JP2009162421A - Combustion of all of waste oil, coal and waste plastics by spiral rotational combustion in burner heat chamber or burner, and hot air and flame spread system combustion starting from heat chamber - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To effectively use depleted fossil resource to cope with runaway fuel costs. <P>SOLUTION: A heat chamber is disposed on a gun type burner, the warmed waste oil is sprayed from a combustion spray nozzle from one point of a plurality of points at a back portion of the heat chamber to perform the combined combustion in the heat chamber, one or a plurality of nozzles are disposed at the back portion of the heat chamber, the air press-fed from the nozzles by an optional pressure-feeding means is sprayed in a state of being rotated in the heat chamber to form the combined compressive combustion nucleus collective, the completely-burned flame and red-hot air are allowed to sneak through a net and a ceramic ring at a front part of the heat chamber to be utilized as the heat passing through a central portion of a truncated cone and the heat radially spreading along the truncated cone, and the combustion flame is intensively applied to a contact point heating part near a water level of a vertical water-tube boiler, thus the consumption of the fuel can be significantly reduced. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

[0001-1]
The present invention saves fossil resources or the like, or uses those resources in accordance with the purpose, and effectively uses flammable wastes, etc., and they cannot be mixed and burned by normal combustion. Efficient oxygen in the spiral air by blowing one or more spiral air into the combustion cylinder or burner blower tube by any pressure blowing means and rotating the outer periphery of the combustion flame in a spiral shape Cover well, prevent corrosion and heating of the combustion cylinder, and use those heat effectively for the object. Or it is pumped from a nozzle, a plurality of nozzles, or a blowing port in a clockwise direction or a completely opposite direction so as to rotate in the circumferential direction of the blower pipe to the blower pipe in the burner blower pipe, for a single piece, a plurality of fuel injection The air supply mechanism (air blowing means) injected from the nozzle and used in the main burner in an adjustable state, stabilized by normal combustion, and using the means described above, the air blowing installed in the combustion cylinder or air blowing pipe Rotating spiral fresh air around the combustion flame under the condition of one or more nozzles of the main burner by supplying rotating air in the left or right rotation direction with the mouth, nozzle, etc. As a result, the combustion flame of the main burner is compressed, shows a compressed combustion sphere shape, and pressurizes the combustion sphere to join the center of the combustion assembly from the combustion cylinder burner side. In addition to the warming waste oils, of course, not only heated waste oils, of course fossil resource waste oils, but also plant resource waste oils, paint waste, thinner, degreasing solvent, transformer oil. , Quenching oil, temper oil, and other waste oils are heated according to their properties, and the pressurized waste oil is put into the combustion core from the nozzle through a pressurizing pump etc. By spraying onto the combustion core, the combustion assembly that undergoes compression collective combustion forms a larger combustion core assembly that has almost the same temperature inside and outside, and the carbon content is mixed with the air supply for mixing the main burner inside the combustion core. Oxygen is derived from it by spiral pressurized air and spiral air, and efficient combustion is performed. At the tip of the combustion nucleus, hydrogen that is rapidly heated and decomposed in the combustion nucleus burns, so that the combustion temperature is carbon. Burning of minutes While maintaining the above, hydrogenation combustion occurs radially toward the tip of the combustion cylinder, and the amount of carbon dioxide binding is reduced by hydrogenation combustion. Because it is time-compressed and burned, regardless of the fossil fuel used in most fuel systems, any waste fuel, waste vegetable oil, LPG, LNG, coal, wood chips, waste plastics, alcohol thinners, degreasing solvents, Transformer oil, waste quenching oil, and other combustible waste oils in general could be burned completely, but what is worrisome is the problem of SOx and NOx. Combustion achieves complete combustion by obtaining oxygen and moisture in the air while compressing the surrounding combustion, so NOx and other emissions are very low and efficient. Can produce fire and high-temperature flames, and is free of dioxins due to the in-cylinder compression combustion core assembly combustion, and almost no outflow of carbon monoxide or carbon to the outside of the combustion cylinder. Therefore, the principle of the present invention is that waste can be used as an effective fuel without polluting the atmosphere.
