KR20110038500A - The device for deodorizing polluted air of fermentation room and stable using scrubber - Google Patents

Abstract

PURPOSE: An apparatus for deodorizing contaminated air from fermentation room and livestock barn using a washing tower is provided to prevent the contamination of peripheral atmosphere without the use of separate chemical. CONSTITUTION: A washing tower(200) is filled with washing water in which aerobic microorganism injected. A water feeding pipe(210) is installed at one side of a livestock barn or a fermentation room and is received the washing water. A plurality of spraying nozzles(214) is installed at the water feeding pipe and sprays washing water in order to wash the vapor of contaminated air, dust, and bad odor gas. A water collecting tank(300) is installed at one external side of the washing tower and collects drained washing water.

Description

The deodorizing polluted air of fermentation room and stable using scrubber

The present invention relates to a deodorizing device for polluted air generated in a fermentation drying chamber and a barn using a washing tower, and more specifically, a large amount of dust, water vapor, and odor gas generated in organic waste fermentation drying chamber or barn such as animal powder or food waste. Contaminated air from the fermentation drying room and livestock house using a washing tower that can guide the polluted air contained inside the washing tower and spray dust and water vapor and odor gas at low cost by spraying washing water or fermentation solution with microorganisms at low cost. It relates to a deodorizing device.

Generally, various organic wastes such as livestock waste, food waste, sludge etc. contained in wastewater are badly polluted by the groundwater when they are disposed of in the ground. .

Therefore, various technologies are being developed to deal with this, and in particular, many technologies for recycling the organic waste as compost resources have been developed.

When the organic waste is to be composted when the organic waste is fermented without stirring the organic waste, a variety of decaying bacteria are vigorously multiply odor gas is generated, and when using the compost made in this state crops due to decaying bacteria Easily diseased and weedy.

To this end, the technologies developed so far differ slightly from each other depending on the method of making recycled compost, but most of them fermentation drying by stirring the organic waste put into the fermentation agitator in the fermentation drying chamber with a fermentation agitator that is reciprocated from the top of the fermentation agitator. The main method is to produce compost containing a large amount of aerobic microorganisms.

However, when fermentation and drying the organic waste in the fermentation stirring tank inside the fermentation drying chamber as described above, significant fermentation heat is generated by aerobic microorganisms along with dust generation, and the fermentation drying chamber is supplied from the outside during fermentation of organic waste. The moisture contained in the organic wastes is converted to water vapor and evaporated by the air and the fermentation heat, and the organic wastes are gradually reduced in bulk density.

In addition, since a significant amount of odor gas is generated in the fermentation drying chamber during the above process, a large amount of vapor, dust, and odor gas are filled in the fermentation drying chamber, which is a respiratory disease for workers working in and out of the fermentation drying chamber. It became a major factor causing various occupational diseases.

In addition, the steam, dust and odor gas generated in the fermentation drying chamber rapidly corrodes various equipment such as fermentation stirrer installed inside the fermentation drying chamber and causes an operation error of the electronic equipment. Odor gas filtration system has been introduced that collects and sends it to an external filtration treatment facility and discharges it to the atmosphere after filtration.

However, the above-described conventional malodorous gas filtration device has a problem of increasing the production cost of the compost due to the high cost of maintenance and operation because it uses a plurality of expensive filtration filter.

In addition, there is a device for filtering by a wet cleaning method, but this is because expensive chemicals must be periodically put in to remove odors, causing secondary environmental pollution and excessive cost of chemicals, which leads to high maintenance costs. Yet, the odor gas treatment effect is inadequate, and in order to process a large capacity, the installation cost is excessive because a large area treatment facility must be provided.

Accordingly, the applicant of the present application developed a device that can effectively remove the odor gas generated in the fermentation drying room and the barn by using dried carriers such as compost, sawdust or wood chips as a biofilter layer. 2007-0035866: filed on April 12, 2007, and registered as a patent registration No. 10-0852429.

The selection is provided by isolating a odor treatment tank using a dried compost or a carrier such as sawdust or wood chips to one side of the fermentation drying chamber, and if the odor gas collected in the fermentation drying chamber is supplied to the biofilter layer of the odor treatment tank steam The malodorous gas containing and dust is removed by the biofilter layer.

