CN105211637A - Livestock biological feed nourishing additive agent and production method thereof - Google Patents
Livestock biological feed nourishing additive agent and production method thereof Download PDFInfo
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- CN105211637A CN105211637A CN201410286707.3A CN201410286707A CN105211637A CN 105211637 A CN105211637 A CN 105211637A CN 201410286707 A CN201410286707 A CN 201410286707A CN 105211637 A CN105211637 A CN 105211637A
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Abstract
The invention belongs to a kind of livestock biological feed nourishing additive agent, it comprises lysine bacterial classification tunning and corn flour, the microorganisms such as photosynthetic bacteria, and be added with dregs of beans, plant amylum and trace element, the amino acid primary liquid of this additive biofermentation, maintain than more complete amino acid pattern, the biological value of animal can be made higher, the ammoniacal nitrogen produced in livestock and poultry body can also be decomposed, nitrous acid, the harmful substances such as hydrogen sulfide, reduce the stink of ight soil, reduce farm animal excrement to the pollution of environment, own or the thalline high protein of high-quality simultaneously, and containing abundant methionine, therefore have one's own knack improving on animal immunizing power, at raising protein utilization, improve growth of animals or poultry situation, strengthen the aspects such as immunologic function of livestock and birds better than similar conventional feed.
Description
Technical field
The present invention relates to a kind of animal and fowl fodder nourishing additive agent, the livestock biological feed nourishing additive agent particularly made with the product of fermentable and production method thereof.
Background technology
In order to improve raising quality and the speed of livestock and poultry, people are more and more deep for the research of feed, more and more higher to the quality requirement of animal product, the security of animal product is paid attention to widely, and the emphasis that feed addictive is people to be studied, therefore biological feedstuff product that is pollution-free, nuisanceless, noresidue is favourably welcome.The feed addictive that oneself has mainly contains trace element and amino acids, and amino acid feed additive is biological feedstuff again, and this production technology is called forth generation feed technology by people.The application of current biotechnology in feed industry has: the six large classes such as fermentable goods, feed enzyme preparation, functional microorganism preparation, biologically active peptide, green bio feed, immunomodulator or immunopotentiator.These biological feedstuffs, biology feed additive all play distinctive effect separately, but along with country and common people are strengthening the concern dynamics of feed safety problem and degree and improving, biological feedstuff should also have larger research and development space, this makes people drop into more interest in this respect, is the focus in current feed industry.
In addition, because people are increasing to amino acid whose demand, each seed amino acid factory also develops rapidly, but it is in the amino acid whose process of industrial production, after broth extraction amino acid, discharging of waste liquid brings negative effect to be also alarming problem to environment, thus how to solve the important topic that the discharging of waste liquid problem Ye Shi enterprise of amino acids production and environmental worker will be badly in need of studying.
Summary of the invention
In order to obtain better animal and fowl fodder nourishing additive agent, improve raising quality and the speed of livestock and poultry, and solve the discharging of waste liquid problem of amino acids production as early as possible, for amino acid industry production, use the new approach of exploitation, the present inventor, through many test and studies, by the further investigation to amino acid and micro-organisms process, has manufactured experimently a kind of brand-new biological products, successfully apply as feed supplement, achieve good effect.
Technical scheme of the present invention is as follows:
Livestock biological feed nourishing additive agent comprises lysine bacterial classification tunning and corn flour, photosynthetic bacteria and dregs of beans, and its composition and mass content are: corn flour 1-15%, photosynthetic bacteria 1-15%, dregs of beans 5-20%, and all the other are lysine bacterial classification tunning.
Said fermenting lysine product is above: all products of lysine production overall process comprise intermediate products, finished product and their spraying, vacuum, evaporation and concentration product, dry product, dilution product, absorbent articles, intermediate products, the production waste liquid of finished product and their spraying, vacuum, evaporation and concentration product are comprised with all waste liquids of lysine production overall process, dry product, absorbent articles.
