KR101187651B1 - A portable incinerator for the safety processing of the animal corpse - Google Patents

Abstract

PURPOSE: A movable incinerator for the safe disposal of dead domestic animals is provided to easily burn the dead animals on a grate as the air supplied through a blower is supplied to the dead animals. CONSTITUTION: A movable incinerator for the safe disposal of dead domestic animals comprises a first combustion chamber(10), a support(20), and a grate(30). The first combustion chamber comprises an upper combustion chamber(12), a lower combustion chamber(14), and a supply nozzle. The air is supplied to the supply nozzle through a blower(P), and supplied to a fourth air path formed in the spacing grooves of the grate. The polluted dead animals are burned in the lower combustion chamber by a fixed burner(13). The polluted dead animals are rapidly burned as the rotary angle of a rotary burner is controlled by users.

Description

A portable incinerator for the safety processing of the animal corpse}

The present invention relates to a mobile incinerator for safe disposal of livestock disposed of in the present invention, which is installed in a first combustion chamber to form a plurality of grooves on an upper part of a grate on which animal carcasses are seated, and the grooves are supplied through a support through a blower. By forming an air passage for supplying air in the direction of the animal carcass, not only the animal carcass can be incinerated to the grate, but also the burner installed in the upper combustion chamber is composed of a rotary burner to smoothly incinerate the blind area of the burner. Therefore, it is possible to reduce the fuel, as well as to shorten the combustion time, and the first passage of the first combustion chamber is formed of refractory having a plurality of through holes, and a blower is provided on the side wall of the first combustion chamber located in front of the first passage. By forming a vent for supplying air into the combustion chamber, pyrolysis of unburned gas passing through the first passage is prevented. In addition, it can be installed in a mobile vehicle such as a tractor to quickly incinerate the polluted animal generated in the polluted area without moving it to another place, thereby preventing the spread of the polluted animal and preventing landfill. The present invention relates to a mobile incinerator for the safe treatment of slaughtered livestock that can prevent soil and water pollution and secure landfill sites.

In general, when dead animals, such as foot-and-mouth disease, mad cow disease, avian influenza, swine cholera, etc., are left untreated quickly, the carcasses can be transmitted to live animals or humans. However, animal carcasses with infectious diseases cannot be broken down due to germs and must be incinerated.

However, animal carcasses are not completely burned due to instantaneous overload because animal carcass fat is combusted after a certain period of combustion due to combustion characteristics, and the animal carcass incinerator is incinerated in a state where the animal carcasses are placed on the fixed bed bottom. Because of this structure, there is a problem in that a large amount of fuel is consumed to burn the animal carcasses with a high moisture content and a long burning time. There was a problem that has to be performed separately and this delays the work time.

On the other hand, recently, contaminated animals caused by infectious diseases such as mad cow disease, cholera, and AI, and the dead animals are forbidden to be taken out of the contaminated area, and there is no way to incinerate animal carcasses. The landfill could only handle the carcasses of contaminated animals.

However, when the animal carcass is treated through landfill as described above, not only waste of land due to landfill occurs, but also land and air air is contaminated due to pollutants and odors generated from landfill of animal carcasses. There was a problem, and environmental problems such as leachate polluted the surrounding rivers or rivers leading to extreme water pollution.

Accordingly, the present applicant has developed a mobile animal incinerator such as Patent Application No. 10-2012-0002405 in order to solve this problem, through which the incineration can be achieved without inverting the animal carcass, as well as where the animal carcass occurred. The mobile animal incinerator was easily moved to achieve incineration.

However, the conventional mobile animal incinerator as described above does not smoothly incinerate the portion directly in contact with the grate, so it takes a lot of cost and time due to incineration, and is limited to the incineration range of the animal carcasses through the fixed burner. Because of this, there was a problem that the incineration is not smooth, and there is a high concern that the local residents have a disgust by the unburned gas that is not completely burned even in the first and second combustion chambers is discharged to the outside through the stack.

Thus, the applicant has developed an animal incinerator that can supplement the above problems.

