Combustible energy regeneration system and method thereof

Abstract

The invention relates to a combustible energy regeneration system and a method thereof. The regeneration system comprises a sealed furnace body, an intake module and a blower, wherein combustible waste materials can be filled in the furnace body; the intake module is arranged in the furnace body and contains a plurality of intake pipes; one intake pipe is used as an ignition pipe; and an air outlet pipe of the blower is communicated with the intake module and can smoulder uniformly from bottom to top, thus dense smoke and gas rich in combustible energy can be led out to a gas recovery mechanism or a combustion mechanism for recovery or reuse. Therefore, by adopting the regeneration system in the invention, the external air can be led in the furnace body uniformly to realize the uniform smoulder of the waste materials in the furnace body; the gas with combustible energy, generated by smouldering can be recovered or reused, thus the problem that smoke dust and impurities floating to theoutside to cause air pollution, can be effectively avoided; and the aim of regenerating and recycling energy can be realized and the green and environmental protection requirements on energy conservation and carbon emission reduction can be achieved.

Description

technical field [0001] The present invention relates to a regeneration system, especially a regeneration system that can introduce outside air when smoldering the combustible waste materials (such as: waste wood, cloth or plastic, etc.) filled in it, Let the outside air surround each cross-section distributed in the regeneration system, and the high-temperature smoke generated by smoldering travels upwards, so as to fully incinerate all waste materials, and recover or reuse the flammable smoke contained in the smoke Energy gas (gas produced by incomplete combustion of materials, such as: carbon monoxide and hydrogen, etc.), in order to achieve the purpose of energy regeneration and recycling. Background technique [0002] Nowadays, people generally have the following two methods for dealing with various waste materials that cannot be directly recycled (such as waste wood, cloth or plastic...etc.): [0003] (1) Burial method: a method of burying the waste materials in the so...

AI Technical Summary

Problems solved by technology

[0007] (A) During the process of incinerating waste materials, the incinerator will generate a large amount of dense smoke, and the dense smoke will directly pass through the chimney of the incinerator and be discharged to the outside world, so that the smoke and impurities in the dense smoke will be directly scattered To the surrounding area of ​​the incinerator, the surrounding area is full of smoke and impurities, resulting in poor air quality, and the surrounding residents are also prone to respiratory and tracheal diseases due to long-term breathing of smoke and impurities;

[0008] (B) Generally speaking, in addition to smoke and impurities, the dense smoke also contains combustible energy gas (gas produced by incomplete combustion of materials, such as: carbon monoxide and hydrogen, etc.), however, the incinerator There is no mechanism for filtering smoke and impurities and a device for recovering the combustible energy gas. Therefore, through this kind of incinerator, it will not only cause air pollution, but will also be unable to effectively recover and recycle. The use of gas of this combustible energy source cannot actually meet the requirements of green environmental protection for energy saving and carbon reduction; and

[0009] (C) When the incinerator adopts the smoldering method to dispose of the waste materials instead of using a large fire to directly burn the waste materials, because the high-temperature dense smoke generated by the smoldering will only continue to travel upwards, causing the incineration The combustion-supporting air (air introduced from the outside) in the furnace cannot be evenly distributed in each cross-section of the furnace. Therefore, the waste materials in the incinerator will only be adjacent to the fire point and above the fire point. The waste materials can be successfully incinerated, but the waste materials in other positions cannot be fully incinerated, which leads to the problem of poor incineration efficiency of the incinerator

[0010] Therefore, how to design an innovative combustible energy regeneration system and its method to effectively solve the problem of air pollution caused by the burning of waste materials in traditional incinerators, and when the incinerator uses smoldering to process waste materials , effectively improve the incineration efficiency of the incinerator, and effectively recycle and reuse the gas of combustible energy in the dense smoke, which becomes an important goal that the present invention intends to achieve

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