KR101872411B1

KR101872411B1 - Deodorizing system

Info

Publication number: KR101872411B1
Application number: KR1020170165628A
Authority: KR
Inventors: 박길태; 박지현
Original assignee: (주)에스에스에코텍
Priority date: 2017-12-05
Filing date: 2017-12-05
Publication date: 2018-06-29

Abstract

A deodorizer main body 10 having an internal space formed therein;
A drug tank (20) for storing medicine;
A chemical pump 30 for supplying the chemical in the chemical tank 20 to the deodorizer body 10;
(41) is connected to the deodorant body (10) so as to allow the outside air to flow into the deodorant body (10) A tube (40);
A deodorizing fan (50) connected to the inlet pipe (40) for introducing the contaminated air containing dust into the deodorizer body (10);
A chemical liquid cleansing water injector 60 for injecting the chemical liquid cleansing water stored in the deodorizer body 10 into the inlet pipe 40;
And a circulation pump (80) for pumping the chemical liquid cleansing water stored on the bottom of the deodorizer body (10) and supplying it to a nozzle (70) disposed on the deodorizer body (10).

Description

Deodorizing system

The present invention relates to a deodorization system capable of effectively distributing polluted air in a deodorizer and removing odor-causing substances in dust.

With the rapid development of industry, deodorizing device which removes harmful gas such as ammonia, hydrogen sulfide, trimethylamine, methyl sulfide and the like which is generated in composting of various wastewater treatment plants and foodstuffs, feed facilities, etc. is used, It is becoming a serious social problem that complaints arise.

Soil deodorization method, adsorption method, microbial treatment method, biofilter method and general cleaning method are used as measures to reduce the emission of harmful gas, which is a harmful gas. However, installation cost and maintenance cost are excessive, And it is pointed out that there is a problem in the selection of the injection nozzle of the general deodorizing type chemical solution and the bio-type washing device and the management of the filling material.

Since the cleaning of the dust mixed with the malodorous gas is not efficiently treated in the general cleaning method as described above, the contamination of the cleaning water and the malodor removing agent is so severe that the malodor removal effect can not be expected, and the excessive expenditure of the medicine due to the replacement of the washing water And an economic loss due to a longer process stopping time. Also, due to the discharge pressure of the deodorizing fan, the odor gas is not sufficiently in contact with the filler, and is discharged together with the medicine through the upper discharge port, resulting in secondary contamination.

Korean Patent No. 10-1723584 (a chemical liquid washing and deodorizing machine having a double deodorizing structure)

An object of the present invention is to provide a deodorization system for removing dust contained in air introduced into an inlet port at an inlet port to enhance dust removal efficiency.

In the present invention, since the washing nozzle for removing dust is installed in the odor inflow pipe at the rear end of the suction / deodorization fan and dust is strongly sprayed in the reverse direction of the inflow odor, the dust mixed with the odor air is firstly cleaned and melted together with some odor, In order to increase the odor removal efficiency, a distribution pipe is installed at the rear end of the inlet pipe so as to distribute the odor uniformly, so that the odor can be uniformly moved at a constant speed throughout the deodorizer.

According to an aspect of the present invention,

A deodorizer main body 10 having an internal space formed therein;

A drug tank (20) for storing medicine;

A chemical pump 30 for supplying the chemical in the chemical tank 20 to the deodorizer body 10;

And is connected to the deodorizer main body 10 in order to allow the outside air to flow into the deodorizer main body 10 and is connected to the distribution pipe 41 in a downward direction inside the deodorizer main body 10 An inlet pipe 40;

A deodorizing fan (50) connected to the inlet pipe (40) for introducing polluted air containing dust into the deodorizer body (10);

A chemical liquid cleansing water injector 60 for injecting the chemical liquid cleansing water stored in the deodorizer body 10 into the inlet pipe 40;

And a circulation pump (80) for pumping the chemical liquid cleansing water stored on the bottom of the deodorizer body (10) and supplying it to a nozzle (70) disposed on the deodorizer body (10).

Also,

The nozzle of the chemical liquid washing water injector 60 injects the chemical liquid washing water toward the inlet of the charging pipe 40 toward the inlet of the charging pipe 40.

Also,

The deodorization system is characterized in that the distribution pipe (41) of the charging pipe (40) is directed to the downward direction of the center of the deodorizer body (10) and air containing dust is evenly injected.

The present invention provides a deodorization system for removing dust contained in air introduced into an inlet port at an inlet port to enhance dust removal efficiency.

In the present invention, since the washing nozzle for removing dust is installed in the odor inflow pipe at the rear end of the suction / deodorization fan and dust is strongly sprayed in the reverse direction of the inflow odor, the dust mixed with the odor air is firstly cleaned and melted together with some odor, And a distribution pipe is installed to distribute inflowing odor evenly to the rear end of the injection pipe so that the odor removal efficiency is improved by being configured to be evenly moved over the entire area at a constant speed in the deodorizer.

1 is a configuration diagram of a deodorization system according to an embodiment of the present invention;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the preferred embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the like elements throughout. And this does not mean that the spirit and scope of the present invention are limited.

