KR100981102B1 - Environment-friendly mature fermentation fertilizer, apparatus for producing of it and manufacturing method using the apparatus - Google Patents

Abstract

PURPOSE: An environmentally-friendly fermented and aged fertilizer, a manufacturing device thereof, and a manufacturing method thereof are provided to facilitate the growth of crops without using a chemical fertilizer. CONSTITUTION: An environmentally-friendly fermented and aged fertilizer contains 30~45wt% of muscovado sugar, 5~10wt% of soymilk, 45~63wt% of water, 0.1~0.5wt% of a microorganism. A manufacturing device of the fertilizer comprises the following: a tank(100) having a cylindrical or a polyhedric shape; a material inlet(110); an air pump(120) for supplying air; an air supply pipe(121) supplying air into the tank; a circulating suction pipe(131) and a circulating discharge pipe(132) connected to a pump(130) for circulating material; a fermentation measuring sensor(140); and a UV sterilization lamp(150) installed on the upper side of the tank.

Description

ENVIRONMENT-FRIENDLY MATURE FERMENTATION FERTILIZER, APPARATUS FOR PRODUCING OF IT AND MANUFACTURING METHOD USING THE APPARATUS}

The present invention solves the problems of acidification of soil, productivity loss, crop yield and quality degradation caused by the use of conventional chemical fertilizers and pesticides, and the long production period of conventional microbial fertilizers, and due to the occurrence of corruption and component unevenness The present invention relates to an environment-friendly fermentation fermentation fertilizer, a manufacturing apparatus thereof, and an environment-friendly fermentation fermentation fertilizer manufacturing method using the same, which solves a problem of declining product value and improves productivity of high-quality microbial fertilizer.

Fertilizers used in crops have the function of consequently promoting the growth of crops by providing oily soils by inducing chemical changes in the soil to nourish or facilitate the cultivation of crops.

In addition, fertilizers affect the maintenance and enhancement of soil productivity and indirectly improve the physical and chemical properties of the soil.

However, conventionally, many chemical fertilizers or pesticides were used, and the acidification of soil, productivity loss, crop yield and quality deterioration caused by long-term use of such chemical fertilizers. In the case of chemical fertilizers containing (NH ₄ ) SO ₄ , NH ₄ Cl, KCl, (NH ₂ ) ₂ CO, and H ₃ PO ₄ as main components, sulfur oxides and nitrogen oxides in the atmosphere increase due to overuse. The acid rain is increased and the soil is acidified.

In addition, chemical fertilizers are absorbed by crops through physical and chemical conversion processes, and the remaining amount is not absorbed and flows into the groundwater with rainwater, resulting in water pollution or chemical biological reactions, resulting in insolubilization or loss of fertilizer components. Also

In particular, phosphoric acid of chemical fertilizers is easily combined with iron or aluminum ions in acidic soils and calcium ions in alkaline soils, resulting in soil fertility and eutrophication of rivers and seas.

Therefore, as a fertilizer to replace the chemical fertilizers and pesticides that cause various side effects in addition to the net function of the fertilizer, a lot of research on the microbial fertilizer has been made.

Microbial fertilizer is mainly composed of living functional microorganisms and enzymes such as bacteria, fungi and actinomycetes, and is composed of adsorbents such as vermiculite, zeolite and ceramics, nutritional sources and other auxiliaries that maintain microbial activity. In addition, it helps to grow crops by converting nutrients that are not available to soil crops into available ones or reducing the toxicity of toxic substances.

However, most of the microbial fertilizers used in the prior art were stirred raw materials using a stirrer in the manufacturing process, the fermentation time is long as a result of the activity of the fermentation microorganisms after the agitation is reduced.

As a result, as the fermentation time is lengthened, the productivity is lowered and the industrial applicability is lowered.

In addition, there was a problem of deterioration of the value as a product due to decay of the raw material and non-uniformity of the components of the fertilizer produced.

Republic of Korea Patent Publication 10-2002-0066436 (2002.08.17) Republic of Korea Patent Registration 10-0456451 (2004.11.01) Republic of Korea Patent Registration 10-0709925 (2007.04.16)

The present invention provides an eco-friendly fermentation fermentation fertilizer using microorganisms that can help the growth of crops in an environmentally friendly manner, instead of using chemical fertilizers that caused acidification of soil, production loss, crop yield and quality deterioration,

Providing an environment-friendly fermentation ripening fertilizer manufacturing apparatus that can solve the problem of low productivity due to a long fermentation time in the production of conventional microbial fertilizer, and solve the problem of decay of fertilizer and non-uniform fertilizer components, and an environment-friendly fermentation fertilizer manufacturing method using the same For the purpose.