Said corn flour comprises solid-state, semisolid, liquidly cultivates microbial inoculum and their concentrated, dilution, absorption, vacuum drying agent above.
Said photosynthetic bacteria is photosynthetic bacteria bacterium liquid and its concentrate, dilution, adsorbent, vacuum drying agent above.Said dregs of beans comprises the pulse family that peanut press pulp, soybean, flaxseed meal, rapeseed dregs, cottonseed cake etc. are processed into powdery above
Plant comprises soy meal etc.
This additive also can add other microorganism and plant amylum and trace element except mentioned microorganism, and as saccharomycete, lactic acid bacteria, its addition saccharomycete, lactic acid bacteria respectively account for the 1-5% of total additive, and trace element accounts for 0.5-1%, and plant amylum accounts for 5-15%.
Said saccharomycete comprises solid-state, semisolid, liquidly cultivates microbial inoculum and their concentrated, dilution, absorption, spraying dry, vacuum drying agent above.
Said lactic acid bacteria comprises semisolid, the liquid microbial inoculum cultivated and their concentrated, dilution, absorption, vacuum drying agent above.
Above said trace element comprise iron, copper, zinc, calcium, pound, the inorganic compound of manganese, organic compound, as ferrous gluconate, copper sulphate, zinc sulfate, grape calcium gluconate, manganese sulfate, sodium selenate etc.
Said plant amylum comprises cereal starch and potato starch above, and as pulvis such as corn, rice, wheat, Chinese sorghum, Ipomoea batatas, cassavas, can be used alone, also can be their mixture.
According to above-mentioned composition proportioning, nutrients additive for biological feed of the present invention can be liquid, Huo person Shi ?shape thing, also can be spraying or absorption or the solid shape that obtains of vacuum drying.
The mechanism of action of animal and fowl fodder nourishing additive agent of the present invention is as follows:
1, L-main medium of L-lysine amino acid raising poultry nutritive additive obtains with lysine bacterial classification sugar fermentation honey based on tens of L-lysine kinds of L-type amino acid product.The title that lysine has " special essential amino acid ", it has outstanding effect in the utilization rate improving protein, and lysine is widely used in feed addictive.By-product amino acid in lysine fermentation liquor has: aspartic acid, threonine, serine, glutamic acid, glycine, alanine, cystine, valine, methionine, isoleucine, leucine, phenylalanine, histidine, proline.Be all essential amino acid, utilization rate, the raising aspect such as immunity, protein synthesis of each leisure raising protein play respective effect.In addition, the copper in zymotic fluid is many can the form of Copper lysinate be existed, and Copper lysinate can significantly improve pig feed intake and the speed of growth of wean, and does not disturb the absorption of iron, zinc, and CuSO
4the excessive absorption disturbing iron, zinc.
2, the corn flour hydrolyzable starch of the present invention's employing, more rare is go back hydrolyzable phytic acid, also produces polysaccharide material simultaneously.In livestock and poultry diet, staple food is corn, beans cypress, wheat bran, Chinese sorghum.In these legumes, although phosphorous abundant, be exist with phytate phosphorus form mostly, phytate phosphorus cannot decompose without phytase and utilizes by nonruminant, makes the utilization rate of plant phosphorus be only 12% 25%.After the present invention makes to have had in animal body the corn flour of decomposable asymmetric choice net phytic acid, the utilization rate of plant phosphorus can be improved, due to phytic acid, it goes back chelating several mineral materials simultaneously, such as calcium, iron, magnesium etc., these mineral matters also disengage while being decomposed by phytate phosphorus by corn flour, to promoting that the growth of animal benefits.
3, photosynthetic bacteria its absorb be harmful substance, releasing be benefit materials.The harmful substance such as ammoniacal nitrogen, nitrous acid, hydrogen sulfide produced in its decomposable asymmetric choice net livestock and poultry body, therefore it can reduce the stink of ight soil, reduces farm animal excrement to the pollution of environment.
