CN107568468A - A kind of small molecule biological feedstuff - Google Patents
A kind of small molecule biological feedstuff Download PDFInfo
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- CN107568468A CN107568468A CN201710947039.8A CN201710947039A CN107568468A CN 107568468 A CN107568468 A CN 107568468A CN 201710947039 A CN201710947039 A CN 201710947039A CN 107568468 A CN107568468 A CN 107568468A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/80—Food processing, e.g. use of renewable energies or variable speed drives in handling, conveying or stacking
- Y02P60/87—Re-use of by-products of food processing for fodder production
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Abstract
The invention provides a kind of small molecule biological feedstuff.The small molecule biological feedstuff, by mass percentage, including nanometer concentration enzyme 10% ~ 20%, composite fluid molasses 50% ~ 70% and complex carrier 10% ~ 40%；Above-mentioned small molecule biological feedstuff, the larger molecular organicses in liquid molasses had both been hydrolyzed with nanometer concentration zymotechnic, its viscosity is set to reduce rapidly, nano material is added again, liquid molasses are made dispersed more preferable during solid product, add the stronger carrier of water imbibition simultaneously, the specific surface area of liquid molasses can be expanded, the liquid molasses for crossing nanometer concentration ferment treatment are easier and carrier combination drying, the product passes through low temperature drying, nutrient component damages are minimum, and larger molecular organicses are more conducive to digesting and assimilating for animal after degraded in liquid molasses, the finished product is easier to transport and preserved, also application of the product in animal feed is drastically increased.
Description
Technical field
The present invention relates to biological feedstuff field, more particularly to a kind of small molecule biological feedstuff.
Background technology
Domestic liquid molasses mainly have cane molasses, beet molasses and a soy molasses, and molasses contain sucrose, reduced sugar, more
Sugar and a large amount of nutritional ingredients such as organic acid, therefore be widely used in fermenting and producing alcohol, yeast, feed, prepare amino acid and organic
Acid, produce caramel colorant and Plant leaf fertilizer etc..Liquid molasses have the special feature that in itself：Viscosity is big, is affected by temperature greatly,
Mean temperature often declines 5 DEG C, and its viscosity doubles；Hygroscopicity is strong；Easily fermentation is rotten；Transport, storage need big type groove
The special equipment such as tank car and storage tank；Poor fluidity, need during use to add auxiliary agent or dilution, special installation need to be configured, can not
Accurate control addition.This brings inconvenience to the transport, storage and use of molasses, can not long-distance transportation, cost compared with
Height, so as to limit the using area of molasses.Molasses can not directly realize the conversion from liquid to solid by way of crystallization,
Molasses are nearly all flexible package punch, transport and used at present.And existing curing mode is to add soybean in liquid molasses
The dregs of rice, corncob, wheat bran, bagasse and zeolite etc. are used as auxiliary material or carrier, then obtain sugar cube by certain drying mode
Honey.Because the addition of auxiliary material or carrier is big, the product purity of solid cane molasses can reduce, and the addition of auxiliary material or carrier
Heterogeneity is measured, product is only limitted to special animalses in feed manufacturing industry and used, and the use range of product is single.Some auxiliary materials or load
Body is also unfit to do feed, or even disobeys antinational relevant laws and regulations, so this kind of solid cane molasses are not made extensively
With.
The content of the invention
Based on this, it is necessary to provide a kind of small molecule biological feedstuff.
A kind of small molecule biological feedstuff, the small molecule biological feedstuff include nanometer concentration enzyme 10% ~ 20%, composite fluid molasses
50% ~ 70% and complex carrier 10% ~ 40%；
Wherein, the nanometer concentration enzyme, by mass percentage, including following components：
Nano-sized carbon 20% ~ 30%；
Nano-silicon 10% ~ 30%；
Arabinoxylanase 5% ~ 10%；
1,4 beta-glucanase 5% ~ 10%；
Beta-glucosidase 1% ~ 5%；
Mannase 5% ~ 10%；
Catalase 5% ~ 10%；
Laccase 1% ~ 10%；And
Lysozyme 1% ~ 5%.