[0001-2]
In the present invention, when LPG, LNG, petroleum, etc., which easily ignite the main fuel, are used as the standard fuel in the combustion cylinder, and the C heavy oil component among the petroleum is heated as the seed fire main fuel. In this case, a gun type combustion burner equipped with a single or a plurality of nozzles for fuel injection is utilized as a method for use as a seed fire main fuel, and a combustion cylinder is attached to the combustion part of the burner, From the rear, mineral oil waste oil, vegetable oil waste oil, fossil fuel waste oil, industrial waste oil, machine tool waste oil, hydraulic equipment waste oil, transformer waste oil, and other waste oil are seeded from multiple or single positions at the rear of the combustion cylinder Spray to join the combustion flame. In this case, the fuel is made easier to burn by passing through a heating line that utilizes the heat obtained from the heating heater and the combustion cylinder to a temperature at which various waste oils can be combusted in the path before spraying, Before heating, a pressure pump is attached and a relief circuit is provided so that the pressure can be adjusted to a constant level, or a relief circuit built-in type pump is used to pressurize and heat. It also includes the meaning of increasing the boiling efficiency of waste oils by heating and increasing the heating efficiency in the heating heater. Because a certain pressure is applied even if it contains some moisture, it is caused by abnormal expansion boiling. There is also a meaning of avoiding hammer lock against combustion, but in addition, a sludge blocking filter, an oil / water separation filter, etc. are provided in the previous stage, and a main filter is provided to ensure sufficient oil / water separation and sludge separation in the fuel tank. Although it is natural, install a thing with a larger filtration area than usual, and implement drainage prevention measures such as a three-layer structure or a four-layer structure so that drains that are always attached with drainage are not released into rivers.
[0001-3]
Although the present invention usually has ash, carbon monoxide, carbon, sulfur oxide, etc. in the combustion cylinder, it has not been so good as fuel for high-grade heating and heating and boilers. , Mixed combustion spiral combustion by the combustion cylinder spiral of the present invention, that is, combustion of the combustion equipment itself, a single piece at an angle such that the inner surface of the combustion cylinder licks the inner surface of the combustion cylinder with a high static pressure from another angle, Since a plurality of nozzles are installed and static pressure can be applied to the inside along the combustion cylinder wall in the direction of blowing out the combustion flame, it inevitably creates rotating air toward the opening and forms a kind of air curtain. However, in the case of air, it is easy to be free to shape, so oxygen in the spiral air is replenished while promoting the rotation of the combustion flame for the singular combustion, single combustion, single combustion combustion single combustion, and multiple combined combustion. By pressure In the state, the combustion nuclei form nuclei within an almost constant frame, form an almost uniform high-temperature combustion nuclei assembly, heat the nitrogen component after replenishing heat to burn oxygen while being compressed and burned, It has become possible to generate red hot air and supply powerful energy to the object to be heated or combustible from the opening at the tip of the combustion cylinder. The various waste oils used in the secondary combustion during these combustion can be reused as effective thermal energy, and further, the carbon is a hydrocarbon waste because it is burned quickly in the high temperature flow region by compression combustion. Because the main fuel is compressed and burned and then stirred by spiral air, the spiral air turns around at a high speed, and the combustion flame is stirred so that it is attracted to it, obtaining sufficient oxygen and burning completely In addition, because the hydrogen flame and oxygen, which are partly separated, burn rapidly in the flame flame tip standard, it is possible to obtain combustion with extremely high thermal efficiency compared to conventional combustion as the heat energy used for exhaustion. is there.
[0001-4]
The combustion cylinder of the present invention combines various elements. First, the combustion cylinder itself is made into a double pipe, and a high-pressure blower, a multistage blower, etc. are used in the double pipe. Efficient spiral combustion by providing one or more nozzle-like nozzle holes at an angle along the wall surface of the cylindrical combustion tube in the clockwise direction or the opposite direction, and exchanging heat on one side With the mechanism that feeds the source air into the combustion cylinder, the original air can be supplied from all directions such as side and end. In addition, a structure that prevents the heat radiation loss of the combustion cylinder by making a partial double area near the connection part of the partial double-tube type combustion cylinder and burner or below the center of the combustion cylinder is taken into consideration. In the spiral air insertion method, even if it is a single pipe, a nozzle is installed so that air flow is formed in the clockwise direction or the opposite direction against the flame of one or more combustion cylinders, and the purpose of the nozzle These may be provided behind the ignition position of the combustion flame compressed and burned, but they may also be provided in front of the ignition position. Further, a ceramic combustion cylinder is attached to the combustion cylinder combustion flame or the combustion cylinder near the hot air outlet. By providing either ceramic ring-shaped or edge-shaped ceramics of the same diameter, the heat storage effect of the filament phenomenon of the combustion power ahead is utilized to increase higher combustion efficiency and hydrogen combustion Promote By constructing a that material elements, it can be supplied to fit high thermal energy to the purpose. In this case, there may be a case where a single ring is used, a plurality of rings, or a ring with a plurality of irregularities cut into a single piece.
[0001-5]
In the present invention, a normal gun type burner, a rotary gun type burner, etc. are provided with one or more spray nozzles such as LPG, LNG, coal powder, waste plastic powder, normal kerosene, light oil, heavy oil, or combustible waste oil. Even in the case of more injection combustion, a spiral combustion cylinder is used, only a spiral combustion is used without supplying secondary fuel, and a ceramic ring struck by [0001-4] in the region near the tip of the combustion cylinder. It may be used but may not be used. Take these measures uniformly, and send spiral air along the combustion tube cylindrical shape and along the combustion guide direction of the burner. However, when the guide is reversed, spiral air may be sent in the reverse direction. There is also a case of sending in the opposite direction against the guide.
