JPH07318031A - Thermal recovering device and thermal recovering utilizing method under ignition of synthetic resin - Google Patents

Abstract

PURPOSE:To enable a heat energy produced by ignition of waste materials to be utilized as a heating source or a hot water supplying device by a method wherein heat energy contained in combustion gas within a heat generating device comprised of a material to be ignited supplying part, a combustion cham ber and a main body of an incinerator and within the main body of the incinera tor is recovered through a heat exchanger. CONSTITUTION:A combustion material to be ignited such as a synthetic resin waste material is supplied from a hopper 1 from a supplying part of a material to be ignited such as a synthetic resin waste material to a screw device 11. Then, combustion gas heated up to a high temperature within the combustion chamber is injected into the main body 3 of the combustion furnace under a state of flame. Then, the combustion is continued within the main body of the combustion furnace and a sufficient high temperature can be produced at the main body 3 of the combustion furnace. The heat energy contained in the combustion gas within the main body 3 of the combustion furnace is recovered through a heat exchanger 3 for the thermal recoverying device and it may be utilized as a heating device or a hot water supplying device.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for recovering and utilizing heat by incineration of synthetic resin and a method for recovering and utilizing heat by incineration of synthetic resin, and in particular, establishments and facilities where a large amount of combustible materials such as waste of synthetic resin are produced. Incinerate materials to be burned, such as synthetic resin waste, at the time of incineration, and at the time of incineration, a heat recovery and utilization device provided to recover and use the thermal energy of the combustion gas in the combustion furnace body The present invention relates to a heat recovery and utilization method by incineration of synthetic resin.

[0002]

2. Description of the Related Art Conventionally, synthetic resin waste is difficult to burn in an ordinary incinerator even if it is tried to incinerate it. Even if it burns, if it does not reach a very high temperature, it will not completely burn. , Black smoke or offensive odor,
The surroundings have been confused. In many cases, even if it is attempted to burn, it does not reach the point where it is melted and burned first. Therefore, in order to supply the synthetic resin waste to an incinerator as a material to be burned and burn it, not only the synthetic resin waste but also other combustion accelerators may be burned. However, it is not easy to always incinerate only the required amount. Also, if the inside of the incinerator is heated to a high temperature so that black smoke and offensive odors are not generated and virtually complete combustion is possible, the temperature becomes too high and the furnace wall of the incinerator is damaged. It will be. Therefore,
In order to use the incinerator for a long period of time, a breakthrough measure for that point is desired. Therefore, much research has been done on the walls of incinerators, but in the end, the walls that can withstand high temperatures are inevitably expensive. Therefore, simply incinerating synthetic resin waste or the like in an incinerator has not reached the point where further research is conducted.

[0003]

Therefore, the present invention does not simply incinerate synthetic resin wastes in an incinerator, but actively burns synthetic resin wastes that are difficult to burn. Combustion is performed in the chamber and the combustion furnace main body, and the heat energy of the combustion gas in the combustion furnace main body is recovered through the heat exchanger of the heat recovery and utilization device so that it can be used as a heating or hot water supply device. The first object of the present invention is to purify waste gas that has been heat-exchanged in the heat exchanger through a waste gas treatment device to render it harmless so that the purified gas can be discharged from the exhaust stack. Further, the present invention, first, supplies the combustible material such as synthetic resin waste to the screw device from the hopper of the combustible material supply unit such as synthetic resin waste, and then the combustible material in the screw device. It is supplied to the combustion chamber, and then the combustion gas that has become hot in the combustion chamber is injected into the combustion furnace body in a flame state, and then the combustion is continued in the combustion furnace body. And enough
High heat can be generated, in which the heat energy of the combustion gas in the combustion furnace body is recovered through the heat exchanger of the heat recovery and utilization device, and heating or greenhouse cultivation or tropical fish breeding or hot water supply device is performed. The second object is to provide a method for recovering and utilizing heat by incineration of synthetic resin so that it can be used as a bathhouse, a health facility or a medical treatment facility.

[0004]

DISCLOSURE OF THE INVENTION The present invention is directed to a heat generator including a material supply section for combustible materials such as synthetic resin waste, a combustion chamber and a combustion furnace body, and combustion gas in the combustion furnace body of the heat generator. Is a heat recovery and utilization device by incineration of synthetic resin, which recovers the heat energy of the heat recovery device through a heat exchanger of the heat recovery and utilization device, and can be used as a heating or hot water supply device. , First, the combustible material such as synthetic resin waste is supplied from the hopper of the combustible material supply section to the screw device, and then the combustible material inside the screw device is supplied to the combustion chamber. , Next, the combustion gas that has become hot in the combustion chamber is injected into the combustion furnace main body in a flame state, and then the combustion is further continued in the combustion furnace main body. To generate A heat recovery and utilization method by incineration of synthetic resin so that the heat energy of the combustion gas in the combustion furnace body is recovered through the heat exchanger of the heat recovery and utilization apparatus and can be utilized as a heating or hot water supply apparatus. Is.

