KR20100115016A - Method for manufacturing an organic compost - Google Patents

Abstract

PURPOSE: A method for manufacturing an organic fertilizer with excellent compost is provided to enhance digestion rate of mixture of carbon source and animal protein and to promote crop growth. CONSTITUTION: A method for manufacturing an organic fertilizer comprises: a step of mixing 51 weight% of carbon source and 49 weight% of animal protein; a step of gradually enhancing from 60°C to 80°C to digest the mixture for 24 hours; a step of spraying microorganism every 5-10 minutes 10-20 times to make a mixture; a step of fermenting the mixture at 60-80°C for 10-20 days; and a step of drying the mixture.

Description

Organic fertilizer manufacturing method {METHOD FOR MANUFACTURING AN ORGANIC COMPOST}

The present invention relates to a method for producing organic fertilizer, and more particularly, to a method for producing an organic fertilizer having excellent compost aging by using sawdust as a carbon source and mixing animal protein with it.

In general, organic fertilizer is a relative concept with inorganic fertilizers (chemical fertilizers) and generally includes organic fertilizers containing organic materials as a main ingredient and by-product fertilizers containing byproducts as a main ingredient. Ash, manure residues, foliar soil, amino acid fermented Busan fertilizer, cooked rice husk, sawdust or soil microbial agents.

Organic matter is based on hydrocarbons and consists of covalent bonds of carbon and carbon, carbon and hydrogen. Carbon may be bonded to each other by a covalent bond to form a chain or ring-shaped skeleton, and carbon-carbon bonds may be double or triple bonds in addition to a single bond, and thus several hydrocarbons exist. Substituting a hydrocarbon skeleton with a functional group containing a hetero atom such as oxygen, nitrogen, or sulfur produces more derivatives, so the number of organic matters is very large and millions. Organic materials have different properties depending on their kind, but are generally flammable, have a lower melting point than inorganic materials, are difficult to be dissolved in water, and are easily soluble in organic solvents such as alcohol and ether.

Therefore, unless otherwise specified in the present invention, organic fertilizers include narrow organic fertilizers and by-product fertilizers.

In order to ferment the sawdust, a certain amount of additives are added to a large amount of sawdust, and a person needs to stir every time or stirring and transporting using a rotary tiller, and a separate storage room is provided to facilitate fermentation. This not only takes a long time but also forces the circulation of the sawdust, which relies on inefficient methods, to stir the sawdust in a short time. In addition, efficient and efficient operation for fermentation work at low cost can be done when supplying fermentation additives and moisture to sawdust. When sprayed through fermentation vat, sawdust circulates and mixes evenly so that the whole sawdust can be fermented evenly. have. In particular, when sawdust is circulated in the process of falling into the fermentation barrel through the discharge port in the elevating transfer pipe is scattered so that the air is supplied evenly to the sawdust. According to this operation can be fermented in the fermentation barrel while stirring the sawdust efficiently and efficiently by the time required by the fermentation method.

Therefore, in order to produce a good organic fertilizer, the present invention is a mixture of a carbon source and animal protein, digested for 24 hours in order to improve the appendage of the carbon source, the microorganisms are added and fermented during the progress of the digestion process, and then the compound is crushed It is an object to provide a method of preparing organic fertilizers that helps to dry up and reactivate soil and promote crop growth.

The organic fertilizer manufacturing method of the present invention is a mixture of 51% by weight of a carbon source and 49% by weight of animal protein, starting at room temperature of about 60 ° C for 24 hours and gradually increasing to a temperature of 80 ° C for digestion, and known during the digestion process. After fermenting the compound prepared by spraying a total of 10 to 20 times at intervals of 5 to 10 minutes at a temperature of 60 ° C. to 80 ° C. for about 10 to 20 days, the compound is crushed and the temperature inside the dryer is 65 ° C. to 80 ° C. It is characterized by producing a good organic fertilizer by drying the crushed blend to maintain at ℃.

