 210 grams; Wheat bran: 30 grams; Balanced oil-bound distemper of 2-50 or oleum sojae: 25 grams; Calcium powder: 9.4 grams; Calcium monohydrogen phosphate: 8 grams; Fine salt: 4 grams; Composite trace element: 1 gram; B B-complex: 0.24 gram; Choline 50%:0.6 gram; Complex enzyme formulation: 0.5 gram; Phytase: 0.1 gram; 70% lysine sulfate: 3 grams; DL-methionine: 0.68 gram; L-lysine: 1 gram; Threonine: 0.44 gram; Tryptophan: 0.3 gram; Valine: 0.2 gram; Brewer's yeast: 5 grams; Lactic acid bacteria: 0.01 gram; Zeolite powder: 0.53 gram.
Three, according to earlier big raw material, the order of the little raw material in back is added in the mixer, fully mixes.
Four, carry out dustlessization processing.
Five, the material that mixes carries out low temperature below 65 ℃ granulates, and powder directly gets into packaging process.
Six, adopt conventional reverse-flow feed cooler cooling.
Embodiment 2,
One, will remove the peel dregs of beans and cereal earlier and pulverize, sieve by the requirement of powder particle diameter.
Two, accurately take by weighing following raw material then:
Corn: 500 grams; Wheat: 210 grams; Dregs of beans: 225 grams; Wheat bran: 5 grams; Balanced oil-bound distemper of 2-50 or oleum sojae: 25 grams; Calcium powder: 9.4 grams; Calcium monohydrogen phosphate: 8 grams; Fine salt: 4 grams; Composite trace element: 1 gram; B B-complex: 0.3 gram; Choline 50%:0.6 gram; Complex enzyme formulation: 0.5 gram; Phytase: 0.12 gram; 70% lysine sulfate: 2.6 grams; DL-methionine: 0.68 gram; L-lysine: 1.2 grams; Threonine: 0.56 gram; Tryptophan: 0.2 gram; Valine: 0.3 gram; Brewer's yeast: 5 grams; Lactic acid bacteria: 0.01 gram; Zeolite powder: 0.53 gram.
Three, according to earlier big raw material, the order of the little raw material in back is added in the mixer, fully mixes.
Four, carry out dustlessization processing.
Five, the material that mixes carries out low temperature below 65 ℃ granulates, and powder directly gets into packaging process.
Six, adopt conventional reverse-flow feed cooler cooling.
Embodiment 3,
One, will remove the peel dregs of beans and cereal earlier and pulverize, sieve by the requirement of powder particle diameter.
Two, accurately take by weighing following raw material then: corn: 465 grams; Wheat: 305 grams; Dregs of beans: 180 grams; Wheat bran: 15 grams; Balanced oil-bound distemper of 2-50 or oleum sojae: 10 grams; Calcium powder: 9.6 grams; Calcium monohydrogen phosphate: 5 grams; Fine salt: 4 grams; Composite trace element: 0.88 gram; B B-complex: 0.24 gram; Choline 50%:0.5 gram; Complex enzyme formulation: 0.5 gram; Phytase: 0.1 gram; 70% lysine sulfate: 2.6 grams; DL-methionine: 0.4 gram; L-lysine: 1 gram; Threonine: 0.6 gram; Tryptophan: 0.3 gram; Valine: 0.3 gram; Brewer's yeast: 4 grams; Lactic acid bacteria: 0.01 gram; Zeolite powder: 4.97 grams.
Three, according to earlier big raw material, the order of the little raw material in back is added in the mixer, fully mixes.
Four, carry out dustlessization processing.
Five, the material that mixes carries out low temperature below 65 ℃ granulates, and powder directly gets into packaging process.
Six, adopt conventional reverse-flow feed cooler cooling.
Embodiment 4,
One, will remove the peel dregs of beans and cereal earlier and pulverize, sieve by the requirement of powder particle diameter.