[0005]

The present invention heats the heat energy of the heat generation device including the material to be burned such as synthetic resin waste, the combustion chamber, and the combustion furnace body, and the combustion gas in the combustion furnace body of the heat generation device. Since it is a heat recovery and utilization device by incineration of synthetic resin, which recovers heat via the heat exchanger of the recovery and utilization device and can be used as a heating or hot water supply device, black smoke and offensive odors are likely to occur during incineration. The heat recovery and utilization device for incineration of synthetic resin wastes and other materials by the incineration of the synthetic resin according to the present invention makes the combustion state practically complete combustion, and the high heat energy of the combustion gas is exchanged with the heat recovery and utilization device. The heat can be recovered through the heater and used as a heating or hot water supply device. Further, the heat is recovered through the heat exchanger of the heat recovery and utilization device of the present invention and used for heating, greenhouse cultivation or tropical fish breeding, or hot water is supplied by the hot water supply device, and the bath or health facility or medical treatment is provided. Even if it is a material that can be used as a facility and is a combustible material such as synthetic resin waste that easily produces black smoke or an offensive odor, the heat recovery utilization device by incineration of the synthetic resin of the present invention can effectively use thermal energy. You can Further, the present invention, first, supplies the combustible material such as synthetic resin waste to the screw device from the hopper of the combustible material supply unit such as synthetic resin waste, and then the combustible material in the screw device. It is supplied to the combustion chamber, and then the combustion gas that has become hot in the combustion chamber is injected into the combustion furnace body in a flame state, and then the combustion is continued in the combustion furnace body. Therefore, it is possible to generate sufficiently high heat, in which the heat energy of the combustion gas in the combustion furnace body is recovered through the heat exchanger of the heat recovery and utilization device, and as a heating or hot water supply device. Since this is a method of recovering heat by incineration of synthetic resin, it is possible to use materials such as synthetic resin waste that easily generate black smoke and offensive odors when incinerating materials that are combustible such as synthetic resin waste. For incineration of the synthetic resin of the present invention That the heat recovery utilization method, in the state of virtually complete combustion,
The high heat energy of the combustion gas can be recovered via the heat exchanger of the heat recovery and utilization device and used as a heating or hot water supply device. Then, heat is recovered through the heat exchanger of the heat recovery and utilization device used in the heat recovery and utilization method by incineration of the synthetic resin of the present invention, and used for heating or greenhouse cultivation or tropical fish breeding or hot water supply by the hot water supply device. It can be supplied and used as a bath or a health facility or a medical treatment facility. Further, even for combustible materials such as synthetic resin wastes that easily generate black smoke or offensive odor, the heat recovery and utilization method by incineration of the synthetic resin of the present invention can effectively use the thermal energy.

[0006]

First Embodiment The present invention is directed to a heat generator including a material supply unit for combustible materials such as synthetic resin waste, a combustion chamber, and a combustion furnace body, and thermal energy contained in combustion gas in the combustion furnace body of the heat generator. Heat is recovered through the heat exchanger of the heat recovery and utilization device and is used as a heating or hot water supply device, and the waste gas heat-exchanged by the heat exchanger is used as a purification filter, a washing device, and a harmful substance absorbing device. A waste gas treatment device equipped with a purifying gas is made harmless, and the purifying gas is discharged from the exhaust chimney through a duct and a blower.The water washing device is located in the middle part of the vertical cylinder type waste gas treatment device. Then, a water storage tank is disposed below the vertical cylinder portion of the waste gas treatment device, a circulation pump is disposed in the water storage tank, water is supplied to the water washing device through a pipe, and water sprinkled from the water washing device is provided. To the circulation pump It is a heat recovery and utilization apparatus according to the synthetic resin incineration which can circulate Rimizu.

[0007]

[Embodiment 2] The present invention relates to a heat generating device including a material supply part for combustible materials such as synthetic resin waste, a combustion chamber, and a combustion furnace main body, and thermal energy of combustion gas in the combustion furnace main body of the heat generating device. Heat is recovered through the heat exchanger of the heat recovery and utilization device so that it can be used as a heating or hot water supply device, a hopper is provided at the upper part thereof, and a screw device for combustible material supply is provided at the lower part thereof. A combustible material supply unit is formed, and an inlet of the combustible material supply screw device is provided at the lower end opening of a hopper having a combustible material input port at the upper part, and an outlet is provided at the opposite end thereof, and the combustible material supply screw device is provided. Is a device for recovering and utilizing heat by incineration of synthetic resin, in which the outlet of the above is communicated with the inlet of the upper part of the combustion chamber, and the marble with a plate is positioned below it.