The present invention was developed to increase the odor gas treatment efficiency higher than the conventional method or the invention described above, the present invention is sprayed with aerobic microorganisms containing the washing water or fermented liquid fertilizer (hereinafter referred to as "fermentation liquid ratio") The contaminated air from the fermentation drying room and the livestock house using the cleaning tower that can clean the polluted air containing a large amount of dust, water vapor, and odorous gas collected at the fermentation drying room and discharge clean air at low cost. The purpose is to provide a deodorizing device.

Another object of the present invention is to first process the odorous gas containing dust and water vapor collected in the fermentation drying chamber in the washing tower, and to send the cleaning air treated in the washing tower to the secondary treatment tank with the biofilter layer again. The treatment further increases the treatment efficiency of the malodorous gas.

Still another object of the present invention is to supply a fermentation broth ratio containing a large amount of aerobic microorganisms to a tank mounted in the fermentation stirrer of a secondary treatment tank equipped with a biofilter layer so that the fermentation broth ratio is sprayed onto the biofilter layer when the fermentation stirrer is driven. To further increase the processing efficiency.

In order to achieve the above object, the present invention constitutes an apparatus for cleaning contaminated air collected in a barn or fermentation drying chamber, wherein a washing tower into which aerobic microorganisms are injected is filled to a predetermined depth in the bottom of the barn or fermentation drying chamber. In the upper part of the washing tower, a water supply pipe is provided to receive the washing water, and a plurality of spray nozzles are installed on the water supply pipe to clean the polluted air introduced into the washing tower, and at one side of the washing tower, the water is discharged. It is characterized in that the installation of the sump tank of the washing water discharged through the drain pipe, one side of the washing tower is provided with a filter for filtering foreign substances of the cleaned air and an exhaust port of the filtered air.

Another object of the present invention is to install a secondary treatment tank on one side of the washing tower to agitate the biofilter layer between both retaining walls while the stirring car is reciprocated along the rails of both retaining walls, and the air supply pipe at the bottom of the secondary treatment tank is cleaned. By connecting the air transfer pipe of the tower to be configured to supply the air cleaned in the washing tower to the biofilter layer, the above object can be achieved because the dust, water vapor and odor gas of the contaminated air is well removed in two steps.

Still another object of the present invention is to equip the agitation tank of the secondary treatment tank with a liquid-liquid storage tank, to install a liquid-liquid transfer line for pumping and supplying the fermentation liquid ratio to the sump tank, the fermentation broth ratio is stored when the stirring difference reaches a predetermined position Install the other end of the liquid feeding line so that it can be supplied to the tank, the liquid storage tank is installed with a liquid drop conveying pipe for the liquid supply is a natural drop or forced supply to the pump, and a plurality of distribution pipes with a diffusion plate at the bottom in a line By installing the fermentation broth ratio can be achieved by spraying the biofilter layer.

Since the present invention sprays and cleans the dust, water vapor and odor gas of contaminated air collected in the barn or fermentation drying room while repeatedly circulating the washing water or fermentation broth containing aerobic microorganisms in the washing tower without using any chemicals. The cost is very affordable.

In addition, the polluted air collected in the fermentation drying chamber is first treated in a washing tower where washing water or fermentation broth is sprayed, and the cleaning air treated in the washing tower is sent to a secondary treatment tank having a biofilter layer for reprocessing. Odor gas treatment efficiency of polluted air is quite excellent.

In addition, since the fermentation broth ratio of the sump tank is often supplied to the biofilter layer of the secondary treatment tank and sprayed, the microorganisms adsorbed on the carrier of the biofilter layer become very active in metabolism, and the odor gas in the cleaning air supplied to the biofilter layer Even though the ingredients remain, they are eaten cleanly and removed as energy sources, so that only clean air can be discharged, and the surrounding air can be prevented from being severely polluted.

Hereinafter, the preferred configuration and operation for achieving the object of the present invention will be described with reference to the accompanying drawings.