4, legume plays very important effect in the present invention, because in legume except containing abundant starch, protein, the important sources of mineral matter needed for it or animal, but the mineral matter in legume, many chelatings strong by phytate and other material, and the utilization rate of mineral matter is had a greatly reduced quality, and after the chelate of legume mineral matter decomposes by probio in the present invention, a large amount of free ore deposit elements is released, also produce the not clear short long factor simultaneously, thus greatly improve its biological value, promote the growth of animal.
5, lactic acid bacteria, saccharomycete are all good aid digestion probios, and thalline itself or nutritious unicellular high protein, and they are all generally applied edible, feeding.
Below the production method of animal and fowl fodder nourishing additive agent of the present invention:
1, L-lysine
Fermenting lysine condition: the molasses in sugar refinery taken from by raw material, concentration: 10-30BX, adopts and produces L-lysine bacterial classification, temperature: 30 34 DEG C, pressure: 0.05 0.12Mpa, air quantity: 1:0.3 1:1.0, PH6.0 7.5, rotating speed 250 550r.p.m.
2, corn flour
Maize powder medium: sucrose or molasses or glucose or starch, mass content 0.1% 1.0%, 10^^0,05% 1.5%, MgSOi0.02% 0.2%, FeCl
30.0005% 0.005%, yeast extract (powder) 0.01% 0.5%, (NH
4) SO
40.01% 1.0%.
Corn flour condition of culture: temperature: 28 321, pressure: 0.03 0.12Mpa, air quantity: 1:0.1 1:1, PH5.5 7.5, rotating speed 250 550r.p.m.
3, photosynthetic bacteria
Photosynthetic bacteria culture medium: NH
4cl0,05% 0.2%, K
2hP0
40.01% 0.5%, MgCl
20.01% 0-2%, NaCl0.05% 1.0%, yeast extract (powder) 0.005% 0.5%, NaHCO
30.01% 2.0%, ethanol 0.1% 0.5%, with tune PH7.0
Photosynthetic bacteria condition of culture: anaerobism 25 32 DEG C of illumination cultivation.
4, saccharomycete
Microzyme culture medium: 10 ° of BX brewer's worts, 25 30 DEG C of static culture ' or adopt other culture medium.
5, lactic acid bacteria
Lactic acid bacteria culturing medium: yeast descendants 0.3% 1.0%, soy peptone 0.1% 1.0%, glucose or lactose 0.3% 2.0%, K
2hP0
40.05% 0.5%, Tomato juice 5% 10%, Tween 80 0.01% 0.1%, cultivation temperature 35 38 DEG C, static culture.
Quick-reading flow sheets
1. lysine inclined-plane seed--shaking flask kind--0.2m3-5m
3-50m
3ripe acid solution
2. corn flour inclined-plane kind--shaking flask kind--0.2m
3-5m
3ripe kind
3. photosynthetic bacteria seed--plant by 1L transparent vessel--10L transparent vessel--50L transparent vessel maturation
4. saccharomycete inclined-plane seed--1000ml triangular flask kind one 0.04ra
3-0.2m
3ripe microbial inoculum
5. lactic acid bacteria inclined-plane kind--the straight cup kind of 500ml---0.04m
3--the ripe microbial inoculum of 0.2m
6. the bran after oil removing, the dregs of rice or legume are processed into powder, sterilizing after soaking by suitable quantity of water.
1. finished product sterile working, 2., 3., 4., 5., is 6. mixed with L-L-lysine amino acid raising poultry nutritive additive-pack-be up to the standards-product.
