KR101968679B1 - Deodorizing apparatus for food waste treatment - Google Patents

Abstract

The present invention relates to a deodorizing device for a food waste treatment machine that can more effectively remove the moisture and odor emitted from food waste, and more particularly, by adding microorganisms to food waste and heating and stirring to ferment the food waste. It is installed at the rear of the food waste processor to remove moisture and odor emitted from the food waste processor. The deodorization device for food waste treatment equipment which removes the odor and removes the odor at the same time as the exhaust gas is adsorbed by heating and serpentine. It is about.

Description

Deodorizing apparatus for food waste treatment

The present invention relates to a deodorizing device for a food waste treatment machine, and more particularly, to a deodorizing device for a food waste treating machine which can more effectively remove the moisture and odor emitted from the food waste.

In more detail, the present invention is installed in the rear end of the food treatment machine for treating food waste by adding microorganisms to food waste and then heating and stirring to remove the moisture and odor emitted from the food waste treatment machine. And it relates to a deodorizing device for a food waste processor to be absorbed by your serpentine to remove moisture and at the same time to remove the odor.

In general, household waste generated from households include recyclables including vinyl or paper, including wrapping paper, and food waste left over. Among these household wastes, food waste accounts for a large amount.

As the food waste is expensive to process, various methods have recently been proposed to reduce it, and as an example, the food waste payoff system is being implemented, and efforts to reduce food waste continue.

However, there is a limit in reducing food waste, and various methods or techniques for treating the discharged food are being developed, and there are various techniques for treating such food waste.

Food waste treatment technology is mostly used to agitate and heat while feeding microorganisms to food waste, these treatment techniques have a problem that generates a lot of odor in the process of processing food waste.

Thus, many malodors are generated in treating food waste, and various techniques for removing such malodors have been developed, and Patent Documents 1 to 3 are examples.

Patent document 1 is provided in one or one side with the food waste treatment unit, after separating the steam generated from the food waste treatment unit with water and air, the air (odor) is deodorized and discharged, the condensed water is discharged as clean water, dehumidification And a dehumidifying unit for separating water vapor from the deodorizing unit body and water, and a deodorizing unit for removing the dehumidified air (odor) and discharging it to the outside. In the dehumidification unit, one end is connected to the upper end of the food waste processor, the other end is connected to the upper end of the dehumidification unit body; A heat dissipation plate provided inside the dehumidifying unit body and provided on one side of the thermoelectric element and the other side; U trap pipe is connected to the lower part of the dehumidifying unit body, and discharges condensate; And a dehumidifying and deodorizing apparatus provided at a food waste processor provided at one side of the U trap tube having a connecting pipe for transferring air (smell) to the deodorizing unit.

Patent Literature 2 temporarily stores food waste in a plastic container, drives the lids of each of the food storage tanks by using a power switch, and enables the use of garbage, a non-use lamp, and a canopy at the top. , Human-sensitized lighting device is installed, and the upper part of each food input storage tank is equipped with a laser beam device at the upper part of the food input storage tank through the coupling member, a plastic container is installed inside, and a garbage carrying door is installed at the front. Food input storage tank device which always takes negative pressure to the blower through the pipeline, and the food input storage device and the pipeline is connected to the pipeline manually, so when you step on the waste packaging material lid, the waste packaging material is opened by the suction power of the deodorizing blower. It is sucked into the inside and the worm gear is installed on the upper part A plate plate is installed at the end, automatic faucet is installed, a mesh is formed at the bottom of the waste packaging material storage tank, a mesh is formed at the side, and a canopy is installed at the top of the waste packaging material storage tank, and the canopy is immediately installed. A human-sensitized lighting device is installed below, a waste packaging material storage device in which a leachate storage tank is installed at the bottom of the waste packaging material storage tank, and a drain valve is installed at one side of the leachate storage tank, and a waste packaging material connected to a waste packaging material storage device and a pipeline. When the deodorization blower and the submersible circulation pump of the storage device are operated, they are attached to one side of the inner lower side of the deodorizer body to transfer the liquid catalyst to the nozzle through a pipeline connected from the submersible circulation pump to the nozzle. A submersible circulation pump, a nozzle for injecting a liquid catalyst transferred by the force of the submersible circulation pump, and a deodorizer body It is attached to one side of the inner lower side, and is formed on the top of the deodorizer body, a liquid level meter which displays the amount of the liquid catalyst as a scale, a filling check hole positioned at the top of the filling to check whether the filling is old or the nozzle is clogged. The specific surface area of the sprayed liquid catalyst is located at one side of the pipe-shaped pillar, which is formed in a circular shape, and is located at the air pollution sample inspection port to capture the odor of food waste discharged to the atmosphere, and at the middle of the deodorizer body at the lower end of the nozzle. Filled to remove the odor in each contaminated air, a demister located between the air pollution sample check and the nozzle, a water gauge for measuring the level of the liquid catalyst, and a pipe shape in the lower center of the filling The silver is immersed in the liquid catalyst and the rest is exposed to the outside. Being supplied to take, it assumes that the deodorizer apparatus for deodorizing configured consisting circulation passage that sends flow into the water filled in the lower part of the deodorizer body through the circulation passage,

