JP2005102669A - Material for treating organic waste and method for manufacturing the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To obtain material for treating organic wastes suitable to the environment which can treat excretion and the like of pets through decomposition or extermination treatment such as bringing organic materials to have lower molecular weight, decomposition and adsorption, biodegradation treatment by microorganism activity and the like, and excellent in the aspect of disposal after use. <P>SOLUTION: The material for treating organic wastes is provided by mixing and kneading a main catalyst material 1 composed of a porous organic material such as porous powdery wood material or the like having high water retainability and air permeability, a porous auxiliary catalyst material 2 having adsorbing power for odors and improved in granulation hardness with a binder 3 composed of organic material having catalytic function for easily culturing and immobilizing enzymes to obtain a mixture having suitable hardness for setting enzyme material 4, adding the enzyme material to the mixture and culturing the mixture to set the enzyme, subsequently mixing, kneading and molding the mixture to obtain the spherical, granular or flaky material for treating organic wastes. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an organic waste treatment material suitable for use in, for example, decomposing and extinguishing pet excreta by utilizing microorganisms with enzymes and a method for producing the same.

  Conventionally, pet litter products such as bentonite, silica gel, zeolite, pulp materials, cypress, and okara raw materials, which are granulated mainly for indoor breeding pets, are known as toilet sand for pets. ing. Products of these substances are evaluated as being inexpensive and having high odor of pet excrement and high water absorption of urine.

  However, the former minerals such as bentonite, silica gel, zeolite, etc. have a high specific gravity, and disposal after odor adsorption and excrement is not suitable as burning garbage. Because of its cumbersome disposal, it is illegally disposed of as combustible waste. In addition, such minerals as raw materials are prone to dust when handled, and have problems such as becoming uncomfortable and uncomfortable when sucked.

  In addition, the latter, hinoki cypress and okara products for pets, have improved the ease of handling and disposal from the viewpoint of the use of organic matter, and are popular because they are the most environmentally friendly. However, depending on the manufacturing method, such raw materials depend on the manufacturing method, but lack of wear resistance and impact resistance due to insufficient hardness of the granulated pellets, granule rods, and spheres, and at the same time the manure treatment stage In many cases, it absorbs and causes shape loss.

  Recently, a biodegradation process using microorganisms has been proposed as a solution to such problems of conventional pet litter. In other words, by using pet material excrement adsorbing sand, which is formed by mixing woody raw materials and adding microorganisms such as bacteria, it is possible to biodegrade the prevention of foul odors after adsorbing pet manure and treatment after disposal. (See, for example, Patent Document 1).

          JP 2003-219745 A

  However, although it is specified in the above-mentioned Patent Document 1 that the treatment is performed by biodegradation, it is not possible to deny the possibility that there is a residue instead of decomposing and extinguishing pet excrement. Moreover, this Patent Document 1 does not touch on the promotion of decomposition at all, and the characteristics that enable self-treatment of manure are also unclear, and cannot be put to practical use.

  For example, in a conventionally known garbage processing machine, in most cases, a residue is produced, which rots before fermenting and is composted as compost. Therefore, the above-described pet excreta adsorbing sand for pets is still a problem in practical use, and some measures that can eliminate these are required.

  In particular, when pets are raised indoors, as described above, there is a great need for a decommissioning type pet toilet that uses microorganisms in a certain environment at all times. It is desired.

  The present invention has been made in view of such circumstances, and is an organic waste capable of efficiently decomposing and extinguishing organic waste such as pet excrement and further garbage in a required state. It aims at obtaining a processing material and its manufacturing method.

  In particular, according to the present invention, after the organic waste is treated, the waste can be decomposed into carbon dioxide gas and moisture to be almost completely extinguished. An object is to obtain a material treatment material and a method for producing the same.

  In order to meet such an object, the organic waste treatment material according to the present invention (the invention described in claim 1) includes a porous catalyst main material made of an organic material having high water retention and air permeability, and a porous material. Mix and knead the catalyst sub-main material made of a material that has the ability to adsorb odor and improve the granulation hardness and the binder made of an organic material that has a catalytic function that facilitates enzyme culture and immobilization. The most important feature is that the mixture is formed by pressure molding and granulating the mixture that has been added, cultured, and implanted.

Here, it is desirable to use an organic waste treatment material having a medium hydrogen ion concentration.
Moreover, the catalyst main material mentioned above is either organic materials, such as a wood material, a sawdust, and a thinning material. Further, the catalyst sub-main material is made of a material such as zeolite. As the binder, chitin derivatives, seaweeds, and the like, which are organic materials having a catalytic function that facilitates enzyme immobilization of enzymes, are used.

