A liquid fuel gasification burner

Abstract

The invention discloses a liquid fuel gasification burner. The thermal layer is connected to form a tubular burner with a gasification interlayer, and a bottom plate is set at the bottom; a gas storage tank is set at the inner ring of the upper part of the shell, a gas hole is set at the end of the shell, a liquid distribution tank is set at the inner ring of the upper part of the shell, and a liquid distribution tank is located at the inner ring of the upper part of the shell. The shell of the tank is provided with a liquid supply connecting pipe; the lower part of the heat transfer layer is provided with a liquid fuel hole; and the middle of the bottom plate is provided with an air port. The burner is provided with a liquid burning hole in the lower part of the heat transfer layer to atomize the liquid fuel, so that the liquid fuel entering the gasification interlayer can be fully gasified to form a blue flame, and the liquid fuel can be fully burned, which can improve thermal efficiency and save fuel. The fire is evenly dispersed, does not pollute the environment, and has good safety performance. It is suitable for boiler equipment and kitchen stoves using organic liquid fuels, and has good economic, social and ecological benefits.

Description

technical field [0001] The invention belongs to the technical field of liquid fuel combustion equipment, and relates to a liquid fuel gasification burner. Background technique [0002] Conventionally used liquid fuel combustion equipment mainly includes a main body of a combustion furnace. A combustion chamber is formed inside the main body. The upper end of the combustion chamber is a flame opening, and the lower end is connected to a gas source or liquid fuel. When in use, the valve is opened, and fuel and air are delivered to the combustion chamber at the same time. The fuel and air are mixed in the combustion chamber and then burned. The burning flame radiates to the material to be heated in the furnace of the equipment to heat or melt the material. However, this kind of combustion equipment without vaporized liquid fuel is not ideal for the simple heating of liquid fuel; on the one hand, the mixing of air and liquid fuel is not sufficient, resulting in insufficient comb...

AI Technical Summary

Problems solved by technology

However, this kind of combustion equipment without vaporized liquid fuel is not ideal for the simple heating of liquid fuel; on the one hand, the mixing of air and liquid fuel is not sufficient, resulting in insufficient combustion of liquid fuel, and the utilization of liquid fuel On the other hand, some liquid combustion equipment also needs to be pumped to pressurize or use a liquid pump to supply liquid, which is very easy to form high pressure or liquid leakage, and it is easy to cause danger when the liquid is burned, resulting in adverse consequences.

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