Patent Document 3 is installed in the lower part of the sink so as to communicate with the drainage of the sink, while reducing the food waste moisture and at the same time crushing the first large particles of food waste, and to remove the food waste and water of particulates to the outside An automatic antibacterial and deodorizing unit of a food waste disposal apparatus including a primary food waste disposal unit, comprising: a mounting holder detachably mounted in a primary food waste disposal unit through a fastener means and provided with a mounting unit on one side; A solid body detachably mounted to a mounting portion of the mounting holder and performing an antibacterial and deodorizing function; An anion generator provided in the primary food waste processing unit and generating an anion through electric power supplied from the outside; And a terminal connection portion which is connected to the electrode line of the negative ion generator so as to apply a potential difference to the solid body in the mounting portion and is provided at a corresponding portion of the mounting holder adjacent to the mounting portion, and when the potential difference is applied to the solid body from the negative ion generator through the terminal connection portion. The present invention relates to an automatic antibacterial and deodorizing unit of a food waste processing apparatus exhibiting antibacterial and deodorizing function.

Among the conventional food waste treatment and deodorizing devices, it is difficult to install around the narrow sink bed in the case of household, and there is a problem that bad smell occurs in the use process after installation. Treatment is being made, and in the case of a facility that treats food waste jointly, even if the odor is removed, there is a problem that the efficiency of removing the odor is low to the treatment facility.

Republic of Korea Patent No. 10-0993347 Republic of Korea Patent No. 10-1158036 Republic of Korea Patent Publication No. 10-2014-0131728

The present invention was developed to solve the problems of the prior art as described above, and an object of the present invention is to provide a deodorizing device for a food waste processor that can more effectively remove the moisture and odor in the exhaust gas discharged from the food waste storage device. It is done.

More specifically, the present invention is installed in the rear end of the food processing apparatus for treating food waste by adding microorganisms to food waste, heating and stirring to ferment the food waste, water and odor from the exhaust gas containing the odor discharged from the food waste processing apparatus The purpose of the present invention is to provide a deodorizing device for a food waste processor that is capable of removing the odor by removing the moisture by heating the adsorbed gas with your serpentine.

The deodorizing apparatus for a food waste processor according to the present invention for achieving the above object is in the deodorizing device for removing odor and water from the exhaust gas containing the odor discharged is installed in the food waste fermentation and drying food waste, the cylindrical shape of A high temperature deodorization tank for installing a heat generating means inside the bath main body to supply high temperature heat to the exhaust gas discharged from the food processor to dry moisture contained in the exhaust gas and to burn odor components; One or more serpentine chambers installed to be connected to the rear end of the high temperature deodorization tank, wherein the serpentine is filled inside and the heater is installed on one side to reprocess the odor component remaining in the exhaust gas discharged from the high temperature deodorization tank; One or more shell chambers alternately installed with the serpentine chambers and filled with an oyster shell and a heater installed on one side to reprocess the odor component remaining in the exhaust gas discharged from the serpentine chamber; The charcoal chamber is installed on one side of the serpentine room or shell room, and the charcoal is filled inside and the heater is installed on one side to reprocess the odor component remaining in the exhaust gas passed through the serpentine room or shell room. do.

A wet deodorization tank is further provided at the rear end of the charcoal chamber, and the wet deodorization tank remains in the discharge gas introduced into the inlet hole by installing an injection nozzle for spraying water containing antibacterial and deodorant components into the fine particles on the upper part of the tubular body. The bacteria and malodorous components were absorbed by the water fine particles so as not to sink to the bottom.