In one of embodiment, the composite fluid molasses by mass percentage, including following components：
Cane molasses 30% ~ 60%；
Beet molasses 10% ~ 30%；And
Soy molasses 20% ~ 40%.
In one of embodiment, the complex carrier by mass percentage, including following components：
Bagasse 15% ~ 30%；
Corn stalk powder 10% ~ 30%；
Wheat-middlings 10% ~ 20%；And
Bean cake powder 20% ~ 50%.
A kind of preparation method of small molecule biological feedstuff, it is characterised in that comprise the following steps：Preparation of nano concentrates enzyme,
The nanometer concentrates enzyme, by mass percentage, including following components：
Nano-sized carbon 20% ~ 30%；
Nano-silicon 10% ~ 30%；
Arabinoxylanase 5% ~ 10%；
1,4 beta-glucanase 5% ~ 10%；
Beta-glucosidase 1% ~ 5%；
Mannase 5% ~ 10%；
Pectase 5% ~ 10%；
Laccase 1% ~ 10%；And
Lysozyme 1% ~ 5%；
Above nano material and its enzyme preparation are proportionally added, mixed, stirring at low speed is uniform, and nanometer concentration enzyme is made；
Composite fluid molasses are prepared, according to mass percent, by 30% ~ 60% cane molasses, 10% ~ 30% beet molasses and 20% ~
40% soy molasses are mixed, and composite fluid molasses are made to uniform in stirring at low speed 10min.
Complex carrier is prepared, according to mass percent, by 15% ~ 30% bagasse, 10% ~ 30% corn stalk powder, 10% ~ 20%
Wheat-middlings and 20% ~ 50% bean cake powder are mixed, and complex carrier is made to uniform in stirring at low speed 10min.
Heat is first arrived into certain temperature by composite fluid molasses, nanometer concentration enzyme is added to complex liquid according to mass percent
In body molasses, stirring at low speed 10min makes nanometer concentration enzyme act on certain time in the state of being stirred on side, makes nanometer to uniform
Concentration enzyme fully contacts with composite fluid molasses, is uniformly added into the complex carrier of certain mass percent, high-speed stirred, makes it mixed
A certain size solid particle is synthesized, low temperature drying is carried out subsequently into fluid bed, sieves, detection, be packaged into finished product.
In one of embodiment, the certain temperature that is heated to is that composite fluid molasses are heated into 40~60 DEG C.
In one of embodiment, the rotating speed of stirring at low speed is 30~50rpm, the rotating speed of high-speed stirred for 300~
500rpm；The EAT of fluid bed is 90~100 DEG C, and leaving air temp is 60~70 DEG C, 10~60min of drying time.
In one of embodiment, the action time added after nanometer concentration enzyme is 0.5~2h.
In one of embodiment, it is complex liquid before abutment that nanometer concentration enzyme fully contacts with composite fluid molasses
Viscosity is 8000~10000Pas during 20 DEG C of body molasses, fully after contact during 20 DEG C of composite fluid molasses viscosity be changed into 2000~
4000Pa·s。
In one of embodiment, the drying time is 0.5~2h, and the slot size of the sieving is 1~2mm.
In one of embodiment, the 1,4 beta-glucanase is the 1,4 beta-glucanase of hydrolyzing alpha -1,6 glycosidic bond.
Above-mentioned small molecule biological feedstuff, the larger molecular organicses in composite fluid molasses were both hydrolyzed with nanometer concentration enzyme,
Its viscosity is reduced rapidly, add nano material again, composite fluid molasses are made dispersed more preferable during solid product, add simultaneously
Enter the stronger carrier of water imbibition, composite fluid molasses reference area can be expanded, the molasses that nanometer concentration ferment treatment is crossed more is held
Miscible with the carrier is dried, and the product passes through low temperature drying, and nutrient component damages are minimum, and macromolecular in composite fluid molasses
Organic matter is more conducive to digesting and assimilating for animal after degraded, and the finished product is easier to transport and preserved, and also drastically increases production
Application of the product in animal feed.
