Non-ignition type catalyst heating equipment

Abstract

The invention discloses non-ignition type catalyst heating equipment which is composed of an equipment outer layer and an equipment inner layer. The equipment outer layer is composed of two or more oftelescopic sleeve structures, and the equipment inner layer is composed of a catalyst slot and a methyl alcohol slot. The cross sections of the catalyst slot and the methyl alcohol slot are identicalin size, and the methyl alcohol slot is located below the catalyst slot. A stainless steel net layer A, a methyl alcohol gas flow control device, a cotton layer and a ceramic column layer are arranged in the methyl alcohol slot from top to bottom, and the ceramic column layer is slightly immersed in methyl alcohol. The catalyst slot is of a sealed structure, and a plurality of porous structures are evenly arranged around and below the catalyst slot correspondingly. A spiral water pipe is arranged in the catalyst slot, and the water pipe is provided with a water outlet end and a water inlet end. The non-ignition type catalyst heating equipment is a non-ignition type catalyst heater with methyl alcohol or methane (natural gas) as fuel, and heats at the state of generating no open fire and needing no external power source, and a heating effect is achieved; and the beneficial effects of being environment-friendly, high in efficiency, capable of being used for a long time and free of ignition, noise and smoke are achieved.

Description

technical field [0001] The invention belongs to the technical field of heating equipment, and in particular relates to a non-ignition catalyst heating equipment. Background technique [0002] Traditional heating equipment mainly uses coal as the main raw material, and provides heat through oxidative combustion of coal, but this process requires a large amount of primary energy consumption, insufficient fuel, and emits a large amount of pollutants. With the improvement of urban living standards, in order to improve urban air quality, the use of clean energy has become a trend. [0003] Therefore, those skilled in the art have developed a hydrocarbon-based fuel heater, which is heated by oxidative combustion of fuels such as petroleum liquefied gas, butane gas or kerosene. Compared with coal, the heater has a high calorific value, It has the advantages of less pollutant discharge and wide application, but the heater has an open flame when burning, which is easy to cause fire,...

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Problems solved by technology

[0003] Therefore, those skilled in the art have developed a hydrocarbon-based fuel heater, which is heated by oxidative combustion of fuels such as petroleum liquefied gas, butane gas or kerosene. Compared with coal, the heater has a high calorific value, It has the advantages of less pollutant discharge and wide application, but the heater has an open flame when burning, which is easy to cause fire, and the heating system using this kind of fuel has a complicated structure, large volume, and cannot be used for mobile use; in addition, the water produced during the combustion process It is easy to dilute fuel and has low efficiency; although the main component of natural gas is methane, which basically does not contain sulfur, it will produce a large amount of carbon dioxide and smoke when it is burned. When the combustion is not sufficient, it is easy to generate toxic gases such as CO

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