  In addition, the organic waste treatment material described above is used, for example, for the decomposition and extinction treatment of pet excrement in a pet toilet.

  In addition, the organic waste treatment material described above is sealed with powdered nutrients at the time of final packaging after the enzyme material is implanted so that the enzyme material is sufficiently active when used. . For example, it is considered that powders such as rice bran and rice bran are applied to the enzyme body that has already been deposited and enclosed in a vacuum vacuum pack, or separately added as an additive. Here, these rice bran and rice bran are dried and pulverized after steaming, thereby killing mites and the like.

  Further, when the above-mentioned catalyst main material and catalyst sub-main material are mixed and kneaded, a material in which all the materials are pulverized is used so that a uniform catalyst can be produced. In addition, when making a pellet (granular), it is good to make it as fine as possible.

  The method for producing an organic waste treatment material according to the present invention (the invention according to claim 6) is characterized in that a catalyst main material composed of a porous organic material having high water retention and air permeability, and a porous odor adsorbing power. Powdered and mixed with a catalyst sub-main material made of a material that improves the granulation hardness and a binder made of an organic material with a catalytic function that facilitates enzyme culture and immobilization, and then hydro-kneaded with hot water or hot water In addition, the enzyme material is added, cultured, and allowed to settle, and then granulated by pressure molding with a pelletizer (pressure molding machine).

Here, when the hardness of the binder is insufficient during the above-described kneading, an organic binder can be added thereto. Moreover, the use of hot water or hot water of 40 ° C. or higher is a countermeasure against pests such as acarid mites adhering to the catalyst.
Note that the pressure-molded pellets (granulation) may have a spherical shape, a granular shape, or a flake shape, for example.

In addition, after the above-described pressure molding, the film is fixed by tumbling room temperature drying or tumbling hot air drying using only air blowing. Then, after shaping | molding, after containing a moisture evaporation rate of about 5 to 10%, it adds to the floor by adding an enzyme material.
In addition, since such enzyme material may be taken in as a feed when starting activation at the stage where the aforementioned nutrients for starting up carbohydrates are given via water, it is calm after implantation. At that time, it is applied like a powder and packed in an oxygen-free state to prepare for a long-term response. Since this enzyme material is inanimate, the vacuum pack has few problems in terms of management.

  The method for producing an organic waste treatment material according to the present invention (the invention according to claim 7) is characterized in that a catalyst main material made of a porous organic material having high water retention and breathability, and a porous odor adsorbing power. The catalyst sub-main material made of a material that improves the granulation hardness and the binder made of an organic material with a catalytic function that facilitates enzyme culture and immobilization are finely mixed and mixed with the enzyme material (liquid, powder). Any of the above may be mixed, hydromixed at 60 ° C. or lower, and granulated by pressure molding with a pressure molding machine.

  Here, in the granulation molding in the above production method, when the enzyme material (either liquid or powder) is kneaded with the refined catalyst main material and sub-main material, the enzyme material is implanted. In order to promote, the mixture is kneaded with water, and the enzyme material is implanted into zeolite or the like and immobilized with a chitin derivative or seaweed as a binder. When each powder is kneaded with water, kneading at 60 ° C. (temperature for preventing denaturation) or less is desirable in order to prevent denaturation of the enzyme material. Then, press-molded pellets (granulation) using a pelletizer (pressure molding machine) is performed, and the air is dried by rolling at room temperature or rolling hot air within 60 ° C. By doing so, an organic waste treatment material is formed.

  As described above, according to the organic waste treatment material and the method for producing the same according to the present invention, various excellent effects described below are exhibited.

  That is, when the organic waste treatment material according to the present invention is used for the treatment of pet excreta, in comparison with the field of garbage disposal using conventional microorganisms, Since the content of the composition does not change much (carbohydrate, fat, protein, sugar, bacteria), it can be said that the same decomposition treatment is possible. In particular, in the case of indoor breeding, there is a need for a pet toilet of the type that can be decomposed and extinguished using microorganisms in a constant environment. This is in accordance with the mechanism of a conventional garbage processing machine using microorganisms.

  Therefore, the same effect as described above can be obtained not only by the dedicated device but also by manually performing the same operation as the dedicated device that always provides a certain environment. In addition, the organic waste treatment material according to the present invention can be diverted to an existing garbage disposal machine, and temperature management and fixing of the stirring time may be appropriately performed. In addition, these are similarly applicable to feces treatment for medium and large dogs.