[0001-6]
In order to widely use the principle of the present invention, when this principle is applied to a vertical, horizontal boiler, hot water boiler, high pressure boiler, etc., a combustion cylinder with a directionality control function is provided to increase the vapor evaporation efficiency. Combustion flame or hot air at the tip, especially for raising the temperature in the vicinity of the water level of the vertical boiler's water pipe and making steam by contact heating. This type is intended to significantly increase the efficiency of the vertical boiler. In order to supply heat more effectively to boilers with a heat exchange water pipe provided inside like a hot water boiler, a frustoconical diffusion resistor is installed outside the combustion cylinder. Installed, the resistance material is nickel, monel, inconel, SCS24-27, or ceramic with high heat resistance, which is resistant to oxidation, and burns from the small hole in the middle of the truncated cone , Or passed through a hot air, a few isolated from the installation position of the truncated cone, there is a case where a plurality of heat resistance distance adjustment adjuster, fixed in the calculation, there is a case to be installed. In this case, the hot air spreads in the direction of spreading on the trapezoidal circle of the truncated cone, and the heat efficiency is further increased by supplying heat directly to the water pipe, not limited to boilers and hot water boilers. It can also be used for main burners, firing furnaces, heat treatment furnaces, other equipment, appliances, plants, etc. that require heat, and to heat the principle structure as needed. In addition to improving the efficiency of heat exchangers, the frustum is heated by the hot air of the spiral combustion cylinder, fins are attached to the frustum surface, and heated at the water level without unevenness, evaporating efficiency, etc. However, it is also easy to supply heat uniformly with almost no unevenness by adding shape deformation to the truncated cone. In addition, the same thing can be said for heaters and hot water boilers, and by improving the efficiency of heat by stirring a uniform radiant radiant flame or hot air, the use of these principles makes a considerable difference. This is the principle that energy saving can be carried out and the generated amount of carbon dioxide is reduced together with the amount of fuel used.
[0001-7]
The principle of the present invention may be used by installing a spiral combustion cylinder as it is on an ordinary gun type burner. In this case, the fuel sprayed from the tip of the gun is ignited and continues to burn, but all are in the linear direction. In order to further increase these efficiencies, the air is rotated inwardly into the combustion cylinder from another high-pressure blower or the like installed on the burner combustion drive shaft in the combustion cylinder in the clockwise direction of the inner surface or vice versa. With a separate type of pressure feeding means, the air blowing means used for pressure feeding is sirocco fan, limit fan, turbo blower, multi-stage turbo blower, Kranz blower, etc. Compressor air may be used. In this way, by supplementing oxygen while rotating the combustion in the combustion cylinder and increasing the combustion temperature of the complete combustion and combustion flame, it is possible to realize a reduction of carbon dioxide in proportion to energy saving. As described in [0001-6], all kinds of heat-resistant meshes are used at the tip, and the blowout port is narrowed down from the straight section of the combustion cylinder so that the flame and hot air can be used more powerfully. Is also a part of this principle, and in some cases, it is a system that can set out a single or multiple ceramic rings at the narrowed part to make the combustion flame a stable high heat flame and extract heat more effectively. thing. At the same time, it should be more widely used as an application by installing a frusto-conical combustion flame, hot air, and a diffusion function unit that controls the directionality simultaneously with the blowing.
[0001-8]
When using the sub fuel related to the principle of spiral combustion of the present invention, the sub fuel is the same fuel with the same burner motor joint pump relief and the main fuel is in a state where A fuel oil having good ignitability or C fuel oil is heated, On the other hand, the auxiliary fuel may be the same fuel, but it may be assumed that all different waste oils or waste oils are used as fuel, and the fuel supply system is divided into two supply systems. In order to use waste oils, it is necessary to heat the heaters at different temperatures as well. In this case as well, oil heat is used at the position before the two solenoid valves and the temperature is raised to a certain combustion temperature. There is a case. Before sending to the heater, a fuel pump for pressurization and a relief valve are provided to make the injection pressure constant, and to protect these devices, one or more filter filters are provided, and an oil-water separator is also provided. To protect the equipment.
[0001-9]
In the present invention, as described in [0001-1] to [0001-8], highly combustible materials are relatively easily combusted by mixing the fuel in the spiral compression combustion combustion aggregate core while being mixed. However, in order to further increase the thermal power and adjust the oxidation rate to compensate for calories and burn flame retardants as needed, a combustor is mixed and inserted into the spiral air by spraying, dripping, intermittent, continuous, etc. This means that combustion efficiency can be further increased and main fuel can be reduced.
