Energy saving combustor using water gas fuels

Abstract

The invention discloses an energy saving combustor using water gas fuels. The energy saving combustor comprises a combustion assisting fan, a guide pipe, a combustor shell, a pipe sleeve, a combustion assisting wind pipe, a combustion chamber, a combustor intake main pipe and an electric control cabinet; a front end center port is formed in the front end of the combustion chamber, a back end center port is formed in the back end, and multiple wind ports are formed in the side wall; a center pipe and multiple branch pipes are arranged at an outlet end of the combustor intake main pipe; the center pipe is connected with the back end center port of the combustion chamber; the branch pipes communicate with the outer edge of the front end center port; the combustor shell and the combustion assisting wind pipe form a first wind way; and the combustion chamber, the center pipe, the branch pipes, the guide pipe and the combustion assisting wind pipe form a second wind way. Two wind ways are introduced in the energy saving combustor; multiple water gas branch pipes and the horn-shaped combustion chamber enable water gas and air provided by the combustion assisting fan to uniformly mix so as to guarantee full combustion and energy conservation; and a lot of heat energy provided after combustion solves the heat source problem in the blank drying process.

Description

technical field [0001] The invention relates to the technical field of ceramic drying, in particular to an energy-saving burner using water gas fuel. Background technique [0002] The drying process of ceramic tiles is mainly by evaporating the free water in the body (that is, the water that is often said, which is different from the bound water and structural water in the body), so as to increase its strength and reduce damage during the operation of the conveying line. Decoration needs such as glazing and printing, to prevent bursting or cracking defects due to too high moisture when firing in the kiln. [0003] For drying, in addition to using the waste heat after the kiln is cooled, it is often necessary to supplement heat to maintain the required temperature. At present, most domestically produced ceramic tiles use purified and cooled water gas to heat up. Water gas is a gas generated by water vapor passing through hot coke. The main components are carbon monoxide, hyd...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the embodiment of the present invention is to provide an energy-saving burner using water gas fuel, so as to effectively simplify the pipeline structure of the drying kiln and solve the heating problem in the process of drying the green body

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