The small molecule feed both can as ox, sheep, rabbit ruminant feed, can also be used as suckling piglet, growing and fattening pigs,
Laying hen, broiler chicken, the feed of meat duck.
The catalase and laccase added in the small molecule feed can reduce product colour, and the colour of product is in 15IU
Hereinafter, added value of product is improved.
The lysozyme added in the small molecule feed can significantly improve more than the 3 months shelf-life of product.
Determination of Potassium is more than 1% in the small molecule feed.
Beet alkali content is more than 0.1 ‰ in the small molecule feed.
Embodiment
In order to facilitate the understanding of the purposes, features and advantages of the present invention, below to the specific embodiment party of the present invention
Formula is described in detail.Many details are elaborated in the following description in order to fully understand the present invention.But this hair
Bright to be implemented with being much different from other manner described here, those skilled in the art can be without prejudice in the present invention
Similar improvement is done in the case of culvert, therefore the present invention is not limited to the specific embodiments disclosed below.
The small molecule biological feedstuff of one embodiment, the small molecule biological feedstuff includes nanometer concentration enzyme 10% ~ 20%, compound
Liquid molasses 50% ~ 70% and complex carrier 10% ~ 40%；
Wherein, the nanometer concentration enzyme, by mass percentage, including following components：
Nano-sized carbon 20% ~ 30%；
Nano-silicon 10% ~ 30%；
Arabinoxylanase 5% ~ 10%；
1,4 beta-glucanase 5% ~ 10%；
Beta-glucosidase 1% ~ 5%；
Mannase 5% ~ 10%；
Catalase 5% ~ 10%；
Laccase 1% ~ 10%；And
Lysozyme 1% ~ 5%.
Nano-sized carbon can be the DK201 model nano-sized carbons of Beijing Deco Dao Jin Science and Technology Ltd.s, and nano-silicon can be north
The DK203 model nano-silicons of capital Deco Dao Jin Science and Technology Ltd.s.Nano-sized carbon and nano-silicon are small yardstick, high surface energy activity
Nano particle, it on the one hand can strengthen action site of the enzyme to composite fluid molasses, on the other hand we have surprisingly found that, nanometer
The water imbibition of carbon and nano-silicon is extremely strong, and has extraordinary dispersion effect, can improve solid content in composite fluid molasses
Content, it is not easy to bond between Icing Sugar in the drying process, dry solid molasses are not easy the moisture absorption, have and greatly apply valency
Value.
Araboxylan, the beta glucan containing α -1,6 glycosidic bonds and cellobiose content be very in sugarcane and beet
Height, sugarcane or beet clean, concentrated, after the process such as crystallization, remaining non crystallized material is referred to as sugarcane or beet by squeezing
Molasses, due to araboxylan, containing α -1, beta glucan, the cellobiose of 6 glycosidic bonds are dissolved in hot water, so whole
It is difficult to remove during sugaring, the content in molasses is especially higher, and this is also one of molasses viscosity large effect factor, adds
After arabinoxylanase, the 1,4 beta-glucanase of the glycosidic bond of hydrolyzing alpha -1,6, beta-glucosidase in the range of the action condition of enzyme
Can fast hydrolyzing substrate araboxylan, the beta glucan of α -1,6 glycosidic bonds, cellobiose it is hydrolyzed to oligosaccharides or list
Sugar, 3 kinds of glucosides enzyme effects that the present invention selects are very single-minded：
Arabinoxylanase is different from common zytase, and its substrate specificity is only limitted to araboxylan, poly- to other wood
Sugared substrate is without effect, and we have found by substantial amounts of application study, and the xylan in liquid molasses is mainly derived from Arabic wood
Glycan, and be that molasses viscosity declines rapidly using the most distinguishing feature of the zytase, the common zytase overwhelming majority is
Endo-xylanase, viscosity may be made to go up not down height after zytase is degraded, we have found by substantial amounts of research, I
This arabinoxylanase for selecting molasses viscosity can be made to decline rapidly, the mobility of molasses improves, and is advantageous to liquid sugar
The drying of honey.