The heating means installed in the high temperature deodorization tank is a halogen heater that generates heat of 120 ~ 150 ℃, and is installed to surround the outside of the halogen heater to protect the halogen heater so that external impact is not applied to the halogen heater, and the halogen heater and It is preferable that it consists of a quartz tube which forms an exhaust gas flow path in between.

The serpentine room and shell chamber and the charcoal chamber is formed into a transverse compartment in a single cylinder, the heater is installed in each compartment, and configured to fill any one of your serpentine oyster shell and charcoal in the compartment, from the high temperature deodorization tank Your company's serpentine room and shell room are alternately arranged, and a charcoal room is arranged at the rear end. It is preferable to install a plurality of plates in the compartment.

The temperature is set to gradually lower the temperature toward the charcoal chamber of the rear end from the high temperature deodorization tank, the temperature difference may be 10 ~ 15 ℃.

The food processor is rotatably installed agitator for stirring the food waste injected into the inside of the tubular processing tank, install a heater on the bottom to heat the food waste to be treated, supplying aerobic microorganisms to decompose the food waste Accelerated.

As described above, the deodorizing apparatus for a food processor according to the present invention is installed at the rear end of the food processor to remove moisture and odors emitted from the food processor by heat and adsorption reaction, thereby preventing the smell of odor.

In addition, the present invention, by treating the exhaust gas more cleanly by the antibacterial anti-fungal and deodorizing action of your serpentine, to prevent the occurrence of odor in the exhaust gas finally discharged can prevent the remaining bacteria or mold It is.

In addition, as the exhaust gas passes through the wet deodorization tank installed at the final stage, the remaining odorous components or harmful components are reprocessed by the antibacterial and deodorizing components contained in the finely sprayed water, so that the cleaner exhaust gas can be discharged.

1 is a block diagram of a food waste processor and a deodorizer according to the present invention
2 is a cross-sectional view of the food waste processor and the deodorizer according to the present invention
Figure 3 is a cross-sectional view of the high temperature deodorization tank constituting the deodorizing device for a food waste processor according to the present invention
Figure 4 is a cross-sectional view of the multiple deodorization tank constituting the deodorizing device for a food waste processor according to the present invention

As the invention allows for various changes and numerous embodiments, particular embodiments will be illustrated in the drawings and described in detail in the written description. However, this is not intended to limit the present invention to specific embodiments, it should be understood to include all changes, equivalents, and substitutes included in the spirit and scope of the present invention.

In describing the drawings, similar reference numerals are used for similar elements. In the following description of the present invention, if it is determined that the detailed description of the related known technology may obscure the gist of the present invention, the detailed description thereof will be omitted.

The present invention can prevent contamination of the surrounding environment by the exhaust gas by removing the odor component or harmful components in the exhaust gas discharged from the food waste treatment machine for treating the food waste.

Deodorizing device for a food waste treatment device according to the present invention is a deodorizing device for removing odor and water from the exhaust gas containing the odor discharged is installed in the food waste processor to ferment and dry the food waste, as shown in Figures 1 and 2 Likewise, a high temperature deodorization tank 10 for treating the exhaust gas at a relatively high temperature, and a number of your serpentine chambers (21, 23), shells (22, 24) and charcoal for treating the exhaust gas at a relatively low temperature Thread 25.

The present invention is a device for treating the exhaust gas discharged from the food processor 100, first the food processor 100 will be described.

The food processor 100 is a device for treating food waste by fermenting and drying it, and may be any one of various food processors that are commonly used, and a preferable example is a tubular shape treatment. Agitator 120 is rotatably installed to agitate the food waste introduced into the tank 110, and a heater 130 is installed on the inner bottom to apply heat to the food waste to be treated, and supply aerobic microorganisms to supply food waste. It is to facilitate the decomposition of.

Of course, the upper side of the treatment tank 110 constituting the food processor 100 is installed to open and close the lid so as to put the food waste, one side is an air supply for supplying the air required to process the food waste 110a and an exhaust port 110o for discharging the exhaust gas generated during food waste treatment are provided, and the exhaust port 110o is provided with an exhaust fan 200 for sucking and blowing the exhaust gas.

Deodorizing apparatus of the present invention is connected to the outlet of the exhaust fan 200 to remove odor components and harmful components in the exhaust gas.