[0001-10]
In the spiral principle of the present invention, the spiral air is adjusted according to the size and shape of the blowing nozzle, but the rotation of the blower (blowers) etc. is controlled by an inverter, etc. It is necessary to adjust the multiple combustion and the amount of spiral air, and to control these electrically and to burn in a well-balanced spiral atmosphere. When turning on and off with a simple combustion method, the suction port of the blowers may be adjusted to adjust the amount of spiral air. In any case, in order to adjust to the position with the highest combustion efficiency, Take mechanical measures and make adjustments possible.

Starting this year, we are striving to reduce the amount of fossil resources used to reach the target of soaring fuel costs and reducing carbon dioxide, and to seek the same energy. In addition, it is indispensable to supply energy efficiently to farmers, fishing villages, public bath industries, building industries, etc., who are suffering from rising fuel costs, and the technology of the present invention has been spread. The amount of energy resources used is reduced, and limited resources are used efficiently and carefully. The experiment has been repeated and developed, and the practical use is pioneered. As a result of the development of the technology behind it, I thought that it would be possible to use all of the waste oil related fuel as an effective energy resource. It has succeeded in reducing the amount used. This background uses a combustion cylinder, attaches the combustion cylinder to the combustion flame part of the burner on the cylinder, and blows air with high static pressure to rotate around the circumference, thereby simultaneously supplying oxygen while causing combustion compression It is the background that most things can be burned completely by making a burning nucleus assembly.

Problems to be solved by the invention

The problem to be solved by the present invention is to prevent any waste oil from burning completely, induce carbon monoxide and carbon, and solve the current situation of adverse effects on air pollution, human bodies and animals and plants. As for combustion, there are many cases where precious energy is scattered in unnecessary places unless the direction and diffusion of the combustion flame are controlled, so it is necessary to resolve these problems and to enhance the equipment and systems involved. .

Means for solving the problem

By forming compressed collective combustion nuclei during combustion by spiral air insertion combustion in the combustion cylinder of the present invention, most fossil resource and vegetable oil resource waste can be used effectively as fuel, causing complete combustion When these are used as fuel in the system, the calorific value is extremely high, so by burning completely, a system that can obtain a large number of calories in a short time and with a small amount and a small mass. In other words, it is a principle that was developed so that spiral combustion and one or more ceramic rings etc. were attached to the tip of the combustion cylinder, and further complete combustion was performed under the same combustion condition. Steam is evaporated by contact heating, especially in water tube boilers, etc. by rotating planned out-of-cylinder out-of-cylinder and truncated conical parts wherever necessary for all heat-using equipment. For this reason, the effective heat utilization method in which the vicinity is heated preferentially is solved as the present principle.

The invention's effect

The purpose of this principle was developed for the purpose of how to efficiently burn fossil fuels, and as a result of testing, it was established that the same work was done with about one third of the fuel compared to the conventional type, Furthermore, the principles of the effective thermal energy obtained by these systems are built with a view to effective directional combustion with no ineffective loss, and these principles are further developed to make it easy to use most waste oil in this system. As a result, the system can be used in a planned manner, and the amount used is remarkably reduced, and the total emission amount of carbon dioxide is similarly reduced.

Using the present invention, C heavy oil is heated and used as the main fuel, waste oil heated from the rear of the combustion cylinder is joined and combusted, and pressurized in a spiral shape with the combustion cylinder installed there Carbon monoxide and carbon emissions were almost eliminated from the combustion cylinders by performing compressed spiral merging combustion using a pressurized air blower so that one or a plurality of air was rotated clockwise or vice versa. In addition, by setting a ceramic ring, single or multiple, in front of the combustion cylinder, it is possible to efficiently discharge the thermal flame, and by sharing a net at the narrowing part of the tip of the combustion cylinder, it enables higher compression combustion. Attempts of directional flame hot air radiation with a truncated cone at the tip of the vertical water tube boiler were attempted, but the evaporable temperature rise time was shortened by a factor of 5 compared to the case where it was heated with radiant heat by the conventional burner method. The fuel consumption was shortened to about one third. Further, as a result of carrying out the compressed collective combustion nuclear combustion method in a spiral atmosphere in the combustion cylinder with waste oil or the like as the fuel, it was saved by 1/7. This is just one example. In addition to this, as a result of utilizing a spiral combustion system for hot water boilers, sento burner burners, greenhouses and house warmers, etc., all use 50% or more of the same fuel. However, even if the same burner is used, the amount of fuel used can be reduced to about half or more, and similarly, the amount of carbon dioxide emission is determined to be reduced to less than half in proportion thereto. In the future, the use of this system has infinite possibilities, and we are confident that it will contribute greatly to the national interest.

