JPH07241544A - Garbage treatment apparatus - Google Patents

Abstract

PURPOSE:To treat a large amt. of org. waste such as garbage independently or continuously in matching relation to the generation of the org. material, to convert bulky garbage to fertilizer to reutilize the same as resources and to also achieve the labor saving of waste refuse treatment place. CONSTITUTION:A large amt. of garbage is upwardly fed by a feed means 1 and a garbage receiving container 1a is reversed to throw the garbage received in the garbage receiving container 1a in the discharge port of a hopper and garbage is fermented and dried in a plurality of fermentation and drying treatment tanks arranged in parallel so as to be operated independently or in connection with each other and the garbage receiving container emptied by the discharge of garbage is returned to the original feed-in position by the feed means. A plurality of the fermentation and drying treatment tanks for the fermentation and drying of a large amt. of org. waste such as garbage are combined to constitute one system.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a raw garbage processing apparatus for fermenting a large amount of raw garbage, which conveys the raw garbage upward by a conveying means and reverses the raw garbage storage container to remove the internal garbage. The present invention relates to a raw garbage processing apparatus that ferments and drys raw garbage that has been discharged into a hopper and crushed in a plurality of fermentation tanks / drying tanks arranged in parallel.

[0002]

2. Description of the Related Art Conventionally, as a garbage disposal device for treating a large amount of garbage in a public facility such as a municipality, a large amount of garbage once stored in a large storage tank is grabbed by a grab provided at the tip of a crane. A combustion-type food waste disposal device that was put into the hopper of a waste disposal device such as an incinerator was used. When using this garbage incinerator, simply burn the raw garbage in the incinerator to ferment a large amount of raw garbage.
A large-scale food waste treatment device for drying treatment has not been developed.

[0003]

Therefore, in the case of the conventional combustion type garbage treatment device, not only a large crane and a large combustion furnace and a vast space are required, but also the garbage is burned. An enormous amount of combustion energy resources, that is, oil, gas, and the like, are wastefully incinerated as fuel, and a large amount of soot containing pollutants is released into the atmosphere. In addition, a large amount of garbage and a large amount of burned-up waste landfill to be reused was wasted.

The present invention has been made in order to solve the above problems, and its object is to construct a system in which a large number of organic wastes such as raw garbage are provided with a plurality of fermentation / drying treatment tanks. By configuring, raw garbage that can be treated independently or in cooperation according to the amount of raw garbage generated, and can recycle a huge amount of raw garbage as fertilizer, and also achieve labor saving of the garbage processing place. A processing device is provided.

[0005]