Two, accurately take by weighing following raw material then: corn: 400 grams; Wheat: 340 grams; Dregs of beans: 191 grams; Wheat bran: 20 grams; Balanced oil-bound distemper of 2-50 or oleum sojae: 12 grams; Calcium powder: 9.8 grams; Calcium monohydrogen phosphate: 6 grams; Fine salt: 4 grams; Composite trace element: 0.88 gram; B B-complex: 0.24 gram; Choline 50%:0.5 gram; Complex enzyme formulation: 0.5 gram; Phytase: 0.1 gram; 70% lysine sulfate: 2.9 grams; DL-methionine: 0.4 gram; L-lysine: 1 gram; Threonine: 0.6 gram; Tryptophan: 0.3 gram; Valine: 0.3 gram; Brewer's yeast: 4.5 grams; Lactic acid bacteria: 0.01 gram; Zeolite powder: 4.97 grams.
Three, according to earlier big raw material, the order of the little raw material in back is added in the mixer, fully mixes.
Four, carry out dustlessization processing.
Five, the material that mixes carries out low temperature below 65 ℃ granulates, and powder directly gets into packaging process.
Six, adopt conventional reverse-flow feed cooler cooling.
Embodiment 5,
One, will remove the peel dregs of beans and cereal earlier and pulverize, sieve by the requirement of powder particle diameter.
Two, accurately take by weighing following raw material then:
Corn: 490 grams; Wheat: 296 grams; Dregs of beans: 150 grams; Wheat bran: 30 grams; Balanced oil-bound distemper of 2-50 or oleum sojae: 0 gram; Calcium powder: 10 grams; Calcium monohydrogen phosphate: 4.4 grams; Fine salt: 4 grams; Composite trace element: 0.8 gram; B B-complex: 0.2 gram; Choline 50%:0.5 gram; Complex enzyme formulation: 0 gram; Phytase: 0.1 gram; 70% lysine sulfate: 2.8 grams; DL-methionine: 0.6 gram; L-lysine: 1 gram; Threonine: 0.8 gram; Tryptophan: 0.3 gram; Valine: 0.2 gram; Brewer's yeast: 4 grams; Lactic acid bacteria: 0.02 gram; Zeolite powder: 4.28 grams.
Three, according to the order of little raw material behind the earlier big raw material, add in the mixer, fully mix.
Four, carry out dustlessization processing.
Five, the material that mixes carries out low temperature below 65 ℃ granulates, and powder directly gets into packaging process.
Six, adopt conventional reverse-flow feed cooler cooling.
Embodiment 6,
One, will remove the peel dregs of beans and cereal earlier and pulverize, sieve by the requirement of powder particle diameter.
Two, accurately take by weighing following raw material then: corn: 468 grams; Wheat: 300 grams; Dregs of beans: 160 grams; Wheat bran: 40 grams; Balanced oil-bound distemper of 2-50 or oleum sojae: 0 gram; Calcium powder: 9 grams; Calcium monohydrogen phosphate: 4 grams; Fine salt: 4 grams; Composite trace element: 0.8 gram; B B-complex: 0.2 gram; Choline 50%:0.5 gram; Complex enzyme formulation: 0 gram; Phytase: 0.1 gram; 70% lysine sulfate: 2.6 grams; DL-methionine: 0.4 gram; L-lysine: 1 gram; Threonine: 0.6 gram; Tryptophan: 0.2 gram; Valine: 0.3 gram; Brewer's yeast: 4 grams; Lactic acid bacteria: 0.02 gram; Zeolite powder: 4.38 grams.
Three, according to earlier big raw material, the order of the little raw material in back is added in the mixer, fully mixes.
Four, carry out dustlessization processing.
Five, the material that mixes carries out low temperature below 65 ℃ granulates, and powder directly gets into packaging process.
Six, adopt conventional reverse-flow feed cooler cooling.