In addition, in the organic fertilizer manufacturing method of the present invention, the carbon source is composed of sawdust 68% by weight, rice hull and rice straw 32% by weight (rice husk: rice straw = 1: 1)], while containing 20% to 40% moisture, the animal The protein is characterized in that the colloidal animal protein which is increased by 60% to 80% of water vapor.

Furthermore, in the organic fertilizer manufacturing method of the present invention, the addition of microorganisms is obtained by spraying the remaining residue 5 to 10 times after the first amino acid leaching solution and completely digested to obtain an amino acid leaching solution. It is characterized by being sprayed 10 times.

According to the organic fertilizer manufacturing method of the present invention, the production period is shortened to improve production and reduce costs, to reactivate the soil in a small amount and to promote the growth of crops, thereby reducing the burden on farmers.

Hereinafter, on the basis of the accompanying drawings will be described in detail the configuration of the organic fertilizer manufacturing method of the present invention and the action exerted thereby.

1 is a process flow chart for explaining the organic fertilizer manufacturing method of the present invention.

First process (mixing process)

By manufacturing organic fertilizers using sawdust, rice hulls and rice straw, the cost of organic fertilizers can be significantly reduced.

First, a colloid made from steam of 60% to 80% moisture in 51% by weight of carbon source [68% by weight of sawdust, 32% by weight of chaff and rice straw (rice husk: rice straw = 1: 1)] containing 20% to 40% moisture. 49 weight percent of the phase animal protein is placed in a mixer and mixed uniformly to produce a mixture (step 10).

Second process (digestion process)

The fire extinguishing process starts at room temperature of about 60 ° C and gradually increases in temperature. After about 12 hours, the temperature rises to 80 ° C and the temperature begins to fall after about 12 hours is maintained. ). The leaching of amino acids starts at about 65 ° C, and excess animal amino acid solution begins to leap to the lower end, and the largest amount is collected at about 80 ° C. The residues from which the primary amino acid solution is obtained are sawdust, rice hulls and rice straws in the process of digestion, which have the ability to pass the amino acid solution, but when fully digested, they lose the ability to pass the amino acid solution and are mixed with the amino acid solution to leach. As a result, the purity of the amino acid solution is lowered and a large amount of impurities are used, which is preferably used up to about three times.

In the organic fertilizer manufacturing method of the present invention, the digestibility can be increased from about 70% to 95%.

Third step (microbial input process)

During the digestion process, microorganisms are introduced into the mixture produced in the first process, which includes bacteria, actinomycetes, fungi, bacillus crostridium, flabobacterium, smoactinomyces, streptomyces and aspergillus oli. Known microorganisms, such as agent.

When the microorganisms are added, spraying the microorganisms listed above to the mixture produced in the first step at a total of 10 to 20 times at intervals of 5 to 10 minutes causes the microorganisms to be uniformly blended with the mixture produced in the first step to achieve a uniform fermentation degree. To maintain it (step 30).

In the organic fertilizer manufacturing method of the present invention, the C / N ratio (carbon ratio: carbon to nitrogen ratio), that is, the use of excess animal protein may be characterized. Because of the difference in the rate at which the carbon source contains sawdust, rice hulls, and rice straw, the time for digestion by the microorganisms used in the organic fertilizer manufacturing method of the present invention is about three times the time for digesting animal protein. Flies Therefore, a small amount of microorganism is added to the remaining residue after the first amino acid leaching solution is obtained 5 to 10 times to obtain an amino acid leaching solution. At this time, the added microorganism is appropriately added depending on the digestion state. At this time, three amino acid solutions were obtained, and the remaining residue was completely digested with a carbon source, and the optimum maturity and C / N ratio were maintained.

Subsequently, it is placed in an inclined opening and closing container capable of capturing the leaching solution, and completely digested to obtain an amino acid leaching solution. Then, the process of adding the remaining amount of microorganisms is repeated 5 to 10 times to obtain an amino acid decomposition extracting solution.