In order to achieve the above object, in the invention described in "Claim 1," the storage container storing the garbage is conveyed from the loading section to a predetermined position by the loading / unloading means, and the storage container is placed in the storage container. Is conveyed upward by the elevating means, is inverted by the storage container reversing means at a predetermined position on the upper side to discharge the internal garbage, and the empty storage container is conveyed to the original loading section by the loading / unloading means. Cushion provided with a conveying means configured to have such a structure, an opening for receiving raw garbage discharged from the storage container is provided on the upper side, and a screw feeder for coarsely crushing the raw garbage is provided on the lower side. The hopper and the screw feeder provided below the cushion hopper are arranged below the screw feeder. A crusher equipped with a discharge port on the lower side for discharging crushed raw garbage, a suction port that is connected to the discharge port of the crusher, and that sucks the raw dust re-crushed by the crusher and the discharge to discharge A suction hopper provided with an outlet and a plurality of division tubes connected to the discharge port of the suction hopper for transporting raw garbage in a predetermined direction, which are arranged to switch the transport direction of raw garbage. Raw garbage transport pipe provided with a switching valve for each branch portion of the branch pipe, and connected to each branch pipe of the raw garbage transport pipe, to store raw garbage conveyed through the raw garbage transport pipe downward A branch pipe for odor and water vapor discharge that has a discharge port equipped with a valve such as a rotary valve that can be opened and closed, and a damper that can separately adjust the air flow rate to discharge odor and water vapor generated from raw garbage The storage container with the There is an outlet equipped with an openable / closable valve that is connected to each outlet on the lower side of the storage container and stores the raw garbage discharged from the outlet and ferments it inside to discharge fermented garbage to the inside. Fermentation tanks that are formed and separately connected to each of the fermentation tanks, each of which has a branch pipe for discharging odors to discharge the odors generated during the fermentation of raw garbage, and the fermentation outlets that are connected to each of the fermentation tanks. A discharge port equipped with an openable and closable valve that discharges dried garbage in the lower part to store the dried garbage inside and dry it inside, and an odor discharge for discharging the odor generated when drying the fermented garbage separately Odor / steam for transporting odors and steam generated from raw garbage in the storage container, which is connected to the drying tank in which the branch pipe is formed and each branch pipe for discharging odor / steam in the storage container. Transport pipe and each fermenter A branch pipe for odor discharge formed on the OD and a branch pipe for odor discharge formed for each drying tank, and equipped with a damper such as an automatic butterfly damper with adjustable air flow, the drying tank and drying An odor transport pipe for transporting an odor generated in the fermentation process and the drying process of the tank, and the odor / steam transport pipe and the odor transport pipe connected to
The odor is separated from water vapor, fine dust, and odors that are transported through the water vapor transport pipe and the odor transport pipe, and the odor discharge unit that stores only the separated odor is provided on the upper side, and the odor discharge unit A bag filter having a discharge port equipped with an openable / closable valve such as a rotary valve for discharging the separated water vapor and fine dust to the lower side, and the bag filter is connected to the odor discharging section on the upper side to -Air compression having a blower pipe for compressed air blowing which is equipped with a valve that can be opened and closed to suck odor and water vapor into the bag filter through the water vapor transport pipe and the odor transport pipe and to discharge the odor from the odor discharge portion of the bag filter. Compressor, and one end of which is connected to the odor discharge section above the bag filter. Both suck the odor and water vapor into the bag filter, and a suction blower with odor transport pipes formed at both ends for discharging the odor from the odor discharge section above the bag filter, and the other end of the suction blower. And an odor removing device that is connected to an odor transport pipe to deodorize the odor sent through the suction blower and discharge it into the air as odorless air.

[0006]