By installing the one having the shape as shown in the flame guide truncated cone ring (14) having the spiral combustion system shown in FIG. 1 at the tip, high temperature, hot air obtained by spiral combustion, or This shows the situation in which the flame is guided in the direction of the object. Even if a single ceramic ring of (13) in the figure is effective, a plurality of ceramic rings are used in the figure in this state, and when the flow of air is changed to a random one and the flame hot air comes out from the outlet, it is sufficient. A high-temperature heat storage part is created with the role of causing turbulent flow to spread in the guide direction and the filament phenomenon, and the surroundings of the flame are installed for the purpose of raising the surroundings to a high temperature without any unevenness. In order to prevent breakage due to the difference in expansion coefficient between different materials, a slight gap or a heat-resistant fiber blanket is installed in the fixed part of the ring for stability. In spiral combustion, it means two lines of fuel supply, but the main fuel entering from the direction of (1) is usually a relief pump installed in the burner body without using the general (4). Although the fuel can be supplied, the oil heater shown in (5) may be installed at the high pressure outlet of the burner body. In that case, the motor pump and relief circuit in (4) are not required, and (5) is burner. It may be installed at the pump outlet of the main body to serve the same purpose, and the one shown in this figure is an example of taking a method of pressurizing and spraying in two stages to reduce the burden on the pump as much as possible. The system described above is often used mainly, and the same circuit setting is used for the circuit that is injected and burned in (8). The right oil is separated from the right stop valve through the oil / water separator, the filter, the motor pump, and the pressure on the relief valve (7). In order to start and stop the spraying, a solenoid valve is provided, and fuel is supplied by this system, and a high pressure blower or equivalent device is installed at the bottom of the system. The pipe is piped from the inside and is pressurized and blown into the double pipe, and the spiral pipe is exposed in the clockwise direction along the inner periphery of the combustion cylinder flame, or vice versa, but is pressurized and blown out. Is illustrated in a spiral situation because it seeks oxygen from the spiral air that is gradually compressed by the surrounding static pressure and accelerates combustion to protect the combustion cylinder. . This figure has been completed because the necessary conditions for accelerating the effects of spiral combustion have emerged. This principle is more efficient when used in hot water boilers, because the water pipes are attached to the honeycomb and it is necessary to diffuse flames and hot air. In the cross-sectional view of the structure invented to induce good heat transfer, the double pipe method is taken as an example (combustion cylinder), but as already explained in Fig. 1 of the ring at the tip, the hot air and combustion flame are disturbed It is used in combination with slowing down the speed and improving diffusion by flowing it, and further increasing the heat storage temperature rise at the outlet, and the combustion system is used in the vertical downward combustion, lateral combustion, upward combustion, The present invention was invented so that all combustion forms can be taken, and the situation is illustrated. This figure mainly represents the fin shown in (27) on the basis of the truncated cone so that the fin is rotated with respect to the spiral direction emitted from the spiral combustion cylinder, and the truncated cone is rotated by the fin. It was invented so that the direction of the flame was always changed and heat could be supplied to the object to be heated and the combustible material without any unevenness. For this material, the material already used in the technical field was used. The rotating bearing portion of FIG. 5 is illustrated so as to be rotated by utilizing a slip property due to the mutual relationship between ceramic and refractory material. This figure happens to write an example using a double-tube type combustion cylinder, but the same can be said for a single-tube. Since the combustion flame or hot air is exhausted in the close direction to the ceramic ring after passing through the spiral combustion net, the ceramic ring is heated and further turbulent in the surroundings, and the combustion flame and hot air show a tendency to spread and further The situation is illustrated by acting as a mixer that is reheated to promote nearly complete combustion and to accelerate the ambient temperature of the combustion flame at an accelerated rate. The example which shows the expression which consists of said 4 examples is shown in figure. The example which shows the expression which consists of said 4 examples is shown in figure. The example which shows the expression which consists of said 4 examples is shown in figure. The example which shows the expression which consists of said 4 examples is shown in figure. The example which shows the expression which consists of said 4 examples is shown in figure. 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Explanation of symbols