Mobile incinerator for the safety treatment of the slaughtered livestock of the present invention for achieving the above object, consisting of an upper combustion chamber in which the rotary burner is installed, and a lower combustion chamber in which a plurality of fixed burners are installed, between the fixed burner Between the supply nozzle is supplied with air through the blower is formed, the upper combustion chamber comprises a first combustion chamber formed with an opening door and a first passage; A support installed on a bottom surface of the first combustion chamber and having a first air passage corresponding to the supply nozzle, and having a second air passage connected to the first air passage at an upper portion thereof; The first combustion chamber is divided into an upper combustion chamber and a lower combustion chamber by being seated so as to be disposed in a lattice shape on the support, and a lower seating jaw formed by a support and having a third air passage connected to the second air passage of the support is disposed below the support chamber. A grate formed in the upper part of the separation groove having a fourth air passage connected to the third air passage through a connection hole; It is connected to the first combustion chamber through the first passage, the boundary wall is formed so that the interior is divided into the first and second chambers to form a second passage on the lower side, the discharge chamber for discharging the combustion gas in the upper portion of the second chamber Second combustion chamber; A cyclone dust collector connected to an outlet of the second combustion chamber to filter foreign matter contained in combustion gas; A catalytic reduction device connected to the cyclone dust collector to remove harmful gas contained in combustion gas; A filter dust collector connected to the catalytic reduction device to filter fine dust; The first and second combustion chambers connected to the filter dust collector to discharge the exhaust gas to the outside, a cyclone dust collector and a catalytic reduction device, a filter dust collector, and a trailer in which a stack is installed; It is characterized by what can be done.

Mobile incinerator for the safe disposal of the slaughtered livestock of the present invention is installed in the first combustion chamber to form a plurality of grooves in the upper part of the grate on which the animal carcasses are seated, the grooves in the air supplied through the support through the blower animal By forming an air passage for feeding in the direction of the carcass, there is an advantage that the animal carcass can be easily incinerated even to the grate.

In addition, the present invention can be smoothly incinerated to a square range of the burner by configuring the burner installed in the upper combustion chamber with a rotary burner, there is an advantage that can save fuel, as well as shorten the combustion time.

In addition, the present invention forms a first passage of the first combustion chamber by the refractory formed with a plurality of through holes, by forming a vent for supplying air into the combustion chamber through the blower on the side wall of the first combustion chamber located in front of the first passage There is an advantage to achieve the thermal decomposition of the unburned gas passing through the first passage.

In addition, the present invention can be installed in a mobile vehicle, such as a tractor can be incinerated quickly without moving the contaminated animal generated in the contaminated area to other places to prevent the transmission by contaminated animals, as well as do not form a landfill So it is a useful invention that can achieve the prevention of soil and water pollution and secure landfills.

1 is a state diagram showing a mobile incinerator for the safe treatment of livestock disposal of the present invention.
2 is a state diagram showing the first and second combustion chambers of the present invention.
Figure 3 is a state diagram showing the first and second combustion chambers provided with the support and the grate of the present invention.
Figure 4 is a state in which the rotary burner of the present invention rotates along the rail.
5 is a configuration in which the rotary burner of the present invention is installed in the first combustion chamber.
Figure 6 is a perspective view of the first passage made of a refractory formed with a plurality of through holes of the present invention.
Figure 7 is an exploded perspective view showing a coupling state of the support and the grate of the present invention.
8 is a perspective view showing a state in which the grate of the present invention is arranged in a lattice shape.

Hereinafter, the structure of the present invention will be described.

The present invention relates to a portable incinerator (100) for the safe treatment of livestock disposed of by killing the dead body of a contaminated animal or other animals, or humans, as shown in Figures 1 to 3 Similarly, the first combustion chamber 10, the support 20, the grate 30, the second combustion chamber 40, the cyclone dust collector 50, the catalytic reduction device 60, and the filter dust collector 70 are similar. And the stack 80.

First, the first combustion chamber 10 is configured to incinerate the dead body of the contaminated animal, the upper combustion chamber 12, the rotary burner 11 is installed by the grate 30, and a plurality of fixed burners 13 are installed It is preferably composed of a lower combustion chamber 14, the bottom surface of the lower combustion chamber 14 is preferably provided with a fixed installation groove (14a) for fixed installation of the support 20.

In addition, the fixed burners 13 are usually spaced at equal intervals and arranged in three, wherein between the fixed burners 13, a supply nozzle 15 is formed through the side wall of the first combustion chamber 10. In addition, the supply nozzle 15 is connected to the blower (P) installed in the outside is configured to supply air into the lower combustion chamber (14).

In addition, the upper combustion chamber 12 is installed to open and close the normal opening and closing door 16 for injecting the body of the animal through a conventional hydraulic device (not shown), and removes the exhaust gas generated when incineration of the animal carcass The first passage 17 for moving to the combustion chamber 40 is formed.