[0008]

[Third Embodiment] The present invention is directed to a heat generator including a material supply unit for combustible materials such as synthetic resin waste, a combustion chamber, and a combustion furnace body, and thermal energy contained in combustion gas in the combustion furnace body of the heat generator. Heat is recovered through the heat exchanger of the heat recovery and utilization device so that it can be used as a heating or hot water supply device, the burned material supply part is formed by a hopper and a horizontal feed screw device, and the hopper A combustion material charging port is provided at the upper part, an inlet of the horizontal feed screw device is provided at the lower end opening of the hopper, an outlet is provided at the opposite end, and the outlet and the upper inlet of the combustion chamber are communicated with each other,
It is a heat recovery and utilization device by incineration of synthetic resin by placing a marble with a plate below it.

[0009]

[Fourth Embodiment] The present invention relates to a heat generating device including a material supply unit for combustible materials such as synthetic resin waste, a combustion chamber, and a combustion furnace main body, and thermal energy contained in combustion gas in the combustion furnace main body of the heat generating apparatus. Heat is recovered through the heat exchanger of the heat recovery and utilization device so that it can be used as a heating or hot water supply device, and the burned material supply part is formed by a hopper and a horizontal feed screw device, and the horizontal feed When the state where the material to be burned is melted and burned at the position of the marble with a plate located below it, which communicates the outlet of the screw device and the inlet of the upper part of the combustion chamber, the horizontal feed screw device The supply of the material to be burned is delayed or, conversely, when the state where the material to be burned melts and burns is fast, the supply of the material to be burned by the horizontal feed screw device is rushed to make it virtually continuous. It is a heat recovery and utilization apparatus according to the synthetic resin incineration of which can be baked.

[0010]

[Embodiment 5] The present invention relates to a heat generating device including a material supply section for combustible materials such as synthetic resin waste, a combustion chamber, and a combustion furnace main body, and thermal energy of combustion gas in the combustion furnace main body of the heat generating apparatus. Heat is recovered through the heat exchanger of the heat recovery and utilization device so that it can be used as a heating or hot water supply device, and the burned material supply part is formed by a hopper and a horizontal feed screw device, and the horizontal feed It is possible to control the speed of the driving device of the screw device, and the speed control of the driving device of the screw device is proportional to the speed control of the driving device of the screw device by advancing and retracting the state of melting and burning of the material to be burned in the combustion chamber. It is a heat recovery and utilization device by incineration of synthetic resin capable of controlling the speed of.

[0011]

[Embodiment 6] The present invention relates to a heat generating device including a material supply part for combustible materials such as synthetic resin waste, a combustion chamber and a combustion furnace main body, and thermal energy of combustion gas in the combustion furnace main body of the heat generating device. Was recovered as heat via the heat exchanger of the heat recovery and utilization device and was used as a heating or hot water supply device, and the ejection port of the air to be supplied into the chamber of the combustion chamber was located near the fuel ejection port of the auxiliary banner. It is a heat recovery and utilization device by incineration of synthetic resin.

[0012]

[Embodiment 7] The present invention relates to a heat generating device comprising a material supply part for combustible materials such as synthetic resin waste, a combustion chamber and a combustion furnace main body, and thermal energy of combustion gas in the combustion furnace main body of the heat generating device. Heat is recovered through the heat exchanger of the heat recovery and utilization device so that it can be used as a heating or hot water supply device, and the air sucked by the suction fan is used to surround the combustion chamber near the flame outlet of the combustion chamber. The air supply pipe is taken in at an appropriate position on the wall surface, and the air supply pipe is spirally wound at an appropriate position in the middle part of the peripheral wall surface of the combustion chamber, and the supply air is heated so that the air ejected from the air ejection port is ejected. It is a heat recovery and utilization device by incineration of synthetic resin that can be supplied in a high temperature state.

[0013]

[Embodiment 8] The present invention relates to a heat generating device comprising a material supply section for combustible materials such as synthetic resin waste, a combustion chamber and a combustion furnace main body, and thermal energy of combustion gas in the combustion furnace main body of the heat generating apparatus. To recover heat via the heat exchanger of the heat recovery and utilization device so that it can be used as a heating or hot water supply device.
A blower piping structure provided with a suction port portion is provided at an outlet portion of the combustion furnace body, and an air supply port portion of the blower piping structure is provided near the connection portion between the combustion furnace body and the combustion chamber. Located near the flame outlet in the combustion chamber, virtually completely incinerated and unable to give off unpleasant odors and black smoke,
It is a heat recovery and utilization device by incineration of synthetic resin so that smokeless and odorless gas can be exhausted.

