CN105418177A - Organic fungus manure prepared by biological decomposition of organic refuses - Google Patents
Organic fungus manure prepared by biological decomposition of organic refuses Download PDFInfo
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- CN105418177A CN105418177A CN201510947183.2A CN201510947183A CN105418177A CN 105418177 A CN105418177 A CN 105418177A CN 201510947183 A CN201510947183 A CN 201510947183A CN 105418177 A CN105418177 A CN 105418177A
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- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05F—ORGANIC FERTILISERS NOT COVERED BY SUBCLASSES C05B, C05C, e.g. FERTILISERS FROM WASTE OR REFUSE
- C05F9/00—Fertilisers from household or town refuse
- C05F9/04—Biological compost
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/20—Fertilizers of biological origin, e.g. guano or fertilizers made from animal corpses
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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
- Y02P20/00—Technologies relating to chemical industry
- Y02P20/10—Process efficiency
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Abstract
The invention relates to organic fungus manure, in particular to organic fungus manure prepared by biological decomposition of organic refuses. The organic fungus manure comprises an organic fungus manure main body which is prepared by biological decomposition of the organic refuses; the biological decomposition process of the organic refuses sequentially comprises sorting, crushing, extruding, fermenting and dehydrating. The organic fungus manure disclosed by the invention is prepared by improving a mode of using traditional organic refuses according to a certain formula into a biological decomposition mode of the organic refuses; nutrients in the traditional organic refuses are extracted and facilitate the recycling, so that the environment is protected while resources are saved.
Description
Technical field
The present invention relates to technical field of fertilizers, be specifically related to organic fungi-manure.
Background technology
At present, the whole world is faced with the Tough questions of increased population and environmental degradation, and in agriculture production, a large amount of uses of mineral manure also can make environmental degradation more serious.The weak point of this mineral manure mainly contains: spoiled soil, soil organic matter content is caused to decline, all kinds of nutrients ratio imbalance, soil starts acidifying, hardens, physicochemical character and the soil microflora of soil are subject to havoc, cause its water conservation, fertilizer conservation, poor air permeability, be difficult to the actual growth needs meeting farm crop; Farm crop are comparatively strong to the dependency of fertilizer and pesticide, must increase phase usage quantity year by year, otherwise crop growth is slow, and disease and pest is serious, causes the underproduction; Agroecological environment worsens, after chemical fertilizer applies farmland, practical efficiency on average only has 30 ﹪, major part flows into rivers and lakes with farmland drainage or residues in soil and plant and farming object, not only bring environmental pollution but also jeopardize the safety and health of the mankind and life, these all become the obstacle of Agricul tural Sustain able Development; These situations can be improved by application of organic fertilizers material above, but the organic fertilizer of domestic many kinds is very different, what have with the addition of a large amount of chemical fertilizer in fertilizer, what have simply just processes with livestocks faces, the amount of application also had is few, can not as main fertilising, and effect is single, price is high.
Summary of the invention
The object of the invention is the defect overcoming prior art, provide a kind of organic waste biolytic organic fungi-manure, solve above technical problem.
For solving the problem, the technical solution adopted in the present invention is:
The biolytic organic fungi-manure of organic waste, comprise organic fungi-manure main body, it is characterized in that, described organic fungi-manure main body is made up of organic waste biological decomposition, and the biolytic process of described organic matter rubbish is successively by way of sorting, pulverizing, extruding, fermentation dehydration.
Tradition is prepared from organic fertilizer according to certain formula and is modified to and makes by organic waste is carried out biological decomposition by the present invention, is extracted the nutrition in traditional organic waste, is convenient to recycle, and while having saved resource, protects environment.
Described organic fungi-manure main body comprises 84% ~ 90% organic matter, and 5% ~ 11% moisture, the pH value of described organic fungi-manure main body is 5 ~ 9.
The organic fertilizer that the present invention is made by organic matter rubbish biological decomposition, organic content is enough to supply the nutrition of cultivation needed for animals and plants, in addition, by the moisture containing certain proportioning in organic fertilizer, while to animals and plants supply nutrition, supply moisture.
