KR200446050Y1 - Apparatus for removing malodor of livestock excretions - Google Patents

Abstract

The present invention relates to a device for removing odor manure odor.

The present invention is a manure manure odor removing device which is installed for a manure manure odor generating facility and removes odor generated due to manure manure from the manure manure odor generating facility, and receives treatment containing the odor-containing gas discharged from the manure manure odor generating facility. To collect the gas inside the chamber; A primary purifying chamber provided at the rear of the gas chamber to purify the odor-containing gas flowing through the upper end from the gas chamber while moving downwardly; At least one tube provided in a horizontal direction so as to connect the gas chamber and the primary purification chamber to communicate with each other at an upper end portion of the gas chamber and water sprayed through the odor-containing gas is passed through the inside, and the gas is soaked in water and contained in the gas. A purifying tube to remove the malodorous components; One or more spray nozzles provided inside the gas chamber to spray water of a focused type toward the inside of the purification pipe; A water tank chamber formed at a lower side of the primary purification chamber to receive water falling from the primary purification chamber and internally store water to be supplied to the injection nozzle; The gas purified from the primary purification chamber is further moved upward through the communication unit provided at the rear of the primary purification chamber and formed to communicate with each other at the lower portion of the primary purification chamber, and then the purified gas is discharged from the upper end. Secondary purge chamber to be made; The flake-shaped Jeju cluster is loaded on the mesh net which is provided in the horizontal direction at a height higher than the communicating portion in the secondary purification chamber, and then the char is formed by additionally loading the flake-shaped charcoal on the upper portion and the gas moved upward. A secondary purification layer unit for adsorbing and removing odor components contained therein while passing through and separating water remaining in the gas from the gas; Pumping means for pumping water stored in the water tank chamber and pumping the water to the spray nozzle side; And a water transfer pipe configured to transfer the water pumped by the pumping means to the inside of the spray nozzle. It includes.

Therefore, while the odor generated from livestock manure odor generating facilities such as livestock barn, septic tank and manure fermentation drying plant can be completely removed by deodorization by effective spraying and deodorization by filtering of Jeju pine and charcoal, As a result, it is possible to improve the status of livestock farmers while solving the sufferings of livestock farmers, to improve the quality and productivity of livestock products, and to avoid the labor evasion phenomenon of workers.

Livestock manure, barn, septic tank, fermentation drying plant, odor, Jeju pine, charcoal, Jeju Island

Description

Moisturizing odor removal device {APPARATUS FOR REMOVING MALODOR OF LIVESTOCK EXCRETIONS}

The present invention relates to a device for removing livestock manure odor, and more particularly, to effectively remove the odor generated from the livestock manure odor generating facility such as a livestock house, a septic tank attached to the livestock house, and a fermentation drying plant for fermentation and drying the livestock manure. Deodorization by spraying water and deodorization by filtering of scoria and charcoal can be completely removed to release only purified air to air. Particularly, livestock can be easily implemented and implemented at low cost. The present invention relates to a manure odor removal device that can be widely distributed to farms and help a lot.

In general, the development of livestock manure (ie, manure manure, poultry manure, cow manure, etc.) generated in pig farms, poultry farms, and livestock farms according to the recent development of the livestock industry The amount is increasing, which is noted as a major source of environmental pollution.

Odor problems at the livestock site are getting worse day by day, and there are many complaints. The enforcement law is reinforced year by year, and three or more reports of complaints may be canceled from time to time.

In particular, in the case of Jeju, Korea, pigs are widely known as special products, and as many farms are raised as they are. The Jeju administration has been supplying microbial products and disinfectants to farmers for free for many years to reduce the odors caused by pig manure.In farms with high odors, public officials have been resident in their efforts to remove the odors. finished. Not so long ago, Jeju Island has encouraged the pig industry as a major source of income for the Jeju economy, but today it places more value on environmental issues than economic benefits, and especially Jeju Island is a tourist destination and international events frequently. Since the area is held, if the odor problem caused by the manure is not solved, the farm has to be abandoned.