According to the apparatus of the present invention having the above-mentioned structure, the storage container storing the garbage is conveyed from the loading section to the predetermined position by the loading / unloading means, and the storage container is moved upward by the elevating means. When it is transported, it is inverted by the storage container inverting means at a predetermined position on the upper side, and the garbage inside is discharged,
In addition, an empty storage container is transported to the original loading section by the loading / unloading device, and the transport device transports a large amount of raw garbage upward and reverses the raw garbage storage container. Then, the raw garbage inside the raw garbage storage container is thrown into the hopper discharge port and crushed in parallel and fermented and dried in a plurality of fermentation tanks / drying tanks arranged to operate independently or in cooperation, and the raw garbage It is configured to return the empty garbage storage container that has been discharged to the original loading position by the transporting means, and a large amount of organic waste such as garbage can be installed in a plurality of fermentation and drying treatment tanks. By configuring as one system, it is possible to process the garbage independently or in cooperation according to the amount of garbage generated, and to recycle a huge amount of garbage as fertilizer, and also to save labor at the garbage disposal site. Come.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the garbage processing apparatus according to the present invention will be described below with reference to the drawings. FIG. 1 is a conceptual diagram showing the outline of the internal structure of the garbage disposal of the present invention. As shown in FIG. 1, the raw garbage processing apparatus A according to the present invention uses a large amount of cooking waste and organic waste such as leftover food as organic fertilizer to be recycled as a fertilizer / drying treated fertilizer. The stored garbage storage container 1a carries in / out means 1b and elevating means 1
It is conveyed to a predetermined position in the upward direction by c. Then, the raw garbage storage container 1a is turned over at the predetermined position, the raw garbage inside is put into the opening 2a of the hopper 2, coarsely crushed by the screw feeder 3, and a large amount of coarsely crushed raw garbage is again crushed by the crusher 4 Fermentation tanks 12a, 12 arranged so that a large amount of crushed garbage can be operated in parallel by suction hopper 5 through garbage transportation pipe 7
b, 12c ..., respectively, and is configured to ferment. In addition, fermented raw garbage is fermented in a fermenter 12
a, 12b, 12c ... and drying tanks 14a, 14b, 14c ...
It is supposed to dry. After the fermentation, the dried garbage is recycled as a fertilizer to be provided, and the empty garbage storage container 1a from which the garbage is discharged is returned to the original loading position by the loading / unloading means 1. Since it is roughly configured, any fermentation tanks 12a, 12b, 12c ..., Drying tank 14 can be used in accordance with the amount of raw garbage generated.
A, 14b, 14c ... Can be fermented and dried. As shown in FIG. 1, the raw garbage processing apparatus A conveys a raw garbage storage container 1a containing raw garbage from a carry-in / carry-out means 1b such as a belt conveyor to a predetermined position below the elevating means 1c. . The raw garbage storage container 1a that has been conveyed to the predetermined position is conveyed upward by the elevating means 1c, and the raw garbage storage container 1a is inverted at a predetermined position in the upward direction of the elevating means 1c and the raw garbage inside is discharged. . The raw garbage storage container 1a that has been emptied of raw garbage in this way is loaded and unloaded by the loading / unloading means 1 (composed of the raw garbage storage container 1a, loading / unloading means 1b, and lifting / lowering means 1c). It is designed to be transported to the original loading section. On the other hand, the raw garbage discharged from the raw garbage storage container 1a is thrown into an opening 2a provided on the upper side of the cushion hopper 2 for receiving the raw garbage and hits a cushion member inside the cushion hopper 2 (not shown) to hit the inside of the cushion hopper 2. Is stored in. Cushion hopper 2
The raw garbage stored therein is sequentially sent to a screw feeder 3 provided on the lower side of the cushion hopper 2 for coarsely crushing the raw garbage, and coarsely crushes mainly large-sized raw garbage such as birds and animals. The raw dust coarsely pulverized by the screw feeder 3 is finely pulverized again by the pulverizer 4 provided in the lower portion of the screw feeder 2 and discharged from the discharge port formed in the lower portion of the pulverizer 4. The crusher 4
The crushed and discharged raw garbage is sucked by the suction hopper 5 which sucks the raw garbage connected to the discharge port of the suction hopper 5 and discharges it to the raw garbage transport pipe 7 which will be described later, and the discharge formed on the lower side of the suction hopper 5. It is discharged from the outlet and is conveyed by the garbage transport pipe 7 connected to the outlet of the suction hopper 5. The garbage transport pipe 7 is provided with a plurality of branch pipes 7a, 7b, 7c ... For transporting the garbage in a predetermined direction, and the branch pipes 7a, 7b, 7c ... Switch valves 6a, 6b, 6c ... Are provided for each branch point. A branch pipe 7a provided with the switching valves 6a, 6b, 6c ...