The high temperature deodorization tank 10 is connected to the outlet of the exhaust fan 200, as shown in Figures 1 to 2, the heat generating means 12 is installed inside the tubular body 11 of the tubular food By supplying high temperature heat to the exhaust gas discharged from the processor, the moisture contained in the exhaust gas is dried, and the odor component is burned.

The high temperature deodorization tank 10 is preferably maintained at an internal temperature high to remove moisture in the exhaust gas, the internal temperature of the preferred tank body 11 is 120 ~ 150 ℃,

Of course, it is possible to increase the water removal efficiency by heating to 150 ℃ or more, but in order to increase the temperature, so much energy is consumed, considering the energy efficiency, it is preferable that the temperature control within the above range.

The main body 11 constituting the high temperature deodorization tank 10 is preferably made of stainless steel having excellent durability and low corrosiveness.

The heat generating means 12 can be modified in various ways, but made of a halogen heater 12h in consideration of thermal efficiency and durability.

The halogen heater 12h has a short heating time and can instantly increase the temperature inside the bath main body, and is relatively superior in energy efficiency to other heaters.

The halogen heater 12h uses a halogen bulb as a heating element. As the heat generation and cooling rate is high, the halogen heater 12h may be heated immediately even when operated simultaneously with the operation of the food processor, thereby increasing the odor removal efficiency in the exhaust gas.

However, although the halogen heater has a rapid thermal reaction and a long life as described above, the lamp is easily broken by the impact. Accordingly, as shown in FIGS. 2 and 3, a quartz tube 12q is installed outside the halogen heater 12h to protect the halogen heater.

As described above, the quartz tube 12q protects the halogen heater 12h and also functions to allow exhaust gas to pass adjacent to the halogen heater.

That is, by forming a plurality of vent holes in the quartz tube 12q so that the exhaust gas flowing into the bath main body passes through the vent hole and flows along the surface of the halogen heater, the exhaust gas is contacted with the halogen heater and the odor component is burned. Water is removed.

In addition, a plurality of exhaust guide plates 13 were further provided on the inner wall of the jaw body 11.

As shown in FIG. 3, the crude main body 11 has an internal space sufficient to allow the exhaust gas to flow in, and when the exhaust gas introduced into the space is discharged as it is without passing through the halogen heater, odor and harmful components are removed. Can't be.

Accordingly, the exhaust guide plate 13 is further installed so that the exhaust gas introduced into the inlet of the bath main body is discharged to the outlet via the halogen heater.

The exhaust induction plate 13 is fixed to the inner wall of the bath main body 11, as shown in Figure 3, the inner end is separated from the outer wall of the quartz tube 12q between the quartz tube and the exhaust induction plate 13 A flow path is formed in the channel, and the exhaust gas passing through the channel moves to the outlet side along with the halogen heater, thereby more efficiently removing moisture and odor components in the exhaust gas.

The outlet serpentine chamber 21 is connected to the outlet of the high temperature deodorization tank 10.

The serpentine room and shell room and the charcoal room is formed of a plurality of compartments in one barrel and filled with the serpentine, oyster shell and charcoal in each compartment, the whole is called a multi-deodorization tank (20).

As described above, a number of the serpentine sills can be installed, and preferably the serpentine sills and the shells are alternately arranged as shown in FIGS. 1 and 2.

In other words, it is preferable to arrange the first ear serpentine chamber 21, the first shell chamber 22, the second ear serpentine chamber 23, and the second shell chamber 24.

The first and second ear serpentine chambers 21 and 23 are both pairs of filled with serpentine in the inside, and heaters 21h and 23h are provided at one side.

The first and second ear serpentine chambers 21 and 23 have the same structure or components. However, the temperature of the exhaust gas finally discharged is kept low by lowering the amount of heat generated by the heater toward the rear end.

As shown in FIGS. 2 and 4, the first and second ear serpentine chambers 21 and 23 have a space in which a serpentine is filled, and heaters 21h and 23h are installed at one side of the floor. have.

The serpentine feldspar is one of the jade, the present invention can be used by processing the remaining by-product serpentine.

These serpentine has excellent antimicrobial effect, mildew suppression, as well as excellent deodorizing effect, it is characterized by a large amount of anion spinning.

As described above, the present invention can collect and utilize pieces generated in the process of processing the serpentine, and it is preferable to allow a space between the serpentine particles so that the exhaust gas can pass.