Odors generated from livestock manure odor generating facilities such as fermentation and drying facilities that fertilize, dry and fertilize the collected livestock manure, which are collected and stored livestock manure from livestock manure, or livestock manure, can be stored up to 2 ~ 3km away. Since it spreads far, there are many complaints from neighboring villagers.

For example, in the case of Hallim-eup, Jeju Island, it belongs to the area where civil complaints are most frequently generated. There are 180 pig farms in the Zhongshan area about 6 km from the village. Even though the distance is more than 2.5km, if the most scented summer season of the year, the monsoon winds blow the moon is not enough to open the evening.

In the barn, harmful manure such as ammonia, hydrogen sulfide, methyl sulfide, methyl disulfide, trimethylamine, acetaldehyde, styrene and other odors are generated depending on the manure excreted from the livestock raised and its fermentation. Odor gases such as these are also generated. If the odor gas generated in this way is not properly removed, it causes stress and various diseases on the livestock, which can hinder the productivity of livestock products, cause discomfort to workers, health hazards and evasion of labor, and raise the livestock industry into a hate industry. Make it aware.

Therefore, in order to remove the odor generated from the barn, a lot of labor and equipment is used to use special feeds or additives, or special enzymes are sprayed in the barn to prevent volatilization of odorous substances. However, these methods are economically expensive and practical. It is very difficult to carry out the livestock raising. In addition, it is intended to remove odors by improving the ventilation system or exhaust system of the house, but this method may be effective in removing odors from the inside of the house first, but as the odor component is released into the atmosphere, it pollutes the air environment and It causes a lot of complaints.

In the septic tank where the manure collected and stored in the shed is collected and stored in the ground near the barn, a lot of odor gas is generated. Especially, when the manure is almost filled in the septic tank, the odor is first removed through the aeration process and then the manure is taken out and fertilized. It is recycled for use, and in the process of aeration, a lot of odor is emitted to the outside, causing a lot of complaints.

In the fermentation drying plant, a large amount of severe malodorous gas is generated in the process of fermentation and drying while stirring sawdust and the like in the manure manure fermentation. Normally, after stirring for 5 minutes, the inside of the fermentation drying plant is filled with malodorous gas. In particular, the odor generated in the livestock manure fermentation drying plant is a large amount and high concentration can not be removed by any chemical treatment at present, therefore, the livestock manure fermentation drying plant is recognized as an environmental pollution facility and a hate facility is very difficult to maintain.

Furthermore, in some areas, livestock manure from local farms is collected and processed in public treatment facilities, but the public treatment facilities are also identical except for the use of larger scale equipment than those operated by individual livestock farms. I have problems.

In addition, marine dumping simply dumping collected manure into the sea due to low cost can no longer be implemented by strengthening the legislation on the Marine Dumping Prevention Act.

The present invention has been devised to solve the above problems, and the Jeju filtration and charcoal filtering together with the deodorization by effective watering while exhausting the odor generated in the livestock manure odor generating facilities such as barn, septic tank and manure fermentation drying plant. Complete deodorization treatment by using deodorization, but very excellent in removing odor, and anyone can easily build and carry out the deodorant deodorant device that can be suitably adopted and used in small and low-tech farms. The purpose is to provide.

The above object and various advantages of the present invention will become more apparent from the preferred embodiments of the present invention by those skilled in the art.