[0014]

[Embodiment 9] The present invention relates to a heat generating device including a combustible material supply unit such as synthetic resin waste, a combustion chamber and a combustion furnace main body, and thermal energy of combustion gas in the combustion furnace main body of the heat generating apparatus. To recover heat via the heat exchanger of the heat recovery and utilization device so that it can be used as a heating or hot water supply device.
The heat exchanger of the heat recovery and utilization device is disposed above the suction port of the blower piping structure at the outlet of the combustion furnace body, and the outside air is sucked from the intake port of the heat exchanger to be heat-exchanged and warmed. This is a heat recovery and utilization device by incineration of synthetic resin so that air can be supplied to a place where heating is required by a duct.

[0015]

[Embodiment 10] The present invention relates to a heat generating device including a material supply part for combustible materials such as synthetic resin waste, a combustion chamber and a combustion furnace main body, and thermal energy of combustion gas in the combustion furnace main body of the heat generating device. To recover heat through the heat exchanger of the heat recovery and utilization device so that it can be used as a heating or hot water supply device, and the inner wall surface of the combustion furnace body is coated with an alumina material to maximize heat reflection. The heat recovery and utilization device by incineration of the synthetic resin is adapted to utilize the heat energy of the combustion gas in the combustion furnace body.

[0016]

[Embodiment 11] In the present invention, first, a combustible material such as a synthetic resin waste is supplied from a hopper of a combustible material supplying section such as a synthetic resin waste to a screw device, and then a material to be combusted in the screw device is supplied. The combustion material is supplied to the combustion chamber, and then heated air can be supplied to a position near an auxiliary burner provided in the combustion chamber to promote combustion in the combustion chamber,
Next, the combustion gas that has become hot in the combustion chamber is injected into the combustion furnace main body in a flame state, and then the combustion is further continued in the combustion furnace main body to generate sufficiently high heat in the combustion furnace main body. The heat energy of the combustion gas in the combustion furnace body is recovered through the heat exchanger of the heat recovery and utilization device so that it can be used as a heating or hot water supply device. This is a method of recovering heat by incinerating resin.

[0017]

[Embodiment 12] In the present invention, first, a combustible material such as a synthetic resin waste supplied from a combustible material supplying section such as a synthetic resin waste is supplied to a combustion chamber, and a marble ball provided in the combustion chamber. It makes it possible to maintain the high temperature by dropping it on top of it, and it melts and burns on a hot marble and becomes a flame,
A flame is ejected from the opening that serves as the crater of the combustion chamber toward the center of the combustion furnace body, and is sucked by a blower from an appropriate position of the outlet of the combustion furnace body to the combustion chamber at a position before the combustion furnace body. To promote combustion by injecting it near the opening that becomes the crater, and continue combustion in the combustion furnace body,
The absolute amount of heat energy is increased so that the heat energy of the combustion gas in the combustion furnace body can be recovered through the heat exchanger of the heat recovery and utilization device and used as a heating or hot water supply device. This is a heat recovery utilization method by incineration of synthetic resin.

[0018]

[Embodiment 13] In the present invention, first, a combustible material such as synthetic resin waste is supplied from a hopper of a combustible material supplying section such as synthetic resin waste to a screw device and then supplied from the screw device. Combustible material such as synthetic resin waste is supplied to the combustion chamber and dropped on the burnt ball provided in the combustion chamber to maintain the high temperature. When it burns into a flame, the flame is ejected from the opening of the combustion chamber toward the center of the combustion furnace body, and combustion is continued in the combustion furnace body to further increase the absolute amount of thermal energy. The heat energy of the combustion gas in the main body is recovered through the heat exchanger of the heat recovery and utilization device, and is heated through a duct connected to the heat exchanger, or tropical plants are cultivated in greenhouses or tropical fish are raised. To be able to do A heat recovery utilization method according to the synthetic resin incineration.

[0019]

[Embodiment 14] In the present invention, first, a combustible material such as synthetic resin waste is supplied from a hopper of a combustible material supplying section such as synthetic resin waste to a screw device and then supplied from the screw device. Combustible material such as synthetic resin waste is supplied to the combustion chamber and dropped on the burnt ball provided in the combustion chamber to maintain the high temperature. When it burns into a flame, the flame is ejected from the opening of the combustion chamber toward the center of the combustion furnace body, and combustion is continued in the combustion furnace body to further increase the absolute amount of thermal energy. The heat energy of the combustion gas in the main body is recovered through the heat exchanger of the heat recovery and utilization device, and used as a medical facility such as a bath or hot water pool with a hot water supply device, an exercise facility necessary for health and spa therapy. To be available And a heat recovery utilization method according to the synthetic resin incineration.

