Energy-saving device for producing oxyhydrogen combustion-supporting gas and method thereof

Abstract

The invention discloses an energy-saving device for producing oxyhydrogen combustion-supporting gas and a method thereof. The device is characterized in that: an electrolytic tank of the device comprises a plurality of negative electrode plates, positive electrode plates and neutral electrode plates; the different electrode plates do not mutually contact and are adjacently and alternately arranged to form an electrolytic electrode plate, and the two electrode plates positioned at the outermost of the electrolytic electrode plate are neutral electrode plates; an electronic drive unit in the device is an adjustable pulse-width modulator, an input terminal of the modulator is connected with DC power supply, and an output terminal of the modulator is respectively connected with the negative electrode plates and the positive electrode plates of the electrolytic tank. The method for producing the oxyhydrogen combustion-supporting gas by the device comprises the following steps: (1) supplying power to the adjustable pulse-width modulator; (2) adjusting the frequency and the duty ratio of the adjustable pulse-width modulator to cause the electrolytic tank to electrolyze out oxyhydrogen gas; and (3) outputting the oxyhydrogen gas without storage. The energy-saving device is safe, has convenient installation, can efficiently produce the oxyhydrogen gas, causes a combustion engine or an engine to obtain considerable and definite performance improvement, saves fuel and reduces the discharge of toxic waste gas.

Description

Technical field: [0001] The invention relates to the technical field of electrolytic liquid, in particular to an energy-saving device and method for generating hydrogen-oxygen combustion-supporting gas by electrolyzing an electrolytic solution containing water. Background technique: [0002] Using the traditional method, a cathode and an anode are installed in the water of the electrolyzer, and then respectively connected to direct current to electrolyze the water, hydrogen will be produced on the cathode, and oxygen will be produced on the anode. But in fact, in this process, there will also be a gas that we call "Brown's gas", which is a combination of regular hydrogen and regular oxygen gas, and this gas can be used as a gaseous fuel. In addition, in Chinese patents 200480040719.2 and 200710109954.6, a combustible gas called HHO is further disclosed. This gas is generated by the electrolysis device of this patent by electrolyzing water. When it is combined with gaseous fu...

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Problems solved by technology

In addition, in Chinese patents 200480040719.2 and 200710109954.6, a combustible gas called HHO is further disclosed. This gas is generated by the electrolysis device of this patent by electrolyzing water. When it is combined with gaseous fuel and liquid fuel, it can improve these The heat content of the fuel, as well as the quality of the environment, the main characteristic of this gas is the formation of bound atomic pairs, composed of hydrogen and oxygen atoms according to the general formula HmOn Cluster composition, but this cluster of atoms limits the combustion ability of the gas

At the same time, we have noticed that in all existing electrolysis technologies, the negative electrode plate and the positive electrode plate as the electrolytic plate are directly connected to the DC power supply, which limits the size of the current passing through the electrolyzer

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