The manure manure odor removing device according to the present invention for achieving the above object is installed in the manure manure odor generating facility to remove the odor generated due to manure manure from the manure manure odor generating facility, the manure manure odor removing device, A gas chamber that receives the malodor-containing gas discharged from the generating facility and collects it for processing; A primary purifying chamber provided at the rear of the gas chamber to purify the odor-containing gas flowing through the upper end from the gas chamber while moving downwardly; At least one tube provided in a horizontal direction so as to connect the gas chamber and the primary purification chamber to communicate with each other at an upper end portion of the gas chamber and water sprayed through the odor-containing gas is passed through the inside, and the gas is soaked in water and contained in the gas. A purifying tube to remove the malodorous components; One or more spray nozzles provided inside the gas chamber to spray water of a focused type toward the inside of the purification pipe; A water tank chamber formed at a lower side of the primary purification chamber to receive water falling from the primary purification chamber and internally store water to be supplied to the injection nozzle; The gas purified from the primary purification chamber is further moved upward through the communication unit provided at the rear of the primary purification chamber and formed to communicate with each other at the lower portion of the primary purification chamber, and then the purified gas is discharged from the upper end. Secondary purge chamber to be made; The flake-shaped Jeju cluster is loaded on the mesh net which is provided in the horizontal direction at a height higher than the communicating portion in the secondary purification chamber, and then the char is formed by additionally loading the flake-shaped charcoal on the upper portion and the gas moved upward. A secondary purification layer unit for adsorbing and removing odor components contained therein while passing through and separating water remaining in the gas from the gas; Pumping means for pumping water stored in the water tank chamber and pumping the water to the spray nozzle side; And a water transfer pipe configured to transfer the water pumped by the pumping means to the inside of the spray nozzle. It includes.

Preferably, the odor component contained while the gas is moved downwards is formed so that the Jeju clusters in the form of pieces are placed on the mesh network provided in the horizontal direction in the primary purification chamber corresponding to the lower position than the purifying pipe is passed. A primary purification layer unit which is adsorbed and removed to separate water from the gas and is washed by passing water to regenerate the adsorption and deodorization performance of the Jeju cluster; It may further include.

Also preferably, the blowing fan for forcibly sucking the malodor-containing gas in the livestock waste odor generating facility forcibly blown into the gas chamber; It may further include.

Also preferably, a spray plate provided at a position inside the front end side of the purification pipe or between the purification pipe and the injection nozzle to impinge water sprayed in a focused form from the injection nozzle to spread widely in all directions within the purification pipe. ; It may further include.

Also, preferably, the livestock manure odor generating facility is a livestock house, a septic tank in which the livestock manure is collected and stored in a location close to the livestock house and collected and stored, and livestock manure collected from the livestock house or the septic tank. It may be any one or more of fermentation and drying fermentation manure fermentation, drying.

According to the present invention, since the odor generated from livestock manure odor generating facilities such as barn, septic tank and manure fermentation drying plant can be completely removed by deodorization by effective watering and deodorization by filtering of Jeju pine and charcoal, Addressing complaints caused by odor emissions, raising the status of livestock farmers while resolving the sufferings of livestock farmers, improving the quality and productivity of livestock products, and avoiding the labor avoidance of workers Can be.

In addition, according to the present invention, anyone can easily build and implement, can be appropriately adopted and implemented in small and low-tech farms, while reducing the burden of purchasing a specialized device, the maintenance, Anyone can easily carry out the maintenance, which can solve the difficulties of maintenance and repair, and the maintenance cost can be very low, which can bring economic benefits to the farm.

In addition, according to the present invention, since the Jeju cluster, which is a natural resource scattered widely on Jeju Island, is used, the effect of providing a new application field for the Jeju cluster can be achieved.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Prior to the description, livestock manure odor removing device according to the present invention is installed in the ground close to the livestock breeding barn, livestock septic tank to collect and store livestock manure generated from the livestock barn, collect the collected livestock manure, fermentation, drying to resource It can be applied to both manure odor generating facilities where a large amount of odor due to manure is generated according to its operation, such as a livestock manure fermentation drying plant.

1 is a partial perspective view showing a shaft manure odor removing device according to a preferred embodiment of the present invention.