(1). Stop valve (2). Oil-water separator (3). Filter (4). Motor pump (5). Oil heater (6). Solenoid valve (7). Relief valve (8). Combustion flame equivalent to waste oil or main fuel oil (9). Spiral air blowing nozzle (10). Main combustion nuclear assembly combustion flame (11). Mesh (12). Mesh guide (13). When there are multiple ceramic rings (14). Hollow frustum flame guide mechanism (15). Steam reservoir ▲ 16 ▼. Water pipe ▲ 17 ▼. Water level contact heating position (18). Hollow frustoconical flame guide mechanism (19). When there are multiple ceramic rings (20). Mesh guide ▲ 21 ▼. Mesh (22). Flow state of spiral airflow in combustion cylinder (23). Spiral air blowing nozzle (24). Sub-combustion flame merging scene (25). Fuel injection nozzle tip (26). Main combustion nuclear combustion Nuclear compression collective combustion scene (27). Diffusion rotating fin (28). Heat resistant bearings <29>. It shows the flow state of the spiral air zone (30). Combustion cylinder (31). Situation of compression combustion collective combustion core of simple main combustion flame (32). Heat-resistant glass viewing window installation position on the circumference ▲ 33 ▼. Spiral air simple type outlet ▲ 34 ▼. Mounting matrix (35). Insulation packing (36). Spiral air insertion duct ▲ 37 ▼. Spiral air outlet in the case of a plurality of single-tube combustion cylinders [38]. Fuel injection nozzle (39). Fuel injection nozzle (40). Solenoid valve (41). Anti-inversion valve <42>. Pressure regulator (43). Emergency shut-off valve

Claims (10)

Saving fossil resources, etc., or using those resources according to the purpose, effectively using flammable waste, etc., and burning those that could not be mixed with normal combustion A single or a plurality of spiral air is blown by any pressure blowing means in the cylinder or burner blower tube, and the outer periphery of the combustion flame is rotated in a spiral shape to efficiently supplement the oxygen in the spiral air. Moreover, corrosion and heating of the combustion cylinder should be prevented, and those heats should be used effectively for the object. Or it is pumped from a nozzle, a plurality of nozzles, or a blowing port in a clockwise direction or a completely opposite direction so as to rotate in the circumferential direction of the blower pipe to the blower pipe in the burner blower pipe, and for a single, multiple fuel injection The air supply mechanism (air blowing means) injected from the nozzle and used in the main burner in an adjustable state, stabilized by normal combustion, and using the means described above, the air blowing installed in the combustion cylinder or air blowing pipe Rotating spiral fresh air around the combustion flame under the condition of one or more nozzles of the main burner by supplying rotating air in the left or right rotation direction with the mouth, nozzle, etc. As a result, the combustion flame of the main burner is compressed, shows a compressed combustion sphere shape, and pressurizes the combustion sphere to join the center of the combustion assembly from the combustion cylinder burner side. In addition to the warming waste oils, of course, not only the heated waste oils, of course fossil resource waste oils, but also plant resource waste oils, paint waste, thinner, degreasing solvent, transformer oil. , Quenching oil, temper oil, and other waste oils are heated according to their properties, and the pressurized waste oil is put into the combustion core from the nozzle through a pressurizing pump etc. By spraying onto the combustion core, the combustion assembly that undergoes compression collective combustion forms a larger combustion core assembly that has almost the same temperature inside and outside, and the carbon content is mixed with the air supply for mixing the main burner inside the combustion core. Oxygen is derived from it by spiral pressurized air and spiral air, and efficient combustion is performed. At the tip of the combustion nucleus, hydrogen that is rapidly heated and decomposed in the combustion nucleus burns, so that the combustion temperature is carbon. Burning of minutes While maintaining the above, hydrogenation combustion occurs radially toward the tip of the combustion cylinder, and the amount of carbon dioxide binding is reduced by hydrogenation combustion. Because it is time-compressed and burned, regardless of the fossil fuel used in most fuel systems, any waste fuel, waste vegetable oil, LPG, LNG, coal, wood chips, waste plastics, alcohol thinners, degreasing solvents, Transformer oil, waste quenching oil, and other combustible waste oils in general could be burned completely, but what is worrisome is the problem of SOx and NOx. Combustion achieves complete combustion by obtaining oxygen and moisture in the air while compressing the surrounding combustion. Can produce fire and high-temperature flames, and is free of dioxins due to the in-cylinder compression combustion core assembly combustion, and almost no outflow of carbon monoxide or carbon to the outside of the combustion cylinder. Therefore, the principle of the present invention is that waste can be used as an effective fuel without polluting the atmosphere. In the combustion cylinder, LPG, LNG, petroleum, etc., which easily ignite the main fuel, are used as standard seed main fuel for oils of C heavy oil, and may be used. In this case, as a method of using as a seed fire main fuel, a single type, a gun type combustion burner equipped with a plurality of nozzles for fuel injection is utilized, a combustion cylinder is attached to the combustion part of the burner, and from the rear part of the combustion cylinder, Mineral oil waste oil, vegetable oil waste oil, fossil fuel waste oil, industrial waste oil, machine tool waste oil, hydraulic equipment waste oil, transformer waste oil, and other waste oil from multiple positions or single position at the rear of the combustion cylinder to the main fire flame Spray for combined combustion. In this case, the fuel is made easier to burn by passing through a heating line that utilizes the heat obtained from the heating heater and the combustion cylinder to a temperature at which various waste oils can be combusted in the path before spraying, Before heating, a pressure pump is attached and a relief circuit is provided so that the pressure can be adjusted to a constant level, or a relief circuit built-in type pump is used to pressurize and heat. It also includes the meaning of increasing the boiling efficiency of waste oils by heating and increasing the heating efficiency in the heating