1 is an overall side view showing an example of a state in which the washing tower of the present invention is installed at one side of a barn or a fermentation drying chamber, and FIG. 2 is a partial side view showing a state in which an air transfer pipe is installed in an exhaust port of the washing tower of the present invention.

In the present invention shown in the configuration of the apparatus for cleaning and supplying the contaminated air collected through the contaminated air collecting pipe 110 installed on the inner top of the barn or fermentation drying chamber 100, washing on one side of the fermentation drying chamber 100 The washing tower 200 is provided with a washing tower 200 in which water is filled to a predetermined depth on the inner bottom, and an underwater motor pump 213 for pumping washing water is provided at one end to clean the other end of the water supply pipe 210 for receiving washing water. ) At the top of the inside.

In addition, a plurality of injection nozzles 214 for spraying the washing water are installed in the water supply pipe 210 to clean the water, dust, and odor gas in the air introduced into the washing tower 200.

In addition, the outer side of the washing tower 200 is provided with a collecting tank (300) in which the washing water is collected through the discharge port 220 or the drain pipe 230 having the discharge valve 221, the washing tower 200 Inside one side of the) is installed a filter net 290 for filtering foreign matters of the cleaned air and an exhaust port 240 for sending the filtered air to the outside through the filter net 290.

Here, the exhaust port 240 may be provided with an exhaust fan 241 for forced exhaust immediately, or the air cleaned by connecting an air transfer pipe 250 having an exhaust fan 241 to the exhaust port 240 outside. May be released to a part far from the cleaning tower 200.

3A is a state diagram in which a distribution pipe and a multidirectional injection nozzle are installed in a water supply pipe installed in a washing tower of the present invention.

That is, the water supply pipe 210 is provided with a plurality of distribution pipes 211 which are each opened and closed controlled by the opening and closing valve 212 in a row, the injection nozzle 214 is configured in a multi-directional water supply pipe 210 It is provided for each distribution pipe 211 installed, and this is very preferable since the washing water can be widely spread in various directions.

Figure 3b is a state in which the injection nozzle is installed in another embodiment in the water supply pipe installed in the washing tower of the present invention. As shown in the present invention, when the plurality of spray nozzles 214 are directly installed in the water supply pipe 210, the present invention may be installed in a multi-direction of zigzag, and the spraying range of the washing water sprayed by the spray nozzles 214 may be better. It is possible to widen and the washing effect is good.

On the other hand, the present invention as shown in Figure 1 is provided with a leachate line 120 at the bottom of the barn or fermentation drying room 100, the leachate outlet 121 of the leachate line 120 is connected to the water collecting tank 300 Thus, the leachate and leachate collected in the sump tank 300 is fermented so as to become a liquid fertilizer (hereinafter referred to as "fermentation liquid ratio").

Figure 4a is a side view showing a state in which the submersible motor pump of the water supply pipe is installed in the sump tank in the present invention, as shown in the present invention, the submersible motor pump 213 of the water supply pipe 210 in the sump tank 300 It may be installed to be collected in the sump tank 300, the fermentation broth-encapsulated water can be used as the washing water of the washing tower (200).

Figure 4b is a side view showing a state in which the submersible motor pump of the water supply pipe is installed in the washing tower and the sump tank in the present invention, the water motor pump 213 of the water supply pipe 210 in this way the washing water of the washing tower 200 Alternatively, when the fermentation broth of the sump tank 300 is installed in the fermented water, the washing water and the fermentation broth can be sprayed together in the washing tower 200 through the spray nozzle 214.

Here, the submersible motor pump 213 may be installed in place of the well-known pump pump.

In addition, a filter filter 260 for filtering foreign matter is installed in the water supply pipe 210 provided in the cleaning tower 200 or the water collecting tank 300, and the inside of the cleaning tower 200 and the water collecting tank 300. Is preferably provided with a heating device 270 so that the washing water and the discharge does not freeze in winter, wherein the filter filter 260 is a known filter filter that is widely used to filter the liquid.

In addition, it is preferable to include a door 280 and a confirmation window 281 in one portion of the cleaning tower 200 to check the cleaning state of the interior.