The manure manure odor removing device 100 according to the present invention is provided at the rear of the gas chamber 110 and the gas chamber 110 to receive the odor-containing gas discharged from the manure manure odor generating facility 10 and collect therein for processing. The odor-containing gas flowing from the gas chamber 110 through the upper end is moved downwardly to purify the primary purification chamber 140 and the gas chamber 110 and the primary purification chamber 140 so as to communicate with each other at the upper end. Purifying tube that passes odor-containing gas and sprayed water through one or more tubes provided in the horizontal direction and is sufficiently wetted with water so that the odor component contained in the gas is trapped and removed in the water. 130, one or more injection nozzles 120 provided inside the gas chamber 110 to spray water of a focused type toward the inside of the purification pipe 130, and a predetermined height in the primary purification chamber 140.The Jeju cluster 154 in a piece shape is formed on a mesh net 152 provided in a horizontal direction with a predetermined thickness, and as the gas moving downward is passed, the odor component contained in the gas is adsorbed, removed, and passed through the gas. Water is separated and formed on the lower side of the primary purification layer unit 150 and the primary purification chamber 140 where the adsorption and deodorization performance of the Jeju cluster 154 can be reproduced by the water, and thus the primary purification chamber 140 Water tank chamber 160 for receiving the water falling from the water and basically stores the water of the appropriate level to be supplied to the injection nozzle 120, and the lower end portion provided in communication with the rear of the primary purification chamber 140 The discharge hole 194 is formed so that the purified gas flowing in from the primary purification chamber 140 is moved upward, and further purified and only the purified gas is opened at the upper end after the water remaining in the gas is further separated. Through the atmosphere Jeju clusters 204 are loaded with a predetermined thickness on the secondary purification chamber 190 to be locked and the mesh network 202 provided in a horizontal direction at an appropriate height in the secondary purification chamber 190, and then charcoal is placed thereon. 206 is formed to have a predetermined thickness and the secondary purifying layer part 200 and water tank chamber for additionally adsorbing and removing odor components and further separating water remaining in the gas as the upwardly moving gas passes. Pumping means 170 for pumping the water stored in the 160 to the injection nozzle 120 side in the gas chamber 110, and the water pumped by the pumping means 170 to the internal transfer to the injection nozzle 120 side It includes a water transfer pipe 180.

The gas chamber 110 receives the odor-containing gas discharged from the livestock manure odor generating facility 10, which may be a livestock barn, a septic tank, a livestock manure fermentation drying plant, and collects for processing.

The gas chamber 110 may be formed as a structure having an enclosed space therein, and preferably may be formed as a building that can be constructed of concrete or brick.

Specifically, when the livestock manure odor generating facility 10 is a livestock house or livestock manure fermentation drying plant, an exhaust port 12 for exhausting the internal gas is basically installed in the facility, and the exhaust port 12 is blown for forced exhaust. Since the fan 14 is installed, when the exhaust port 12 and the gas chamber 110 are properly connected, the odor-containing gas discharged through the exhaust port 12 is moved to the gas chamber 110 to be collected. Can be.

Although the gas chamber 110 is formed to surround the side wall on which the exhaust port 12 of the manure odor generating facility 10 is formed, the gas chamber 110 is shown to receive the odor-containing gas discharged from the exhaust port 12 directly. The exhaust port 12 and the gas chamber 110 on the generation facility 10 side may be connected by a separate pipe so that the malodor-containing gas is moved and collected through the pipe.

On the other hand, in the case where the manure odor generating facility 10 is a septic tank, the odor-containing gas is emitted from the lid portion exposed on the ground of the septic tank, and the gas chamber 110 is formed to cover the lid portion or the lid portion and The gas chambers 110 may be properly connected in a separate communication means so that the malodor-containing gas may be moved and collected.

In order to maintain a pleasant environment in the waste manure odor generating facility 10, it is necessary to quickly discharge the malodor-containing gas in the waste manure odor generating facility 10, and therefore, it is preferable to use the blower fan 14 for rapid forced discharge. In the case where the waste manure odor generating facility 10 is a septic tank, it is not necessary to use the air blowing fan 14 because the need for quickly discharging the odor-containing gas generated is low.