Commercially available 1,4 beta-glucanase majority is the dextranase of hydrolyzing alpha-Isosorbide-5-Nitrae glycosidic bond, but passes through our numerous studies
Have surprisingly found that, the dextranase for adding hydrolyzing alpha-Isosorbide-5-Nitrae glycosidic bond does not change to the viscosity of liquid molasses, illustrates in molasses
The type of glucan is not with α-Isosorbide-5-Nitrae glycosidic bond links, adds α -1, and viscosity declines rapidly after the dextranase of 6 glycosidic bonds, water
Solution efficiency improves, and the glucan species that experimental study proves contained by it is α -1, the glucan of 6 glycosidic bonds.
Beta-glucosidase is also cellobiase, is the enzyme of single-minded hydrolysis fiber disaccharides, cellobiose is that water solubility is more
Sugar, running into hot water volume can expand rapidly, and viscosity sharply increases, in white granulated sugar production process, cellobiose can with xylan,
Glucan is equally adjoint in whole production process, the use of the physics such as flocculant or chemical means is difficult to be removed, finally
Just remaining in liquid molasses, the purpose of present invention addition beta-glucosidase is also that rapid hydrolysis causes the high substrate of viscosity,
Its viscosity is set to decline rapidly, in order to which later stage fast low temperature is dried.
Due to the complexity of plant component and the diversity of content, result in and cause the factor of viscosity many in molasses, this
Invention, which adds mannase, can hydrolyze mannan substrate in molasses well, and with 1,4 beta-glucanase, beta-glucosidase
Collective effect, make the reduction of liquid molasses viscosity, be advantageous to fast low temperature drying.
Because composite fluid molasses color is deeper, temperature can make its darker in the drying process, in feedstuff industry,
It is exactly that feed color is deeper, and added value is lower to have a common recognition, and the application of product is also limited, so present invention adds peroxide
Change hydrogen enzyme and laccase, on the one hand purpose is to remove Polyphenols before the drying of molasses adding carrier to cause the elevated material of colour, make
Solid colour before and after it is dried, improve value-added content of product；Another aspect laccase hydrolyzable lignin, in the fibre that the present invention adds
Contain lignin in dimension class carrier such as bagasse, lignin is the ANFs of animal, so molasses with carrier after mixing
Partial lignin in the degradable carrier of laccase, the formation of ANFs in feed is reduced, improve application effect of products.
A large amount of lactic acid bacterias and acetic acid bacteria in liquid molasses be present, after molasses viscosity reduces, lactic acid bacteria and acetic acid bacteria dissociate
Effect improves, easy amount reproduction, declines liquid sugar honey point, produces a large amount of lactic acid and acetic acid, and molasses nutritive loss is big, this
Invention add after lysozyme can effectively lactic acid bacteria inhibiting and acetic acid bacteria breeding, it is effectively preserved in nutritional ingredient,
Lysozyme is food additives, and animal will not be had undesirable effect.
The source of above enzyme provides for Japanese Tian Ye companies.
Preferably, the composite fluid molasses, by mass percentage, including following components：
Cane molasses 30% ~ 60%；
Beet molasses 10% ~ 30%；And
Soy molasses 20% ~ 40%.
Contain substantial amounts of potassium element in cane molasses, content is more than the 3% of molasses dry weight, and potassium is only second in animal body
The third-largest mineral element of calcium and phosphorus, is concentrated mainly in animal muscle and nerve cell, and potassium ion disappears in participation nutriment
It played an important role in the nutrition of change and maintenance body electrolyte balance and feed effect, improve animal productiong, reproductive ability
Energy.Potassium is even more a kind of necessary nutritional ingredient for the mammal higher to environment and nutrient requirement, and potassium is more
The activator of kind enzyme, the metabolism for the carbohydrate in animal body plays the role of important.