  In addition, as described above, there are many problems in the conventional disposal of pet sand for pets. However, by using a material in which the enzyme material is occluded, such as the organic waste treatment material according to the present invention, the deodorization property is high, and the decomposition and extinction treatment of manure can be performed in about 24 hours. Become. In that case, carbon dioxide and water are only vaporized, and composting is not possible. Therefore, it is not necessary to transfer or dispose of manure that has been discarded in the conventional manure treatment.

  In addition, about 10 to 15 liters of organic waste treatment material is completely disposed of in about 6 months, but it is equivalent to 1.5 to 2.5 liters / month of consumption. It is worth reducing the amount. In other words, in the conventional type, the amount of mixing is about 8 liters per bag on average, and although it depends on the frequency of use, about 2 bags per month (16 liters) are expected to be discarded. It is clear from the fact that cat sand is being discarded.

  As described above, the organic waste treatment material of the present invention can be returned to the soil as compost when its usage period is exceeded, and can also be discarded as burning garbage. It goes without saying that it is environmentally superior from the viewpoint of not disposing of urine, but also decomposing and extinguishing, and disposal of organic waste treatment materials that can be used for a long period of time, in that it does not produce waste. In particular, the main material is an organic substance, and a catalyst sub-main material such as zeolite is easily understood because it only has a low utilization ratio as a catalyst.

  FIG. 1 shows one embodiment of an organic waste treatment material and a method for producing the same according to the present invention. Here, in this embodiment, a case will be described in which this organic waste treatment material 10 is used for decomposition and extinction processing of pet excrement in a pet toilet.

  In the figure, reference numeral 1 is a catalyst main material made of a porous organic material having high water retention and air permeability, and 2 is a catalyst sub main material made of a porous material having odor adsorbing power and improving granulation hardness. Is a binder made of an organic material having a catalytic function that facilitates culture fixation of the enzyme material 4.

Then, the catalyst main material 1, the catalyst sub main material 2, and the binder 3 described above are mixed and kneaded, and an appropriate enzyme material 4 to be described later is added, and the mixture that has been cultured and then implanted is subjected to pressure molding. The organic waste treatment material 10 is formed by granulation.
Here, it is desirable to use the organic waste treatment material 10 having a medium hydrogen ion concentration.

  Moreover, the catalyst main material 1 mentioned above is organic materials, such as a wood material, a sawdust, and a thinning material. Further, the catalyst sub-main material 2 is made of a material such as zeolite. Moreover, as the binder 3, chitin derivatives, seaweeds and the like, which are organic materials having a catalytic function that facilitates enzyme immobilization of enzymes, are used.

  It should be noted that the organic waste treatment material 10 described above is provided with nutrients such as sugars after the enzyme material is implanted so that the enzyme material 4 is sufficiently active when used, and the same powder form is used at the time of final packaging. Seal it. For example, it is considered that powders such as rice bran and rice bran are applied to the enzyme body that has already been deposited and enclosed in a vacuum vacuum pack, or separately added as an additive. Here, these rice bran and rice bran are dried and pulverized after steaming, thereby killing mites and the like.

  In addition, when the catalyst main material 1 and the catalyst sub main material 2 are mixed and kneaded, powdered materials are used so that a uniform catalyst can be produced. In addition, when making a pellet (granular), it is good to make it as fine as possible.

  The organic waste treatment material 10 having the above configuration is manufactured by, for example, the manufacturing method shown in FIG. That is, a catalyst main material 1 made of a porous organic material having high water retention and breathability, a catalyst sub-main material 2 made of a porous material having an odor adsorbing power and improving granulation hardness, and enzyme culture The binder 3 made of an organic material having a catalytic function that is easily fixed is pulverized and mixed, and then hydro-kneaded with hot water or hot water exceeding 60 ° C. Further, the enzyme material 4 may be added, cultured, and allowed to settle, and then granulated by pressure molding with a pelletizer (pressure molding machine).

Here, when the hardness of the binder 3 is insufficient at the time of the above-mentioned kneading, an organic binder can be added thereto. Moreover, the use of hot water or hot water of 40 ° C. or higher is a countermeasure against pests such as acarid mites adhering to the catalyst.
Note that the pressure-molded pellets (granulation) may be formed to have, for example, a spherical shape, a granular shape, or a flake shape.

