KR200213634Y1 - Deodorant system using microbe - Google Patents

Abstract

The disclosed contents are collected in the odor component and put into the deodorization tank, and the deodorization effect is caused by the microorganisms to completely deodorize the odor component, which is applied to the deodorization system using microorganisms that have been supplemented and improved Utility Model Application No. 2000-10270 It is about.

To this end, the present invention installs an air diffuser between the collector and the deodorizing tank to inject gas containing the malodorous component into the high concentration microbial solution, and passes through the trace amount of the odorous component rising from the high concentration microbial solution in the middle of the deodorizing tank. A micro perforated plate is installed to make contact with the microporous plate, and a microorganism treatment tool having a myriad of pores and a through hole formed at the center thereof is stacked at a predetermined height to be brought into contact with the rising odor component. A viewing window is formed on each of the upper and lower portions of the deodorizing tank so that the stacking height of the deodorizing tank is connected, and a water pipe is connected to the rear side of the deodorizing tank, and a mouth is installed on the inner side of the deodorizing tank to selectively block the water supply according to the water level. On the side of the tank, highly concentrated microorganisms are concentrated in the deodorizing tank. The microbial infusion pump is installed to supply miraculously, and the microbial infusion pump is provided with a microbial reservoir that can move the cultured microorganisms by a predetermined amount.

Description

Deodorant system using microbe

The present invention relates to a deodorizing system using microorganisms, and more particularly, to collect a malodorous component and put it into a deodorizing tank, whereby the deodorizing action by microorganisms is generated to completely deodorize the malodorous component.

As is well known, the number of factories increased as the industry developed, and these factories were initially located far away from the housing complex, but gradually increased in the center of the housing complex due to the increase of population and the expansion of the housing site. As a result, odors along with harmful gases generated from factories have a serious impact on the living environment. In particular, compost plants, household waste treatment plants, and sewage treatment plants produced very bad odors. Due to such odors, the living environment was severely deteriorated, and the neighboring houses of the factory decreased in value, and the odors from the factories caused air pollution. It appeared.

Therefore, many odor generating plants are notified of improvement measures for odors from neighboring factories, environmental groups, and the government, and each plant applies various deodorizers to deodorize odors. Most of the processing was done by.

However, the above-mentioned adsorption type deodorizing device applies adsorption material such as activated carbon to adsorb the gas components such as ammonia and trimethylamine in the exhaust gas causing the odor by adsorption. Since the material had to be replaced periodically, the replacement cost was increased, and the deodorizing effect was limited.

Therefore, the present applicant collects odor components from the odor generating source through a dust collector in utility model registration application No. 2000-10270, and transfers the odor components to the deodorization tank side. Decomposition and secondary decomposing and adsorption by the ceramic layer formed in the middle of the deodorizing tank and the high concentration of microbial solution sprayed on it, and the odor component is exhausted to the air in the state of being completely deodorized to achieve a complete deodorizing effect and at the same time Disclosed is a deodorization system using microorganisms that enables the implementation of a semi-permanent deodorization system that does not require replacement.

However, in the deodorization system using microorganisms disclosed in Utility Model Application No. 2000-10270, the manufacturing cost is increased because expensive ceramics are applied, and for this reason, the ceramic layer cannot be formed in multiple stages. Since the area is small, there was a problem that the deodorizing effect is insufficient.

The present invention has been proposed in view of such a point, and forms a fine perforated plate instead of the ceramic layer of Utility Model Application No. 2000-10270, and has a polishing polish disclosed in Utility Model Application No. 2000-11915, which is the applicant's prior application. The purpose of the present invention is to provide a deodorizing system using microorganisms to increase the deodorizing effect by increasing the microbial contact area of malodorous ingredients while reducing manufacturing costs by filling the chains at a certain height.

1 is a front view of the deodorizing tank according to the present invention.

Figure 2 is a side view of the deodorizing tank according to the present invention.

3 is a perspective view of a microorganism treatment apparatus of Utility Model Registration No. 2000-11915.

Figure 4 is an explanatory view of the action of the deodorizing system using a microorganism according to the present invention.