In addition, in the case of septic tank, when the aeration process for manure in the septic tank or the manure taking out the manure is performed directly by the worker, a large amount of odor is generated at that time, and a separate plastic house is installed to cover the lid part. The gas may be supplied to the gas chamber 110 by collecting the odor-containing gas generated therein while allowing the inside to perform the work smoothly.

As such, the configuration for properly collecting the malodor-containing gas generated from the manure odor generating facility 10, which may be various forms and conditions, into the gas chamber 110 may be variously implemented.

The primary purification chamber 140 is provided as a structure having an internal space sealed behind the gas chamber 110 to purify the odor-containing gas flowing through the upper end from the gas chamber 110 while passing downward.

The purification pipe 130 is one or more pipes provided in a horizontal direction so as to connect between the gas chamber 110 and the primary purification chamber 140 behind it in communication with each other at the upper end, through the inside and The water sprayed from the spray nozzle 120 passes, and the gas is sufficiently wetted in the water so that the malodorous components contained in the gas are collected in the water and removed.

In the drawing, as the gas chamber 110 and the primary purification chamber 140 are directly connected with one side wall interposed therebetween, the front end of the purification pipe 130 partially protrudes into the gas chamber 110, and the rear end thereof is the primary. Although shown as partially protruding into the purification chamber 140, the gas chamber 110 and the primary purification chamber 140 may be provided to be spaced apart from each other, and in this case, the purification pipe 130 is simply the gas chamber 110. It may be provided to connect between the outlet of the inlet and the inlet of the primary purification chamber 140 in the middle.

Purification pipe 130 is formed by reducing the interior space through the odor-containing gas is concentrated through the reduced internal space and concentrated to be sufficiently wetted by the water that is sprayed and passed toward the inside, Odor constituents contained in the gas to be efficiently collected in water or water droplets to be removed.

Preferably, the purification pipe 130 may be provided in plurality in a row, as shown in order to increase the processing speed.

The injection nozzle 120 is provided with a proper number and arrangement so as to spray the water concentrated in the gas chamber 110 toward the inside of each purification tube 130, the water sprayed therefrom narrowly narrowed By spraying the water in the form of a strong water stem, all the sprayed water can be smoothly introduced into the purification pipe 130 while the injection pressure is somewhat large enough to fly.

The injection nozzle 120 is provided near the front of the purification pipe 130, and additionally between the injection nozzle 120 and the purification pipe 130 or inside the front end side of the purification pipe 130 (see FIG. As shown in a) and (b), the jet plate 132 may be provided, and the jet plate 132 hits a narrow, watery water stem sprayed from the jet nozzle 120, so that the water is lateral. By spreading widely, the water droplets are more finely pulverized, and the purge ensures that the gas passed by the myriad droplets is thoroughly wetted to remove odorous components.

That is, if all of the gas passing through is not wetted with water, odor components contained in the gas cannot be removed as much as possible, and the injection plate 132 improves purification efficiency by preventing the gas passing through without being wetted with water. Only one spray plate 132 may be provided, or may be provided in a number corresponding to the spray nozzle 120, and may be provided in plurality required regardless of the number of the spray nozzle 120.

Preferably, the jet plate 132 is a V-shape laid down as shown in Fig. 2A, that is, a " <&quot; shape, or a lying cone as shown in Fig. 2B. Shaped members can be used, and they impinge on the outer surfaces and spread out laterally.

To sum up, first, the water injected by the narrow and watery form of water is injected through the spray nozzle 120 so that the water injected is strongly and frequently in strong contact with the gas in the process of sufficiently flying, so that the odor component is smoothly removed and removed. In addition to allowing the water to be sprayed to be introduced into the purification pipe 130 without being lost to the outside, and then using a suitable jet plate 132 to spread the water into smaller droplets It is possible to provide maximized purification efficiency by making the gas out of the water without getting wet.

