Pyrolyzation system used for organic biomass

Abstract

The invention discloses a pyrolyzation system used for organic biomass. The pyrolyzation system includes a burning body having a combustor formed in the inner part, a plurality of fuel reaction area, a gas reaction area having a wall coated with an accelerant layer, and a gas diversion area. Synthesis gases are obtained by using the organic biomass to have heat reaction in each fuel reaction area. The synthesis gases are led into the gas reaction area through the gas division area. At the same time, combustion air is lead through the gas reaction area. Through the arrangement of the accelerant layer, the combustion efficiency of the synthesis gases and the combustion air are facilitated, thereby making the temperature of the gas reaction areas increase and releasing heat to the fuel reaction area. Thus, the fuel reaction area is kept in a heating state to pyrolyze the organic biomass fully, thereby improving the product generation efficiency used for recycling. Besides, a cover covering the body can avoid heat loss, thereby improving the heat energy using efficiency.

Description

technical field [0001] The present invention relates to a pyrolysis system, especially a pyrolysis system for organic biomass. Background technique [0002] In recent years, the price of global fossil fuels has been rising day by day, and the issue of greenhouse gas reduction has become more and more important to all countries. Therefore, the sustainable use of alternative energy and the non-pollution of the environment have become important issues of environmental protection in recent years, especially In today's resource-scarce environment, the status and role of biomass energy has gradually been valued by countries all over the world; biomass energy (biomass energy / bio-energy) is different from traditional fuels such as petroleum, coal, and nuclear energy. It is a renewable energy Energy mainly uses available energy such as electricity and heat obtained through the conversion of biomass (biomass), so it is called, while biomass generally refers to organic substances produ...

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Problems solved by technology

[0004] Furthermore, as for the synthesis gas, there are ways to directly discharge or guide it back for combustion; above the combustion chamber, and by igniting the fuel in the combustion chamber to heat the pyrolysis chamber, thereby achieving the pyrolysis of biomass; however, the prior art mainly only heats the pyrolysis chamber in one direction, which The heating effect is really limited, which not only makes the biomass fuel heated unevenly and affects its pyrolysis efficiency, but also may reduce the energy efficiency of the biomass fuel pyrolysis output. In addition, there is another device such as Taiwan No. M375706 Patent No. 1, which mainly discloses the use of a gas-fired reactor combined with two condensers. After the biomass is heated and reacted and condensed, the non-condensable syngas passes through the two condensers and is guided back to the reactor for heating. However, this system is mainly based on the heating structure of a general reactor, and its heating effect is still limited

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