Biomass Gasification Burner

Abstract

A biomass gasification burner, its main structure includes: a burner body, an air splitter, a gas splitter, and an arc splitter cover; the bottom of the burner body is a bottom plate, and the center of the bottom plate is vertically connected to the intake pipe, The upper part of the outer side of the burner body is horizontally connected to the secondary air distribution pipe; the air splitter is buckled on the upper opening of the air intake pipe, and there is a bottom hole at the bottom of the center to communicate with the air intake pipe, and the lower part of the inner wall has an air distribution hole; the gas splitter is buckled on the On the bottom hole at the bottom of the center of the air splitter, there is a gas splitter groove on the lower part of the side wall; the arc-shaped splitter cover is buckled on the upper end surface of the air splitter, and its entire arc surface is covered with mixed gas splitter holes. The unique features of the invention are: no tar, no tempering, full combustion, strong firepower, no smoke, no black pot, and simple structure.

Description

Technical field [0001] The invention relates to the field of combustion appliances, in particular to a biomass gasification burner. Background technique [0002] The gas produced by the biomass gasification furnace must use a special burner. At present, this kind of burner is generally composed of a vertical cylindrical cylinder, a double-layer planar splitter in the cylinder, a sewage pipe at the bottom of the cylinder, and a cylinder. The air inlet on the side wall of the body is composed of the air inlet and the secondary air distribution, and the gas and air are already mixed in the air inlet pipe, which is easy to cause tempering, plus the air intake and the secondary air The air distribution volume cannot be well controlled, resulting in an uncoordinated mixing ratio of air and gas, which cannot be burned in the inner space of the burner, and a black pot will be generated. If the gas is not burned in the inner space, the temperature of the inner space will not reach ab...

AI Technical Summary

Problems solved by technology

[0002] The gas produced by the biomass gasification furnace must use a special burner. At present, this kind of burner is generally composed of a vertical cylindrical cylinder, a double-layer planar splitter in the cylinder, a sewage pipe at the bottom of the cylinder, and a cylinder. The air inlet on the side wall of the body is composed of the air inlet and the secondary air distribution, and the gas and air are already mixed in the air inlet pipe, which is easy to cause tempering, plus the air intake and the secondary air The air distribution volume cannot be well controlled, resulting in an uncoordinated mixing ratio of air and gas, which cannot be burned in the inner space of the burner, and a black pot will be generated. If the gas is not burned in the inner space, the temperature of the inner space will not reach above 800 degrees, and tar will be generated. It cannot be cracked in time, and it is easy to block the air holes and air intake pipes, so there are many failures in use, and it cannot really be promoted as a mature product

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