In this regard, a portion of the water in the purification pipe 130 may hit the inner wall and collect on the inner bottom, but the collected water may be pushed by the pressure of the gas and the injected water and eventually moved into the primary purification chamber 140. Can be.

The primary purification layer unit 150 is formed by stacking Jeju clusters 154 having a predetermined thickness on a mesh net 152 provided in a horizontal direction at an appropriate height in the primary purification chamber 140. As a result, the adsorption and deodorization performance can be regenerated by adsorbing and removing the malodorous components contained in the gas passed downward and separating the water adhered to the gas passed through, and washing it as water passing through. .

The Jeju cluster 154 forming the primary purification layer unit 150 absorbs and removes odorous components contained in the gas passing through numerous passages or numerous pore passages therebetween in a state where a large number of them are loaded. do.

Jeju Songi (154) is a parasitic volcano (uphill) that is distributed throughout Jeju after about 110 volcanic activities from tens of thousands to millions of years on Jeju Island, and its main components are silicon dioxide (SiO ₂ ) and aluminum oxide ( Al ₂ O ₃ ), it is a natural resource in Jeju Island and is a kind of volcanic eruption or volcanic stone.

The Jeju cluster 154 is a light porous with a lot of pores, and the porosity is high, so the water purification ability is very high, and in the natural state, rainwater is filtered through these Jeju clusters to make the clean Samdasoo of Jeju Island. It is known. In addition, Jeju cluster 154 has a high far-infrared emissivity, a deodorization rate of about 97%, and is known to be excellent in antibacterial mold and heavy metal adsorption.

In the present invention, by using the Jeju cluster 154 widely distributed in Jeju Island while having such excellent adsorption and deodorization ability, the odor caused by the excreta manure is removed, and the adsorption and deodorization performance of the Jeju cluster 154 is known so far. It is considered to be superior to any deodorant.

In the present invention, the Jeju cluster 154 of the primary purification layer unit 150 is used in an environment in which water exists, and the Jeju cluster 154 is washed by water passing through and is self-regenerated to maintain good long-term performance. Since it can be, the manure odor removing device 100 according to the present invention can be said to be optimal.

Specifically, the primary purification layer unit 150 may be formed by laying the Jeju cluster 154 crushed to a size of about 5 to 15 cm in diameter to a thickness of 15 to 40 cm.

The primary purification layer unit 150 purifies the gas by adsorbing and removing the malodorous components contained in the gas to pass through, and separates the water (water) attached from the gas passed through, while contaminated water adheres to the gas. To prevent release to the next process or atmosphere.

In addition, the primary purification layer unit 150 may be further contacted with the gas passing through the water attached thereto or falling therefrom to further purify.

The water tank chamber 160 is provided at the lower side of the primary purification chamber 140 to receive water falling from the primary purification chamber 140 and basically has an appropriate level of water to be supplied to the injection nozzle 120. Store water internally.

The water tank chamber 160 may be provided to be buried in the ground depending on the circumstances.

Preferably, as shown, the water tank chamber 160 is preferably provided to be in communication with the bottom side of the gas chamber 110, as part of the reason, the operator through the gas chamber 110, the corresponding water tank chamber 160 This is to check the water supply or to replenish the water.

That is, the gas chamber 110 is provided with a separate door 112 may be configured to check and repair the state of the injection nozzle 120 and the injection plate 132 installed therein while the operator enters, the water tank If the chamber 160 is provided to partially span the gas chamber 110, the operator may also check the water tank chamber 160 and perform water replenishment, which may be convenient.

The secondary purification chamber 190 is provided as a structure having a separate internal space at the rear of the primary purification chamber 140, the almost purified gas flowing through the lower end in communication with the primary purification chamber 140 It is further moved upward and further removed after the water remaining in the gas is further separated, so that only the completely purified gas is finally released to the atmosphere through the discharge hole 194 formed so as to open at its upper end.