Embodiment 7,
Product to above embodiment carries out the nutrition test, and the result is following:
The nutritional cost guarantee value of table 1 embodiment 1 and 2 (piggy material)
(containing in the per kilogram feed)
| Nutritive index | Formulation content | Nutritive index | Formulation content |
| Crude protein (%) | 17.2 | Pig digestible energy (MCal/Kg) | 3430 |
| Digestible protein (%) | 15 | Lysine (%) | 1.12 |
| Phosphorus (%) | 0.51 | Available phosphorus (%) | 0.41 |
| Effective calcium (%) | 0.8 | VA (ten thousand IU) | 0.88 |
| VD3 (ten thousand IU) | 0.14 | VB2（mg） | 2.6 |
| Copper (mg) | 80 | Iron (mg) | 100 |
| Zinc (mg) | 72 | ? | ? |
The nutritional cost guarantee value of table 2 embodiment 3 and 4 (middle pig material)
(containing in the per kilogram feed)
| Nutritive index | Formulation content | Nutritive index | Formulation content |
| Crude protein (%) | 15.9 | Pig digestible energy (Mcal/Kg) | 3400 |
| Digestible protein (%) | 13.9 | Lysine (%) | 1 |
| Phosphorus (%) | 0.43 | Available phosphorus (%) | 0.34 |
| Effective calcium (%) | 0.73 | VA (ten thousand IU) | 0.48 |
| VD3 (ten thousand IU) | 0.1 | VB2（mg） | 1.4 |
| Copper (mg) | 12 | Iron (mg) | 88 |
| Zinc (mg) | 60 | ? | ? |
The nutritional cost guarantee value of table 3 embodiment 5 and 6 (big pig material)
(containing in the per kilogram feed)
| Nutritive index | Formulation content | Nutritive index | Formulation content |
| Crude protein (%) | 15.6 | Pig digestible energy (MCal/Kg) | 3370 |
| Digestible protein (%) | 13.5 | Lysine (%) | 0.99 |
| Phosphorus (%) | 0.41 | Available phosphorus (%) | 0.32 |
| Effective calcium (%) | 0.73 | VA (ten thousand IU) | 0.44 |
| VD3 (ten thousand IU) | 0.8 | VB2（mg） | 1.2 |
| Copper (mg) | 4 | Iron (mg) | 80 |
| Zinc (mg) | 60 | ? | ? |
The present invention is combination in any in following scope:
One boar is calculated with the weight permillage with the efficient environmental-protection fodder of low-carbon and nitrogen discharging, and the prescription of said environment-protecting feed is following:
Corn: 300-600; Wheat: 200-500; Dregs of beans: 100-250; Wheat bran: 5-40; Balanced oil-bound distemper of 2-50 or oleum sojae: 0-25; Calcium powder: 2-10; Calcium monohydrogen phosphate: 0-8; Fine salt: 2-4; Composite trace element: 0.8-1; B B-complex: 0.2-0.3; Choline 50%:0-0.6; Complex enzyme formulation: 0-0.5; Phytase: 0.08-0.2; 70% lysine sulfate: 2-5; DL-methionine: 0.4-2; L-lysine: 0-3; Threonine: 0.4-2; Tryptophan: 0.1-0.3; Valine: 0.1-0.3; Brewer's yeast: 4-5; Lactic acid bacteria: 0.01-0.02; Zeolite powder: 0-5.
The present invention is based on the desirable amino acid pattern prescription of low albumen, obviously fall the discharge capacity of low-carbon and nitrogen; Application phytase technology reduces the discharging of phosphorus, reduces the pollution of excrement phosphorus to environment; Use complex enzyme formulation, improved food conversion ratio, protein and rate of ultilization of amino acid are promoted, reduced feed cost; Add the material of enhance immunity such as lactic acid bacteria, reduce the zinc-copper consumption, set up the Feed Manufacturing technical system that heavy metal free pollutes, not only improved the pig production performance, controlled the heavy metal pollution of feed again; Add large quantities of antibiotic substitute products, significantly reduced antibiotic application, guaranteed the security of feed.
More than be description,, make this area professional and technical personnel can realize or use the present invention through above-mentioned explanation to the disclosed embodiments to the embodiment of the invention.Multiple modification to these embodiment will be conspicuous concerning those skilled in the art, and defined General Principle can realize under the situation that does not break away from the spirit or scope of the present invention in other embodiments among this paper.Therefore, the present invention will can not be restricted to these embodiment shown in this paper, but will meet and principle disclosed herein and features of novelty the wideest corresponding to scope.
