Integrated magnetic and electric pole selection hydroxide ion magnetic flow combustion-supporting system

Abstract

The invention relates to an integrated magnetic and electric pole selection hydroxide ion magnetic flow combustion-supporting system. The system comprises a raw material wind air-supply blower, a front pressure equalizing air distribution box and a hydroxide ion magnetic flow collection storage, the raw material wind air-supply blower is connected with an inlet of the front pressure equalizing air distribution box, a negative electrode electrical insulating board and a positive electrode electrical insulating board are arranged between the front pressure equalizing air distribution box and the hydroxide ion magnetic flow collection storage, a negative pole discharge pole selection network is fixed on the negative electrode electrical insulating board, a pulse high frequency spray point and a positive pole discharge pole selection network are fixed on the positive pole discharge pole selection network, and the hydroxide ion magnetic flow collection storage is provided with a hydroxide ion magnetic flow delivery outlet. According to the integrated magnetic and electric pole selection hydroxide ion magnetic flow combustion-supporting system, combustion is promoted, the efficiency is improved, and fuel is saved; combustion and evaporation are accelerated, and the burn-off rate is increased; heat loss is reduced, and heat conduction is improved; flue gas and particulate matter emission are reduced; ordinary combustion-supporting air preheating and cracking links are omitted, and the head loss is reduced.

Description

technical field [0001] The invention belongs to the field of combustion-supporting air flow, and in particular relates to an integrated magnetic and electrode-selected hydrogen-oxygen ion magnetic-induced gas-flow combustion-supporting system. Background technique [0002] Air is mainly composed of nitrogen, oxygen, hydrogen and other gas components, but the chemical reactions of each component in the combustion process are completely different. For example, nitrogen molecules are inert gases, which can prevent flames during combustion, do not participate in combustion oxidation, and generate heat emissions. , Take away heat and cause heat loss, etc., while oxygen and hydrogen gas components have high oxidation and combustion-supporting properties and flammability, participate in combustion, improve combustion efficiency and other chemical reactions that are conducive to combustion. [0003] Although there are many negative ion products at present, they are actually in a pla...

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Problems solved by technology

[0003] At present, although there are many negative ion products, they are actually in a plasma state, and the positive and negative ions are equal, and they will be neutralized quickly.

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