Described organic fungi-manure main body also comprises 1% ~ 2% full potassium, 2% ~ 3% full nitrogen.For providing nutrient.
The biolytic process of described organic matter rubbish comprises the steps:
Step one: organic matter rubbish is sorted by screen cloth;
Step 2: organic matter rubbish is pulverized by pulverizer;
Step 3: organic matter rubbish is extruded by extrusion machine;
Step 4: organic matter rubbish is in 80 DEG C ~ 90 DEG C fermenters and carries out thermophilic fermentation degraded, prepare organic fungi-manure main body, described fermenter is provided with one for putting into the import of thermophile bacteria, and described fermenter is also provided with a heating unit.
The present invention is by sorting, pulverizing, thermophilic fermentation degraded, thus improve degradation effect, by carrying out under thermophile bacteria and these two conditions of high temperature in step 4, utilize the combination of thermophile bacteria heat of fermentation and heating unit, through the high-speed fermentation process of 8-24 hour, organic waste is changed into organic fertilizer.Resource conversion rate is high, and without the need to adding any auxiliary material, resource conversion and the utilization ratio of handled thing reach more than 95%.
Described thermophile bacteria is the compound thermophile bacteria become by least two monomer strain combinations.Described monomer bacterial classification can be any one in bacillus amyloliquefaciens, subtilis, bacillus pumilus, bacillus megaterium, bacstearothermophilus.
As a kind of preferred version, the compound thermophile bacteria that described thermophile bacteria is bacillus amyloliquefaciens, subtilis, bacillus pumilus, bacillus megaterium, Ku Shi series bacillus combine.
Containing bacstearothermophilus in described compound thermophile bacteria, also containing at least one aerobic bacteria, at least one anerobe in described compound thermophile bacteria, the quantity containing aerobic bacteria in described compound thermophile bacteria is greater than the quantity containing anerobe in described compound thermophile bacteria;
Described aerobic bacteria is any one in subtilis, bacillus megaterium, Bacillus sphaericus, bacillus firmus, yeast;
Described anerobe is any one in Bacillus circulans, Bacillus licheniformis, Lactobacillus acidophilus.
The quantity of aerobic bacteria is greater than 7 times of the quantity of anerobe.
In described compound thermophile bacteria single culture living bacteria count be not less than 1.5 hundred million/gram, total living bacteria count >=1,000,000,000/gram.
Described pulverizer comprises first import for convey materials, the first outlet for convey materials, first import of described pulverizer is provided with the screen cloth that an aperture is 5mm, the material inlet of the first outlet connection one extrusion machine of described pulverizer, described extrusion machine is provided with a material outlet, and the material outlet of described extrusion machine is positioned at the below of described extrusion machine;
Be provided with one below the material outlet of described extrusion machine by material transferring to the travelling belt of fermenter, the transmission direction of described travelling belt is provided with a fermenter, and described fermenter is provided with the second import for charging;
The transmission direction of described travelling belt is towards described second import.
The present invention is directly connected with an extrusion machine in the first outlet of conventional size reduction machine, by being provided with travelling belt below the material outlet of extrusion machine, material transferring is convenient to dewater to fermenter, thus achieve the integration of pulverizing, extruding, transmission, fermentation dehydration, improve working efficiency, solve the inconvenience of artificial transport.
Described second import is positioned at the upper end of described fermenter;
Described travelling belt comprises a material loading end, a feeding portion, a discharging end, and described material loading end is positioned at the below of the material outlet of described extrusion machine, and described discharging end is positioned at the top of described second import;
The transporting direction of described material loading end is horizontal direction, and the transporting direction in described feeding portion tilts upward, and the transporting direction of described discharging end is horizontal direction;
The transporting direction in described feeding portion and the angle of horizontal direction are 30 ° ~ 65 °.
The present invention, by optimizing the structure of travelling belt, is convenient to material to transfer to fermenter from extrusion machine.
Described second import is provided with an electric butterfly valve;
The bore of described second import successively decreases from top to bottom, and described electric butterfly valve is positioned at the narrow end of the bore of described second import.