On the other hand, the rotary burner 11 is the interior of the first combustion chamber 10 through the installation hole (10a) formed in the first combustion chamber 10, a part of the discharge port for generating a flame as shown in Figs. It is installed to be inserted into the grate 30 is configured to rotate to enable easy incineration of the animal carcasses seated on the grate 30, the configuration of such a rotary burner 11 is a rail (11a), burner body (11c) And the fixed hinge 11d, the bearing support 11e, and the heat resistant film 11f, which will be described below in more detail.

First, the rail 11a of the rotary burner 11 is installed in an arc shape on the outside of the first combustion chamber 10, and the radius of the rail 11a has the same radius around the bearing support 11e. .

In addition, the burner main body 11c is a conventional burner which incinerates an animal carcass by generating a flame, and an outlet for generating a flame is provided inside the first combustion chamber 10 through an installation hole 10a of the first combustion chamber 10. It is inserted and installed in, all parts except the discharge port is located outside the first combustion chamber (10).

In addition, a wheel 11b seated on the rail 11a is formed below the burner body 11c positioned outside the first combustion chamber 10 to easily move the burner body 11c along the rail 11a. Can be moved.

In addition, the fixed hinge (11d) is formed in a b-shaped shape is fixed to the outer wall of the first combustion chamber 10 located on one side of the lower side of the installation hole (10a), which supports the bearing support (11e) to rotate The bearing support 11e is bearing-coupled to one end of the fixed hinge 11d, and the other side is coupled to the lower side of the burner body 11c along the rail 11a through the wheel 11b. It acts to rotate the moving burner body (11c) about the bearing support (11e).

The heat resistant film 11f is configured to prevent heat and exhaust gas and odor inside the first combustion chamber 10 from being discharged to the outside through the installation hole when the rotary burner 11 stops operating. 10 is connected between the outer wall and the burner body 11c to seal the installation hole 10a, and is preferably formed in a bellows type so as not to be affected by the rotation of the rotary burner 11.

In addition, the rotary burner 11 may be directly operated by the user according to the position of the animal carcasses introduced into the first combustion chamber 10, but is automatically rotated through a driving means (not shown) such as a conventional motor. It may be configured.

In addition, the first passage 17 formed in the first combustion chamber 10 may have a conventional configuration that is simply opened, but more preferably, as shown in FIG. 3 or FIG. After forming the formed refractory, the nozzle 1 for supplying air into the first combustion chamber 10 through the blower (P) on the front surface of the first passage 17 is the side wall of the first combustion chamber 10 It is preferable to make it possible to thermally decompose the unburned gas in the exhaust gas which passes through the through hole 17a of the first passage 17 by being further included in.

That is, while supplying oxygen to the unburned gas of the exhaust gas generated when the animal carcasses are incinerated through the rotary burner 11, the oxygen-burned unburned gas passes through the through-holes 17a of the refractory that is heated. It is preferable to make it easy to pyrolyze unburned gas.

Second, the support 20 is configured to be coupled to the fixed installation groove (14a) configured on the bottom surface of the lower combustion chamber 14 of the first combustion chamber 10, as shown in Figure 2, 3 or 7, A first air passage 21 corresponding to the supply nozzle 15 is formed therethrough, and the second air passage 23 connected to the first air passage 21 is equally spaced above the support 20. It is characterized in that a plurality of spaced apart.

Therefore, the air supplied from the blower P is not supplied to the lower combustion chamber 14, but is supplied upwardly of the support 20 through the supply nozzle 15 and the first and second air passages 21 and 23. Is done.

Third, the grate 30 is made of refractory as shown in Figure 3 or 7, 7, 8 to the support 20 to divide the first combustion chamber 10 into the upper combustion chamber 12 and the lower combustion chamber 14 In a seated configuration, a plurality of lattice shapes are disposed to be incinerated so as to incinerate animal carcasses seated on the upper surface of the grate 30 through a fixed burner 13 installed in the lower combustion chamber 14.

In addition, a seating jaw 33 is configured at the lower portion of the grate 30 to be easily supported by the support 20, and the seating jaw 33 has a second air passage 23 of the support 20. It characterized in that the third air passage 31 corresponding to the formed.

In addition, a spaced groove 39 is formed in the upper portion of the grate 30 so that a space is formed between the animal carcass and the grate 30, and the spaced groove 39 has a third hole through a connection hole 35. The fourth air passage 37 is connected to the furnace 31 is characterized in that it is formed.