In order to achieve the above object,

The present invention is an environment-friendly fermentation fermentation fertilizer manufactured by fermentation and ripening by mixing brown sugar 30 ~ 45wt, soybean water 5 ~ 10wt%, water 45 ~ 63wt%, microorganism 0.1 ~ 0.5wt%,

As an apparatus for manufacturing the environment-friendly fermentation fermentation fertilizer,

Cylindrical or polyhedral tanks,

Raw material inlet for injecting environmentally friendly fermentation fermentation fertilizer raw materials into the tank,

An air pump for supplying air,

An air supply pipe for supplying air generated from the air pump into the tank;

For automatic circulation mixing of the fermentation-friendly fermentation fertilizer raw materials introduced into the tank, the suction circulation pipe, the discharge circulation pipe and connected with the pump,

Fermentation measurement sensor for automatically controlling the operation of the air pump and the pump by measuring the height of the foam generated during the microbial fermentation process,

Environmentally friendly fermentation fertilizer manufacturing apparatus consisting of ultraviolet sterilization and the like installed on the inner upper portion of the tank for sterilization treatment,

As an eco-friendly fermentation ripening fertilizer manufacturing method using the eco-friendly fermentation fertilizer manufacturing apparatus,

Preparing brown sugar, soybean water, water, and microorganisms, which are raw materials of environment-friendly fermented fertilizer,

Mixing the brown sugar and soybean water with water,

A first sterilization step of sterilizing the contaminating microorganisms with ultraviolet rays irradiated by ultraviolet sterilization and then putting the mixture of brown sugar, soybean water and water into the tank;

Injecting microorganisms into the tank;

Fermentation step by the fermentation microorganism made by injecting air through the air supply pipe connected to the air pump,

Aging step and after the fermentation process,

For the complete sterilization of harmful microorganisms remaining in the liquid-friendly fermentation fermentation fermentation liquid that has undergone the maturation stage, the main technical method of manufacturing eco-friendly fermentation fermentation fertilizer is a secondary sterilization step that sterilizes the contaminated microorganisms by irradiating ultraviolet rays through UV sterilization. It is a constitution.

In addition, the brown sugar and soybeans as raw materials of the eco-friendly fermentation fertilizer can be manufactured by replacing with starfish, starch 36.5 ~ 54.9wt%, water 45 ~ 63wt%, microorganism 0.1 ~ 0.5wt% through the fermentation and ripening process Manufacture.

The starfish is a marine invertebrates belonging to the echinoderm Starfish River Chaparomaceae, Asterias amurensis, A.pectinifera, Ctenodiscus, Small starfish (Leptychaster), Aphelasterias , Octopus Starfish (Plazaster), Pseudarchaster, Baby Starfish (Henricia), Sun Starfish (Solaster), Starfish (Pteraster), Japanese Starfish (Distolasterias), Black Belt Starfish (Luidia) Use is a mixture of two or more kinds.

Starfish contains a variety of organic components, including ash (20-30%), and contains a large amount of calcium carbonate (CaCO ₂ ). The use of the starfish is stored in a freezer at -10 ℃ to thaw the frozen starfish when used, and then used to grind to 50mesh.

As described above, the environment-friendly fermented fertilizer fertilizer according to the present invention solves the problems of acidification of soil, productivity loss, crop yield and quality degradation problem by using conventional chemical fertilizers and pesticides to provide an environmentally friendly fertilizer.

In addition, by shortening the fermentation time through an eco-friendly fermentation fertilizer manufacturing apparatus and manufacturing method has the advantage of high industrial availability by improving the productivity of the environment-friendly fermentation fertilizer fertilizer.

In addition, it provides a uniform fertilizer through the automatic circulation mixing process, by increasing the concentration through the aging process of a certain period after fermentation, to provide a high-quality eco-friendly fermentation fertilizer fertilizer.

1 is a perspective view showing a microbial fermentation apparatus according to the present invention.
Figure 2 is a flow chart according to the eco-friendly fermentation fermentation fertilizer manufacturing process of the present invention.