Be convenient to the mass transport on travelling belt to fermenter.
Described fermenter comprises the cavity of a storage material, also comprise the heating unit that a pair cavity carries out heating, described heating unit connects a control circuit board, described control circuit board is positioned at outside described cavity, the temperature sensor that at least two are in different heights is provided with in described cavity, described temperature sensor connects described control circuit board, and described control circuit board is provided with a clock module;
Described control circuit board also connects a touching display screen, and described touching display screen is positioned on the outer wall of described cavity.
The present invention by being provided with a temperature sensor in cavity, be convenient to monitor the temperature in cavity, be convenient to monitoring degraded progress, in addition, a clock module is provided with by control circuit board, be convenient to according to temperature sensor monitors to temperature carry out adjusting time of heating unit, be convenient to accelerate degraded progress, enhance productivity.The present invention, by being provided with at least two temperature sensors, is convenient to the temperature monitoring different positions in cavity, is convenient to ensure the monitoring to heating devices heat homogeneity.Under the different progresses being in degraded, because garbage suction heat is degraded, the temperature in its cavity has and changes.The present invention, by being provided with a touching display screen on the outer wall of cavity, being convenient to watch the temperature in cavity, the working hour of heating unit, being known degraded progress.
Described cavity is made up of stainless steel;
Be provided with agitating vane in described cavity, the input terminus of described agitating vane is connected with reducing motor by chain wheel driving mechanism;
Described reducing motor comprises a variable-frequency motor, and described variable-frequency motor connects described control circuit board;
Also be provided with the oxygen inlet that passes into oxygen in described cavity, described oxygen inlet is provided with a magnetic valve, and described control circuit board connects described magnetic valve.
The present invention improves degradation efficiency, accelerated degradation by stirring with high temperature.Organic waste and compound thermophile bacteria, throw in cavity, and self heat of fermentation by compound thermophile bacteria is equipped with the temperature that boosting makes to keep in cell body 80 DEG C to 90 DEG C, and makes to remain the fresh air required for aerobic bacteria in cell body by agitating vane stirring.
Described organic waste can be the remaining rubbish of meal.More than described meal, rubbish is any one in vegetables, fish-skin, bone, rice, Noodles, meat, utilization of waste Materials from Domestic Animals, tealeaves, flower, grass, Ovum crusta Gallus domesticus, chicken ossiculum, little shell.More than described meal, rubbish is the mixture of at least two kinds in vegetables, fish-skin, bone, rice, Noodles, meat, utilization of waste Materials from Domestic Animals, tealeaves, flower, grass, Ovum crusta Gallus domesticus, chicken ossiculum, little shell.Utilize the eutrophy composition that the bacteriums such as the high protein in the remaining rubbish of meal need, make the reproductivity that thermophile bacteria keeps vigorous, it is made to produce proteolytic enzyme, amylase, chitinase (youngster's fourth matter enzyme), cellulase, oxydase, lytic enzyme etc. respectively, thus make macromolecular substance (main component of organic pollutant) resolve into the lower-molecular substance that can be utilized by microorganism, reach fast degradation and conversion, and after sealing high-temperature atomizing quick fermentation thoroughly biochemical become organic fertilizer.
Described heating unit comprises electric heating tube, and the bottom of described cavity is fixed with a vacuum chamber, is provided with described electric heating tube in described vacuum chamber.
Insulation is realized by vacuum chamber.
The outside of described vacuum chamber is covered with insulating cotton, and the outside of described insulating cotton is also provided with aluminium foil.
Improve heat insulation effect, effectively can reduce the diffusion of temperature.
Described cavity is provided with one for discharging the air outlet of the water vapour after dehydration, and described air outlet is provided with a pneumatic sensor, and described pneumatic sensor is a wireless pneumatic sensor, is provided with a wireless communication module in described wireless pneumatic sensor;
Described control circuit board connects a wireless receiving module matched with described wireless communication module.