Compared with similar products, the substantive distinguishing features had and significant progress are the biological raising poultry nutritive additive of 1B:
1, unique on formula
The biological raising poultry nutritive additive of 1B, content is the combination of fermentation liquid and probio.Molasses fermented lysine technology be the continuous reservation of nearly 20 years of this research institute, perfect, improve, stable technology.Biological bacteria is also adopt industrialized preparing process.This is also rare in China.Because we have skillfully grasped microbial culture method, and there is the Zymolysis Equipment of multiple types, the easy to do culture technique grasping probio, and obtain new breakthrough on technique, formula, make corn flour, the production cost of photosynthetic bacteria greatly reduces.
L-L-lysine amino acid raising poultry nutritive additive is by lysine bacterial classification industrial fermentation molasses, produces lysine fermentation mash and probio corn flour, photosynthetic bacteria, lactic acid bacteria, the formulated biology feed additive of saccharomycete science.Such combining form is center of the present invention there are no report in like product.
2, effect is unique, remarkable, creative
1) amino acid additive in conventional feed is artificial interpolation, this makes the biological value of animal there is limitation, and the present invention is the amino acid primary liquid with biofermentation, maintain than more complete amino acid pattern, the biological value of animal can be made higher, at raising protein utilization, improve growth of animals or poultry situation, strengthen in immunologic function of livestock and birds etc. better than similar conventional feed.
2) probio in the present invention can not only hydrolyzed starch, and go back hydrolyzable phytic acid, this is more rare in like product.Increase this kind of beneficial bacterium in animal body; the defect of phytase is not had to be of great benefit to making up nonruminant; it improves the utilization rate of phytate phosphorus; reduce the ANFs in daily ration; the conversion ratio of direct raising feed; promote the growth of the organs such as animal skeleton, also reduce ight soil row phosphorus amount simultaneously, environmental protection is of great benefit to.The present invention is meaningful greatly to reducing, controlling the excrement phosphorus evil problem making environment specialists worry.This is also of the present invention one large feature and intention.
3) also have photosynthetic bacteria in the probio in the present invention, it can decompose the harmful substance such as ammoniacal nitrogen, nitrous acid, hydrogen sulfide produced in livestock and poultry body, reduces the stink of ight soil, reduces farm animal excrement to the pollution of environment.Simultaneously itself or the thalline high protein of high-quality, and containing abundant methionine, therefore has one's own knack improving on animal immunizing power.
3, remarkable in economical benefits
After fermenting lysine product and corn flour, photosynthetic bacteria conbined usage, the high and successful of biological value is better than the lysine of single lysine fermentation liquor and even sterling.Therefore product for trial sale is popular.The production cost of fermenting lysine additive is than lysine sterling much less, and its price is more taller than sterling.With 100m
3zymotic fluid, by product acid 10%, can obtain 78 tons of feed grade lysines, price about about 160,000 yuan, and 100m
3zymotic fluid can make lOOOm
32000m
3l-L-lysine amino acid raising poultry nutritive additive, by present trial sale price 0.65 yuan/L, price is just 65 130 ten thousand, but also without this alarming problem of discharging of waste liquid.Feed grade lysine is produced, each 100m than directly
3fermentation tank many wounds benefit 49 114 ten thousand yuan, year creates benefit more than 2,000 ten thousand yuan to produce 1000 tonnes of lysines calculating per year more, and for raising pigs, adds this nutrient solution compared with not adding, every pig many weightening finishes every day 2 jin, a traditional unit of weight.Obviously this kind of product economy benefit of large-scale production is very significant.
4, without discharging of waste liquid
Fermentation liquid all uses by L-L-lysine amino acid raising poultry nutritive additive, does not need rear extraction process, does not thus have discharging of waste liquid.This concerning endure to the fullest extent waste water puzzlement lysine enterprise, meaningful greatly.
Detailed description of the invention
Livestock biological feed nutritional supplement composition embodiment:
Embodiment 1
Get lysine fermentation liquor 80 kilograms, the product after fermentation of corn starch 5 kilograms, the product 3 kilograms after photosynthetic bacteria fermentation, dregs of beans 15 kilograms, mixes, and obtains livestock biological feed nourishing additive agent, and this product commodity are called " 1B raising poultry nutritive liquid ".