*** Explanation of symbols for main parts of drawing ***

1: deodorization tank 2: high concentration microbial solution

3: injector 4: air diffuser

5: fine perforated plate 6: microorganism treatment tool

7,7 ': sight glass 8: water pipe

9: part 10: microorganism injection pump

11: microbial reservoir 12: pump

13: transfer pipe

Hereinafter, the present invention is embodied by the examples presented.

The deodorizing system according to the present invention is the same as the components of Utility Model Registration Application No. 2000-10270, but most of the components are distinguished from the prior art in the structure of inputting odor components and deodorizing odor components. The explanation will focus on.

That is, as shown in Figures 1 and 2 deodorization system according to the present invention forcibly collects the gas containing the odor component through a collector (not shown) and transfer to the high concentration microbial solution (2) of the deodorization tank (1) The odor component is hydrolyzed and decomposed by the microorganisms in the solution and deodorized first, and is lifted from the high concentration microbial solution 2 by the injector 3 which transfers and sprays the high concentration microbial solution 2 to the upper side. In a deodorization system for deodorizing a small amount of odor components in a secondary, a gas containing odor components transferred to the deodorization tank (1) by installing an air diffuser (4) between the collector and the deodorization tank (1) To the inside of the high concentration microbial solution (2), and in the middle of the deodorizing tank (1) is installed a fine perforated plate (5) for passing a small amount of odor component rising from the high concentration microbial solution (2), Perforated plate (5) In the upper part, a microorganism treatment tool 6 formed by foaming and extruded with polyethylene and polypropylene and forming through holes in the center is laminated to a predetermined height to be in contact with the rising odor component.

At this time, the sight glass (7) (7 ') is formed on the upper and lower portions of the deodorizing tank (1) so that the height of the high concentration of the microbial solution (2) and the stacking height of the microorganism treatment port (6), respectively, deodorizing tank (1) Connect the water supply pipe (8) to the back of the) and install a buckle (9) on the inner side of the deodorization tank of the water supply pipe (8) to selectively block the water supply according to the water level, and culture at a high concentration on the side of the deodorization tank (1) Microbial injection pump 10 for periodically supplying the microorganisms to the deodorization tank (1) is installed, the microbial storage tank (11) that can be moved to contain a predetermined amount of the cultured microorganisms on the top of the microbial injection pump (10) It is equipped with.

Here, the microbial treatment tool (6) is the same product as the grinding wheel disclosed in Utility Model Registration No. 2000-11915, as shown in Figure 3, in the deodorizing system according to the present invention does not act as a grinding grinding action odor Since it forms a substantial contact between the component and the microorganism, it will be referred to as a "microbial treatment zone."

Reference numeral 12 in the drawings is a pump for supplying a high concentration of the microbial solution in the lower portion of the deodorization tank to the upper injector, 13 is a transfer pipe for transporting a high concentration of the microbial solution by the pump.

Deodorization system using a microorganism according to the present invention configured as described above has the following function, which will be described with reference to FIG. 4.

First, when power is applied to the collector installed on the top of the odor generating source, the gas containing the odor component is collected through the collector and transported to the air diffuser 4, whereby the odor component is decomposed in a good state to decompose the odor component (1 ) It is finely sprayed into the inside of the high concentration microbial solution (2) of the lower part of the lower part, and water is supplied to the inner lower part of the deodorization tank (1) by the water supply pipe (8) of the rear side, and is appropriately filled by the mouth (9). Since microorganisms of high concentration are periodically supplied through the microbial injection pump 10, the odorous components in the gas injected through the air diffuser 4 are naturally hydrolyzed while passing through the high concentration microbial solution 2 and at the same time, the components are decomposed by the microorganisms. Most of them are decomposed, and a gas containing only a small amount of malodorous components rises from the surface of the high concentration microbial solution 2.

At this time, the fine perforated plate 5 is installed in the middle portion of the deodorizing tank 1, the microperforated plate 5 has a myriad of pores in the upper portion of the fine perforated plate 5, and the microorganism treatment hole 6 penetrated at the center is filled to a constant height. The gas rising from the high concentration microbial solution 2 rises through the hole of the fine perforated plate 5 and comes into contact with the microorganism treatment tool 6.

