Carbon-hydrogen organic substance fuel baking device

Abstract

The invention discloses a carbon-hydrogen organic substance fuel baking device adopting carbon-hydrogen organic substances as fuel with the characteristic of capability of improving heat conversion efficiency. The carbon-hydrogen organic substance fuel baking device comprises a furnace body and a working hearth positioned in the furnace body; the furnace body is provided with a charging hole and a gas outlet; and the furnace body adjacent to the working hearth is provided with a heat exchange device. The heat generated by the combustion of the carbon-hydrogen organic substance in the working hearth can be transferred outside the furnace body through the heat exchange device, can be used for life gas furnaces of units and houses and warming air-conditioning stoves in cold regions, and alsocan be conveyed to other places which need the heat; various carbon-hydrogen organic substances can realize the thermal energy conversion of over 97 percent under the conditions of high temperature and rich oxygen inside the furnace body; and the clear heat energy is conveyed to an application place through an efficient heat exchange device, the total efficiency of the heat energy is over 70 percent, and the carbon-hydrogen organic substance fuel is suitable for popularization and application in the baking device using the carbon-hydrogen organic substances as the fuel.

Description

technical field [0001] The invention relates to a roasting equipment, in particular to a hydrocarbon organic fuel roasting equipment using hydrocarbon organic matter as fuel. Background technique [0002] At present, the main energy of the baking equipment in the processing and production of all products that need to be baked comes from non-renewable coal, which will produce a large amount of harmful substances such as sulfur disulfide during the production process, and has a single function and a low heat utilization rate. Low. For example: the current flue-cured tobacco furnace, on the one hand, is only used for flue-cured tobacco for less than 60 days a year, and it is idle most of the time, and it needs to be maintained, so that the input-output ratio is low; on the other hand, in In the application, a large amount of discarded organic matter with high combustion value cannot be utilized, which not only causes a waste of useful resources, but also accelerates the pollut...

AI Technical Summary

Problems solved by technology

[0002] At present, the main energy of the baking equipment in the processing and production of all products that need to be baked comes from non-renewable coal, which will produce a large amount of harmful substances such as sulfur disulfide during the production process, and has a single function, and the heat energy utilization rate is low. Low

For example: the current flue-cured tobacco furnace, on the one hand, is only used for flue-cured tobacco for less than 60 days a year, and it is idle most of the time, and it needs to be maintained, so that the input-output ratio is low; on the other hand, in In the application, a large amount of discarded organic matter with a high combustion value cannot be utilized, which not only causes a waste of useful resources, but also accelerates the pollution of the living environment and the spread of animal and plant diseases and insect pests

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