When the secondary purification chamber 190 is provided so as to be connected with the primary purification chamber 140, the gas from the primary purification chamber 140 through the communication unit 192 is formed to open to the lower end side of the side wall therebetween. Can be introduced.

In addition, the discharge hole 194 formed at the upper end of the secondary purification chamber 190 to allow the final purified gas to flow out through the inside and be discharged to the atmosphere may be formed at the side of the upper end to prevent the inflow of rainwater. .

The secondary purification layer unit 200 has a piece of Jeju clusters 204 having a predetermined thickness on the mesh network 202 is provided in a horizontal direction at an appropriate height in the secondary purification chamber 190 and then The charcoal 206 in the form of a piece is formed by being stacked to a predetermined thickness, and absorbs and removes the odor components remaining in the gas passing upwards and further separates any contaminated water remaining in the gas passed through the complete To cleanse.

Of course, the water separated from the gas in the secondary purification layer unit 200 may be dropped into the water tank chamber 160 communicated through the bottom of the secondary purification chamber 190.

Jeju cluster 204 and charcoal 206 forming the secondary purification layer 200 are malodorous components contained in the gas passed through a number of passages between them or numerous pore passages in the state in which a large number of them are loaded. Can be adsorbed off and the remaining water can be separated from the gas.

The charcoal 206 has been widely known for its purifying and deodorizing performance in the past, and finally deodorizes gas.

In this case, the Jeju cluster 204 forming the secondary purification layer unit 200 may be crushed to a thickness of 15 to 40 cm in the size of about 5 to 15 cm in diameter similar to the primary purification layer unit 150 In addition, the charcoal 206 thereon may be laid with a thickness of about 5 to 40 cm in diameter of about 3 to 15 cm in size.

In this regard, the size or loading thickness of the Jeju cluster 154 forming the primary purification layer portion 150 and the secondary purification layer portion 200, and the size or loading thickness of the charcoal 206 are too dense or thickly stacked. Since it may be undesirable to delay the time required for discharging the malodorous gas from the malodor generating facility 10, it is preferable that the thickness is maximized within the range in which the exhaust time is not too long.

In the secondary purification layer 200, the Jeju cluster 204 is laid underneath and the charcoal 206 is laid thereon, because the Jeju cluster 204 has better air permeability than the charcoal 206.

The mesh net 202 forming the secondary purification layer 200 basically serves to support the Jeju cluster 204 loaded thereon, and spreads the gas widely through small holes formed generally. It provides a role to pass evenly throughout without being weighed to one side.

The pumping means 170 is operated in accordance with the power supply to continuously pump the water stored in the water tank chamber 160 to be pumped to the injection nozzle 120, the water is located in the water in the water tank chamber 160 It can be implemented as a pump.

The water transfer pipe 180 transfers the pumped water to the injection nozzle 120 in accordance with the operation of the pumping means 170.

Furthermore, when the manure odor generating facility 10 is a barn or a septic tank, the degree of odor generated is not so severe. However, as described above, the odor component may be removed by spraying only water, but the manure odor generating facility ( 10) In the case of the livestock manure fermentation and drying plant, since the amount of odor and more odor is generated that is not comparable to that of the barn or septic tank, microorganisms useful for removing the odor can be put into water and used together. As the microorganism to be put into, it can be appropriately adopted and used among those which are widely used for removing odors.

The actual manure deodorant removal device 100 according to the present invention as described above was actually installed and operated, in the case of a livestock manure fermentation drying plant, in the past, even in a very close distance of 5m that the odor was detected from a long distance more than 2km in a straight line distance Almost no odor was detected.

In addition, the manure deodorant device 100 according to the present invention is very easy to install and operate the anyone, it takes very little installation and operating costs. At the same time, the odor removal efficiency is excellent, so it may be widely used in small livestock farms and used appropriately.