Further, as shown in FIG. 1, after the above-described pressure molding, rolling is performed at room temperature using only air blowing, or rolling hot air is dried and fixed. Then, after molding, the enzyme material 4 is landed after the moisture evaporation rate is about 5 to 10%.
In addition, since such an enzyme material 4 may be taken in as a feed when activation is started at a stage where the above-described nutrients for starting up carbohydrates are given through water, the enzyme material 4 is calm after implantation. At that time, it can be prepared for a long-term response by coating it like a flour and packing it in an oxygen-free state. Since the enzyme material 4 is inanimate, the vacuum pack has few problems in terms of management.

  The feature of the organic waste treatment material 10 according to the present invention is that the daily useful bacteria (microorganisms) existing everywhere around the enzyme material 4 are implanted in an optimum state. That is, as a catalyst for microorganisms as seen in conventional garbage disposal machines, there are many forms in which added cells are added to a single species such as sawdust, coconut skin, polypropylene, or the cells (degradation promoter) are added separately without addition. . However, porous, deodorizing function, safety, low cost, easy to obtain, maintenance of fungus bed, maintenance of grain shape (especially for pets), disposal problem, one main type to satisfy these series of catalytic functions It is difficult to match the materials, and a flooring material (organic waste treatment material 10) that is more effective by combining materials that make use of several characteristics is required.

  For example, Patent Document 1, which is the above-described prior art, describes that the phytoncide, such as hinokithiol, is expected as a woody raw material, but the fungi are merely fungicides, insecticides and odor eliminating functions. There is a possibility that the cells themselves may be killed by affecting the floor, and it is necessary to select wood materials, thinned wood, etc. according to their suitability.

  In addition, conventionally known cat sand has a certain size and specific gravity, does not scatter, and is required to have a size and shape such that it is not easily caught between finger paws. Sawdust as an organic substance is very easy to handle and decomposes and disappears and deodorizes quickly. However, when the frequency of use is increased, it is combined with manure residues and fragmentation occurs. In this case, it is very fine and unsuitable for cat sand.

  Furthermore, zeolite and the like are the most suitable for promoting fermentation by odor adsorption and oxidation in manure. In particular, ammonia adsorption capacity is about 30 times that of coconut shell activated carbon, moisture absorption and release is about 3 times that of wood, water absorption is 60 to 80 wt% of its own weight, and neutralization with a base exchange action. From the above, zeolite has high catalytic ability.

  Here, chitosan, an N-alkylidene derivative, and a dioxyhalo derivative are very effective as a binder for the chitin derivative. Chitosan is used as a porous bead and an absorbent, and in an N-alkylidene derivative, it is easy to immobilize enzymes and microorganisms. Alternatively, a polymer containing seaweed as a main component can be used. Further, as described above, by adding the enzyme material (liquid) 4 to the chitin derivative, seaweed, wood powder and porous zeolite pulverized into fine particles, the implantation and the fixation thereof become effective.

Addition of organic fixing to further increase the bonding strength of the organic waste treatment material 10 containing the main material described above is not to the extent that it causes agglomeration and consolidation in the process, and the pressure treatment. Needless to say, the introduction of the agent.
In addition, it is not necessary for the individual organic waste treatment material 10 that has been granulated to be easily disposed of by causing agglomeration or solidification by the moisture of the urine, as in the conventional product, In the case of urine, odor absorption of ammonia odor and water absorption of ammonia water are generated, and the decomposition of the molecule is promoted by the enzyme that has already been implanted in the catalyst that has been taken in. Is combined with oxygen from the outside to form “water”. Thereafter, after hydrogen is extracted, it is released into the atmosphere as carbon dioxide.

  The granulated pellet body has an appropriate hardness. That is, in fully automatic self-cleaning pet toilet equipment, during the excrement disposal in the equipment, the granules themselves rub against each other, and it is necessary to replace the acid material for the subdivision and decomposition promotion work of urine, The enzyme material accelerates the decomposition of manure by supplying a large amount of acid material when the manure is agitated and decomposed with an internal mixer, etc., and the fragmented manure is further reduced in molecular weight. Bacterial ionic substance conversion is performed.