In the present invention formed as described above, the washing water is stored in the washing tower 200 only at a predetermined level, and the washing water is preferably used by administering a large amount of aerobic microorganisms.

When the contaminated air collected through the contaminated air collection pipe 110 installed at the upper inside of the barn or the fermentation drying chamber 100 is introduced into the washing tower 200 provided at one side of the barn or the fermentation drying chamber 100, an underwater motor pump ( As the 213 is operated, the rinsing water in the washing tower 200 or the effluent in the sump tank 300 is pumped to the water supply pipe 210 so that the rinsing water or the water discharged through the water supply pipe 210 is sprayed on the water supply pipe 210. As it is diffused and sprayed through the nozzle 214, water vapor, dust, and odor gas contained in the contaminated air inside the cleaning tower 200 are dropped to the bottom of the cleaning tower 200 to be cleaned.

At this time, since the injection nozzle 214 of the present invention as shown in Figure 3 is installed to spray the washing water in various directions for each distribution pipe 211 of the water supply pipe 210, the washing water is the inside of the washing tower 200 It is sprayed in various directions from corner to corner, which is excellent in cleaning polluted air.

In addition, the water level in the washing tower 200 gradually increases due to the water vapor contained in the contaminated air, but when the water level exceeds a predetermined level, the washing water is immediately drained to the sump through the drain pipe 230 so that the washing water is in the washing tower 200. There will always be only a certain level of washing water.

In addition, the organic waste dust and odor gas mixed with the water sprayed by the injection nozzle 214 and dropped into the washing water below are used as energy sources necessary for the metabolic activity of the microorganisms and are preferably removed.

Air cleaned of organic waste dust, water vapor, and odorous gas in the contaminated air as described above is discharged to the outside through the exhaust port 240 after the foreign matter is filtered again through the filter network 290, wherein the exhaust fan (Fig. 1) In the type without 241, the cleaned air is naturally discharged, and in the type in which the exhaust fan 241 is installed as shown in Fig. 2, the cleaned air is forcedly exhausted by the exhaust fan 241.

In addition, as shown in FIG. 2, the type of connecting the air conveying pipe 250 having the exhaust fan 241 to the outside of the exhaust port 240 discharges the cleaned air to the atmosphere at a part far from the cleaning tower 200 or is necessary. Cleaned air can be sent to the site.

And, while fermentation and drying the livestock manure and organic waste in the fermentation drying room (100) to produce compost to produce a significant amount of leachate in the bottom of the fermentation drying room (100).

At this time, the present invention because the leachate outlet 121 of the leachate line 120 to collect the leachate in one place on the bottom of the barn or fermentation drying room (100) toward the catchment tank 300, the catchment tank ( A significant amount of leachate is introduced into the 300, and the leachate mixed with the effluent containing a large amount of the microbial microorganisms in the sump tank 300 is naturally fermented into the fermentation broth while aerobic fermentation takes place.

Here, if the submersible motor pump 213 of the water supply pipe 210 is installed in the water collecting tank 300 as shown in FIG. 4A, the water collecting tank (through the injection nozzle 214 installed in the distribution pipe 211 of the water supply pipe 210) The fermentation broth ratio fermented in 300) is sprayed with the washing water, and the fermentation broth ratio absorbs dust, water vapor and odorous gas contained in the contaminated air better and drops it into the washing water below, thereby increasing the cleaning power of the contaminated air. It becomes.

And, as shown in Figure 4b, the type of water pump (213) of the water supply pipe 210 is installed in the washing water in the washing tower 200 and the fermentation broth ratio in the sump tank 300 is spraying effect according to the fermentation concentration of the fermentation broth ratio Can be adjusted.

In other words, the fermentation broth ratio is so high that the fermentation concentration is too thick to spray well with the spray nozzle (214) can be mixed with the washing water at this time to adjust the fermentation concentration appropriately, thereby the fermentation broth ratio to the spray nozzle (214) Since it can be sprayed satisfactorily, the polluted air cleaning power in the cleaning tower 200 can always be maintained uniformly and satisfactorily.