Looking at the specific content of the above technical configuration as follows.

The following technical configuration explains that raw materials are brown sugar and soybean water.

1 is a cross-sectional view showing a microbial fermentation apparatus for the production of eco-friendly fermentation fermentation fertilizer of the present invention, a cylindrical or polyhedral tank 100, and raw materials for injecting eco-friendly fermentation fermentation fertilizer raw materials into the tank 100 Inlet 110, an air pump 120 for supplying air, an air supply pipe 121 for supplying air generated from the air pump 120 into the tank 100, and the tank 100 For automatic circulation mixing of eco-friendly fermentation fermentation fertilizer raw materials introduced therein, the suction circulation pipe 131 and the discharge circulation pipe 132 connected to the pump 130 and the height of the bubbles generated during the microbial fermentation process are measured. , Fermentation measurement sensor 140 for automatically controlling the operation of the air pump 120 and the pump 130, and UV sterilization lamp 150 is installed on the inner upper portion of the tank 100 for sterilization treatment do.

The tank 100 has a cylindrical or polyhedral shape, the tank 100 is filled with raw materials for the production of environmentally friendly fermentation fermentation fertilizer is subjected to the automatic circulation mixing, fermentation and aging process.

Inside the tank 100, an air supply pipe 121 for injecting air generated from the air pump 120 installed outside the tank 100 into the tank is installed, and a component introduced into the tank 100. Suction circulation pipe 131 and the discharge circulation pipe 132 is installed so that the automatic circulation mixing is detected, by detecting the amount of bubbles generated during the fermentation process by the microorganisms, whether the air pump 120 and the pump 130 is operating Fermentation measuring sensor 140 for controlling the and ultraviolet sterilization lamp 150 for sterilization of harmful microorganisms is installed.

The air pump 120 supplies the air to the microorganisms through the air supply pipe 121 to facilitate the fermentation process by the microorganisms.

Examples of the air pump 120 is the rated discharge pressure: 200 ~ 1500 mmAq, the maximum discharge pressure: 495 ~ 3200 mmAq, the rated exhaust amount: 0.35 ~ 10.8 ㎥ / min (60 kPa), the maximum exhaust amount: 0.56 ~ 15.5 ㎥ Blower with / min (60 ㎐) and operating power: 0.08 ~ 15 ㎾ is used.

The pump 130 is an eco-friendly fermentation maturation by suction and discharge through the discharge circulation pipe 132 for the automatic circulation mixing of the fermentation-friendly fermentation fertilizer raw materials filled in the tank 100, Allow fertilizer raw materials to be circulated and mixed.

Conventional fertilizer manufacturing apparatus using a microorganism has been subjected to the fermentation process while stirring using a stirrer installed inside the manufacturing apparatus, but in this case, when the stirring is completed, the fermentation time of fermentation microorganisms are reduced This increased, and consequently had a disadvantage affecting fertilizer productivity.

In the present invention, in order to solve such a problem, the suction circulation tube 131 and the discharge circulation tube 132 to be used for automatic circulation mixing in the tank 100.

The automatic circulation mixing is intended to allow a smooth fermentation process and a problem that the environment-friendly fermentation fermentation fertilizer raw material containing water is separated by the layer separation is not made well, the suction circulation pipe 131 connected to the pump 130 The raw material is continuously sucked through), and the sucked raw material is automatically discharged through the discharge circulation tube 132 again into the tank 100 to be automatically purified.

This automatic purifying mixing system solves the conventional microbial activity reduction problem while inducing an effective fermentation process, which reduces the fermentation time by 10 to 15 days compared to the conventional method, thereby increasing the productivity of the eco-friendly fermentation fertilizer. It is possible to produce a uniform fertilizer.

The fermentation measurement sensor 140 is to generate a foam during the fermentation process, to reduce the risk of the increase in the internal pressure of the tank according to the increase in the amount of foam generated, the amount of foam generated reaches a certain level above the tank 100 In this case, by temporarily stopping the operation of the air pump 120 and the pump 130, the amount of foam generated during the fermentation process is reduced. On the contrary, when the amount of foaming is lowered below a predetermined level of the tank 100, the air pump 120 and the pump 130 are restarted to automatically control the fermentation process.