The present invention is provided with pneumatic sensor by air outlet, is convenient to monitor the speed of air-flow and temperature, and what be convenient to know water vapor flows through situation.By adopting wireless, solve wiring triviality.
The bottom of described cavity is provided with a weighing device, and the sensitive surface of described weighing device flushes with the lower surface of described cavity, and described weighing device connects described touching display screen.
By being provided with a weighing device in the bottom of cavity, be convenient to the progress being shown degraded by weight intuitively.
Organic fungi-manure main body also comprises the ionized calcium that massfraction is 2.5%.The present invention passes through containing ionized calcium, during for crop-planting, through experiment gain in yield 5%.Also may be used for the cultivation of animal.
Organic fungi-manure main body also comprises the ginkgo leaf powder that massfraction is 0.03%-0.05%.Organic fungi-manure is made to be more suitable for the growth of crop, the yellow glucoside that the crop grown contains, amino acid and Amino acid synthesis collagen component rich content.
Accompanying drawing explanation
Fig. 1 is preparation flow figure of the present invention;
Fig. 2 is the equipment that the present invention prepares employing.
Embodiment
The technique means realized to make the present invention, creation characteristic, reaching object and effect is easy to understand, setting forth the present invention further below in conjunction with concrete diagram.
With reference to Fig. 1, Fig. 2, the biolytic organic fungi-manure of organic waste, comprises organic fungi-manure main body, and organic fungi-manure main body is made up of organic waste biological decomposition, and the biolytic process of organic matter rubbish is successively by way of sorting, pulverizing, extruding, fermentation dehydration.Tradition is prepared from organic fertilizer according to certain formula and is modified to and makes by organic waste is carried out biological decomposition by the present invention, is extracted the nutrition in traditional organic waste, is convenient to recycle, and while having saved resource, protects environment.
Organic fungi-manure main body comprises 84% ~ 90% organic matter, and 5% ~ 11% moisture, the pH value of organic fungi-manure main body is 5 ~ 9.The organic fertilizer that the present invention is made by organic matter rubbish biological decomposition, organic content is enough to supply the nutrition of cultivation needed for animals and plants, in addition, by the moisture containing certain proportioning in organic fertilizer, while to animals and plants supply nutrition, supply moisture.Organic fungi-manure main body also comprises 1% ~ 2% full potassium, 2% ~ 3% full nitrogen.For providing nutrient.
See Fig. 2, the biolytic process of organic matter rubbish comprises the steps: step one: sorted by screen cloth by organic matter rubbish; Step 2: organic matter rubbish is pulverized by pulverizer 1; Step 3: organic matter rubbish is extruded by extrusion machine 2; Step 4: organic matter rubbish is in 80 DEG C ~ 90 DEG C fermenters 4 and carries out thermophilic fermentation degraded, prepare organic fungi-manure main body, fermenter 4 is provided with one for putting into the import of thermophile bacteria, and fermenter 4 is also provided with a heating unit 42.The present invention is by sorting, pulverizing, thermophilic fermentation degraded, thus improve degradation effect, by carrying out under thermophile bacteria and these two conditions of high temperature in step 4, utilize the combination of thermophile bacteria heat of fermentation and heating unit 42, through the high-speed fermentation process of 8-24 hour, organic waste is changed into organic fertilizer.
Thermophile bacteria is the compound thermophile bacteria become by least two monomer strain combinations.Monomer bacterial classification can be any one in bacillus amyloliquefaciens, subtilis, bacillus pumilus, bacillus megaterium, bacstearothermophilus.Monomer bacterial classification can be series bacillus.Monomer bacterial classification can be Ku Shi series bacillus (Paenibacilluscookii).
As a kind of preferred version, the compound thermophile bacteria that thermophile bacteria is bacillus amyloliquefaciens, subtilis, bacillus pumilus, bacillus megaterium, Ku Shi series bacillus combine.