Claims (8)
1. a boar is characterized in that with the efficient environmental-protection fodder of low-carbon and nitrogen discharging, calculates with the weight permillage, and the prescription of said environment-protecting feed is following:
Corn: 300-600; Wheat: 200-500; Dregs of beans: 100-250; Wheat bran: 5-40; Balanced oil-bound distemper of 2-50 or oleum sojae: 0-25; Calcium powder: 2-10; Calcium monohydrogen phosphate: 0-8; Fine salt: 2-4; Composite trace element: 0.8-1; B B-complex: 0.2-0.3; Choline 50%:0-0.6; Complex enzyme formulation: 0-0.5; Phytase: 0.08-0.2; 70% lysine sulfate: 2-5; DL-methionine: 0.4-2; L-lysine: 0-3; Threonine: 0.4-2; Tryptophan: 0.1-0.3; Valine: 0.1-0.3; Brewer's yeast: 4-5; Lactic acid bacteria: 0.01-0.02; Zeolite powder: 0-5.
2. pig as claimed in claim 1 is characterized in that with the efficient environmental-protection fodder of low-carbon and nitrogen discharging, calculates with the weight permillage, and the prescription of said environment-protecting feed is following:
Corn: 460; Wheat: 240: dregs of beans: 210; Wheat bran: 30; Balanced oil-bound distemper of 2-50 or oleum sojae: 25; Calcium powder: 9.4; Calcium monohydrogen phosphate: 8; Fine salt: 4; Composite trace element: 1; B B-complex: 0.24; Choline 50%:0.6; Complex enzyme formulation: 0.5; Phytase: 0.1; 70% lysine sulfate: 3; DL-methionine: 0.68; L-lysine: 1; Threonine: 0.44; Tryptophan: 0.3; Valine: 0.2; Brewer's yeast: 5; Lactic acid bacteria: 0.01; Zeolite powder: 0.53.
3. pig as claimed in claim 1 is characterized in that with the efficient environmental-protection fodder of low-carbon and nitrogen discharging, calculates with the weight permillage, and the prescription of said environment-protecting feed is following:
Corn: 500; Wheat: 210; Dregs of beans: 225; Wheat bran: 5; Balanced oil-bound distemper of 2-50 or oleum sojae: 25; Calcium powder: 9.4; Calcium monohydrogen phosphate: 8; Fine salt: 4; Composite trace element: 1; B B-complex: 0.3; Choline 50%:0.6; Complex enzyme formulation: 0.5; Phytase: 0.12; 70% lysine sulfate: 2.6; DL-methionine: 0.68; L-lysine: 1.2; Threonine: 0.56; Tryptophan: 0.2; Valine: 0.3; Brewer's yeast: 5; Lactic acid bacteria: 0.01; Zeolite powder: 0.53.
4. pig as claimed in claim 1 is characterized in that with the efficient environmental-protection fodder of low-carbon and nitrogen discharging, calculates with the weight permillage, and the prescription of said environment-protecting feed is following:
Corn: 465; Wheat: 305; Dregs of beans: 180; Wheat bran: 15; Balanced oil-bound distemper of 2-50 or oleum sojae: 10; Calcium powder: 9.6; Calcium monohydrogen phosphate: 5; Fine salt: 4; Composite trace element: 0.88; B B-complex: 0.24; Choline 50%:0.5; Complex enzyme formulation: 0.5; Phytase: 0.1; 70% lysine sulfate: 2.6; DL-methionine: 0.4; L-lysine: 1; Threonine: 0.6; Tryptophan: 0.3; Valine: 0.3; Brewer's yeast: 4; Lactic acid bacteria: 0.01; Zeolite powder: 4.97.
5. pig as claimed in claim 1 is characterized in that with the efficient environmental-protection fodder of low-carbon and nitrogen discharging, calculates with the weight permillage, and the prescription of said environment-protecting feed is following:
Corn: 400; Wheat: 340; Dregs of beans: 191; Wheat bran: 20; Balanced oil-bound distemper of 2-50 or oleum sojae: 12; Calcium powder: 9.8; Calcium monohydrogen phosphate: 6; Fine salt: 4; Composite trace element: 0.88; B B-complex: 0.24; Choline 50%:0.5; Complex enzyme formulation: 0.5; Phytase: 0.1; 70% lysine sulfate: 2.9; DL-methionine: 0.4; L-lysine: 1; Threonine: 0.6; Tryptophan: 0.3; Valine: 0.3; Brewer's yeast: 4.5; Lactic acid bacteria: 0.01; Zeolite powder: 4.97.