[0020]

[Effects] The present invention heats the heat energy of the heat generating device including the material to be burned such as synthetic resin waste, the combustion chamber, and the main body of the combustion furnace and the combustion gas in the combustion furnace main body of the heat generating device. Since it is a heat recovery and utilization device by incineration of synthetic resin, which recovers heat via the heat exchanger of the recovery and utilization device and can be used as a heating or hot water supply device, black smoke and offensive odors are likely to occur during incineration. With the heat recovery and utilization device for incineration of synthetic resin such as synthetic resin waste by the heat recovery and utilization device of the present invention, the high heat energy of the combustion gas can be converted into the heat exchanger of the heat recovery and utilization device. It can be used as a heating or hot water supply device. Further, the heat is recovered through the heat exchanger of the heat recovery and utilization device of the present invention and used for heating, greenhouse cultivation or tropical fish breeding, or hot water is supplied by the hot water supply device, and the bath or health facility or medical treatment is provided. Even if it is a material that can be used as a facility and is a combustible material such as synthetic resin waste that easily produces black smoke or an offensive odor, the heat recovery utilization device by incineration of the synthetic resin of the present invention can effectively use thermal energy. There are possible effects. Further, the present invention, first, supplies the combustible material such as synthetic resin waste to the screw device from the hopper of the combustible material supply unit such as synthetic resin waste, and then the combustible material in the screw device. It is supplied to the combustion chamber, and then the combustion gas that has become hot in the combustion chamber is injected into the combustion furnace body in a flame state, and then the combustion is continued in the combustion furnace body. so,
Sufficiently high heat can be generated so that the heat energy of the combustion gas in the combustion furnace body is recovered through the heat exchanger of the heat recovery and utilization device and used as a heating or hot water supply device. Since it is a method of recovering and utilizing heat by incineration of the synthetic resin thus obtained, when incinerating the combustible material such as the synthetic resin waste, the present invention provides the combustible material such as the synthetic resin waste, which easily causes black smoke or offensive odor. By the method for recovering and utilizing heat by incineration of the synthetic resin, virtually complete combustion is achieved, and the high heat energy of the combustion gas is recovered through the heat exchanger of the heat recovery and utilization device, and heating or hot water is used. It can be used as a feeding device. And, further, heat is recovered through the heat exchanger of the heat recovery and utilization device used in the heat recovery and utilization method by incineration of the synthetic resin of the present invention,
It can be used for heating, greenhouse cultivation, tropical fish breeding, or by supplying hot water with a hot water supply device and can be used as a bath, a health facility, or a medical treatment facility, such as synthetic resin waste that easily produces black smoke or an offensive odor. Even the material to be burned has the effect that the heat energy can be meaningfully used by the method for recovering and utilizing heat by incineration of the synthetic resin of the present invention.

[Brief description of drawings]

FIG. 1 is a system diagram of heat recovery and utilization by incineration of combustible materials such as synthetic resin waste, which is a longitudinal cross-sectional view of a main part of a heat recovery and utilization device by incineration of synthetic resin according to the present invention.

[Explanation of symbols]

1 Hopper of the material to be burned supply section 2 Opening of the combustion chamber towards the main body of the combustion furnace 3 Main body of the combustion furnace of the heat generator 4 Heat exchanger of the heat recovery and utilization device 5 Vertical cylinder part of the waste gas treatment device 6 For reheating Pipe line connected to a blower 7 Rinse device connected to a water tank 8 Exhaust chimney that discharges purified gas 9 Circulation pump for a water washing device 10 Burning ball with a dish in the combustion chamber 11 Horizontal feed screw device 12 Auxiliary burner in the combustion chamber 13 Air Fan with intake port 14 Air intake fan for heating duct 15 Inner wall coated with alumina material 16 Reheating blower 17 Horizontal feed screw drive 18 Exhaust chimney blower

Claims (23)