Storage containers 8a, 8b, 8c, etc., such as cyclone receivers, for storing the raw garbage conveyed through the raw garbage transport pipe 7 are connected for each 7b, 7c. The raw garbage sent through the raw garbage transport pipe 7 is first stored in the first storage container 8a through the first branch pipe 7a by the switching of the first switching valve 6a, and the first switching is performed. The garbage transport pipe 7 below the valve 6b is prevented from entering the garbage. When the first storage container 8a becomes full, the switching of the first switching valve 6a closes the first branch pipe 7a leading to the first storage container 8a, and then the second switching valve 6b switches. The raw garbage is stored in the second storage container 8b through the second division pipe 7b, and the raw garbage transport pipe 7 below the third switching valve 6c does not go into the raw garbage as described above. Further, when the second storage container 8b is full, the same operation as the above-mentioned operation is repeated one by one by the number of the storage containers 8a, 8b, 8c ... Therefore, even if a large amount of garbage is generated, it is possible to cope with it. It has become. Although not shown, a plurality of switching valves 6a, 6b, 6c ... And a plurality of storage containers 8 are provided.
a, 8b, 8c ... In the storage containers 8a, 8b, 8c
... When each of the switching valves 6a, 6a,
The detection sensor and the control means are provided so as to operate in cooperation so that 6b, 6c ...
Storage containers 8a, 8 such as cyclone receivers connected to each of the plurality of switching valves 6a, 6b, 6c ... As described above.
b, 8c ... Are formed to store the garbage conveyed through the garbage transport pipe 7, and a rotary valve or the like can be opened / closed in the lower part of the storage containers 8a, 8b, 8c. Outlets 9a, 9b equipped with various valves,
9c ... is formed. The outlets 9a, 9b,
9c ... Fermentation tank 12 for fermenting garbage every time
a, 12b, 12c ... are connected, and each of the fermentation tanks 12a, 12b, 12c.
b, 13c ... formed. Its outlet 13a,
13b, 13c ... The fermentation tanks 12a, 12b,
12c ... is connected with drying tanks 14a, 14b, 14c ... to dry the fermented food waste, and valves are provided below the drying tanks 14a, 14b, 14c. Equipped outlets 15a, 15b, 15c
... is formed, and the fermented garbage can be discharged after the fermentation and drying process is completed. Branch pipes 10a, 11b, 11c provided with dampers 10a, 10b, 10c such as automatic butterfly dampers for sucking and discharging odors and water vapor generated from garbage in each of the storage containers 8a, 8b, 8c. Are connected, and the plurality of branch pipes 11a, 11b, 11c are connected to one odor / water vapor transport pipe 11. The plurality of fermenters 12a, 1
2b, 12c ... and a plurality of drying tanks 14a, 14
b, 14c ... Branching pipes 17a, 17b, 17c for conveying the odor generated internally are connected to each other, and the branch pipes 17a, 17b, 17c are one odor transport pipe. 17 connected to the branch pipes 17a, 17b, 1
Each 7c is provided with dampers 16a, 16b, 16c, ... Odor / steam transport pipe 11 and odor transport pipe 17
Is connected to a bag filter 18. The bag filter 18 contains odors and water vapor sent through the odor / water vapor transport pipe 11 and the odor transport pipe 17 and odors from fine dust. The bag filter 18 has a separating function, and an odor storage portion 18a for storing the separated odor is formed above the bag filter 18. The water vapor and the fine garbage separated by the bag filter 18 are discharged from a discharge port 19 provided with a valve that can be opened and closed such as a rotary valve formed in the lower portion of the bag filter 18, while the bag filter 17 is used. An air compression compressor 20 and a blower 22 are separately provided to send the separated odor to the deodorizing device 23. The air compressor 20
Is an odor storage portion 18a formed above the bag filter 18 via a compressed air blower pipe 21 equipped with a valve.
Are linked to. The blower 22 has air blow pipes 22a and 22b at both ends. One end of the blower 22 is connected to the odor storage portion 18a above the bag filter 17, and the other end of the air blow pipe 22b is connected to the deodorizing device 23. There is. The air compressed by the air compression compressor 20 passes through the compressed air blower pipe 21 and the bag filter 1
7 is sent to the blower 22 via the air blow pipe 22a at one end of the blower 22 via the odor storage portion 18a on the upper side of the blower 22, and at that time, the bag is passed through the odor / water vapor transport pipe 11 and the odor transport pipe 17. Only the odor sent to the filter 18 is sucked by the principle of fluid dynamics and sent to the odor removing device 23. The blower 22 having air blow pipes 22a and 22b at both ends in order to complement the principle of the fluid dynamics, the blower 22 together with the air compressed by the air compression compressor 20 and sent through the compressed air blow pipe 21. Odor storage 1 above the filter 18
The odor in 8a is sucked and sent to the odor removing device 23. The odor separated by the bag filter 18 is deodorized by the deodorizing device 23 and becomes odorless air, which is diffused into the outside air.

