KR200352772Y1 - NOozzle of dry distillation for scrapped meterial dispasal system - Google Patents

Abstract

The present invention relates to a distillation nozzle for a distillation unit for a waste disposal system, which can be prevented from being exposed to high temperatures and being damaged by long-term use by improving a distillation nozzle for supplying air necessary to burn waste into the distillation unit.

A case 201 having a combustion means such as a burner for burning the waste in a cylindrical shape;

An inlet 202 formed to supply waste to be burned on top of the case 201;

A supply hole 203 formed on the upper side of the case 201 to supply the unburned gas generated in the combustion process to the secondary combustor 300;

A dry distillation nozzle 210 having a plurality of nozzles disposed at equal intervals below the case 201 to supply air for combustion;

In the distillation unit (200) of the waste disposal system (100) formed by forming a fallout hole (205) so that ash generated after combustion falls below the distillation nozzle (210);

A supply pipe 211 capable of receiving air from the dry distillation nozzle 210 from an air supply means;

The inlet hole 212 is formed to receive air from the supply pipe 211, and the injection hole 213 is radially formed at the upper end of the inlet hole 212 and fixed at equal intervals in the supply pipe 211. It consists of a nozzle body 214 to make;

The outer side of the supply pipe 211 and the nozzle body 214 is characterized by finishing a castable (Castablrs; 215) excellent in fire resistance and heat insulation to withstand high temperatures and high temperatures.

Description

Drying Nozzle for Dryer for Waste Disposal System {NOozzle of dry distillation for scrapped meterial dispasal system}

The present invention relates to a dry nozzle for a dry cell for a waste treatment system, and more particularly, to an improvement of a dry nozzle for supplying air to provide ease of combustion in a dry cell, which is the first process of treating chip-type waste. .

Waste treatment system is for incineration of waste tires or waste resin, as shown in Figure 1,

The waste treatment system 100 includes a dry distillation unit 200 for initially burning wastes;

A secondary burner (300) which completely burns the gas generated in the distillation machine through secondary combustion;

A hot water boiler 400 for heating hot water by using the heat combusted through the secondary combustor 300;

A cyclone (500) for removing foreign matters that have been impregnated in the heat burner via the hot water boiler (400);

It is installed at the rear of the cyclone 500 to supply a substance such as activated carbon or calcination to form a bag filter 600 to remove foreign substances or harmful substances contained in the exhaust gas to maintain a clean state to release to the atmosphere Configuration.

The distillation unit 200 includes a case 201 having a cylindrical shape, and the case 201 is provided with a combustion means such as a burner on one side in order to burn waste.

An injection hole 202 is formed in the upper portion of the case 201 to continuously input the waste to be burned, and a supply hole for supplying the unburned gas generated in the combustion process to the secondary combustor 300 on the upper side thereof. 203).

The distillation nozzle 210 having a plurality of nozzles is arranged at equal intervals below the case 201 so as to supply air for combustion, and ashes generated after combustion may fall below the distillation nozzle 210. The fallout hole 205 is formed so that it is comprised.

As the conventional dry nozzle 1 is shown in FIG.

It is fixed at equal intervals to the supply pipe (2) receiving air by the air supply means, and forms an inlet hole (4) for the air inlet in the center of the nozzle body (3) provided in a cylindrical shape, the inlet hole ( At the end of 4) is formed by forming a radial injection hole (5).

In the conventional dry distillation nozzle as described above, since both the supply pipe and the nozzle body are made of metal, the temperature generated during the combustion in the dry distillation unit is a very high temperature, so that a fixed part is separated or a part of the nozzle itself is damaged. Occurs.

As the dry nozzle is exposed to high temperature and is easily damaged, ash generated after combustion is introduced into the damaged nozzle to block the supply of air, thereby degrading the combustibility of the dry cell and causing the need to periodically change or repair the nozzle.

As a result of the damage to the nozzle, maintenance or replacement is necessary, which prevents continuous operation of the dryer. In addition, the fatigue of the worker (manager) is increased due to the increase of unnecessary work, and the overall efficiency of the waste disposal system is reduced. Problems are occurring.

Therefore, the present invention is designed to solve the above problems, so as to improve the dry nozzle for supplying the air required to burn the waste put into the dry matter, so as not to be exposed to high temperature and easily damaged even for long-term use. The purpose is to maximize the efficiency of the overall work by reducing the idleness of the waste disposal system.

1 is a block diagram illustrating a waste treatment system for explaining a dry nozzle for a dry cleaner for a waste treatment system according to the present invention;

Figure 2 is a cross-sectional view showing a dry cleaner for a waste treatment system to which the dry nozzle according to the present invention is applied.

Figure 3 is a perspective view showing a dry nozzle for the dry accumulator for waste treatment system to which the technology of the present invention is applied.

4 is a cross-sectional view taken along the line A-A of the distillation nozzle for the dry accumulator for the waste treatment system shown in FIG.

FIG. 5 is a cross-sectional view taken along line B-B of a distillation nozzle for a distillation unit for a waste disposal system shown in FIG.