Containing bacstearothermophilus in compound thermophile bacteria, also containing at least one aerobic bacteria, at least one anerobe in compound thermophile bacteria, the quantity containing aerobic bacteria in compound thermophile bacteria is greater than the quantity containing anerobe in compound thermophile bacteria; Aerobic bacteria is any one in subtilis, bacillus megaterium, Bacillus sphaericus, bacillus firmus, yeast; Anerobe is any one in Bacillus circulans, Bacillus licheniformis, Lactobacillus acidophilus.The quantity of aerobic bacteria is greater than 7 times of the quantity of anerobe.
In compound thermophile bacteria single culture living bacteria count be not less than 1.5 hundred million/gram, total living bacteria count >=1,000,000,000/gram.
Pulverizer 1 comprises first import for convey materials, the first outlet for convey materials, first import of pulverizer 1 is provided with the screen cloth that an aperture is 5mm, the material inlet of the first outlet connection one extrusion machine 2 of pulverizer 1, extrusion machine 2 is provided with a material outlet, and the material outlet of extrusion machine 2 is positioned at the below of extrusion machine 2; Be provided with one below the material outlet of extrusion machine 2 by material transferring to the travelling belt 3 of fermenter 4, the transmission direction of travelling belt 3 is provided with a fermenter 4, and fermenter 4 is provided with the second import for charging; The transmission direction of travelling belt 3 is towards the second import.The present invention is directly connected with an extrusion machine 2 in the first outlet of conventional size reduction machine 1, travelling belt 3 is provided with below material outlet by extrusion machine 2, material transferring is convenient to dewater to fermenter 4, thus achieve the integration of pulverizing, extruding, transmission, fermentation dehydration, improve working efficiency, solve the inconvenience of artificial transport.
Second import is positioned at the upper end of fermenter 4; Travelling belt 3 comprises material loading end 31, feeding portion 32, discharging end 33, and material loading end 31 is positioned at the below of the material outlet of extrusion machine 2, and discharging end 33 is positioned at the top of the second import; The transporting direction of material loading end 31 is horizontal direction, and the transporting direction in feeding portion 32 tilts upward, and the transporting direction of discharging end 33 is horizontal direction; The transporting direction in feeding portion 32 and the angle of horizontal direction are 30 ° ~ 65 °.The present invention, by optimizing the structure of travelling belt 3, is convenient to material to transfer to fermenter 4 from extrusion machine 2.
Second import is provided with an electric butterfly valve 41; The bore of the second import successively decreases from top to bottom, and electric butterfly valve 41 is positioned at the narrow end of the bore of the second import.Be convenient to the mass transport on travelling belt 3 to fermenter 4.
Fermenter 4 comprises the cavity of a storage material, also comprise the heating unit that a pair cavity carries out heating, heating unit connects a control circuit board, control circuit board is positioned at outside cavity, the temperature sensor that at least two are in different heights is provided with in cavity, temperature sensor connection control circuit card, control circuit board is provided with a clock module; Control circuit board also connects a touching display screen, and touching display screen is positioned on the outer wall of cavity.The present invention by being provided with a temperature sensor in cavity, be convenient to monitor the temperature in cavity, be convenient to monitoring degraded progress, in addition, a clock module is provided with by control circuit board, be convenient to according to temperature sensor monitors to temperature carry out adjusting time of heating unit, be convenient to accelerate degraded progress, enhance productivity.The present invention, by being provided with at least two temperature sensors, is convenient to the temperature monitoring different positions in cavity, is convenient to ensure the monitoring to heating devices heat homogeneity.Under the different progresses being in degraded, because garbage suction heat is degraded, the temperature in its cavity has and changes.The present invention, by being provided with a touching display screen on the outer wall of cavity, being convenient to watch the temperature in cavity, the working hour of heating unit, being known degraded progress.
Cavity is made up of stainless steel; Be provided with agitating vane in cavity, the input terminus of agitating vane is connected with reducing motor by chain wheel driving mechanism; Reducing motor comprises a variable-frequency motor, variable-frequency motor connection control circuit card; Also be provided with the oxygen inlet that passes into oxygen in cavity, oxygen inlet is provided with a magnetic valve, control circuit board connected electromagnetic valve.The present invention improves degradation efficiency, accelerated degradation by stirring with high temperature.Organic waste and compound thermophile bacteria, throw in cavity, and self heat of fermentation by compound thermophile bacteria is equipped with the temperature that boosting makes to keep in cell body 80 DEG C to 90 DEG C, and makes to remain the fresh air required for aerobic bacteria in cell body by agitating vane stirring.