Beet alkali content is higher in beet molasses, and application of the glycine betaine on livestock and poultry cultivation is paid attention to by people, be because
Glycine betaine can provide active methyl in animal body metabolism, form transmethylase with homocysteine, and participate in methylating instead
Should, therefore have the title of " life methylating agent ".Glycine betaine provides methyl for fat metabolism, and main function is：(1) phosphatide is participated in close
Into promotion liver fat transfer；Suppress the formation of fatty liver；(2) synthesis of phosphatidyl choline is participated in, it is dense to influence blood lipoprotein
Degree；(3) content of carnitine in muscle and liver is improved, promotes aliphatic acid β-oxidation.Through experiment, glycine betaine drop is added in feed
The low fat content of animal meat product, improves lean meat percentage, meat is more loose, and flavor is more preferable.
Preferably, the complex carrier by mass percentage, including following components：
Bagasse 15% ~ 30%；
Corn stalk powder 10% ~ 30%；
Wheat-middlings 10% ~ 20%；And
Bean cake powder 20% ~ 50%.
Bagasse essentially from sugar refinery to sugarcane by five weight squeezing after remaining waste material, be currently used primarily in the combustion in sugar refinery
Material, added value is extremely low, and bagasse is used for the carrier of liquid molasses by the present invention, can effectively improve the added value of bagasse, is sweet
Bagasse have found new purposes.Crude fiber content is higher in bagasse, can improve the intestines peristalsis of animal, prevention sow is just
It is secret.Containing 2% or so Sucrose Content, contain lignin simultaneously, the laccase added in the present invention can enter to ANFs lignin
Row effectively degraded.
Corn stalk powder is also the conventional carrier of agricultural breeding, and because its water imbibition is stronger, and cost is low, can conduct
The good carrier of drying liquid molasses, there is good dispersiveness.Do not bond after being mixed with liquid molasses, easily dry.
Wheat-middlings and bean cake powder are also the conventional carrier of feed, are commercially available prod.
The small molecule feed both can as ox, sheep, rabbit ruminant feed, can also be used as suckling piglet, growing and fattening pigs,
Laying hen, broiler chicken, the feed of meat duck.
With reference to specific embodiment, present disclosure is further elaborated.The following examples are to make
100kg small molecule biological feedstuffs.
Embodiment 1
10kg nanometers concentration enzyme is prepared, weighs nano-sized carbon 3kg, nano-silicon 2kg, arabinoxylanase 0.5kg, beta glucan
Enzyme 1kg, beta-glucosidase 0.5kg, mannase 0.5kg, catalase 1kg,
Laccase 1kg and lysozyme 0.5kg, first by nano-sized carbon and nano-silicon in rotary drum mixer with 30rpm mixing 10min, after
Remaining enzymes are added again together with stand-by after 30rpm mixing 10min.
Composite fluid molasses 70kg is prepared, cane molasses 42kg is weighed, beet molasses 7kg, soy molasses 21kg, is added to
In liquid agitation tank, stirred in addition, it is stand-by after 30rpm mixing 10min.
Complex carrier 20kg is prepared, weighs bagasse 6kg, corn stalk powder 2kg, wheat-middlings 4kg, bean cake powder 8kg, in rotary drum
Formula mixer is with stand-by after 30rpm mixing 10min.
First by the above-mentioned composite fluid molasses 70kg prepared by heat to 40 DEG C, then by nanometer concentration enzyme 10kg be added to it is compound
In liquid molasses, stirred in addition, 30rpm mixing 10min, nanometer concentration enzyme fully contacts with composite fluid molasses, compound
1h is acted in liquid molasses, viscosity is 8000Pas at 20 DEG C before contact, fully contact after 20 DEG C when viscosity be changed into 4000Pa
s.20kg complex carriers are uniformly added into afterwards, 300rpm stirring 10min, are dried subsequently into fluid bed, EAT is
90 DEG C, leaving air temp is 70 DEG C, drying time 15min.2mm sieves are crossed, detection, are packaged into finished product.
The small molecule feed as ox, sheep, rabbit ruminant feed.