Execute example 2
Get lysine fermentation liquor 100 kilograms, product after fermentation of corn starch 5 kilograms, product 3 kilograms after photosynthetic bacteria fermentation, peanut press pulp 10 kilograms, then add the product after saccharomycetes to make fermentation 2 kilograms, the product after lactobacillus-fermented 1 kilogram, corn flour 12 kilograms, mix, obtain livestock biological feed nourishing additive agent, this product commodity are called " 1B raising poultry nutritive liquid ".
Embodiment 3
Get fermenting lysine concentrate 50 kilograms, product after fermentation of corn starch 2 kilograms, product 4 kilograms after photosynthetic bacteria fermentation, dregs of beans 10 kilograms, add the product 2 kilograms after saccharomycetes to make fermentation again, the product after lactobacillus-fermented 1 kilogram, ferrous gluconate 0.5, copper sulphate 0.2, zinc sulfate 0.5 tapioca starch 10 kilograms, mix, obtain livestock biological feed nourishing additive agent.
Embodiment 4
Get fermenting lysine solid product 30 kilograms, the product after fermentation of corn starch 10 kilograms, the product 8 kilograms after photosynthetic bacteria fermentation, rape cake 10 kilograms, then add the product after saccharomycetes to make fermentation 5 kilograms, sweet potato powder 10 kilograms, mix, obtain livestock biological feed nourishing additive agent.
Embodiment 5
Get fermenting lysine solid product 30 kilograms, product after fermentation of corn starch 10 kilograms, product 8 kilograms after photosynthetic bacteria fermentation, rape cake 10 kilograms, add the product 5 kilograms after saccharomycetes to make fermentation again, ferrous gluconate 0.8 kilogram, 0.3 kilogram, copper sulphate, 0.9 kilogram, zinc sulfate, rice meal 10 kilograms, mix, obtain livestock biological feed nourishing additive agent.
Embodiment 6
Get lysine fermentation liquor 90 kilograms, the product after fermentation of corn starch 5 kilograms, the product 3 kilograms after photosynthetic bacteria fermentation, peanut press pulp 10 kilograms, add the product 2 kilograms after saccharomycetes to make fermentation again, the product after lactobacillus-fermented 1 kilogram, ferrous gluconate 0.8 kilogram, 0.3 kilogram, copper sulphate, 0.9 kilogram, zinc sulfate, calcium gluconae 2 kilograms,, manganese sulfate 0.3 kilogram, sodium selenate 0.2 kilogram, rice meal 5 kilograms, wheat bran 10 kilograms, mix, obtain livestock biological feed nourishing additive agent.
Microorganism in livestock biological feed nourishing additive agent cultivates embodiment:
01 batch
A82 lysine bacterial classification: slant activation 24 hours, cultivation temperature 32 DEG C
Shaking flask kind: loading amount 150ml/1000ml, cultivation temperature 32 DEG C, incubation time 68 hours
0.2m
3: inoculum concentration 2% 10%, temperature 32 DEG C, air blow and agitation is cultivated, air quantity 1:0.3 1:0.5, pressure 0.1Mpa, PH6.0 7.0, incubation time 5 10 hours.
5m
3: inoculum concentration 2% 10%, temperature 32 DEG C, air blow and agitation is cultivated, air quantity 1:0.3 1:0.5, pressure 0.1Mpa, PH6.0 7.0, incubation time 5 10 hours.
50m
3: inoculum concentration 8% 15%, temperature 32 34 DEG C, air blow and agitation is cultivated, air quantity 1:0.3 1:1, pressure 0.1Mpa, PH6.0 7.5, adopts midway feeding method, fermentation period 60 80 hours.