[Claims] 1. A heat generating device comprising a material supply part for combustible materials such as synthetic resin waste, a combustion chamber and a combustion furnace body, and heat energy of a combustion gas in the combustion furnace body of the heat generating device is recovered and utilized. Recovers heat via the heat exchanger of the device, and
A heat recovery and utilization device by incineration of synthetic resin that can be used as a heating or hot water supply device. 2. A heat generating device comprising a material for supplying combustible materials such as synthetic resin waste, a combustion chamber, and a combustion furnace body, and combustion gas which is practically completely burned in the combustion furnace body of the heat generating device. The heat recovery and utilization device by incineration of synthetic resin according to claim 1, which can recover the heat energy generated by the heat recovery device through a heat exchanger of the heat recovery and utilization device and use it as a heating or hot water supply device. 3. A heat generating device comprising a material supply part for combustible materials such as synthetic resin waste, a combustion chamber, and a combustion furnace body, and heat energy of a combustion gas in the combustion furnace body of the heat generating device is recovered and utilized. The heat recovery utilization by incineration of synthetic resin according to claim 1, wherein heat is recovered through a heat exchanger of the apparatus and can be used as a heating air supply apparatus for indoor heating or a hot water supply apparatus to a bathtub or the like. apparatus. 4. A heat generating device comprising a combustible material supply unit such as synthetic resin waste, a combustion chamber, and a combustion furnace body, and heat energy of a combustion gas in a combustion furnace body of the heat generating apparatus is recovered and utilized. The heat is recovered through the heat exchanger of the device so that it can be used as a heating or hot water supply device, and the waste gas heat-exchanged by the heat exchanger is purified through the waste gas treatment device to be harmless. The heat recovery and utilization device by incineration of synthetic resin according to claim 1, wherein the purified gas can be discharged from the exhaust chimney in the state. 5. A heat generating device comprising a material supply part for combustible materials such as synthetic resin waste, a combustion chamber, and a combustion furnace body, and heat energy of a combustion gas in the combustion furnace body of the heat generating device is recovered and utilized. The heat is recovered through the heat exchanger of the device so that it can be used as a heating or hot water supply device, and the waste gas heat-exchanged in the heat exchanger is provided with a purification filter, a washing device, and a harmful substance absorbing device. 2. The heat recovery and utilization device by incineration of synthetic resin according to claim 1, wherein the exhaust gas chimney is provided to purify the gas so that it is rendered harmless and the purified gas can be discharged from the exhaust chimney through the duct and the blower. 6. A heat generating device comprising a material supply part for combustible materials such as synthetic resin waste, a combustion chamber, and a combustion furnace main body, and the heat energy of the combustion gas in the combustion furnace main body of the heat generating device is recovered and utilized. The heat is recovered through the heat exchanger of the device so that it can be used as a heating or hot water supply device, and the waste gas heat-exchanged in the heat exchanger is provided with a purification filter, a washing device, and a harmful substance absorbing device. The provided waste gas treatment device purifies the gas to make it harmless so that the purified gas can be discharged from the exhaust chimney through the duct and the blower, and the water washing device is an intermediate portion of the vertical cylinder type waste gas treatment device. Located in the lower part of the vertical tube portion of the waste gas treatment device, a circulation pump is arranged in the water storage device, and water is supplied to the water washing device through a pipe, and the water washing device is installed. Collect water sprinkled from the storage tank Heat recovery and utilization apparatus according to the synthetic resin incineration of claim 1 wherein as capable of circulating water through the circulation pump Te. 7. A heat generating device comprising a combustible material supply unit such as synthetic resin waste, a combustion chamber, and a combustion furnace main body, and heat energy of a combustion gas in the combustion furnace main body of the heat generating apparatus is recovered and utilized. The heat is recovered through the heat exchanger of the device so that it can be used as a heating or hot water supply device, a hopper is provided at the upper part of the device, and a screw device for combustible material supply is provided at the lower part of the device to supply the combustible material supply unit. And the inlet of the screw device for supplying the burned material is provided at the lower end opening of the hopper having the inlet for the burned material and the outlet is provided at the opposite end, and the outlet of the screw device for supplying the burned material is burned. 2. The heat recovery and utilization device for incineration of synthetic resin according to claim 1, wherein the entrance to the upper part of the chamber is communicated with, and the marble with a plate is located below the entrance. 8. A heat generating device comprising a material supply part for combustible materials such as synthetic resin waste, a combustion chamber and a combustion furnace main body, and heat energy of a combustion gas in the combustion furnace main body of the heat generating device is recovered and utilized. The heat is recovered through the heat exchanger of the device so that it can be used as a heating or hot water supply device, and the material to be burned is formed by a hopper and a horizontal feed screw device, and the burning material is provided on the upper part of the hopper. An inlet is provided, an inlet of the horizontal feed screw device is provided at the lower end opening of the hopper, an outlet is provided at the opposite end, and the outlet and the inlet at the upper part of the combustion chamber are communicated with each other, and a plate is provided under the outlet. The heat recovery and utilization device by incineration of synthetic resin according to claim 1, wherein an attached burnt ball is located. 