  In the organic waste treatment material 10 described above, a part of the organic waste treatment material 10 is taken up by microorganisms and remains as cells after the decomposition treatment. A considerable amount of low molecular weight organic substances and persistent organic substances remain. Most remain as ammonia and nitrate nitrogen. However, ammonia can be adsorbed and the pH can be controlled by adding zeolite, so that the treatment capacity is maintained. In addition, the organic waste treatment material on which the bacterial cells themselves are deposited also increases the hardness due to some decomposition from the above, and maintains the shape of the granules. The organic waste treatment material has a degradation period of about 6 months, but it can be maintained further if the frequency of use and the maintenance of the cells are sufficient.

  As for the above-mentioned ion exchange promotion, there are zeolites selected as a flooring material. Although it is an inexpensive zeolite that is easy to supply, it is very effective for deodorization. Moreover, when zeolite is used, the set temperature in the device is usually 30 to 40 ° C. from the state of maintenance and management of the bacterial cells in the device, and maintenance of the microorganism itself by respiration heat and fermentation heat and reduction of power consumption can be expected. . It also absorbs pathogenic bacteria.

  Chitin derivatives selected as the catalyst binder 3 have been widely applied, and the physical properties of the shells of crustaceans such as crabs and shrimps are chitin (25-30%), calcium carbonate (40- 50%) protein (20-30%). By sequentially removing these substances, chitin can be obtained.

  So far, some chitin derivatives have been shown to react with the anionic carboxyl group of microbial cells to suppress pathogenic microorganisms. Chitosan and oligosaccharide have selectivity for enterobacteria and are not used for pathogenic bacteria. Since it can be selectively used among useful microorganisms, it can be efficiently used for growth of useful bacteria in the intestines. The addition of chitin, chitosan, and chitosan oligosaccharide can improve the intestinal environment by changing the flora of intestinal microorganisms to be occupied by useful microorganisms. From the above, the flooring material using useful microorganisms retains safety because of sufficient resistance to pathogenic microorganisms. From these facts, the flooring material is a fungus bed that is excellent in the propagation ability and growth of microorganisms.

Here, the enzyme material 4 used for the organic waste treatment material 10 according to the present invention will be described in detail below.
That is, as the enzyme material 4 used in the present invention, for example, a metabolic by-product (protein) scientific composition obtained by extracting useful bacteria which are intestinal bacteria of animals (pigs) may be used. Originally, enzymes are the source of life activity, and are present in all life forms of animals and plants.

  In this case, the animal enzyme is produced in the body by cells of organs, organs and the like and useful intestinal bacteria, but the enzyme itself is not an organism but an inanimate object. Therefore, there is no propagation and adhesion like bacteria. However, as long as it is a protein produced by a living organism, it is also obvious that it is a catalyst involved in chemical reactions in living organisms, even after the birth of a living organism, growth, reproduction, and life-sustaining activities.

  The role of such an enzyme is "decomposition", "synthesis", "absorption", "excretion", etc., and plays an important role in metabolism. Here, “decomposition” is a function to convert high molecular weight manure into low molecular weight. “Synthesis” is a function to deliver low molecular weight manure to microorganisms, and it produces and proliferates the enzyme after “absorption”. "Absorption" is a function of growing by using low molecular weight organic substances as nutrients as a chemical reaction of these microorganisms. Furthermore, “excretion” is a function of discharging water and carbon dioxide generated by energy exchange of microorganisms.

  That is, it can be said that the present invention diverts a mechanism that repeats digestion and metabolism in the same manner as humans by incorporating enzymes in the production of waste treatment materials such as cat sand.

  In particular, the use of microorganisms appears to be the same as in Patent Document 1 described above, but the present invention implants cells present in nature such as useful bacteria floating in the air, soil fungi, Enzyme is an important component because organic waste is decomposed and destroyed with the help of enzyme.

  That is, when only bacteria are added, polymerized dust and manure are difficult to digest at the bacterial level and thus are not sufficiently treated. However, according to the treatment material according to the present invention, the used flooring material is used. Bacteria bed that is suitable for inducing a large amount of microorganisms that prefer (decompose) the small molecules decomposed by the enzymes contained in, and decompose and extinguish the target garbage (ground where microorganisms breed and inhabit) It is possible to have the excellent characteristics of making up

  FIG. 3 shows a modified example of the production method according to the present invention. The catalyst main material 1 is made of an organic material that is porous and has high water retention and breathability, and has a granulation hardness that is porous and has an odor adsorbing power. The catalyst sub-main material 2 made of the material to be improved and the binder 3 made of an organic material having a catalytic function that facilitates enzyme culture and immobilization are refined and mixed with the enzyme material 4 (either liquid or powder). However, the organic waste treatment material 10 is formed by mixing with water and kneading at 60 ° C. or less and granulating by pressure molding with a pressure molding machine.