The UV sterilization lamp 150 is used to sterilize harmful microorganisms contained in raw materials of environmentally friendly fermentation fertilizer using ultraviolet rays, and the ultraviolet rays have a distinctive effect on their specific wavelengths. The specific effect on this particular wavelength is shown in Table 1 below.

Wavelength range (nm) Most work
Strong wavelength Action designation Application example 150 to 200 184.9nm Anion,
Generation of ozone Ozone generator Deodorization, sterilization,
Water treatment 200 to 280 253.7 nm Sterilization Sterilization line Sterilization lamp,
Fluorescent lamp 280 to 320 296.7 nm Erythema Health ship Photopolymerization, erythema effect 392-380 365.0 nm Chemical reaction Chemical ship Photopolymerization, fluorescent lamp

Sterilization means killing bacteria that are microorganisms. Microorganisms include protozoa, fungi, and viruses. Sterilization is somewhat different depending on the type of microorganism, but the effect is maximized in the vicinity of the wavelength of 260nm, that is, the peak wavelength adsorbed by the nucleic acid. The mechanism of sterilization is that by irradiating ultraviolet rays, the components of the nucleic acid cause chemical changes, which causes large intestinal damage, and the proliferative ability is lost.

Specific microorganisms to be sterilized of the present invention include Escherichia coli, Salmonella sp., Staphylococcus aureus, Listeria monocytogenes, and Bacillus cereus.

The ultraviolet sterilization lamp 150 is an ultraviolet sterilization lamp, which is a kind of low pressure mercury discharge tube that emits far ultraviolet rays (UV-C). Low pressure mercury discharge tube is the sterilized radiation source with the strongest effect because more than 90% of its radiation energy is occupied by the 254nm line, which is the resonance line of mercury.

In the present invention, using a quartz tube deposited with TiO ₂ thin film as UV sterilization lamp 150, UV sterilization conditions, the ultraviolet sterilization lamp 150 to maintain the ambient temperature of 20 ~ 26 ℃, UV sterilization lamp (150) The pipe wall temperature of 39 to 40 ℃ is maintained in the state. Such a temperature condition is to consider the radiation intensity of the ultraviolet sterilization lamp 150, the radiation intensity of the ultraviolet sterilization lamp 150 reaches the highest under such temperature conditions. This is because it changes with the lamp current.

Figure 2 is a flow chart according to the eco-friendly fermentation fermentation fertilizer manufacturing process of the present invention, the step of preparing brown sugar, soybean water, water, microorganisms as raw materials of eco-friendly fermentation fertilizer fertilizers,

Mixing the brown sugar and soybean water with water,

A first sterilization step of sterilizing the contaminated microorganisms with ultraviolet rays irradiated from the ultraviolet sterilization lamp 150 after injecting the mixture of brown sugar, soybean water and water into the tank 100;

Injecting microorganisms into the tank 100;

A fermentation step by the fermentation microorganism made by injecting air through the air supply pipe 121 connected to the air pump 120,

Aging step and after the fermentation process,

For the complete sterilization of harmful microorganisms remaining in the liquid-friendly fermentation fermentation fertilizer of the maturation stage is made through a second sterilization step to sterilize the contaminated microorganisms by irradiating ultraviolet rays through ultraviolet sterilization lamp 150.

In the raw material preparation step, soybeans are mixed with water at a weight ratio of 1: 1 to prepare soybeans, and then boiled soybeans are prepared.

In the step of mixing brown sugar and soybean water, specifically, 450 kg of brown sugar and 50 kg of soy water are mixed with 498 kg of water.

This mixture is put into the tank 100 is subjected to the first sterilization step.

The ultraviolet wavelength in the first sterilization step is 260 nm. The harmful microorganisms that are not killed in the first sterilization step go through the complete sterilization process in the second sterilization step, but if the killing of the harmful microorganisms is sufficiently performed in the first sterilization step, the second sterilization step is executed. Can be shipped as a product without

When the microorganism is added to maintain the temperature in the tank 100 to 25 ℃. And it goes through fermentation process for 30 to 35 days through natural circulation mixing process. After fermentation, it goes through aging.