Therefore, the air supplied from the blower P and supplied to the upper side of the support 20 passes through the third air passage 31, the connection hole 35, and the fourth air passage 37 of the grate 30. The spraying action occurs on the lower surface of the animal carcasses seated on the grate 30, and thus, the incineration of the animal carcasses can be performed smoothly without inverting the animal carcasses.

Fourth, the second combustion chamber 40 is configured to be connected to the first combustion chamber 10 through the first passage 17 of the first combustion chamber 10, and the interior of the second combustion chamber 40 is defined by the boundary wall 45. It is divided into chambers 41 and 43, and the first and second chambers 41 and 43 are connected by a second passage 47 formed under the boundary wall 45. In addition, a normal discharge port 49 for discharging exhaust gas is formed in an upper portion of the second chamber 43.

Here, the second combustion chamber 40 is a configuration that causes complete combustion by reburning unburned gas of the exhaust gas generated in the first combustion chamber 10, and the second combustion chamber 40 by the boundary wall 45. It can be configured to sustain a long burning time in, the second combustion chamber 40 is provided with an auxiliary burner (not shown) and the auxiliary nozzle (40b) for supplying air to reburn the unburned gas It is obvious.

In addition, the second passage 47 formed below the boundary wall 45 of the second combustion chamber 40 is formed of a refractory having a plurality of holes formed therein, similarly to the first passage 17 configured in the first combustion chamber 10. In addition, a nozzle 1 for supplying air to the inside of the second combustion chamber 40 through the blower P is disposed on the front surface of the second passage 47 so as to be further included in the side wall of the second combustion chamber 40. It is preferable to be able to thermally decompose the unburned gas passing through the through-holes of the two passages 47.

And, the air supplied to the nozzle 1, the supply nozzle 15 and the auxiliary nozzle (40b) is preferably configured to be supplied at the same time through the blower (P) connected to each other, wherein the blower (P) is By installing a detection sensor (S) in the first combustion chamber 10 may be configured to automatically operate as needed through the detection sensor (S).

Fifth, the cyclone dust collector 50 is connected to the outlet 49 of the second combustion chamber 40 to receive the exhaust gas, the weight of the dust contained in the exhaust gas by rotating the supplied exhaust gas at high speed is The general configuration that operates so that a lot of dust is separated from the exhaust gas, a detailed description thereof will be omitted.

Sixth, the catalytic reduction device 60 is called S.C.R (Selecitive Catalytic Reduction), and is configured to remove sulfur and nitrogen oxides contained in exhaust gas through a catalytic reaction.

 That is, the catalytic reduction device 60 is configured to remove harmful components contained in the exhaust gas through the reaction of urea water and a catalyst, and serves to make nitrogen oxide into nitrogen gas and water vapor which are harmless to the human body.

Seventh, the filter dust collector 70 is a conventional configuration that includes a bag filter 71 to remove dust contained in the exhaust gas, the inside is formed at a high temperature so as not to be affected by moisture, The bag filter 71 serves to filter not only large particles but also fine dust.

In addition, the filter dust collector 70 may further include a conventional compressor (not shown) for dropping the dust collected in the bag filter 71 to the lower side to enable reuse of the bag filter 71, Since the bag filter and the compressor are obvious matters in the bag filter 70, detailed description thereof will be omitted.

Eighth, the stack 80 is a conventional configuration for discharging exhaust gas that has been completely burned out through the above-described configuration, and is exhausted through the blower 81 provided between the bag filter 70 and the stack 80. Easy discharge of gas can be achieved.

On the other hand, the mobile incinerator 100 for the safe disposal of the slaughtered livestock of the present invention is installed in a conventional mobile vehicle (not shown) such as a tractor through a trailer (90).

That is, the first and second combustion chambers 10 and 40 of the present invention, the cyclone dust collector 50, the catalytic reduction device 60, the filter dust collector 70, and the stack 80 are conventional mobile type such as a tractor. It is installed in the trailer 90 connected to the vehicle. In addition, through such a trailer 90, the present invention can be quickly moved to an area where pollution has occurred, and thus an incineration treatment can be easily performed without moving and burying the contaminated animal carcass.

In addition, the trailer 90 may further include an input lifter 91 for automatically inserting an animal carcass into the interior of the first combustion chamber 20 through the opening / closing door 16. ) Is provided to the support guider 92 installed on the trailer 90, the chain transfer unit 94 and the support guider 92 installed on the support guider 92 and operated according to the driving of the motor 93. It may be easily formed by the configuration of the container 95 for feeding the animal carcasses to the opened upper portion of the first combustion chamber 10 by being transported according to the operation of the chain transfer part 94.