  Here, granulation molding in this production method is performed when the enzyme material 4 (both liquid and powder) is kneaded with the refined main catalyst material 1 and sub-main material 2. In order to promote this, the mixture is kneaded with water, and the enzyme material is implanted into zeolite and the like, and immobilized with a chitin derivative or seaweed as the binder 3. When each powder is kneaded with water, kneading at 60 ° C. (temperature for preventing denaturation) or less is desirable to prevent denaturation of the enzyme material 4. Then, press-molded pellets (granulation) using a pelletizer (pressure molding machine) is performed, and the air is dried by rolling at room temperature or rolling hot air within 60 ° C. By doing so, the organic waste treatment material 10 is formed.

Needless to say, the present invention is not limited to the configurations and manufacturing methods described in the above-described embodiments, and can be modified as appropriate.
For example, in the above-described embodiment, the case where the organic waste treatment material according to the present invention is used for a pet toilet, that is, a treatment material for treating pet excrement has been described, but the present invention is not limited thereto. Needless to say, it may be used for a dedicated machine for processing garbage. If it does in this way, it is also possible to selectively obtain compost (organic fertilizer) by decomposing the garbage which is organic waste.

  In the above-described embodiment, an example is given as an enzyme material. However, the present invention is not limited to this, and various enzyme materials may be used.

  It is a schematic block diagram which shows one embodiment of the organic waste processing material which concerns on this invention, and its manufacturing method.   It is a schematic block diagram which shows one embodiment of the organic waste processing material which concerns on this invention, and its manufacturing method.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Catalyst main material, 2 ... Catalyst secondary main material, 3 ... Binder, 4 ... Enzyme material, 10 ... Organic waste processing material.

Claims (10)

A catalyst main material made of a porous organic material with high water retention and breathability, a catalyst sub main material made of a porous material that has the ability to adsorb odors and improve granulation hardness, and enzyme culture and immobilization. Mix and knead with a binder made of organic material with easy catalytic function,
An organic waste treatment material characterized in that it is formed by pressure-molding and granulating a mixture obtained by adding an enzyme material and cultivating and then landing. The organic waste treatment material according to claim 1,
The organic waste treatment material, wherein the catalyst main material is any one of organic materials such as a wood material, sawdust, and a thinned material. In the organic waste treatment material according to claim 1 or 2,
The organic waste treatment material is characterized in that the catalyst sub-main material is made of a material such as zeolite. In the organic waste treatment material according to claim 1, claim 2, or claim 3,
An organic waste treatment material characterized in that chitin derivatives, seaweeds and the like, which are organic materials having a catalytic function that facilitates enzyme culture and immobilization, are used as binders. In the organic waste disposal material according to any one of claims 1 to 4,
An organic waste treatment material, wherein the organic waste treatment material is used in a pet toilet for decomposition and extinction treatment of pet excrement. A catalyst main material made of a porous organic material with high water retention and breathability, a catalyst sub main material made of a porous material that has the ability to adsorb odors and improve granulation hardness, and enzyme culture and immobilization. Powdered and mixed with an organic material binder that has an easy catalytic function,
While kneading with hot water and hot water,
After adding enzyme material and culturing and implanting,
A method for producing an organic waste treatment material, comprising granulating by pressure molding with a pressure molding machine. A catalyst main material made of a porous organic material with high water retention and breathability, a catalyst sub main material made of a porous material that has the ability to adsorb odors and improve granulation hardness, and enzyme culture and immobilization. Refine and mix with binder made of organic material with easy catalytic function,
Enzyme material is mixed in this,
While hydromixing at 60 ° C. or less,
A method for producing an organic waste treatment material, comprising granulating by pressure molding with a pressure molding machine. In the manufacturing method of the organic waste disposal material of Claim 6 or Claim 7,
The method for producing an organic waste treatment material, wherein the main catalyst material is any one of organic materials such as wood, sawdust, and thinned wood. In the manufacturing method of the organic waste disposal material of Claim 6, Claim 7, or Claim 8,
The method for producing an organic waste treatment material, wherein the catalyst sub-main material is made of a material such as zeolite. In the manufacturing method of the waste-treatment material of any one of Claim 6 thru | or 9,
A method for producing an organic waste treatment material, wherein a chitin derivative, seaweed or the like, which is an organic material having a catalytic function that facilitates enzyme culture and immobilization, is used as a binder.

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