In order to limit the fermentation rate in the fermentation process, using the fermentation measurement sensor 140, at the upper limit of the limit sensor of the foam generated during the fermentation process, the air injection and mixing is stopped and the air injection and mixing is automatically automatically when the lower limit is reached. Use the principle of

In addition, the fermentation process takes an automatic circulation mixing method in which the suction of the eco-friendly fermentation fertilizer raw materials through the suction circulation tube 131 and the discharge process of the eco-friendly fermentation fertilizer fertilizer raw materials through the discharge circulation tube 132 is repeated continuously. To shorten the fermentation time and to ensure uniform mixing of raw materials.

The aging process is made at a point where the foam generated during the fermentation process no longer occurs, at which time the concentration of the environment-friendly fermentation fertilizers and the uniformity of the components are made.

The fermentation process takes about 5 months, and the fermented fermentation fermentation fermentation process, which has undergone the aging process, can be shipped immediately, but harmful microorganisms may remain, so that the microorganisms undergo a second sterilization step to prevent such a process. It will remove enough.

Looking again at the composition according to the composition and ratio of the eco-friendly fermentation fermentation fertilizer produced through the process as described above, the eco-friendly fermentation fertilizer according to the invention is brown sugar 30 ~ 45wt, soybean water 5 ~ 10wt%, water 45 ~ 63wt%, microorganism 0.1 By mixing 0.5 wt%.

The brown sugar is relatively low in sucrose with the average composition of 80-87% sucrose, 2.0-7.0% invert, 1.3-1.5% ash, 5.0-8.0% moisture, and contains minerals, vitamins, calcium, iron, etc. If the amount is less than 30wt% with respect to the total amount of environment-friendly fermentation fertilizer fertilizers, the supply of sugars required for the growth of microorganisms is not smooth, so it is not easy to manufacture high-quality fertilizers. The fertilizer production period may increase, and if it exceeds 45wt%, since the use of sugar is more than sufficient because the supply of sugar is sufficient, the amount of brown sugar used is in the range of 30 to 45wt with respect to the total amount of the fermentation-friendly fermentation fermentation. It is desirable to maintain.

In addition, the brown sugar can be used to replace the molasses, the molasses is sucrose (35-40wt%), glucose (8-10wt%), fructose (8-10wt%), and other organic and inorganic The high sugar content of molasses is highly available as a low cost carbon source in microbial fermentation processes. Molasses includes sugar cane molasses, sugar beet molasses, sugar molasses, starch molasses, citrus molasses, wood molasses, and sorghum molasses.

The use of the soybeans is not only a beneficial fermentation, but also a fermentation as well as a protein and lipid carbohydrates and various enzymes (such as alpha amirases, beta amirases, proteases, lipases, urease) in soybeans as well as various Organic fertilizers can be obtained evenly contained in the fertilizer ingredients and can be well absorbed by the crops to produce fertilizers without side effects, which promotes growth with good affinity,

When the amount of the soybean water is less than 5wt% relative to the total amount of the fermentation-friendly fermentation fermentation, the beneficial functionality of the soybeans, such as growth promoting function is lowered, and when the soybean water exceeds 10wt%, there is no significant change in the growth promotion and fermentation effect, soybean water The amount of is preferably maintained in the range of 5 ~ 10wt relative to the total amount of fermentation fermentation-friendly fermentation.

The microorganisms include Bacillus pumilis, Bacillus subtilis, Bacillus licheniformis, Bacillus brevis, Bacillus brevis, Bacillus natto, Bacillus polymixa polymixa), Pseudomonas alcaligenes, Pseudomonas cepacia, Flavoacterium, Arthrobacter, Brevibacterium, Alcaligenes, Alcaligenes, Actinomyces, Streptomyces selected from any one or a mixture of two or more kinds are used.

More preferably, the fermentation is smoothly performed, Bacillus pumilis 20 ~ 30wt%, Bacillus subtilis 20 ~ 30wt%, Bacillus licheniformis (Bacillus licheniformis) 20 ~ 30wt%, Flavoacterium 20-30 wt%, Arthrobacter 20-30 wt%, Brevibacterium 20-30 wt%, Alcaligenes 20-30 wt%, Actinomyces ( 20-30 wt% of actinomyces and 20-30 wt% of Streptomyces are used.

When the amount of the microorganism is less than 0.1wt%, fermentation is difficult to produce, so it is difficult to produce high quality fertilizer, and when the amount of the microorganism exceeds 0.5wt%, there is no significant change in the fermentation process. It is preferable to keep it in the range of 0.1-0.5wt with respect to the total amount of aging fertilizer.