In this way, the first and second inquiries are secured by securing a gap between the serpentine and passing the entire first and second ear serpentine chambers through which the exhaust gas can be discharged. In the chamber, a plurality of flow path guide plates 21p and 22p were installed.

 That is, as shown in FIGS. 2 and 4, a plurality of flow path guide plates 21p and 23p are installed inside the first and second ear serpentine chambers, and are alternately installed on both sidewalls of the center. Exhaust gas introduced into the inlet hole 21i passes through the entire first and second ear serpentine chambers evenly, and then is discharged to the vent holes 21o and 23o.

As described above, shells 22 and 24 are disposed between the first and second ear serpentine chambers 21 and 23 and the rear end of the second ear serpentine chamber 23, respectively.

The first and second shell chambers 22 and 24 are processing tanks in which oyster shells are filled, and the oyster shells have a specific surface area and voids, and thus have excellent adsorptive power, thereby absorbing odor components or moisture in the exhaust gas and treating the exhaust gas. The efficiency can be improved.

Oyster shells filled in the first and second shell chambers 22 and 24 may be used without processing or ground to a particle size of 1 to 10 mm, but may be ground to increase the contact area with the possible exhaust gas. It is preferable to use.

Heaters are also installed in the first and second shell chambers 22 and 24 to increase the treatment effect of harmful components and odor components in the exhaust gas by heating the introduced exhaust gas.

In addition, flow path guide plates 22p and 24p are also provided inside the compartments constituting the first and second shell chambers 22 and 24 so that the exhaust gas flowing into the vent holes 21o and 23o is vented holes 22o and 24o. The discharge path was lengthened through the entire compartment evenly before being discharged.

The rear end of the first shell chamber 24 is filled with charcoal inside, the heater 25h is installed on one side, it can be further provided with a charcoal chamber 25 for reprocessing the odor component remaining in the exhaust gas passing through. .

The charcoal chamber 25 is a tank filled with charcoal inside, also provided with a heater (25h).

Charcoal filled in the charcoal chamber 25 is made by baking oak for about a week at a high temperature of more than 2,000 ℃, it is also preferable to use the granules of the particle size of 10 ~ 50mm rather than using the charcoal in the form of a tree.

Charcoal has deodorization and moisture removal effect, and anion generated from carbon component can have bactericidal effect.

As described above, the first, second ear serpentine chambers 21 and 23, the first and second shell chambers 22 and 24, and the charcoal chamber 25 are configured as shown in FIGS. 2 and 4. It can be configured by varying the adsorbents installed in each compartment by installing a plurality of compartments in the interior of the cylinder, and having a plurality of chambers composed of various kinds of adsorbents becomes the multiple deodorization tank 20 as described above.

The heaters installed in each of the first and second ear serpentine chambers 21 and 23, the first and second shell chambers 22 and 24, and the charcoal chamber 25 may be halogen heaters as installed in the high temperature deodorization tank. The output is gradually set toward the first ear serpentine chamber 21, the first shell chamber 22, the second ear serpentine chamber 23, the second shell chamber 24 and the charcoal chamber 25. desirable.

As described above, when the temperature of the high temperature deodorization tank 10 is 120 to 150 ° C, the first ear serpentine chamber 21 is 150 ° C, the first shell chamber 22 is 110 ° C, and the second ear serpentine chamber 23 ) Is preferably 100 ° C, the second shell chamber 24 is 90 ° C, and the charcoal chamber 25 is about 80 ° C.

That is, the temperature is set to gradually lower the temperature toward the charcoal chamber 30 of the rear end from the high temperature deodorization tank 10, the temperature difference is preferably 10 ~ 15 ℃.

A wet deodorization tank 30 may be further installed in the charcoal chamber 25 installed at the rear end of the multiple deodorization tank 20.

The wet deodorizing tank 30 is provided with an injection nozzle 32 for injecting water containing antibacterial and deodorizing components into the fine particles on the top of the tubular body 31 made of a tubular body, and the exhaust gas introduced into the inlet hole 31i. The bacteria and odor components remaining in the water were absorbed by the water fine particles so as not to sink to the bottom.