1
#corn flour slant activation 24 hours, cultivation temperature 28 DEG C
Shaking flask kind: loading amount 150ml/1000ml, cultivation temperature 28 DEG C, incubation time 6 10 hours.
0.2m
3: inoculum concentration 2% 15%, temperature 28 DEG C, air blow and agitation is cultivated, air quantity 1:0.3, pressure 0.1Mpa, PH6.0 7.0, incubation time 5 14 hours.
5m
3: inoculum concentration 8% 15%, temperature 28 DEG C, whisks aerlbic culture, air quantity 1:0.3, pressure 0.1Mpa, PH6.0 7.0, incubation time 16 24 hours.
2
#photosynthetic bacteria anaerobism inclined-plane
:connect 100ml clear vial, constant temperature, anaerobism light cultivates 35 days, access 11 transparent vessel constant-temperatureanaerobic anaerobic light and cultivate 46 days, access 101 transparent vessel constant temperature, anaerobism light cultivates 45 days, access 501 transparent vessels to cultivate sunshine, temperature 25 35 DEG C, sufficient inadequate 7 10 days of 45 days-sunshine at sunshine.
3
#saccharomycete slant activation 24 hours, cultivation temperature 28 DEG C.
Shaking flask kind: loading amount 500ml/1000ml, static culture, temperature 28C, incubation time 10 16 hours.
0.04m
3inoculum concentration 2% 10%, gap ventilate cavity, temperature 25 30 DEG C, incubation time 12 20 hours.
0.2m
3: inoculum concentration 8% 15%, gap ventilate cavity, temperature 25 30 DEG C, incubation time 16 24 hours.
4
#lactic acid bacteria inclined-plane access fresh milk activates 48 hours, temperature 36 DEG C.
The straight cup kind of 500ml: inoculum concentration 4% 8%, static culture, temperature 36 DEG C, incubation time 34 hours.0.04m
3: inoculum concentration 2% 8%, static culture, ventilate in gap, temperature 34 36 DEG C:, incubation time 34 hours.
0.2m
3: inoculum concentration 4% 10%, static culture, ventilate in gap, temperature 34 36 DEG C, incubation time 3 ~ 6 hours.
Peanut press pulp
:sheet peanut press pulp and cold water soak 24 hours in the ratio of 1:3 1:8,121 DEG C of steam sterilizings, pressure 0.1 0.15Mpa, 1 hour time.
Get the ripe mash 7m of above-mentioned fermenting lysine for 01 batch
3corn flour 0.5m
3, photosynthetic bacteria 0.5m
3, saccharomycete 0.5 lactic acid bacteria 0.5m
3peanut press pulp 1m after sterilizing
3, stir-bottling-sampling inspection, technical indicator, the qualified warehouse-in of sanitary index.
Application Example:
1B of the present invention biological raising poultry nutritive additive pig-keeping experiment example.
One, pilot project
Numbering title (composition)
1 lysine fermentation liquor 8%
2 lysine fermentation liquor dilutions 0.5%
3 crystallization lysine dilutions 8%
4 crystallization lysine dilutions 0.5%
5 lysine fermentation liquor 8%+ photosynthetic bacteria+corn flour+saccharomycete+lactic acid bacteria+peanut press pulps
6 lysine fermentation liquor dilution 0.5%+ photosynthetic bacteria+corn flour+saccharomycete+lactic acid bacteria+peanut press pulps
7 crystallization lysine dilution 8%+ photosynthetic bacteria+corn flour+saccharomycete+lactic acid bacteria+peanut press pulps
8 crystallization lysine dilution 0.5%+ photosynthetic bacteria+corn flour+saccharomycete+lactic acid bacteria+peanut press pulps
9 is blank
Two, pig-keeping experiment
The pig selecting 30-35kg is test pig, and often kind of formula is respectively for 6 pigs, and every day and feed are with feeding twice, and each every hurdle uses 60 milliliters.