heater. Because a certain pressure is applied even if it contains some moisture, it is caused by abnormal expansion boiling. There is also a meaning of avoiding hammer lock against combustion, but in addition, a sludge blocking filter, an oil / water separation filter, etc. are provided in the previous stage, and a main filter is provided to ensure sufficient oil / water separation and sludge separation in the fuel tank. As a matter of course, install a filter with a larger filtration area than usual, and implement drainage prevention measures such as a three-layer structure or a four-layer structure so that drains that have been drained without fail are not released into rivers. The combustion cylinder usually has ash, carbon monoxide, carbon, sulfur oxide, etc., and it has not been so good as high-grade heating and heating, and fuel for boilers, etc. With respect to the mixed combustion spiral combustion of the combustion cylinder spiral, i.e., combustion of the combustion equipment itself, from a different angle, a single piece or a plurality of pieces of air having a high static pressure in the combustion cylinder can be licked from the inside of the combustion cylinder. Although a nozzle is installed inside and static pressure can be applied to the inside along the combustion cylinder wall in the direction of blowing out the combustion flame, it inevitably creates rotating air toward the open opening and forms a kind of air curtain. In this case, since the shape is easy to use, compression is achieved by replenishing oxygen in the spiral air while promoting the rotation of the combustion flame for the single combustion, multiple combustion, single combustion combustion combustion, and multiple combined combustion. In state Burning nuclei form nuclei within an almost constant frame, forming an almost uniform high-temperature burning nucleus aggregate, heating the nitrogen component after replenishing heat to burn oxygen while being compressed and burned, and heating the red component This makes it possible to supply powerful energy to the object to be heated or combustible from the opening at the tip of the combustion cylinder. The various waste oils used in the secondary combustion during these combustion can be reused as effective thermal energy, and further, the carbon is a hydrocarbon waste because it is burned quickly in the high temperature flow region by compression combustion. Because the main fuel is compressed and burned and then stirred by spiral air, the spiral air turns around at a high speed, and the combustion flame is stirred so that it is attracted to it, obtaining sufficient oxygen and burning completely In addition, because the hydrogen flame and oxygen, which are partly separated, burn rapidly in the flame flame tip standard, it is possible to obtain combustion with extremely high thermal efficiency compared to conventional combustion as the heat energy used for exhaustion. There is. The combustion cylinder combines various elements. First, the combustion cylinder itself is made into a double pipe, and a high-pressure blower, a multistage blower, etc. are used in the double pipe. Efficient spiral combustion by providing one or more nozzle-like nozzle holes at an angle along the wall surface of the cylindrical combustion tube in the clockwise direction or the opposite direction, and exchanging heat on one side With the mechanism that feeds the source air into the combustion cylinder, the original air can be supplied from all directions such as the side and end faces. Furthermore, a structure that prevents the heat radiation loss of the combustion cylinder by making a partial double area near the connection part of the partial double-tube type combustion cylinder and the burner or below the central part of the combustion cylinder is taken into consideration. In the spiral air insertion method, even if it is a single pipe, a nozzle is installed so that air flow is formed in the clockwise direction or the opposite direction against the flame of one or more combustion cylinders, and the purpose of the nozzle These may be provided behind the ignition position of the combustion flame compressed and burned, but they may also be provided in front of the ignition position. Further, a ceramic combustion cylinder is attached to the combustion cylinder combustion flame or the combustion cylinder near the hot air outlet. By providing a ceramic ring-shaped object or edge-shaped object of the same diameter, the heat storage effect due to the filament phenomenon of the combustion fire power ahead is utilized to increase the combustion efficiency and hydrogenation combustion. Promote By constructing a that material elements, it can be supplied to fit high thermal energy to the purpose. In this case, there may be a case where a single ring is used, a plurality of rings, or a ring with a plurality of irregularities cut into a single piece. Single gun type burner, rotary gun type burner, etc. LPG, LNG, coal powder, waste plastic powder, normal kerosene, light oil, heavy oil, or combustible waste oil, etc. are injected and burned from multiple spray nozzles Even in the case of using the ceramic combustion ring that uses [0001-4] in the region near the tip of the combustion cylinder, utilizing the spiral combustion cylinder, utilizing only the spiral combustion without supplying secondary fuel There are also cases where it is not used. Take these measures uniformly, and send spiral air along the combustion tube cylindrical shape and along the combustion guide direction of the burner. However, when the guide is reversed, spiral air may be sent in the reverse direction. There is also a case of feeding in the opposite direction against the guide. When this principle is applied to vertical, horizontal, hot water boilers, high pressure boilers, etc., in order to increase the vapor evaporation efficiency, in particular, a combustion flame or hot air is applied to the tip of the combustion cylinder with a directionality control