Organic waste can be the remaining rubbish of meal.More than meal, rubbish is any one in vegetables, fish-skin, bone, rice, Noodles, meat, utilization of waste Materials from Domestic Animals, tealeaves, flower, grass, Ovum crusta Gallus domesticus, chicken ossiculum, little shell.The remaining rubbish of meal is the mixture of at least two kinds in vegetables, fish-skin, bone, rice, Noodles, meat, utilization of waste Materials from Domestic Animals, tealeaves, flower, grass, Ovum crusta Gallus domesticus, chicken ossiculum, little shell.Utilize the eutrophy composition that the bacteriums such as the high protein in the remaining rubbish of meal need, make the reproductivity that thermophile bacteria keeps vigorous, it is made to produce proteolytic enzyme, amylase, chitinase (youngster's fourth matter enzyme), cellulase, oxydase, lytic enzyme etc. respectively, thus make macromolecular substance (main component of organic pollutant) resolve into the lower-molecular substance that can be utilized by microorganism, reach fast degradation and conversion, and after sealing high-temperature atomizing quick fermentation thoroughly biochemical become organic fertilizer.
Heating unit comprises electric heating tube, and the bottom of cavity is fixed with a vacuum chamber, is provided with electric heating tube in vacuum chamber.Insulation is realized by vacuum chamber.The outside of vacuum chamber is covered with insulating cotton, and the outside of insulating cotton is also provided with aluminium foil.Improve heat insulation effect, effectively can reduce the diffusion of temperature.
Cavity is provided with one for discharging the air outlet of the water vapour after dehydration, and air outlet is provided with a pneumatic sensor, and pneumatic sensor is a wireless pneumatic sensor, is provided with a wireless communication module in wireless pneumatic sensor; Control circuit board connects a wireless receiving module matched with wireless communication module.The present invention is provided with pneumatic sensor by air outlet, is convenient to monitor the speed of air-flow and temperature, and what be convenient to know water vapor flows through situation.By adopting wireless, solve wiring triviality.
The bottom of cavity is provided with a weighing device, and the sensitive surface of weighing device flushes with the lower surface of cavity, and weighing device connects touching display screen.By being provided with a weighing device in the bottom of cavity, be convenient to the progress being shown degraded by weight intuitively.
Organic fungi-manure main body also comprises the ionized calcium that massfraction is 2.5%.The present invention passes through containing ionized calcium, during for crop-planting, through experiment gain in yield 5%.Also may be used for the cultivation of animal.
Organic fungi-manure main body also comprises the ginkgo leaf powder that massfraction is 0.03%-0.05%.Organic fungi-manure is made to be more suitable for the growth of crop, the yellow glucoside that the crop grown contains, amino acid and Amino acid synthesis collagen component rich content.
The present invention contains a large amount of probioticss, and containing a large amount of nutritive ingredients such as nitrogen, phosphorus, potassium, more high than general fertilizer containing nutrient, can be used as base manure and use of topdressing early stage.
For buried greengrocery (potato etc.) every square metre fertilising 0.25kg, for ground greengrocery (Chinese cabbage etc.) every square metre fertilising 0.5kg, for fruits (fruit tree) every square metre fertilising 1.25kg, for flowers and plants class every square metre fertilising 0.25kg.
Fertilization mode, flowers and plants class, as base manure, buried enter underground 15cm soil application, avoid seed and root directly to contact as far as possible.Vegetable Base: as base manure and use of in earlier stage topdressing.As base manure, according to above-mentioned rate of fertilizer application, evenly mix the cultivating soil of dark about 15 ㎝ to ground.Within 10-15 days, be good before general sowing or transplanting.Topdress as early stage, should use before first 20 days in results.Fertilization depth is generally at 5-15cm.Fruit base: as base manure and use of in earlier stage topdressing.Fruit tree can be used for appropriate location in tree crown drip and to ditch even circulating application, must earthing, thickness of earth-fill cover i.e. fertilization depth after fertilising.