Embodiment 2
20kg nanometers concentration enzyme is prepared, weighs nano-sized carbon 2kg, nano-silicon 2kg, arabinoxylanase 2kg, 1,4 beta-glucanase
0.5kg, beta-glucosidase 0.5kg, mannase 1kg, catalase 1kg,
Laccase 0.5kg and lysozyme 0.5kg, first by nano-sized carbon and nano-silicon in rotary drum mixer with 40rpm mixing 10min,
Remaining enzymes are added again afterwards together with stand-by after 40rpm mixing 10min.
Composite fluid molasses 50kg is prepared, weighs cane molasses 15kg, beet molasses 15kg, soy molasses 20kg, is added
Into liquid agitation tank, stirred in addition, it is stand-by after 40rpm mixing 10min.
Complex carrier 30kg is prepared, weighs bagasse 4.5kg, corn stalk powder 9kg, wheat-middlings 3kg, bean cake powder 13.5kg,
It is stand-by after rotary drum mixer is with 40rpm mixing 10min.
First by the above-mentioned composite fluid molasses 50kg prepared by heat to 50 DEG C, then by nanometer concentration enzyme 20kg be added to it is compound
In liquid molasses, stirred in addition, 40rpm mixing 10min, nanometer concentration enzyme is fully contacted with composite fluid molasses, it is multiple
Close liquid molasses in act on 1h, viscosity be 9000Pas at 20 DEG C before contact, fully contact after 20 DEG C when viscosity be changed into
3000Pa·s.30kg complex carriers are uniformly added into afterwards, 400rpm stirring 10min, are dried, are entered subsequently into fluid bed
Air temperature is 100 DEG C, and leaving air temp is 60 DEG C, drying time 20min.1.5mm sieves are crossed, detection, are packaged into finished product.
The small molecule feed is as suckling piglet, the feed of growing and fattening pigs.
Embodiment 3
10kg nanometers concentration enzyme is prepared, weighs nano-sized carbon 2kg, nano-silicon 3kg, arabinoxylanase 1kg, 1,4 beta-glucanase
1kg, beta-glucosidase 0.1kg, mannase 1kg, catalase 1kg,
Laccase 0.8kg and lysozyme 0.1kg, first by nano-sized carbon and nano-silicon in rotary drum mixer with 50rpm mixing 10min,
Remaining enzymes are added again afterwards together with stand-by after 50rpm mixing 10min.
Composite fluid molasses 60kg is prepared, weighs cane molasses 18kg, beet molasses 18kg, soy molasses 24kg, is added
Into liquid agitation tank, stirred in addition, it is stand-by after 50rpm mixing 10min.
Complex carrier 30kg is prepared, weighs bagasse 9kg, corn stalk powder 3kg, wheat-middlings 6kg, bean cake powder 12kg, is being turned
Drum mixer is with stand-by after 50rpm mixing 10min.
First by the above-mentioned composite fluid molasses 60kg prepared by heat to 60 DEG C, then by nanometer concentration enzyme 10kg be added to it is compound
In liquid molasses, stirred in addition, 50rpm mixing 10min, nanometer concentration enzyme fully contacts with composite fluid molasses, compound
0.5h is acted in liquid molasses, viscosity is 10000Pas at 20 DEG C before contact, fully contact after 20 DEG C when viscosity be changed into
2000Pa·s.30kg complex carriers are uniformly added into afterwards, 500rpm stirring 10min, are dried, are entered subsequently into fluid bed
Air temperature is 95 DEG C, and leaving air temp is 65 DEG C, drying time 60min.2mm sieves are crossed, detection, are packaged into finished product.
The small molecule feed as laying hen, broiler chicken, meat duck feed.
Embodiment 4
15kg nanometers concentration enzyme is prepared, weighs nano-sized carbon 3.75kg, nano-silicon 3.75kg, arabinoxylanase 1.5kg, β-
Dextranase 1.5kg, beta-glucosidase 0.75kg, mannase 1.5kg, catalase 1.5kg, laccase 0.5kg and
Lysozyme 0.25kg, first by nano-sized carbon and nano-silicon in rotary drum mixer with 40rpm mixing 10min, after add residual enzyme again
Preparation is together with stand-by after 30rpm mixing 10min.