In addition, the filter filter 260 installed at one portion of the water supply pipe 210 for supplying the washing water of the washing tower 200 or the fermentation broth ratio of the sump collection tank 300 to the distribution pipe 211 is contained in the washing water or fermentation broth ratio. Since the foreign matter is filtered, there is no fear that the injection nozzle 214 is clogged with foreign matter.

In addition, since the ratio of the washing water or fermentation broth inside the washing tower 200 and the sump tank 300 may be heated to a predetermined temperature by the heating device 270, the washing water and the fermentation broth ratio may be prevented from freezing in the cold winter. Even in winter, the washing operation of the washing tower 200 can be performed satisfactorily, and the washing operation state can be grasped at any time through the door 280 and the confirmation window 281 installed at one portion of the washing tower 200. 200) Timely check for abnormalities in accordance with the driving can take action.

FIG. 5 is a side view showing another embodiment of the present invention in which the air feed pipe 250 of the washing tower is connected to the air supply pipe at the bottom of the secondary treatment tank in which the biofilter layer is filled.

According to the present invention, the conventional stirring car 420 is reciprocated along the rails installed on both retaining walls 401, and the stirring step of the biofilter layer 410 filled between the retaining walls 401 with the stirring escalator 421 is performed. The car treatment tank 400 is installed at a predetermined interval on one side of the washing tower 200.

In addition, the air cleaned in the washing tower 200 is connected to the air supply pipe 250 that transfers the cleaning air of the washing tower 200 to the air supply pipe 430 at the bottom of the secondary treatment tank 400. To be supplied).

The biofilter layer 410 of the secondary treatment tank 400 is a filter layer filled with a carrier such as dried compost or sawdust or wood chips.

When the air cleaned in the cleaning tower 200 is supplied to the air supply pipe 430 of the bottom, the microorganisms adsorbed to the carrier of the biofilter layer 410 are energy when there is any dust or odor gas component contained in the cleaning air. Since the aerobic microorganisms of the biofilter layer 410 are removed while absorbed into the source, the metabolic activity becomes vigorous, and the cleaning air is released to the outside in a more clean state.

Figure 6 is a side view showing the state of supplying the liquid to the liquid storage tank mounted in the stirring car through the liquid supply line provided in the liquid storage tank of the present invention, the secondary treatment tank 400 in the stirring car 420 Equipped with a liquid storage tank 500, one end of the liquid rain feed line 310 for pumping and supplying the fermentation broth ratio of the collection tank 300 to the sump tank 300.

The other end of the liquid fertilization transfer line 310 is installed to supply fermentation broth ratio to the liquid fermentation storage tank 500 when the stirring car 420 reaches a predetermined position among the retaining walls 401 of the secondary treatment tank 400. will be.

Figure 7a is a side view showing a structure in which the liquid ratio is pumped by the pump in the liquid storage tank mounted in the stirring car of the present invention, the liquid storage tank 500 mounted in the stirring car 420 of the secondary treatment tank 400 The liquid fermentation pipe 510 is installed in the fermentation broth ratio is supplied to the pump 512 therein, a plurality of liquid fermentation pipe 520 is installed in the liquid fertilization pipe 510, each liquid drop distribution pipe 520 is lowered Diffusion plate 530 is to be installed so that the liquid rain hits and diffuses.

Figure 7b is a state diagram showing a structure in which the fermentation broth ratio of the liquid fermentation tank mounted on the stirring car of the present invention naturally falls through the liquid fermentation pipe of the liquid fertilization transfer pipe without a pump, which is an opening and closing valve 511 in the lower portion of the liquid storage tank 500 The liquid-liquid conveying pipe 510 is provided, and the liquid-liquid conveying pipe 510 is provided with a plurality of liquid-liquid distribution pipes 520 provided downward in each of the liquid-splicing pipes 530 to open and close the valve 511. The fermentation broth ratio is naturally dropped by using the height difference between the storage tank 500 and the liquid fertilizer transfer pipe 510.