The wet deodorization tank 30 is for adsorbing the odor components remaining in the exhaust gas by supplying moisture to the exhaust gas dried and deodorized in each tank and the chamber of the front end to fine water mixed with the antibacterial deodorization component as described above When the water is decomposed and supplied, the fine particles of water fall in the state of adsorbing malodorous components in the exhaust gas and are accumulated at the bottom of the tank body. The collected particles can be purified by purified water containing microorganisms stored at the bottom of the tank body.

As such, by installing the wet deodorization tank 30 at the final stage, the exhaust gas of about 80 ° C. discharged from the multiple deodorization tank 20 can be cooled and discharged at a temperature similar to the atmospheric temperature, and the final discharge gas There is a bad smell as well as harmful components are removed, the temperature is the same as the air temperature does not harm the surrounding environment of the deodorizer is installed.

10: high temperature deodorization tank
11: body
12: heating means 12h: halogen heater 12q: quartz tube
13: exhaust guide plate
20: multiple deodorization tank 20b: crude body
21: First Presidency
21i: Inlet hole 21o: Ventilation hole 21u: Heater
21p: Euroguide
22: First Shell
22o: Ventilation hole 22h: Heater 22p: Euro guide plate
23: Second Precinct
23o: Ventilation hole 23h: Heater 23p: Euro guide plate
24: the second shell room
24o: Ventilation hole 24h: Heater 24p: Euro guide plate
25: Charcoal Room
25o: discharge hole 25h: heater 25p: flow guide plate
30: wet deodorization
31: main body 31i: inlet hole
31o: discharge hole
32: spray nozzle
100: food waste processor
110: treatment tank 110a: air supply port 110o: exhaust port
120: stirrer
130: heater

Claims (6)

In the deodorizing device for removing the odor and water from the exhaust gas containing the odor discharged is installed in the food processor for fermenting and drying the food waste,
A high temperature deodorizing tank for installing a heat generating means inside the tubular body having a cylindrical shape to supply high temperature heat to the exhaust gas discharged from the food processor, drying the moisture contained in the exhaust gas, and burning the odor component;
One or more serpentine chambers installed to be connected to the rear end of the high temperature deodorization tank, wherein the serpentine is filled inside and the heater is installed on one side to reprocess the odor component remaining in the exhaust gas discharged from the high temperature deodorization tank;
One or more shell chambers alternately installed with the serpentine chambers and filled with an oyster shell and a heater installed on one side to reprocess the odor component remaining in the exhaust gas discharged from the serpentine chamber;
The charcoal chamber is installed on one side of the serpentine room or shell room, and the charcoal is filled inside and the heater is installed on one side to reprocess the odor component remaining in the exhaust gas passed through the serpentine room or shell room. Deodorizing device for food waste treatment, characterized in that. The method of claim 1,
The rear end of the charcoal chamber is further provided with a wet deodorization tank,
The wet deodorizing tank is installed in the upper part of the tubular body of the tubular body by installing a spray nozzle for injecting water containing the antibacterial and deodorant components into the fine particles in the state in which water particulates absorb the bacteria and odor components remaining in the exhaust gas introduced into the inlet hole. Deodorizing device for a food waste processor, characterized in that the bottom. The method of claim 1,
The heating means installed in the high temperature deodorization tank is a halogen heater that generates heat of 120 ~ 150 ℃, and is installed to surround the outside of the halogen heater to protect the halogen heater so that external impact is not applied to the halogen heater, and the halogen heater and Deodorization apparatus for a food processor, characterized in that consisting of a quartz tube forming an exhaust gas flow path between. The method of claim 1,
The serpentine room and shell chamber and the charcoal chamber is formed into a transverse compartment in a single cylinder, the heater is installed in each compartment, and configured to fill any one of your serpentine oyster shell and charcoal in the compartment, from the high temperature deodorization tank Your company's serpentine room and shell room are alternately arranged, and a charcoal room is arranged at the rear end. Deodorizer for food waste treatment equipment characterized in that a plurality of plates installed in the compartment. The method of claim 1,
The temperature is set so that the temperature is gradually lowered toward the charcoal chamber of the rear end from the high temperature deodorization tank, the temperature difference is 10 ~ 15 ℃ deodorizing apparatus for a food processor. The method of claim 1,
The food processor is rotatably installed agitator for stirring the food waste put into the tubular processing tank,
A deodorizer for a food waste processor, characterized in that it is heated to the food waste to be treated by installing a heater and supplied with aerobic microorganisms to promote the decomposition of food waste.

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