Figure 6 is a cross-sectional view showing a dry nozzle for a dry cell for a waste treatment system to which the prior art is applied.

* Description of the symbols used in the main parts of the drawings *

100; Waste disposal system

200; Dryer

210; Drying nozzle

211; Supply pipe

212; Inflow Hall

213; Jet

214; Nozzle body

215; Castable

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

1 is a block diagram showing a waste treatment system for explaining a dry nozzle for a dry cleaner for a waste treatment system according to the present invention, FIG. 2 is a cross-sectional view showing a dry cleaner for a waste treatment system to which a dry nozzle for the present invention is applied, and FIG. 4 is a perspective view illustrating a dry distillation nozzle for a dry water dispenser for a waste disposal system to which the technique of FIG. 3 is applied; FIG. The cross-sectional view taken along line B-B of the dry nozzle for the dry accumulator for the waste disposal system is described together.

Dryer 200, which is applied to the waste disposal system 100 and initially burns waste, has a case 201 in a cylindrical shape, and the case 201 has a combustion means such as a burner to burn the waste. To be provided.

An injection hole 202 is formed in the upper portion of the case 201 to continuously input the waste to be burned, and a supply hole for supplying the unburned gas generated in the combustion process to the secondary combustor 300 on the upper side thereof. 203).

The distillation nozzle 210 having a plurality of nozzles is arranged at equal intervals below the case 201 so as to supply air for combustion, and ashes generated after combustion may fall below the distillation nozzle 210. The fallout hole 205 is formed so that it is comprised.

In the present invention, the dry nozzle 210 is improved to have durability that can be used without damage even when exposed to a high temperature in the dry dryer 200 for a long time.

Drying nozzle 210 of the present invention for this purpose,

In the supply pipe 211 that can receive air from the air supply means is formed in the inlet hole 212 to receive the air from the supply pipe 211 in the center and radially at the upper end of the inlet hole 212 The nozzle body 214 in which the injection hole 213 was formed is fixed at equal intervals.

The outside of the supply pipe 211 and the nozzle body 214 is finished with a castable (Castablrs; 215) of a material that is excellent in fire resistance and heat insulation to sufficiently endure high temperature and high temperature.

The outer side of the supply pipe 211 is fixed to the anchor 216 provided in the bar or plate type radially to prevent the castable 215 to be separated.

Alternatively, the outer surface of the castable 215 to be finished may be coated with a metal finishing plate 217 to increase the adhesion of the castable 215.

The present invention as described above, the dry distillation nozzle 210 is installed by maintaining the same interval in the transverse direction below the dry distillation unit 200, air is supplied from the air supply means provided in the dry distillation unit 200 outside By continuously spraying through the dry distillation nozzle 210, the waste may be combusted.

As such, even when the waste is burned to a high temperature and high temperature state, the supply pipe 211 and the nozzle body 214 are protected by the castable 215 which is finished on the outside of the dry distillation nozzle 210 to prevent damage.

In particular, when the finish plate 217 made of a metal plate is coated on the outer surface of the castable 215 finished on the supply pipe 211 and the nozzle body 214, the finish plate 217 is melted by high temperature and high temperature. It is lowered or removed and eventually only the castable 215 remains to protect the supply pipe 211 and the nozzle body 214.

The present invention has the advantage of preventing the damage or abnormality of the dry nozzle by closing the dry nozzle in a castable to sufficiently endure and maintain durability even in a high temperature and high temperature dry cell.

The present invention as described above improves the dry nozzle which supplies the air necessary to burn the waste put into the dry cell, so that it is not exposed to high temperature and is easily damaged even in long-term use. It is designed to have various effects such as reducing the idle speed to maximize the efficiency of the overall work.

Claims (3)

A case 201 having a combustion means such as a burner for burning the waste in a cylindrical shape; An inlet 202 formed to supply waste to be burned on top of the case 201; A supply hole 203 formed on the upper side of the case 201 to supply the unburned gas generated in the combustion process to the secondary combustor 300; A dry distillation nozzle 210 having a plurality of nozzles disposed at equal intervals below the case 201 to supply air for combustion; In the distillation unit (200) of the waste disposal system (100) formed by forming a fallout hole (205) so that ash generated after combustion falls below the distillation nozzle (210); A supply pipe 211 capable of receiving air from the dry distillation nozzle 210 from an air supply means; The inlet hole 212 is formed to receive air from the supply pipe 211, and the injection hole 213 is radially formed at the upper end of the inlet hole 212 and fixed at equal intervals in the supply pipe 211. It consists of a nozzle body 214 to make; Drying nozzle for dry matter for the waste disposal system, characterized in that the outer side of the supply pipe 211 and the nozzle body 214 is finished with a castable (Castablrs; 215) excellent fire resistance and heat resistance to withstand high temperatures and high heat . The method of claim 1; Drying nozzle for dry matter for the waste treatment system, characterized in that the anchor 216 is fixed to the outside of the supply pipe 211 to prevent the castable (215) to be separated. The method of claim 1; Drying nozzle for dry matter for the waste treatment system, characterized in that the outer surface of the castable 215 is coated with a metal finishing plate 217 to increase the adhesion.