The garbage disposal having the above-mentioned structure operates as described below. First, the storage container 1a in which raw garbage is stored is placed on the carry-in part on the carry-in / out means 1b and conveyed to below the elevating means 1c. Then, the garbage inside the storage container 1a is discharged. The emptied storage container 1a in which the garbage inside the storage container 1a is discharged is conveyed downward by the elevating means 1c and then returned to the carry-in section on the carry-in / out means 1b. On the other hand, storage container 1
The raw dust discharged from the a hits an internal cushion member (not shown) from the opening 2a on the upper side of the cushion hopper 2 and is once stored in the cushion hopper 2.
Cushion hopper 2 Lower screw feeder 3
First, large raw garbage such as bones of birds and animals is coarsely crushed first. The roughly crushed raw garbage is sent to the crusher 4, crushed again so as to be easily fermented and dried, and then sent to the suction hopper 5. The suction hopper 5 is equipped with suction to supplement the discharge action of the crusher 4. The raw garbage discharged from the suction hopper 5 is sent to the storage containers 8a, 8b, 8c ... Through the raw garbage transport pipe 7. At that time, the garbage sent through the garbage transport pipe 7 is first stored in the first storage container 8a through the first branch pipe 7a by switching the first switching valve 6a. The garbage is prevented from going to the garbage transportation pipe 7 below the switching valve 6b. When the first storage container 8a becomes full, the switching of the first switching valve 6a closes the first branch pipe 7a leading to the first storage container 8a, and then the second switching valve 6b switches. , The raw garbage is stored in the second storage container 8b through the second branch pipe 7b, and the raw garbage transport pipe 7 below the third switching valve 6c does not pass the raw garbage as described above. Further, when the second storage container 8b becomes full, the same operation as the above-described operation is repeated one by one by the number of the storage containers 8a, 8b, 8c, ... It is like this. The storage containers 8a, 8
The raw garbage sent to b, 8c ... is discharged from the discharge ports 9a, 9 provided with a valve such as a rotary valve that can be opened and closed.
fermenters 12a, 12b, 12c through b, 9c ...
It is sent to ... and fermented. Fermenter 12a, 12b, 1
Garbage that has been fermented in 2c ...
13b, 13c ... through drying tanks 14a, 14b,
14c ... and dried. Fermentor 12a,
Fermentation process is completed at 12b, 12c ...
The raw garbage that has been dried in a, 14b, 14c ... Is discharged as a fertilizer for growing plants from the discharge ports on the lower side of the drying tanks 14a, 14b, 14c. The odor and water vapor generated from the garbage sent to the storage containers 8a, 8b, 8c ... Are branched pipes 1 equipped with the dampers 10a, 10b, 10c.
The bag filter 1 is collected in one odor / water vapor transport pipe 11 through 1a, 11b, 11c ...
Sent to 8. On the other hand, fermenters 12a, 12b, 12c
.. and odors generated during the fermentation process and the drying process in the drying tanks 14a, 14b, 14c ... are branched pipes 17a, 17b provided with the dampers 16a, 16b, 16c. After being collected in one odor transport pipe 17 through 17c ... And sent to the bag filter 18 described above. As described above, the storage containers 8a, 8b, 8c.
.. and odors and water vapor collected from the fermentation tanks 12a, 12b, 12c ... And the drying tanks 14a, 14b, 14c .. The odors are separated in the bag filter 18, and the separated odors are bags. It is stored in the odor storage portion 18a above the filter 18. On the other hand, the water vapor and the fine garbage separated by the bag filter 18 are discharged from a discharge port 19 provided with a lower valve of the bag filter 18, and are transferred from the cushion hopper 2 to the storage containers 8a and 8b by a reverse feeding pipe (not shown). , 8c ... And is sent back to any step. The odor separated and stored in the odor storage portion 18a is compressed by the air compression compressor 20, passes through the compressed air blower pipe 21 and is sent to the blower 22 through the odor storage portion 18a above the bag filter 18. The compressed air using the principle is sucked and sent to the air blower pipe 22a. The blower 22 having air blow pipes 22a and 22b at both ends in order to complement the principle of the fluid dynamics, the blower 22 together with the air compressed by the air compression compressor 20 and sent through the compressed air blow pipe 21. The odor in the odor storage portion 18a above the filter 18 is sucked and sent to the odor removing device 23. The odor separated by the bag filter 18 is deodorized by the deodorizing device 23 and becomes odorless air, which is diffused into the outside air. As a result, a large amount of fermented and dried raw garbage can be recycled as fertilizer, and at the same time, the combustion energy of oil, gas, etc., which was used to burn a large amount of raw garbage, can be saved. It is possible to make it useless and to save labor such as landfills for burning garbage left over.