On the other hand, the upper part of the deodorizing tank (1), the injector (3) for transporting and spraying the lower concentration of the microorganism solution (2) by the pump 12 is located, the high concentration microbial solution is periodically sprayed from the injector (3) Therefore, the microorganism naturally resides in a myriad of pores of the microbial treatment tool 6, and the gas rising from the high concentration of the microbial solution 2 at the bottom comes into contact with the microbial treatment tool 6, so that The odor component can be secondarily decomposed by the microorganisms inhabited by the microorganisms, and since the microorganism treatment tool 6 is piled up to a certain height, the contact area between the microorganism and the odor component is widened, thereby increasing its deodorizing effect. Since the new high concentration microbial solution 2 is continuously injected from the injector 3, the effect can be maintained continuously.

In addition, the trace malodorous component is raised and exits the microorganism treatment tool (6), and comes into contact with the high concentration microbial solution (2) injected from the injector (3) to completely decompose the malodorous component in the third, purifying without odor To become air that is exhausted into the atmosphere.

In the drawings, the first transported gas is represented by a solid line, the first treated gas by a dashed line, and the fully processed gas by a silver line.

As described above, the deodorization system using the microorganism according to the present invention has an excellent deodorizing effect by widening the contact area between the microorganism and the odor component while reducing the manufacturing cost by using the microorganism treatment tool 6 disclosed in Utility Model Registration No. 2000-11915. As can be, the microbial treatment tool (6) can be manufactured by recycling the general waste drink bottle (PET) can also increase the recyclability of the resources, and does not wear out, so no need to replace the member, and provides only microorganisms grown in high concentration If you do so, it is possible to implement a semi-permanent deodorization system.

In addition, the deodorization system using the microorganism according to the present invention is mainly harmless to the human body because it is lactic acid bacteria or decomposing microorganisms that decompose ammonia, and the implementation of environmentally friendly deodorization system without secondary pollution because no additional chemicals are added. Is also possible.

As described above, the present invention is due to the primary treatment process through hydrolysis and gas decomposition by microorganisms while passing through the deodorization tank from the odor generating source, and in contact with a large area of the microorganisms in the microorganism treatment zone It is composed of a material that is completely decomposed and deodorized through the second treatment process and the third treatment process in contact with the microorganisms injected by the injector, and the microbial treatment tool is not worn out. Not only can the system be implemented, but no additional chemicals can be used to implement an environmentally friendly deodorizing system.

Claims (1)

The gas containing the malodorous component is forcibly collected through the dust collector and transported to the high concentration microbial solution of the deodorizing tank to hydrolyze the malodorous component and simultaneously decomposes by the microorganisms in the solution and transfers the high concentration microbial solution to the upper side. In a deodorization system for secondary deodorization of a small amount of malodorous component rising from the high concentration microbial solution by a sprayer, An air diffuser is installed between the dust collector and the deodorizing tank to inject a gas containing a malodorous component transferred to the deodorizing tank through the dust collector into the high concentration of the microbial solution; In the middle portion of the deodorizing tank is installed a fine perforated plate for passing a small amount of odor components rising from the high concentration microbial solution, and the upper part of the fine perforated plate is foamed and extruded from polyethylene and polypropylene material to penetrate a myriad of pores and a central part Stacking a microorganism treatment tool having a hole at a predetermined height to come into contact with the rising malodorous component; Forming a viewing window on the upper and lower portions of the deodorizing tank so as to confirm the height of the high concentration microbial solution and the stacking height of the microorganism treatment tool; The water supply pipe is connected to the rear side of the deodorization tank, and a detent is installed on the inner side of the deodorization tank to selectively block water supply according to the water level. The side of the deodorization tank periodically supplies microorganisms cultured at high concentration to the deodorization tank. The microorganism injection pump is installed, the deodorization system using a microorganism, characterized in that the upper portion of the microorganism injection pump is provided with a microbial storage container capable of moving the cultured microorganism by a predetermined amount.