Three, test situation
| Numbering | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 |
| Every hurdle pig's head number | 6 | 6 | 6 | 6 | 6 | 6 | 6 | 6 | 6 |
| Every hurdle pig heavy (kg) before test | 208.6 | 198.4 | 205.3 | 203.1 | 190.4 | 201.5 | 204.7 | 196.5 | 197.1 |
| Test 60 days every hurdle pigs heavy (kg) | 446.6 | 378.8 | 389.6 | 352.4 | 499.6 | 468.2 | 400.1 | 359.4 | 324.5 |
| Every hurdle pig weightening finish (kg) | 238 | 180.4 | 184.3 | 149.3 | 309.2 | 266.8 | 195,4 | 162.9 | 127,4 |
| On average every daily gain in pigs (kg) | 0.66 | 0.5 | 0.51 | 0,41 | 0.86 | 0.74 | 0,54 | 0.45 | 0.35 |
| Every daily gain in pigs improves (%) than blank | 88.6 | 42.8 | 45.7 | 17.1 | 145.7 | 111.4 | 54.3 | 28.6 |
Find out from above-mentioned result of the test, the effect being numbered 5, No. 6 is the most obvious, illustrate that lysine fermentation liquor+photosynthetic bacteria+corn flour of the present invention and lysine fermentation liquor dilution 0.5%+ photosynthetic bacteria+corn flour are obvious to the gaining effect of pig, and cost in numbering 6 is minimum.The viable bacteria that this product uses is 12 kinds of microorganism fodders that China allows to use, nontoxic, have no side effect, feeding safety.
Claims (4)
1. a livestock biological feed nourishing additive agent, it is characterized in that it comprises lysine bacterial classification tunning and corn flour, photosynthetic bacteria and dregs of beans, its composition and mass content are
:corn flour 1-15%, photosynthetic bacteria 1-15%, dregs of beans 5-20%, all the other are lysine bacterial classification tunning.
2. the livestock biological feed nourishing additive agent according to claim, it is characterized in that fermenting lysine product is: all products of lysine production overall process comprise intermediate products, finished product and their spraying, vacuum, evaporation and concentration product, dry product, dilution product, absorbent articles, intermediate products, the production waste liquid of finished product and their spraying, vacuum, evaporation and concentration product are comprised, dry product, absorbent articles with all waste liquids of lysine production overall process.
3. the livestock biological feed nourishing additive agent according to claim, is characterized in that corn flour comprises solid-state, semisolid, liquidly cultivates microbial inoculum and their concentrated, dilution, absorption, vacuum drying agent.
4. the livestock biological feed nourishing additive agent according to claim, is characterized in that photosynthetic bacteria is photosynthetic bacteria bacterium liquid and its concentrate, dilution, adsorbent, vacuum drying agent.
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| CN110326805A (en) * | 2019-08-15 | 2019-10-15 | 青岛英赛特生物科技有限公司 | A kind of feed fermentation device and feed production method |
| CN111955607A (en) * | 2020-07-30 | 2020-11-20 | 宿迁益客饲料有限公司 | Feed additive for promoting production performance of laying poultry and application thereof |
| CN113678951A (en) * | 2021-09-01 | 2021-11-23 | 齐齐哈尔龙江阜丰生物科技有限公司 | Preparation process of novel piglet food calling feed additive |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106173274A (en) * | 2016-08-16 | 2016-12-07 | 中国农业科学院饲料研究所 | The determination method of micronutrient levels in a kind of 4～6 week old broiler fodders and feedstuff |
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| CN111955607A (en) * | 2020-07-30 | 2020-11-20 | 宿迁益客饲料有限公司 | Feed additive for promoting production performance of laying poultry and application thereof |
| CN113678951A (en) * | 2021-09-01 | 2021-11-23 | 齐齐哈尔龙江阜丰生物科技有限公司 | Preparation process of novel piglet food calling feed additive |
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Application publication date: 20160106 |