By separating and extracting only the excess amino acid solution by microorganisms, it is possible to produce organic fertilizers that contain various effective amino acids evenly, and also maintain the optimum maturity and C / N ratio by the effective microorganisms in the final residue of carbon-containing organic matter. do.

Trace amounts, which are essential nutrients for sodium bicarbonate and ferrous sulfate, silicon, aluminum oxide and other plant growths, which are slightly alkaline in the mixture to improve the soil quality during use to activate the proliferation of beneficial microorganisms in the soil as well as alkaline or neutral compounds. Small amounts of elements are added. Here, the compounding amount of sodium bicarbonate and ferrous sulfate, silicon, aluminum oxide and trace elements is not limited, but the excess is not reacted in the mixture of the present invention and remains in an unnecessary amount, so that a small amount is adjusted so as not to remain unreacted amount. Just add a proper amount.

In addition to providing fertilizer components by the organic materials themselves, in particular, sodium bicarbonate itself is slightly alkaline, which alkalizes the acidic soil, thereby activating the soil and reactivating the proliferation of microorganisms in the soil. By converting and fixing odors caused by harmful gases such as hydrogen sulfide and nitrogen into carbonates, fertilizers increase the effective ingredient of fertilizers. Adsorption of toxic emulsified hydrogen gas due to immature compost generated from or over-use of chemical fertilizer and deodorization disinfection, solubilizing sulfur ions or iron ions to replace the urea deficiency phenomenon.

The aluminum oxide is also adsorbed and acts to adsorb odors generated in organic matter, inorganic matter or soil, while aluminum oxide is an amphoteric oxide, thus obtaining the same effect without affecting the acidification of the soil at all. Silicon is already known as an essential nutrient for inorganic fertilizers, but the synergistic effect with other mixtures used in the organic fertilizer manufacturing method described above will enhance the effect of the fertilizer component. The effect of trace elements is also the same as that of silicon.

The organic fertilizer of the present invention prepared as described above reactivates the soil by the proliferation of effective microorganisms in the soil when it is used, and purifies the soil environment to gradually activate the intellect, and when used in a plastic house, immature compost or chemical When fertilizer is used, it suppresses harmful gases due to high temperature dissipation, removes harmful substances in soil, activates soil by mass growth of beneficial bacteria, and improves acidity of soil to promote the growth of crops. Eliminates menstrual disorders and promotes crop growth.

4th process (fermentation process)

The blend in which the mixture of the first process and the microorganism of the third process are combined is usually fermented at a temperature of 60 ° C. to 80 ° C. for about 10 to 20 days (step 40).

Sawdust present in the mixture with microorganisms can be decomposed tannins and lignin by fermentation only 30 minutes at a high temperature of 60 ℃ or more, using the effective microorganisms, and the hard fiber is also plasticized to change the best feed or compost.

In the method for producing an organic fertilizer of the present invention, the fermentation process mainly undergoes a high-speed fermentation process mainly on aerobic fermentation, and fermentation for about 10 to 20 days depending on the type of the main raw material in the anaerobic and aerobic cycles. Fast fermentation is maintained for 6 to 12 days at a temperature of 60 ℃ to 70 ℃ in the anaerobic stage, 4 to 8 days at a temperature of 70 ℃ to 80 ℃ in the aerobic stage, the moisture is to maintain 10% to 15%, Based on 15%, the air supply is properly adjusted according to the staged fermentation conditions.

At this time, the role in the fermentation process of the expanded vermiculite of the present invention is to ensure a large number of pores in the formulation during fermentation so that the air supply for aerobic fermentation can be evenly spread, and the main body of the fermentation by the numerous pores and specific surface area of the expanded vermiculite It provides a habitat for microorganisms, protects microorganisms in the habitat from the shear force of air supplied during aerobic fermentation, maintains microbial fermentation conditions (temperature and humidity maintenance) stably with warming and moisturizing ability, and provides high cation exchange capacity of vermiculite By supplying five major nutrients (NPK Ca. Mg) and trace elements (Si, etc.), which are essential ingredients of fertilizers, it promotes the activation of microorganisms, and removes odor that adsorbs and disgusts ineffective nutrients that can be released by liquefaction and vaporization. As a result of its potency, large amounts of organic waste can be produced in the shortest period of time despite the type, nature and demanding manufacturing process conditions. It can be fermented stably.