[0009]

According to the raw garbage processing apparatus of the present invention having the above-mentioned constitution, the storage container storing the raw garbage is conveyed from the carry-in section to the predetermined position by the carrying-in / carrying-out means, and The storage container is conveyed upward by the elevating means and is inverted by the storage container reversing means at a predetermined position on the upper side to discharge the raw garbage inside, and the empty storage container is returned to the original loading section by the loading / unloading means. Using the transporting means configured to be transported, the transporting means transports a large amount of raw garbage upward, reverses the raw garbage storage container, and throws the raw garbage inside the raw garbage storage container into the hopper discharge port. The crushed and crushed raw garbage storage containers that have been emptied by fermenting and drying in multiple fermentation tanks / drying tanks arranged to operate independently or in cooperation with each other Bring in The large amount of organic waste such as food waste is configured as one system with multiple fermentation / drying treatment tanks, so that it can be used independently or in cooperation according to the amount of food waste. It is possible to dispose of it, and it is possible to recycle a large amount of raw garbage as fertilizer, and it is possible to achieve labor saving in the garbage disposal place.
Furthermore, the effects listed below were obtained. (1) A large amount of raw garbage can be processed depending on the number of odor / water vapor transport pipes and odor transport pipes below the switching valve, and an arbitrary configuration can be used depending on the amount of raw dust. The cost can be reduced significantly. (2) A large amount of fermented and dried garbage can be recycled as fertilizer. (3) The burning energy of oil, gas, etc. used to burn a large amount of garbage can be made useless. (4) Various effects such as making it possible to dispose of the landfill for the burning residue of raw garbage will be achieved.

[Brief description of drawings]

FIG. 1 is a conceptual diagram showing an outline of an internal structure of a garbage disposal of the present invention.

[Explanation of symbols]

 A ... Garbage disposal device, 1 ... Loading / unloading means 1 (conveying means) 1a ... Raw garbage storage container, 1b ... Loading / unloading means, 1c ... -Elevating means, 2 ... hopper, 2a ... Opening of hopper, 3 ... Screw feeder, 4 ... Grinder, 5 ... Suction hopper, 6a, 6b, 6c ...- Switching valve, 7 ... Garbage transport pipe, 7a, 7b, 7c ...- Branching pipe, 12a, 12b, 12c ... Fermenter, 8a, 8b, 8c ...- Storage container, 9a, 9b, 9c ...- Drain port, 12a, 12b, 12c ...- Fermenter, 13a, 13b, 13c ... Drain port, 14a, 14b, 14c. ... Drying tanks 15a, 15b, 15c ... Outlet, 17a, 17b, 17c ... Branching 18 ... Bag filter, 18a ... Odor storage section above bag filter, 19 ... Discharge port, 20 ... Air compression compressor, 21 ... Compressed air blower tube, 22 ... ... Blowers, 22a, 22b ... Air blowers, 23 ... Deodorizing devices,