After the present invention processes soil, residual Provado is less than 0.7mg/kg, and residual Volaton is less than 1.1mg/kg.The present invention is to any one Vegetable Fertilizing in cucumber, tomato, eggplant, capsicum.The average volume increase more than 30% of result display, increasing peasant income 600 yuan/mu.The little tomato production promoting of its Medium Turquoise reaches more than 41.6%.And good taste.The present invention is used for the plantation of strawberry.Through experiment, strawberry percent rate of high quality fruit improves more than 11%, and pol improves 1-1.5 degree, and fruit matter hardness significantly improves, shelf life extension 5 days; Soil microorganisms obviously increases simultaneously, has good improvement result to continuous cropping, continuous cropping.The present invention is used for the plantation of apple.Single fruit average weight gain more than 7%; Excellent fruit rate on average improves more than 5%; The fruit rates such as difference on average reduce by 5.52%; Per mu yield increases production 400 jin, amplification more than 7.25%.With 4 yuan/kilogram for calculating bore, increasing peasant income 805 yuan (not considering the price rises because quality improving brings).Measure soil property through institute of microbiology of the Chinese Academy of Sciences, local soil organic matter has brought up to 18.7g/kg from 14g/kg.The present invention is used for the plantation of carambola.Through experiment, the total acid content in carambola is 0.098%, and vitamin contents is 6.56mg/100g, and percent rate of high quality fruit is 90%, per mu yield 2700kg.
More than show and describe ultimate principle of the present invention and principal character and advantage of the present invention.The technician of the industry should understand; the present invention is not restricted to the described embodiments; what describe in above-described embodiment and specification sheets just illustrates principle of the present invention; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements all fall in the claimed scope of the invention.Application claims protection domain is defined by appending claims and equivalent thereof.
Claims (10)
1. the biolytic organic fungi-manure of organic waste, comprise organic fungi-manure main body, it is characterized in that, described organic fungi-manure main body is made up of organic waste biological decomposition, and the biolytic process of described organic matter rubbish is successively by way of sorting, pulverizing, extruding, fermentation dehydration.
2. the biolytic organic fungi-manure of organic waste according to claim 1, is characterized in that: the biolytic process of described organic matter rubbish comprises the steps:
Step one: organic matter rubbish is sorted by screen cloth;
Step 2: organic matter rubbish is pulverized by pulverizer;
Step 3: organic matter rubbish is extruded by extrusion machine;
Step 4: organic matter rubbish is in 80 DEG C ~ 90 DEG C fermenters and carries out thermophilic fermentation degraded, prepare organic fungi-manure main body, described fermenter is provided with one for putting into the import of thermophile bacteria, and described fermenter is also provided with a heating unit.
3. the biolytic organic fungi-manure of organic waste according to claim 2, is characterized in that: described organic fungi-manure main body comprises 84% ~ 90% organic matter, 5% ~ 11% moisture, and the pH value of described organic fungi-manure main body is 5 ~ 9;
Described organic fungi-manure main body also comprises 1% ~ 2% full potassium, 2% ~ 3% full nitrogen.
4. the biolytic organic fungi-manure of organic waste according to claim 2, is characterized in that: described thermophile bacteria is the compound thermophile bacteria become by least two monomer strain combinations;
Containing bacstearothermophilus in described compound thermophile bacteria, also containing at least one aerobic bacteria, at least one anerobe in described compound thermophile bacteria, the quantity containing aerobic bacteria in described compound thermophile bacteria is greater than the quantity containing anerobe in described compound thermophile bacteria;
Described aerobic bacteria is any one in subtilis, bacillus megaterium, Bacillus sphaericus, bacillus firmus, yeast;
Described anerobe is any one in Bacillus circulans, Bacillus licheniformis, Lactobacillus acidophilus.