As described above, the above description merely illustrates a preferred embodiment of the present invention, and those skilled in the art should recognize that modifications and changes can be made to the present invention without changing the subject matter of the present invention.

1 is a partial perspective configuration diagram showing a manure odor removing device according to a preferred embodiment of the present invention,

2 is a view showing two forms of the injection plate provided in the manure manure odor removing device according to a preferred embodiment of the present invention by way of example.

<Description of the symbols for the main parts of the drawings>

10: fecal manure odor generating facility 12: exhaust vent

14 air blowing fan 100: manure deodorizing device

110: gas chamber 112: door

120: injection nozzle 130: purification tube

132: jet plate 140: primary purification chamber

150: primary purification layer portion 152: mesh net

154: Jeju cluster 160: water tank chamber

170: pumping means 180: water transfer pipe

190: 2nd purification room 192: communication part

194: discharge hole 200: secondary purification layer

202: mesh net 204: Jeju pine

206: charcoal

Claims (5)

A manure manure odor removing device which is installed for a manure manure odor generating facility and removes odor generated due to manure manure from the manure manure odor generating facility, A gas chamber that receives the odor-containing gas discharged from the livestock waste odor generating facility and collects it for processing; A primary purifying chamber provided at the rear of the gas chamber to purify the odor-containing gas flowing through the upper end from the gas chamber while moving downwardly; At least one tube provided in a horizontal direction so as to connect the gas chamber and the primary purification chamber to communicate with each other at an upper end portion of the gas chamber and water sprayed through the odor-containing gas is passed through the inside, and the gas is soaked in water and contained in the gas. A purifying tube to remove the malodorous components; One or more spray nozzles provided inside the gas chamber to spray water of a focused type toward the inside of the purification pipe; A water tank chamber formed at a lower side of the primary purification chamber to receive water falling from the primary purification chamber and internally store water to be supplied to the injection nozzle; The gas purified from the primary purification chamber is further moved upward through the communication unit provided at the rear of the primary purification chamber and formed to communicate with each other at the lower portion of the primary purification chamber, and then the purified gas is discharged from the upper end. Secondary purge chamber to be made; The flake-shaped Jeju cluster is loaded on the mesh net which is provided in the horizontal direction at a height higher than the communicating portion in the secondary purification chamber, and then the char is formed by additionally loading the flake-shaped charcoal on the upper portion and the gas moved upward. A secondary purification layer unit for adsorbing and removing odor components contained therein while passing through and separating water remaining in the gas from the gas; Pumping means for pumping water stored in the water tank chamber and pumping the water to the spray nozzle side; And A water transfer pipe configured to transfer the water pumped by the pumping means to the inside of the spray nozzle; Shaggy manure odor removing device comprising a. The method of claim 1, Jeju flakes in the form of pieces are formed on the mesh network provided in the horizontal direction in the primary purification chamber corresponding to a lower position than the purification pipe so that the odor component contained therein is adsorbed and removed while the gas moving downward is passed. And a primary purification layer unit for separating the water from the gas and being washed by the passing water to regenerate the adsorption and deodorization performance of the Jeju cluster; Skeleton manure odor removing device further comprising. The method according to claim 1 or 2, A blowing fan for forcibly drawing a malodor-containing gas in the livestock waste odor generating facility and forcibly blowing the gas into the gas chamber; The manure deodorant removal device further comprising. The method according to claim 1 or 2, An injection plate provided at a position inside the front end side of the purification pipe or between the purification pipe and the injection nozzle to impinge water sprayed in a focused form from the injection nozzle to spread widely in the purification pipe; The manure deodorant removal device further comprising. The method of claim 1, The shaft waste odor generating facility, Livestock manure livestock house, a septic tank installed at a location close to the livestock house to collect and store livestock manure generated from the livestock house, any livestock manure fermentation and drying place to collect, ferment, dry and resource the livestock manure collected from the livestock house or the septic tank. Decontamination odor removing device, characterized in that more than one.

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