6. pig as claimed in claim 1 is characterized in that with the efficient environmental-protection fodder of low-carbon and nitrogen discharging, calculates with the weight permillage, and the prescription of said environment-protecting feed is following:
Corn: 490; Wheat: 296; Dregs of beans: 150; Wheat bran: 30; Balanced oil-bound distemper of 2-50 or oleum sojae: 0; Calcium powder: 10; Calcium monohydrogen phosphate: 4.4; Fine salt: 4; Composite trace element: 0.8; B B-complex: 0.2; Choline 50%:0.5; Complex enzyme formulation: 0; Phytase: 0.1; 70% lysine sulfate: 2.8; DL-methionine: 0.6; L-lysine: 1; Threonine: 0.8; Tryptophan: 0.3; Valine: 0.2; Brewer's yeast: 4; Lactic acid bacteria: 0.02; Zeolite powder: 4.28.
7. pig as claimed in claim 1 is characterized in that with the efficient environmental-protection fodder of low-carbon and nitrogen discharging, calculates with the weight permillage, and the prescription of said environment-protecting feed is following:
Corn: 468; Wheat: 300; Dregs of beans: 160; Wheat bran: 40; Balanced oil-bound distemper of 2-50 or oleum sojae: 0; Calcium powder: 9; Calcium monohydrogen phosphate: 4; Fine salt: 4; Composite trace element: 0.8; B B-complex: 0.2; Choline 50%:0.5; Complex enzyme formulation: 0; Phytase: 0.1; 70% lysine sulfate: 2.6; DL-methionine: 0.4; L-lysine: 1; Threonine: 0.6; Tryptophan: 0.2; Valine: 0.3; Brewer's yeast: 4; Lactic acid bacteria: 0.02; Zeolite powder: 4.38.
8. like the efficient environmental-protection fodder of the arbitrary described pig of claim 1 ~ 7, it is characterized in that said B B-complex comprises vitamin A, vitamin D with the low-carbon and nitrogen discharging
3, vitamin E, vitamin K
3, Cobastab
1And Cobastab
2Any or two kinds or two or more combination arbitrarily; Said composite trace element comprises any or two kinds or the two or more combination arbitrarily of salt, basic copper chloride, basic zinc chloride, ferrous sulfate monohydrate, manganese sulfate monohydrate, CoCL2, calcium iodate, sodium selenite, amino-acid zinc and amino acid iron; Said complex enzyme formulation comprises amylase, protease and zytase any or two kinds or two or more combination arbitrarily.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| CN103598476A (en) * | 2013-11-13 | 2014-02-26 | 南昌傲农生物科技有限公司 | Pig feed and preparation method thereof |
| CN103960547A (en) * | 2014-05-23 | 2014-08-06 | 哈尔滨大北农牧业科技有限公司 | Low-protein weanling piglet feed and preparation method thereof |
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| CN103960547A (en) * | 2014-05-23 | 2014-08-06 | 哈尔滨大北农牧业科技有限公司 | Low-protein weanling piglet feed and preparation method thereof |
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| CN104824350A (en) * | 2015-04-15 | 2015-08-12 | 浙江绿发饲料科技有限公司 | Drug-free growing-fattening pig feed |
| CN104824350B (en) * | 2015-04-15 | 2018-02-13 | 浙江绿发饲料科技有限公司 | One kind is without medicine growing and fattening pig feed |
| CN105795156A (en) * | 2016-03-23 | 2016-07-27 | 山东省农业科学院家禽研究所 | Laying-hen feed with low carbon and nitrogen emissions |
| CN107691779A (en) * | 2017-09-29 | 2018-02-16 | 安佑生物科技集团股份有限公司 | A kind of high-efficient selenium-rich premixing feedstuff and its application for being used to produce selenium-enriched pork |
| CN107927388A (en) * | 2017-11-30 | 2018-04-20 | 中粮生物科技（北京）有限公司 | A kind of pannage for growing, fattening and feeding method |
| CN107751574A (en) * | 2017-11-30 | 2018-03-06 | 邦基（山东）农业科技有限公司 | The low defecation nitrogen environment-friendly type growing and fattening pigs special feed of growing and fattening pigs |
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