Composite fluid molasses 70kg is prepared, weighs cane molasses 35kg, beet molasses 21kg, soy molasses 14kg, is added
Into liquid agitation tank, stirred in addition, it is stand-by after 50rpm mixing 10min.
Complex carrier 15kg is prepared, weighs bagasse 6kg, corn stalk powder 4.5kg, wheat-middlings 1.5kg, bean cake powder 3kg,
Rotary drum mixer is with stand-by after 30rpm mixing 10min.
First by the above-mentioned composite fluid molasses 70kg prepared by heat to 50 DEG C, then by nanometer concentration enzyme 15kg be added to it is compound
In liquid molasses, stirred in addition, 50rpm mixing 10min, nanometer concentration enzyme fully contacts with composite fluid molasses, compound
2h is acted in liquid molasses, viscosity is 8000Pas at 20 DEG C before contact, fully contact after 20 DEG C when viscosity be changed into 3000Pa
s.20kg complex carriers are uniformly added into afterwards, 400rpm stirring 10min, are dried subsequently into fluid bed, EAT is
100 DEG C, leaving air temp is 70 DEG C, drying time 20min.2mm sieves are crossed, detection, are packaged into finished product.
The small molecule feed both can as ox, sheep, rabbit ruminant feed, can also be used as suckling piglet, growing and fattening pigs,
Laying hen, broiler chicken, the feed of meat duck.
Note：Embodiment 1, embodiment 2, embodiment 3, embodiment 4 refer to what is come out according to the formula and technique productions of embodiment
Product, reference examples 1 refer to the product that cane molasses are directly dried, and control 2 refers to the product that beet molasses is directly dried, and compares 3
Refer to the product that corn molasses are directly dried.
Embodiment described above only expresses the several embodiments of the present invention, and its description is more specific and detailed, but simultaneously
Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art
For, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the guarantor of the present invention
Protect scope.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (9)
1. a kind of small molecule biological feedstuff, the small molecule biological feedstuff includes nanometer concentration enzyme 10% ~ 20%, composite fluid molasses
50% ~ 70% and complex carrier 10% ~ 40%；
Wherein, the nanometer concentration enzyme, by mass percentage, including following components：
Nano-sized carbon 20% ~ 30%；
Nano-silicon 10% ~ 30%；
Arabinoxylanase 5% ~ 10%；
1,4 beta-glucanase 5% ~ 10%；
Beta-glucosidase 1% ~ 5%；
Mannase 5% ~ 10%；
Catalase 5% ~ 10%；
Laccase 1% ~ 10%；And
Lysozyme 1% ~ 5%.
2. small molecule biological feedstuff according to claim 1, it is characterised in that the composite fluid molasses press quality percentage
Than, including following components：
Cane molasses 30% ~ 60%；
Beet molasses 10% ~ 30%；And
Soy molasses 20% ~ 40%.
3. small molecule biological feedstuff according to claim 1, it is characterised in that the complex carrier by mass percentage,
Including following components：
Bagasse 15% ~ 30%；
Corn stalk powder 10% ~ 30%；
Wheat-middlings 10% ~ 20%；And
Bean cake powder 20% ~ 50%.
4. small molecule biological feedstuff according to claim 1, it is characterised in that the 1,4 beta-glucanase is hydrolyzing alpha -1,6
The 1,4 beta-glucanase of glycosidic bond.
5. small molecule biological feedstuff according to claim 1, it is characterised in that the small molecule feed both can be used as ox,
Sheep, the feed of rabbit ruminant, can also as suckling piglet, growing and fattening pigs, laying hen, broiler chicken, meat duck feed.
6. small molecule biological feedstuff according to claim 1, it is characterised in that the catalase and laccase of addition can be with
Product colour is significantly reduced, product colour is below 10IU, improves added value of product.
7. small molecule biological feedstuff according to claim 1, it is characterised in that the lysozyme of addition can improve product
3 months shelf-lifves.
8. small molecule biological feedstuff according to claim 1, it is characterised in that Determination of Potassium is more than 1% in product.
9. small molecule biological feedstuff according to claim 1, it is characterised in that in product beet alkali content be 0.1 ‰ with
On.
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