Hereinafter will be described the operation according to an embodiment of the preferred configuration of the present invention.

First, the present invention installed in the trailer 90 is installed in a mobile vehicle (not shown) such as a tractor to move to an area where foot-and-mouth disease, mad cow disease, bird flu, swine cholera, etc. occurred, and then opened and closed in the first combustion chamber 10 The door 16 is opened, and the contaminated animal carcass is moved into the first combustion chamber 10 by using an external equipment (not shown) such as a forklift truck or a fork lane, or an input lifter 91 installed in the trailer 90. Input.

Then, the injected contaminated animal carcasses are seated apart on the grate 30, the grate 30 is arranged in a grid shape, the upper part of each grate 30 is composed of a plurality of spaced grooves 39 animal carcasses A lot of space is formed in the lower part of the combustion can be achieved.

After the contaminated animal carcass is introduced into the first combustion chamber 10 as described above, the first open / close door 16 is closed, and then the incineration of the contaminated animal carcass is started.

Hereinafter, the process of incineration of carcasses of contaminated animals will be described in more detail.

Incineration of contaminated animal carcasses is performed through the rotary burner 11 installed in the upper combustion chamber 12 and the fixed burner 13 installed in the lower combustion chamber 14, and the rotary burner 11 located above the grate 30. ) Burns the upper part of the contaminated animal carcass, and the fixed burner 13 located below the grate 30 serves to burn the lower part of the contaminated animal carcass, and the middle portion of the contaminated animal carcass is the rotary burner 11. By the combustion of the upper and lower at the same time through the and the fixed burner 13 is pyrolyzed to incineration of the contaminated animal carcass proceeds.

In addition, when the incineration is performed as described above, the air is supplied to the supply nozzle 15 through the blower (P) is made, the separation groove portion of the grate 30 through the interior of the support 20 and grate 30 ( Since air is supplied to the fourth air passage 37 formed at 39, the lower combustion of the contaminated animal carcass through the fixed burner 13 installed in the lower combustion chamber is performed quickly and smoothly.

In addition, since the rotary burner 11 installed in the upper combustion chamber 12 can be arbitrarily rotated by the user to adjust the angle of the range in which the flame is generated, the rotary burner 11 is adapted to the situation in which the polluted animal carcasses are stacked on the grate. By adjusting the rotation angle, the upper combustion of the contaminated animal carcass can be achieved quickly and smoothly, and through such action, it is possible to reduce the cost and time due to the incineration of the contaminated animal carcass.

The exhaust gas generated by incineration of the contaminated animal carcass is moved to the second combustion chamber 40 through the first passage 17 formed in the upper combustion chamber 12, and the second combustion chamber 40 is connected to the second passage. The boundary wall 45 formed at the lower side of 47 has an unburned gas having a sufficient residence time in the second combustion chamber 40, and the combustion rate is adjusted according to the residence time to remove contaminants. Effectively done

In addition, since the unburned gas introduced into the second combustion chamber 40 is reburned by an auxiliary burner (not shown) installed in the second combustion chamber 40, the exhaust gas discharged may be maintained at an appropriate temperature and discharged. Will be.

On the other hand, in the present invention, the pyrolysis of unburned gas can be more effective to remove the contaminants, such a configuration is the first passage 17 and the nozzle 1 and the second combustion chamber (configured in the first combustion chamber 10 ( It can be easily achieved by the second passage 47 and the nozzle 1 configured in 40, wherein the first, second passages 17, 47 are all made of refractory formed with a plurality of through holes.

Therefore, the unburned unburned gas is mixed with oxygen supplied from the front part of the first passage 17 and the second passage 7 passage 47 while the oxygen is scarce, that is, the first and second passages 17 and 47. Since the refractories pass through the pores, the hot heat of the refractory causes pyrolysis of the unburned gas to remove contaminants.

Exhaust gas, which has been reburned through the second combustion chamber 40 as described above, is discharged to the outside through the stack 80 through a connecting pipe (not shown), and the second combustion chamber 40 and the stack 80 are exhausted. Since the cyclone dust collector 50, the catalytic reduction device 60 and the filter dust collector 70 is provided between, while passing through the cyclone dust collector 50, the catalyst reduction device 60 and the filter dust collector 70, respectively Contaminants contained in the exhaust gas and nitrogen oxides and odors harmful to the human body are removed, and the exhaust gas discharged to the outside through the stack 80 is discharged in a clean state.

