An oxygen purification device after air ionization

Abstract

The invention relates to an air ionized oxygen purifying apparatus, which belongs to the technical field of burners. The air ionized oxygen purifying apparatus is characterized by comprising a plurality of magnets (2), wherein every two adjacent magnets (2) are arranged in a spacing manner, each magnet (2) is provided with a passage which is used for air to pass through, the ionized four-state airflow passes through the magnets (2) via the passage, and the concentration of oxygen in the airflow can be increased under the effect of a magnetic field of the magnets (2). The magnets of the air ionized oxygen purifying apparatus can attract and absorb oxygen molecules and oxygen atoms in the discharge ionized four-state air and a cathode spin electronic core subjected to impact avalanche loss after of ionization; and since the magnets are arranged in a separating manner, the oxygen molecules, the oxygen atoms and the cathode spin electronic cores subjected to impact avalanche loss after of ionization are attracted and accumulated at a space between two adjacent magnets and prepared and applied by virtue of the pushing of the subsequent pressure, so that the concentration of the oxygen in the ionized airflow can be increased; and the air ionized oxygen purifying apparatus is used for assisting the combustion, can effectively increase the heat efficiency, improve the burnout rate and reduce the carbon emission.

Description

technical field [0001] An oxygen purification device after air ionization belongs to the technical field of burners. Background technique [0002] The combustion efficiency and complete combustion degree of the burner are the key to improving the combustion efficiency of the burner and reducing pollutant emissions. Most of the existing equipment for improving the combustion efficiency of the burner ionizes the fuel gas, cracks most or all of the organic macromolecules in the fuel into small molecules, such as hydrogen, free radicals, etc., and then enters them through the air distribution pipe The combustion air mixes and burns. However, the current burners have not considered the influence of the concentration of oxygen in the air on fuel combustion. Only by ionizing and cracking the fuel, the improvement of the combustion efficiency of the fuel is limited, and there is not enough oxygen to support the combustion, so it is difficult to achieve complete combustion of the fu...

AI Technical Summary

Problems solved by technology

However, the current burners have not considered the influence of the concentration of oxygen in the air on fuel combustion. Only by ionizing and cracking the fuel, the improvement of the combustion efficiency of the fuel is limited, and there is not enough oxygen to support the combustion, so it is difficult to achieve complete combustion of the fuel. combustion

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