9. A heat generating device comprising a material supply part for combustible materials such as synthetic resin waste, a combustion chamber, and a combustion furnace main body, and the heat energy of the combustion gas in the combustion furnace main body of the heat generating device is recovered and utilized. The heat is recovered through the heat exchanger of the device so that it can be used as a heating or hot water supply device, and the combustible material supply part is formed by a hopper and a horizontal feed screw device, and the outlet of the horizontal feed screw device. When the state in which the material to be burnt is melted and burned at the position of the marble with a plate located below it is communicated with the upper inlet of the combustion chamber, the material to be burned by the horizontal feed screw device is slow. If the state in which the material to be burned is melted and burned is delayed, the supply of the material to be burned by the horizontal feed screw device can be rushed to continuously and virtually complete combustion. Heat recovery and utilization apparatus according to the synthetic resin incineration of claim 1, wherein. 10. A heat generating device comprising a material for supplying combustible materials such as synthetic resin waste, a combustion chamber and a combustion furnace main body, and heat energy of a combustion gas in the combustion furnace main body of the heat generating device is recovered and utilized. The heat is recovered through the heat exchanger of the device so that it can be used as a heating or hot water supply device, and the material to be burned is formed by a hopper and a horizontal feed screw device, and the horizontal feed screw device is driven. A speed control of the device, and a speed control of the drive device of the screw device can be performed proportionally to the speed control of the drive device of the screw device by advancing and retracting the state of melting and burning of the material to be burned in the combustion chamber. Item 2. A heat recovery and utilization device by incineration of synthetic resin according to Item 1. 11. A heat generating device comprising a combustible material supply part such as synthetic resin waste, a combustion chamber and a combustion furnace body, and heat energy of a combustion gas in the combustion furnace body of the heat generating device is recovered and utilized. 2. A jet outlet of air, which is used as a heating or hot water supply device by recovering heat via a heat exchanger of the device, is located near the fuel jet port of the auxiliary banner. Heat recovery utilization device by incineration of the described synthetic resin. 12. A heat generating device comprising a combustible material supply part such as synthetic resin waste, a combustion chamber, and a combustion furnace body, and heat energy of a combustion gas in the combustion furnace body of the heat generating device is recovered and utilized. The heat is recovered through the heat exchanger of the device so that it can be used as a heating or hot water supply device, and the air sucked by the suction fan is located at an appropriate position on the peripheral wall surface of the combustion chamber near the flame outlet of the combustion chamber. The air supply pipe is spirally wound at an appropriate position in the middle part of the peripheral wall surface of the combustion chamber, and the supply air is heated to bring the air blown out from the air outlet to a high temperature state. The heat recovery and utilization device by incineration of synthetic resin according to claim 1, which can be supplied. 13. A heat generating device comprising a combustible material supply part such as synthetic resin waste, a combustion chamber and a combustion furnace body, and heat energy of a combustion gas in the combustion furnace body of the heat generating device is recovered and utilized. The heat is recovered through the heat exchanger of the device and used as a heating or hot water supply device, and a blower piping structure provided with a suction port part at the exit part of the combustion furnace main body is arranged,
The blower piping structure is provided with the air supply port portion near the flame outlet of the combustion chamber near the connection between the combustion furnace body and the combustion chamber, and is practically completely incinerated and uncomfortable. The heat recovery and utilization device by incineration of synthetic resin according to claim 1, wherein odor and black smoke are not emitted, and smokeless and odorless gas is exhausted. 14. A heat generating device comprising a combustible material supply unit such as synthetic resin waste, a combustion chamber, and a combustion furnace main body, and heat energy of a combustion gas in the combustion furnace main body of the heat generating apparatus is recovered and utilized. The heat is recovered through the heat exchanger of the device and used as a heating or hot water supply device, and the heat exchanger of the heat recovery and utilization device is arranged above the suction port of the blower piping structure at the outlet of the combustion furnace body. 2. A heat recovery and utilization device for incineration of synthetic resin according to claim 1, wherein the heat recovery and utilization device is provided so that outside air is sucked in through an intake port of the heat exchanger and air that has been warmed by heat exchange can be supplied to a place where heating is required by a duct. . 15. A heat generating device comprising a combustible material supply part such as synthetic resin waste, a combustion chamber and a combustion furnace main body, and heat energy of a combustion gas in the combustion furnace main body of the heat generating device is recovered and utilized. The heat is recovered through the heat exchanger of the device and used as a heating or hot water supply device, and the inner wall surface of the combustion furnace body is covered with an alumina material to maximize heat reflection, 2. The heat recovery and utilization device by incineration of synthetic resin according to claim 1, wherein the heat energy of the combustion gas of 1. can be utilized. 16. First, a combustible material such as a synthetic resin waste is supplied to a screw device from a hopper of a combustible material such as a synthetic resin waste, and then the combustible material in the screw device is burned. Supply to the chamber, then inject the combustion gas, which has become hot in the combustion chamber, into the combustion furnace body in the state of flame, and then continue combustion inside the combustion furnace body, The heat energy of the combustion gas in the combustion furnace body is recovered through the heat exchanger of the heat recovery and utilization device and used as a heating or hot water supply device. The method for recovering and utilizing heat by incineration of synthetic resin according to claim 1, which is made possible. 