5th process (crushing process)

After the digestion of the blend is completed through the fermentation process, the digested blend is crushed according to a known method (step 50). At this time, the yeast addition step of adding 0.5 to 3.0 wt% of yeast with respect to 100 wt% of the digested compound during the crushing process is further performed. The yeast is then added evenly to the crushed blend.

When the yeast is added evenly during the crushing process, the crushed blend can be sufficiently fertilized by the yeast to obtain sufficient soil improvement and plant growth and pest control with only about 10 to 20% fertilization, which is less than that of the existing organic fertilizer. do. Yeast has a disadvantage in that a sufficient improvement effect cannot be obtained when added to less than 0.5% by weight relative to 100% by weight of the digested mixture, which leads to an increase in the manufacturing cost of the organic fertilizer when the addition amount exceeds 3.0% by weight. It is good to add it within the range because there are disadvantages. The yeast is preferably a dry yeast having a moisture content of 7.5 to 9%.

The sixth process (drying process)

The organic fertilizer manufacturing method of the present invention increases the drying rate of the crushed blend using a dryer. At this time, heat is applied to the drying furnace by the burner so that the internal temperature of the dryer is maintained at 65 ° C to 80 ° C (step 60). Since the heat source of the drying furnace is automatically controlled, the internal temperature is always maintained at 65 ° C to 80 ° C, thereby pumping harmful gases such as water, ammonia, and CO2 by the pump to remove harmful gases generated in the dryer. In addition, a constant pressure is applied to the inside of the dryer so that the crushed compound has sufficient voids and discharges moisture and harmful gases, and sets the conditions necessary for the growth of aerobic fermentation bacteria by containing oxygen between the pores at atmospheric pressure. And the moisture content of the crushed blend in the dryer is maintained at about 10-15%.

The compost aging of the crushed blends is estimated by analyzing temperature, moisture, CO2 emissions, carbon quality (C / N ratio), and color change after humus extraction.

7th process (packing process)

After crushing and drying the blended product into the product (step 70), stabilization and drying (approximately 10-15% moisture content) are performed to prevent further decay. The drying method takes into account the climate and the surrounding environment. By using a natural dry phase.

Organic fertilizer produced in this way can be packaged as a commodity without going through a separate grinding and fractionation device by the adsorption, cohesive capacity of vermiculite and becomes an appropriate organic fertilizer of the degree of efficiency for fertilization.

1 is a process flow chart for explaining the organic fertilizer manufacturing method of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS

10 mixing process 20 extinguishing process

30: microorganism input process 40: fermentation process

50: crushing process 60: drying process

70: packing process

Claims (3)

The mixture of 51% by weight of the carbon source and 49% by weight of the animal protein is digested starting at room temperature of about 60 ° C. and gradually rising to a temperature of 80 ° C. for 24 hours. After the fermentation of the mixture made by spraying a total of 10 to 20 times at a temperature of 60 ℃ to 80 ℃ for about 10 to 20 days, the compound is crushed and the temperature inside the dryer is maintained at 65 ℃ to 80 ℃ to break the compound A method for producing an organic fertilizer, characterized by producing a good organic fertilizer by drying. The method of claim 1, The carbon source is made up of 68% by weight of sawdust, 32% by weight of rice hull and rice straw (rice husk: rice straw = 1: 1)] containing 20% to 40% moisture, while the animal protein is 60% to 80% moisture A method for producing an organic fertilizer, characterized in that it is a colloidal animal protein which has been steamed. The method of claim 1, The addition of the microorganisms is achieved by spraying the remaining residue 5 to 10 times after obtaining the first amino acid leaching solution and completely digested to obtain the amino acid leaching solution, and then spraying the remaining amount of microorganisms 5 to 10 times Organic fertilizer manufacturing method.

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