Claims (1)

[Claims] 1. A storage container containing raw garbage is conveyed from a carry-in section to a predetermined position by a carry-in / out means, the storage container is conveyed upward by an elevating means and inverted by a storage container reversing means at a predetermined upper position. And means for discharging the raw garbage inside and conveying the emptied storage container to the original loading section by the loading / unloading means, and for receiving the raw garbage discharged from the storage container. A cushion hopper provided with an opening on the upper side and a screw feeder for coarsely crushing the raw dust on the lower side, and a cushion hopper provided on the lower side of the cushion hopper, disposed below the screw feeder. The crusher is crushed again by the screw feeder and crushed again, and a crusher equipped with a discharge port on the lower side for discharging the crushed garbage is provided. A suction hopper that is connected to the discharge port of the crusher and has a suction port for sucking the raw dust re-crushed by the crusher and a discharge port for discharging it, and a suction hopper that is connected to the discharge port of the suction hopper to direct the raw dust in a predetermined direction. Garbage transport pipe having a plurality of branch pipes for transporting to each other, and provided with a switching valve for each branch portion of the branch pipe arranged to switch the transport direction of the garbage, and the garbage. A discharge port, which is connected to each branch pipe of the transportation pipe, is provided with a valve such as a rotary valve that can be opened and closed on the lower side to store the garbage transported through the garbage transportation pipe. Storage containers each formed with an odor / steam discharge branch pipe provided with a damper capable of adjusting the air flow rate for discharging generated odors and steam, and connected to each discharge port on the lower side of the storage container, Was discharged from its outlet In order to store the waste and ferment it inside, a discharge port with a valve that can open and close to discharge the fermented waste is formed on the lower side, and a branch for odor discharge to separately discharge the odor generated during the fermentation of the garbage. Fermentation tanks with tubes are formed and connected to each outlet of the fermentation tanks. Fermented raw waste discharged from the outlets is stored and dried inside to discharge dried waste to the lower side. A drying tank with a discharge port equipped with an openable valve and a branch pipe for odor discharge to discharge the odor generated during the drying of fermented food waste separately, and the odor and water vapor discharge part of the storage container Odor / steam transport pipe for transporting odors and steam generated from raw garbage in the storage container connected to each branch pipe, and branch pipe for odor discharge and drying tank formed for each fermentation tank Emission of odor formed for each It is connected to the division pipe, and
An odor transport pipe for transporting odors generated during the fermentation process and drying process of the drying tank and the drying tank, which is provided with a damper such as an adjustable butterfly damper with adjustable air flow rate, the odor / steam transport tube and the odor An odor discharge unit that is connected to the transport pipe and separates the odor from the steam and fine dust and odor that are transported through the odor / water vapor transport pipe and the odor transport pipe, and stores only the sorted odor in the upper side. A bag filter having a discharge port equipped with an openable and closable valve such as a rotary valve for discharging the separated water vapor and fine dust on the lower side of the odor discharge part, and the bag filter on the upper side of the bag filter. Connected to the odor discharge part, while sucking odor and water vapor into the bag filter through the odor / water vapor transport pipe and the odor transport pipe, An air compression compressor having a blower tube for compressed air blowing with a valve that can be opened and closed to discharge odor from the odor discharge part of the filter, and one end of the air compressor connected to the odor discharge part above the bag filter. A suction blower with odor and water vapor is sucked into the bag filter together with a compression compressor, and an odor transport pipe is formed at both ends in order to discharge the odor from the odor discharge portion above the bag filter, and the suction blower. The odor removal device is connected to the odor transport pipe at the other end to deodorize the odor sent through the suction blower and discharge it into the air as odorless air. A garbage processing device that does.