17. First, a combustible material such as synthetic resin waste is supplied to a horizontal feed screw device from a hopper of a combustible material supply portion such as synthetic resin waste, and then the material to be combusted in the horizontal feed screw device is supplied. The combustion material is supplied to the combustion chamber, then, the combustion gas that has become hot in the combustion chamber is injected into the combustion furnace body in a flame state, and then, in the combustion furnace body, further combustion is continued, The combustion furnace body is made to be able to generate sufficiently high heat, and the heat energy of the combustion gas in the combustion furnace body is recovered through the heat exchanger of the heat recovery and utilization device for heating or hot water supply. The method for recovering and utilizing heat by incineration of synthetic resin according to claim 1, which can be used as an apparatus. 18. First, a combustible material such as synthetic resin waste supplied from a hopper of a combustible material supplying section for synthetic resin waste or the like via a screw device is supplied to the combustion chamber and provided in the combustion chamber. It is possible to maintain a high temperature by dropping it onto a hot ball, where it melts and burns on a hot ball to form a flame, where the center of the combustion furnace body opens from the opening of the combustion chamber. To the heat exchanger, the combustion furnace body continues combustion to further increase the absolute amount of thermal energy, and the heat energy of the combustion gas in the combustion furnace body is exchanged with the heat recovery and utilization device. The method for recovering and utilizing heat by incineration of synthetic resin according to claim 1, wherein the heat is recovered through a vessel and can be used as a heating or hot water supply device. 19. First, a combustible material such as synthetic resin waste is supplied from a hopper of a combustible material supplying section such as synthetic resin waste to a screw device, and then the combustible material in the screw device is burned. Supply to the chamber, and then heated air can be supplied to a position near the auxiliary burner provided in the combustion chamber to promote combustion in the combustion chamber, and then to a high temperature in the combustion chamber The combustion gas is injected into the combustion furnace body in a flame state, and then the combustion is further continued in the combustion furnace body to generate sufficiently high heat in the combustion furnace body. 2. The method for recovering and utilizing heat by incineration of synthetic resin according to claim 1, wherein the heat energy of the combustion gas is recovered through the heat exchanger of the recovering and utilizing apparatus so that it can be used as a heating or hot water supply apparatus. 20. First, a combustible material such as a synthetic resin waste supplied from a combustible material supplying section such as a synthetic resin waste is supplied to a combustion chamber and dropped onto a marble ball provided in the combustion chamber. By making it possible to maintain a high temperature, it melts and burns on a high-temperature marble to form a flame, and the flame is ejected from the opening that becomes the crater of the combustion chamber toward the center of the combustion furnace body. , Sucking with a blower from an appropriate position of the outlet of the combustion furnace main body and injecting it near the opening serving as the crater of the combustion chamber at a position in front of the combustion furnace main body to promote combustion,
Continuing combustion in the combustion furnace body, further increasing the absolute amount of heat energy, recovering the heat energy of the combustion gas in the combustion furnace body through the heat exchanger of the heat recovery and utilization device. The method for recovering and utilizing heat by incineration of synthetic resin according to claim 1, wherein the method can be used as a heating or hot water supply device. 21. First, a combustible material such as synthetic resin waste is supplied from a hopper of a combustible material supplying section such as synthetic resin waste to a screw device, and then the synthetic resin waste supplied from the screw device. The material to be burned is supplied to the combustion chamber and dropped on the marbles provided in the combustion chamber so that the high temperature can be maintained. Then, a flame is ejected from the opening of the combustion chamber toward the center of the combustion furnace main body, and combustion is continued in the combustion furnace main body to further increase the absolute amount of thermal energy, and the combustion in the combustion furnace main body is performed. The heat energy of the gas is recovered through the heat exchanger of the heat recovery and utilization device, so that heating or cultivation of tropical plants or cultivation of tropical fish in the greenhouse can be performed through the duct connected to the heat exchanger. Claim 1 Heat recovery utilization method according to the synthetic resin incineration of mounting. 22. First, a combustible material such as synthetic resin waste is supplied from a hopper of a combustible material supplying section such as synthetic resin waste to a screw device, and then the synthetic resin waste supplied from the screw device. The material to be burned is supplied to the combustion chamber and dropped on the marbles provided in the combustion chamber so that the high temperature can be maintained. Then, a flame is ejected from the opening of the combustion chamber toward the center of the combustion furnace main body, and combustion is continued in the combustion furnace main body to further increase the absolute amount of thermal energy, and the combustion in the combustion furnace main body is performed. The heat energy of the gas can be recovered through the heat exchanger of the heat recovery and utilization device so that it can be used as a bathhouse with a hot water supply device, a hot water pool, an exercise facility necessary for health, and a medical facility such as spa therapy. Claims made Heat recovery utilization method according to the synthetic resin incineration description. 23. First, the height of the floor is set to be the same as the height of the cargo of vehicles for freight such as industrial waste vehicles and general trucks, or to another appropriate height. Combustible material such as synthetic resin waste is supplied from the opening of the hopper, and then combustible material such as synthetic resin waste is supplied to the screw device from the hopper of the combustible material supply section.
Next, the material to be burned in the screw device is supplied to the combustion chamber, and then the combustion gas that has become hot in the combustion chamber is injected into the combustion furnace body in a flame state. Then, the combustion is further continued so that sufficiently high heat can be generated in the main body of the combustion furnace, where the thermal energy of the combustion gas in the main body of the combustion furnace is passed through the heat exchanger of the heat recovery and utilization device. The method for recovering and utilizing heat by incineration of synthetic resin according to claim 1, wherein the heat is recovered so that it can be used as a heating or hot water supply device.