FIG. 1 shows a configuration of a deodorization system according to an embodiment of the present invention.

In the deodorization system 100 of this embodiment,

A deodorizer main body 10 having an internal space formed therein;

A drug tank (20) for storing medicine;

A deodorizing fan (50) connected to the inlet pipe (40) for introducing the contaminated air containing dust into the deodorizer body (10);

And a circulation pump 80 for pumping the chemical liquid cleansing water stored on the bottom of the deodorizer body 10 and supplying the pumped liquid cleansing water to the nozzle 70 disposed on the deodorizer body 10.

The deodorizer body 10 has an inner space formed therein. The nozzle 70 is disposed inside the deodorizer body 10, so that the chemical liquid cleansing water can be sprayed from the upper portion to the lower portion. The chemical liquid cleansing water dropped from the upper part is stored on the bottom surface of the lower portion of the deodorizer body 10, circulated, and then injected into the nozzle 70 again.

The chemical tank 20 stores the chemical liquid. The chemical liquid is a liquid containing a drug capable of improving the deodorizing function. The chemical liquid in the chemical tank (20) is supplied into the deodorizer body (10) by using the medicine pump (30).

The inlet pipe 40 is arranged in the form of a pipe so that contaminated outside air can be introduced into the deodorizer body 10. [ The distribution pipe (41) of the inlet pipe (40) is arranged to be directed downward inside the deodorizer body (10).

The outside air containing dust is supplied to the deodorizer body 10 through the inlet pipe 40. The distribution pipe 41 of the inlet pipe 30 faces the bottom surface of the deodorizer body 10. [ The chemical liquid cleansing water is stored on the bottom surface of the deodorizer body.

The dust is fine grains, and the air containing the dust discharged through the distribution pipe 41 strikes the chemical liquid cleansing water. At this time, the dust collides with the surface of the chemical liquid washing water and is washed into the chemical liquid washing water. The direction of the distribution pipe 41 is directed toward the chemical liquid cleansing water stored on the bottom surface of the deodorizer body 10, so that dust can be removed spontaneously.

A deodorizing fan (50) is coupled to the inlet pipe (40). The deodorizing fan (50) introduces the contaminated air containing dust into the deodorizer body (10).

The chemical liquid washing water injector 60 injects the chemical liquid cleansing water stored in the deodorizer body 10 into the inlet pipe 40.

The circulation pump 80 injects the chemical liquid cleansing water stored on the bottom of the deodorizer body 10 downward through the nozzle 70 located in the upper portion of the deodorizer body 10. [

On the other hand, the nozzle of the chemical liquid washing water injector 60 injects the chemical liquid washing water toward the inlet of the charging pipe 40, toward the inlet of the charging pipe 40. When the direction in which the air is introduced from the inlet pipe 40 containing dust and the direction in which the chemical liquid washing water is injected is opposite to each other, the resistance becomes strong and the contact time between the dust and the chemical liquid washing liquid becomes long, Washed.

The distribution pipe 41 of the inlet pipe 40 may be located at the center of the deodorizer body 10. The air from the distribution pipe 41 is sprayed around the distribution pipe. When the distribution pipe 41 is directed to the bottom surface of the center of the deodorizer body 10, the air is uniformly injected in all directions and moves upward, so that the air can be evenly contacted with the chemical liquid cleansing water flowing down from the upper part do.

The distribution pipe 41 of the injection pipe 40 may be arranged such that air containing dust is uniformly injected toward the downward direction of the center of the deodorizer body 10. The distribution pipe (41) is extended from the injection pipe (40).

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Modifications and additions by those skilled in the art to an equivalent range based on the embodiments will also fall within the scope of the present invention.

Deodorizer body 10, drug tank 20,
The chemical pump (30)
The distribution pipe 41, the deodorizing fan 50,
The chemical liquid cleaning water injector 60, the nozzle 70,
The circulation pump (80) deodorization system (100)

Claims

A deodorizer main body 10 having an internal space formed therein;
A drug tank (20) for storing medicine;
A chemical pump 30 for supplying the chemical in the chemical tank 20 to the deodorizer body 10;
And is connected to the deodorizer main body 10 in order to allow the outside air to flow into the deodorizer main body 10 and is connected to the distribution pipe 41 in a downward direction inside the deodorizer main body 10 An inlet pipe 40;
A deodorizing fan (50) connected to the inlet pipe (40) for introducing the contaminated air containing dust into the deodorizer body (10);
A chemical liquid cleansing water injector 60 for injecting the chemical liquid cleansing water stored in the deodorizer body 10 into the inlet pipe 40;
And a circulation pump (80) for pumping the chemical liquid cleansing water stored on the bottom of the deodorizer body (10) and supplying the pumped liquid to the nozzle (70) disposed on the deodorizer body (10)
The nozzle of the chemical liquid washing water injector 60 injects the chemical liquid washing water toward the inlet of the charging pipe 40 toward the inlet of the charging pipe 40,
The distribution pipe 41 of the charging pipe 40 is directed downward from the center of the deodorizer main body 10 and the distribution pipe 41 is extended from the charging pipe 40, Wherein air is uniformly injected in four directions from the inside of the deodorizer body (10).

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