In the present invention, when the stirring car 420 of the secondary treatment tank 400 agitates the biofilter layer 410, the fermentation broth ratio in the liquid storage tank 500 is the liquid ratio distribution pipe 520 through the liquid ratio transport pipe 510. When supplied to the fermentation broth ratio falling from the liquid ratio distribution pipe 520 is hit by the diffusion plate 530 is widely spread and sprayed on the biofilter layer 410 so that the fermentation broth ratio evenly supplied to the stirred biofilter layer 410 is mixed.

In addition, due to the fermentation broth ratio, suitable water is supplied to the biofilter layer 410, and the aerobic microorganisms contained in the fermentation broth ratio are evenly supplied to the biofilter layer 410 through the air supply pipe 430. When supplied, the microorganisms adsorbed on the carrier effectively absorb and remove the fine dust or odor gas contained in the air.

Figure 1 is a side view of the washing tower of the present invention installed on one side of the barn or fermentation drying chamber

Figure 2 is a side view of a part of the air transfer pipe installed in the washing tower exhaust port of the present invention

Figure 3a is a state in which the distribution pipe and the injection nozzle is installed in the water supply pipe in the washing tower of the present invention

Figure 3b is a view of another embodiment in which the injection nozzle is installed in the water supply pipe in the washing tower of the present invention

Figure 4a is a side view of the water supply pipe submersible motor pump of the present invention installed in the sump tank

Figure 4b is a side view showing a state in which the submersible motor pump of the water supply pipe in the present invention installed together with the washing tower and the sump tank

5 is a state diagram in which the air feed pipe of the present invention is connected to an air supply pipe of a secondary treatment tank;

Figure 6 is a side view showing a state in which the liquid supply to the liquid storage tank of the stirring car through the liquid supply line provided in the liquid storage tank of the present invention

Figure 7a is a state in which the pump and the liquid conveying pipe and the distribution pipe and the diffusion plate is installed in the liquid storage tank mounted in the stirring car of the present invention

Figure 7b is a state in which the liquid drop transport pipe and the distribution pipe of the natural drop type is installed in the liquid rain storage tank mounted in the stirring car of the present invention

Explanation of symbols for main parts of the drawings

100 fermentation drying room 110 contaminated air collection pipe

121: leachate outlet 200: washing tower

210: water supply pipe 211: distribution pipe

213: submersible motor pump 214: injection nozzle

230: drain pipe 240: exhaust port

241: exhaust fan 250: air transfer pipe

260: filter filter 270: heating device

281 confirmation window 290: filtering network

300: collection tank 310: liquid feeding line

400: secondary treatment tank 410: biofilter layer

430: air supply pipe 500: liquid storage tank

510: liquid non-conveying pipe 512: pump

520: liquid ratio distribution pipe 530: diffusion plate

Claims (14)