5. the biolytic organic fungi-manure of organic waste according to claim 2, it is characterized in that: described pulverizer comprises first import for convey materials, the first outlet for convey materials, first import of described pulverizer is provided with the screen cloth that an aperture is 5mm, the material inlet of the first outlet connection one extrusion machine of described pulverizer, described extrusion machine is provided with a material outlet, and the material outlet of described extrusion machine is positioned at the below of described extrusion machine;
Be provided with one below the material outlet of described extrusion machine by material transferring to the travelling belt of fermenter, the transmission direction of described travelling belt is provided with a fermenter, and described fermenter is provided with the second import for charging;
The transmission direction of described travelling belt is towards described second import;
Described second import is provided with an electric butterfly valve;
The bore of described second import successively decreases from top to bottom, and described electric butterfly valve is positioned at the narrow end of the bore of described second import.
6. the biolytic organic fungi-manure of organic waste according to claim 5, is characterized in that: described second import is positioned at the upper end of described fermenter;
Described travelling belt comprises a material loading end, a feeding portion, a discharging end, and described material loading end is positioned at the below of the material outlet of described extrusion machine, and described discharging end is positioned at the top of described second import;
The transporting direction of described material loading end is horizontal direction, and the transporting direction in described feeding portion tilts upward, and the transporting direction of described discharging end is horizontal direction;
The transporting direction in described feeding portion and the angle of horizontal direction are 30 ° ~ 65 °.
7. the biolytic organic fungi-manure of organic waste according to claim 2, it is characterized in that: described fermenter comprises the cavity of a storage material, also comprise the heating unit that a pair cavity carries out heating, described heating unit connects a control circuit board, described control circuit board is positioned at outside described cavity, be provided with the temperature sensor that at least two are in different heights in described cavity, described temperature sensor connects described control circuit board, and described control circuit board is provided with a clock module;
Described control circuit board also connects a touching display screen, and described touching display screen is positioned on the outer wall of described cavity.
8. the biolytic organic fungi-manure of organic waste according to claim 7, is characterized in that: described cavity is made up of stainless steel;
Be provided with agitating vane in described cavity, the input terminus of described agitating vane is connected with reducing motor by chain wheel driving mechanism;
Described reducing motor comprises a variable-frequency motor, and described variable-frequency motor connects described control circuit board;
Also be provided with the oxygen inlet that passes into oxygen in described cavity, described oxygen inlet is provided with a magnetic valve, and described control circuit board connects described magnetic valve.
9. the biolytic organic fungi-manure of the organic waste according to any one in claim 1 to 8, it is characterized in that: described organic waste is the remaining rubbish of meal, and more than described meal, rubbish is any one in vegetables, fish-skin, bone, rice, Noodles, meat, utilization of waste Materials from Domestic Animals, tealeaves, flower, grass, Ovum crusta Gallus domesticus, chicken ossiculum, little shell.
10. the biolytic organic fungi-manure of the organic waste according to any one in claim 1 to 8, it is characterized in that: described organic waste is the remaining rubbish of meal, and more than described meal, rubbish is the mixture of at least two kinds in vegetables, fish-skin, bone, rice, Noodles, meat, utilization of waste Materials from Domestic Animals, tealeaves, flower, grass, Ovum crusta Gallus domesticus, chicken ossiculum, little shell.
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| CN105461368A (en) * | 2015-12-25 | 2016-04-06 | 上海京申科技有限公司 | Microbial fertilizer |
| CN106391676A (en) * | 2016-12-15 | 2017-02-15 | 江苏禾杰生物环境科技有限公司 | Kitchen waste drying and stabilization rapid processing method and related processing equipment |
| CN106424086A (en) * | 2016-10-18 | 2017-02-22 | 福建晋江聚旺印染机械有限公司 | Biological trash treatment system |
| CN107867952A (en) * | 2017-10-25 | 2018-04-03 | 山东胜景旅游发展有限公司 | Improve the application method of the microbial-bacterial fertilizer of alkaline land soil |
| CN110976014A (en) * | 2019-12-06 | 2020-04-10 | 刘子豪 | Leftover food garbage disposer |
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