And, in the production of the eco-friendly fermentation fertilizer fertilizer may be used starfish in addition to the above components.

Specific examples of the formulation of the environment-friendly fermentation fermentation fertilizer are shown in Table 2 below.

(Unit: kg) Brown sugar Bean water water microbe Formulation Example 1 300 100 599 One Formulation Example 2 450 50 498 2 Formulation Example 3 450 95 450 5 Formulation Example 4 317 50 630 3 Formulation Example 5 449 70 480 One Formulation Example 6 390 80 525 5

(If you want to use the starfish in place of brown sugar and soybeans in Table 2, use the starfish in the combined weight of brown sugar and soybeans.)

Test Example

Hazardous Component Detection Test

Eco-friendly fermentation fermentation fertilizer prepared according to Formulation Example 2 of Table 2, using the lettuce as a test object, harmful leaf detection test targets seven times a week intervals so that enough leaves on the leaves from the two leaves after seeding The test results are shown in Table 3 below.

Testing institution Test subject Test result

Gyeongsangbuk-do
Agricultural Technology Institute


arsenic Not detected cadmium Not detected Mercury Not detected lead Not detected chrome Not detected Copper Not detected nickel Not detected

Microbial Detection Test

Eco-friendly fermented fertilizer fertilizer prepared according to Formulation Example 2 of Table 2, using the lettuce as a test object, the microbial detection test was carried out in the foliar fertilization seven times a week intervals enough to bury the leaves from the two leaves after seeding. The test results are shown in Table 4 below.

Testing institution Test subject Test result


Mokwon University

Aerobic general bacteria Not detected (voice) mold Not detected (voice) Escherichia coli Not detected (voice) Salmonella sp. Not detected (voice) Staphylococcus aureus Not detected (voice) Listeria monocytogenes Not detected (voice) Bacillus cereus Not detected (voice)

100: tank
110: raw material inlet
120: air pump
121: air supply pipe
130: pump
131: suction circulation tube
132: discharge circulation tube
140: fermentation measuring sensor
150: UV sterilization lamp

Claims (6)

delete delete delete delete Cylindrical or polyhedral tank 100,
Raw material inlet 110 for injecting the fermentation-friendly fermentation fertilizer raw materials into the tank 100,
An air pump 120 for supplying air,
An air supply pipe 121 for supplying air generated from the air pump 120 into the tank 100;
For the automatic circulation mixing of the fermentation fermentation fermentation fertilizer raw materials eco-friendly fermented into the tank 100, the suction circulation pipe 131, the discharge circulation pipe 132 and connected to the pump 130,
Fermentation measuring sensor 140 for automatically controlling the operation of the air pump 120 and the pump 130 by measuring the height of the foam generated in the microbial fermentation process,
By using a manufacturing apparatus consisting of ultraviolet sterilization lamp 150 installed on the inner upper portion of the tank 100 for sterilization treatment,
Preparing brown sugar, soybean water, water, and microorganisms, which are raw materials of environment-friendly fermented fertilizer,
Mixing the brown sugar and soybean water with water,
A first sterilization step of sterilizing the contaminated microorganisms with ultraviolet rays irradiated from the ultraviolet sterilization lamp 150 after injecting the mixture of brown sugar, soybean water and water into the tank 100;
Injecting microorganisms into the tank 100;
A fermentation step by the fermentation microorganism made by injecting air through the air supply pipe 121 connected to the air pump 120,
Aging step and after the fermentation process,
Eco-friendly fermentation of liquid-friendly fermentation after maturation Eco-friendly fermentation is characterized in that through the second sterilization step to sterilize the contaminated microorganisms by irradiating ultraviolet rays through the UV sterilization lamp 150 for the complete sterilization of the harmful microorganisms remaining in the fertilizer Method of manufacturing fertilizers.
The method according to claim 5,
The fermentation step adopts an automatic circulation mixing method in which the suction of the eco-friendly fermentation fertilizer raw materials through the suction circulation tube 131 and the discharge process of the eco-friendly fermentation fertilizer fertilizer raw materials through the discharge circulation tube 132 are repeated continuously, fermentation time Eco-friendly fermentation fertilizer manufacturing method characterized in that it is configured to enable the shortening and uniform mixing of raw materials.

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