In constructing a device for cleaning and supplying the polluted air collected through the polluted air collecting pipe 110 installed on the inner top of the barn or fermentation drying chamber 100, One side of the barn or fermentation drying chamber 100 is provided with a washing tower 200 in which washing water into which aerobic microorganisms are injected is filled to a predetermined depth on the inner bottom, and the washing water of the washing tower 200 is supplied to the upper end of the washing tower 200. Install the receiving water pipe 210 long, The water supply pipe 210 is provided with a plurality of injection nozzles 214 for spraying the washing water to clean the water and dust and odor gas of the contaminated air introduced into the washing tower 200, On the outer side of the washing tower 200 is installed a collecting tank 300 of the washing water discharged through the discharge port 220 or the drain pipe 230, The fermentation drying chamber using the cleaning tower on one side of the washing tower 200 is provided with a filter net 290 for filtering foreign matters of the cleaned air and an exhaust port 240 for supplying the filtered air to the outside. Contaminated air deodorizer for barns. The method of claim 1, In the exhaust port 240, Fermentation using a scrubber tower, characterized in that the exhaust fan 241 is installed or the air transfer pipe 250 provided with the exhaust fan 241 is installed outside the exhaust port 240 so that the cleaned air is forcedly exhausted and supplied. Contaminated air deodorizer for drying rooms and houses. The method of claim 1, The water supply pipe 210 is provided with a plurality of distribution pipes 211 which are each opened and closed controlled by the opening and closing valve 212 in a row, The spray nozzle 214 is a multi-directional fermentation drying chamber and a livestock deodorizing apparatus using a washing tower, characterized in that installed in each distribution pipe 211 installed in the water supply pipe 210. The method of claim 1, A plurality of injection nozzles 214 installed at regular intervals in the water supply pipe 210, Contamination air deodorizing device of the fermentation drying room and the barn house using a washing tower, characterized in that it is installed in the zigzag multi-direction on the outer peripheral surface of the water supply pipe (210). The method of claim 1, The washing water of the washing tower 200, Contaminated air deodorizing device of the fermentation drying room and the barn house using a washing tower characterized in that the aerobic microorganism is administered. 6. The method according to any one of claims 1 to 5, The bottom of the barn or fermentation drying room 100 is provided with a leachate line 120, connected to the leachate outlet 121 of the leachate line 120 to the catchment tank 300 to be collected in the catchment tank 300 Contaminated air deodorization device of the fermentation drying room and the barn house using a washing tower characterized in that the effluent and leachate to fermentation broth. The method of claim 6, In any one or both of the cleaning tower 200 and the sump tank 300 By installing the submersible motor pump 213 pumping and supplying the ratio of the washing water or fermentation broth to the water supply pipe 210 The deodorizing apparatus for the fermentation drying chamber and the barn house using a washing tower, characterized in that the washing water or fermentation broth ratio or water mixed with them is used as the washing water of the washing tower 200. The method of claim 7, wherein In the water supply pipe 210 provided in the cleaning tower 200 or the water collecting tank 300, Fermentation drying room using a washing tower characterized in that the filter filter for filtering foreign matters 260 and deodorizing device of the contaminated house. The method of claim 7, wherein In the washing tower 200 and the sump tank 300, Contaminated air deodorization device of the fermentation drying room and the barn house using a washing tower, characterized in that the heating device 270 is provided so that the washing water and the discharge water does not freeze in winter. The method of claim 7, wherein In one part of the washing tower 200, The deodorizing device for the fermentation drying room and the barn house using the cleaning tower, characterized in that the door 280 and the confirmation window 281 so as to check the cleaning state inside. The method of claim 7, wherein On one side of the washing tower 200, The secondary treatment tank 400 which agitates the biofilter layer 410 filled between the retaining wall 401 with the stirring escalator 421 while the normal stirring car 420 reciprocates along the rails provided on both retaining walls 401. ), The air supply pipe 430 of the cleaning tower 200 is connected to the air supply pipe 430 at the bottom of the secondary treatment tank 400 so that the air cleaned in the cleaning tower 200 is supplied to the biofilter layer 410. A deodorizing device for the contaminated air in a fermentation drying room and a barn using a washing tower. The method of claim 11, The biofilter layer 410 of the secondary treatment tank 400, Fermentation drying chamber and barn deodorization apparatus using a washing tower, characterized in that the filter layer filled with any one or all of fermented dried compost or sawdust or wood chips mixed carrier. The method of claim 11, A liquid storage tank 500 is mounted in the stirring car 420 of the secondary treatment tank 400, The collecting tank 300 is provided with one end of the liquid ratio feed line 310 for pumping and supplying the fermentation broth ratio of the collecting tank 300 to the pump 311, The other end of the liquid fertilization transfer line 310 is installed to supply the fermentation broth ratio to the liquid fermentation storage tank 500 when the stirring car 420 reaches a predetermined position of the retaining wall 401 of the secondary treatment tank 400, In the liquid storage tank 500 is installed a liquid consumption pipe 510 is provided with a plurality of liquid ratio distribution pipe 520, A fermentation drying chamber and a barn deodorant in a fermentation drying room and a livestock house using a washing tower, characterized in that a diffusion plate 530 is provided for each liquid fermentation pipe 520 of the liquid fertilizing pipe 510 to diffuse the liquid fermentation so that the fermentation broth is naturally dropped. Device. The method of claim 13, In the liquid ratio conveying pipe 510 of the liquid storage tank 500, Fermentation drying chamber and barn deodorization apparatus using a washing tower, characterized in that the liquid rain pumping pump 512 is installed to force the liquid rain of the liquid storage tank (500).

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