function. This type is designed to increase the efficiency of a vertical boiler that generates steam by contact heating by raising the temperature near the water level of the water pipe of the vertical boiler. Even if it is not contact heating, the internal combustion space is similar to that of a hot water boiler. In order to supply heat more effectively to boilers with heat exchange water pipes, a conical diffusion resistor is installed outside the combustion cylinder. Utilizing nickel, monel, inconel that is resistant to oxidation, SCS 24-27 with high heat resistance, or ceramic, etc., let the combustion flame or hot air pass through the small hole in the middle of the truncated cone, and the truncated cone Installation position from the single several, but it may be provided a plurality of heat resistance distance adjustment adjuster, fixed in the calculation, there is a case to be installed. In this case, the hot air spreads in the direction of spreading on the trapezoidal circle of the truncated cone, and the heat efficiency is further increased by supplying heat directly to the water pipe, not limited to boilers and hot water boilers. It can also be used for main burners, firing furnaces, heat treatment furnaces, other equipment, appliances, plants, etc. that require heat, and to heat the principle structure as needed. In addition to improving the efficiency of heat exchangers, the frustum is heated by the hot air of the spiral combustion cylinder, fins are attached to the frustum surface, and heated at the water level without unevenness, evaporating efficiency, etc. However, it is also easy to supply heat uniformly with almost no unevenness by adding shape deformation to the truncated cone. In addition, the same thing can be said for heaters and hot water boilers, and by improving the efficiency of heat by stirring a uniform radiant radiant flame or hot air, the use of these principles makes a considerable difference. It is the principle that energy saving can be implemented and the amount of generated carbon dioxide is reduced along with the amount of fuel used. In some cases, a spiral combustion cylinder is installed and used as it is in a normal gun type burner. In this case, the fuel sprayed from the tip of the gun is ignited and continues to burn, but all are in the linear direction. In order to further increase these efficiencies, the air is rotated inwardly into the combustion cylinder from another high-pressure blower or the like installed on the burner combustion drive shaft in the combustion cylinder in the clockwise direction of the inner surface or vice versa. With a separate type of pressure feeding means, the air blowing means used for pressure feeding is sirocco fan, limit fan, turbo blower, multi-stage turbo blower, Kranz blower, other blowers, etc. Compressor air may be used. In this way, by supplementing oxygen while rotating the combustion in the combustion cylinder and increasing the combustion temperature of the complete combustion and combustion flame, it is possible to realize a reduction of carbon dioxide in proportion to energy saving. As described in [Claim 6], by using all kinds of heat-resistant mesh at the tip, and narrowing the outlet from the straight part of the combustion cylinder, flame and hot air can be used more powerfully. Is also a part of this principle, and in some cases, it is a system that can set out a single or multiple ceramic rings at the narrowed part to make the combustion flame a stable high heat flame and extract heat more effectively. thing. At the same time, it should be more widely used as an application by installing a frusto-conical combustion flame, hot air, and a diffusion function unit that controls the directionality simultaneously with the blowing. In the use of sub fuel related to the principle of spiral combustion, the sub fuel is the same fuel with the same burner motor joint pump relief and the main fuel in the state where A heavy oil or C heavy oil with good ignitability is heated, The auxiliary fuel may be the same fuel, but all different waste oils or waste oils are assumed as the fuel, and there are cases where the fuel supply system is divided into two supply systems. Of course, the heater also needs to be heated at different temperatures. In this case as well, oil heat may be used at the position before the two solenoid valves to increase the combustion temperature to a certain level. is there. Before sending to the heater, a fuel pump for pressurization and a relief valve are provided to make the injection pressure constant, and to protect these devices, one or more filter filters are provided, and an oil-water separator is also provided. To protect the equipment. As described in [Claim 1] to [Claim 8], those having high combustibility are relatively easily burned while being mixed in the spiral compression combustion combustion collective nucleus in a relatively simple manner. By increasing the thermal power and adjusting the oxidation rate, if necessary, it is necessary to mix and insert the auxiliary agent into the spiral air by spraying, dripping, intermittent, continuous, etc. to compensate for calories and burn flame retardants. It also means that combustion efficiency can be increased and main fuel can be reduced. In the spiral principle, the spiral air is adjusted according to the size and shape of the blowing nozzle, but the rotation of the blower (blower) is controlled by an inverter, etc., especially in the case of multiple nozzles, single combustion and multiple combustion It is necessary to adjust the amount of spiral air, and to control these electrically and to burn in a well-balanced spiral atmosphere. When turning on and off with a simple combustion method, the suction port of the blowers may be adjusted to adjust the amount of spiral air. In any case, in order to adjust to the position with the highest combustion efficiency, Take mechanical measures and make adjustments possible.

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