Therefore, even if the present invention is used, the surrounding environment of the incinerator is kept clean.

In addition, although the above-described embodiment is described with respect to the preferred embodiment of the present invention, the present invention is not limited thereto and may be modified and implemented in various forms without departing from the technical spirit of the present invention.

S: Sensor 1: Nozzle
10: first combustion chamber 10a: installation hole
11: rotary burner 11a: rail
11b: wheel 11c: burner body
11d: Fixed Hinge 11e: Bearing Support
11f: heat resistant film 12: upper combustion chamber
13: fixed burner 14: lower combustion chamber
14a: fixed installation groove 15: supply nozzle
16: opening and closing door 17: the first passage
17a: through hole 20: support
21, 23: first and second air passage 30: grate
31, 37: 3rd, 4th air passage 33: Seating jaw
35: connecting hole 39: spaced groove
40: second combustion chamber 40b: auxiliary nozzle
41: Room 1 43: Room 2
45: boundary wall 47: the second passage
49: outlet 50: cyclone dust collector
60: catalytic reduction device 70: bag filter
71: bag filter 80: stack
81: blower 90: trailer
91: input lift 92: support guide
93: motor 94: chain transfer unit
95: container
100: Mobile incinerator for safe disposal of slaughtered livestock

Claims (3)

In an incinerator that incinerates the corpses of animals,
It consists of an upper combustion chamber 12, the rotary burner 11 is installed, and a lower combustion chamber 14, in which a plurality of fixed burners 13 are installed, between the fixed burners 13 through a blower P. A supply nozzle 15 through which air is supplied is formed, and the upper combustion chamber 12 includes a first combustion chamber 10 in which an opening and closing door 16 and a first passage 17 are formed;
It is installed on the bottom surface of the first combustion chamber 10, the first air passage 21 corresponding to the supply nozzle 15 is formed through, the second air passage connected to the first air passage 21 in the upper portion A support 20 on which the 23 is formed;
The first combustion chamber 10 is divided into an upper combustion chamber 12 and a lower combustion chamber 14 by being seated so as to be disposed in a lattice shape on the support 20, and supported by the support 20 at a lower portion of the support 20. A seating jaw 33 is formed to form a third air passage 31 connected to the second air passage 23, and a fourth connected to the third air passage 31 through a connection hole 35 at an upper portion thereof. A grate 30 configured with a spaced groove 39 in which an air passage 37 is formed;
It is connected to the first combustion chamber 10 through the first passage (17), the boundary wall 45 is formed so that the interior is divided into the first, second chambers (41, 43) to form a second passage 47 in the lower side A second combustion chamber 40 having a discharge port 49 for discharging combustion gas at an upper portion of the second chamber 43;
A cyclone dust collector (50) connected to the outlet (49) of the second combustion chamber (40) to filter foreign matter contained in the combustion gas;
A catalytic reduction device (60) connected to the cyclone dust collector (50) to remove harmful gases contained in the combustion gas;
A filter dust collector (70) connected to the catalytic reduction device (60) to filter fine dust;
A stack 80 connected to the bag filter 70 to discharge the exhaust gas to the outside;
The first and second combustion chambers 10 and 40, the cyclone dust collector 50, the catalytic reduction device 60, the filter dust collector 70, and the stack 90 are installed; Mobile incinerator for the safe treatment of livestock disposed of characterized in that the trailer 90 can be moved by connecting the tractor.
The method of claim 1, wherein the rotary burner 11,
An arc-shaped rail (11a) installed outside the first combustion chamber (10);
Burner body (11c) is formed along the rail (11a) to form a wheel (11b) on the lower side;
A fixed hinge 11d installed on an outer wall of the first combustion chamber 10;
A bearing support (11e), one side of which is bearing-bonded to the end of the fixed hinge (11d), the other side of which is coupled to the burner body (11c) to rotate the burner body (11c) moved along the rail (11a);
Removable incinerator for the safe treatment of the killing livestock, characterized in that consisting of; heat-resistant film (11f) is installed between the outer wall and the burner body (11c) of the first combustion chamber (10).
The method of claim 1, wherein the first passage 17 formed in the first combustion chamber 10 is formed of a refractory having a plurality of through holes 17a, and a blower P is formed on the front surface of the first passage 17. The nozzle 1 for supplying air to the inside of the combustion chamber 10 is further included on the side wall of the combustion chamber 10 to thermally decompose the unburned gas passing through the through hole 17a of the first passage 17. Mobile incinerators for the safe disposal of slaughtered livestock, characterized by being present.

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