Manufacturing device of oxygen-containing gaseous fuel

Abstract

A manufacturing device of an oxygen-containing gaseous fuel, comprising an electrolysis unit, an air supply unit, a mixing tank and a feedback control unit. The electrolysis unit electrolyzes water so as to generate hydrogen and oxygen and conveys the hydrogen and the oxygen to the mixing tank. The hydrogen and the oxygen are mixed with a liquid catalyst in the mixing tank to generate combustible gas, and the combustible gas is output to a burner. The air supply unit injects compressed air into the mixing tank to increase a generation rate of the combustible gas. The feedback control unit detects a quantity of the combustible gas consumed by the burner so as to control the electrolysis unit to change quantities of the generated hydrogen and the generated oxygen. Therefore, the quantities of the hydrogen and the oxygen generated by the electrolysis unit can be accurately controlled, thereby avoiding deficiency or overabundance of the quantities of the hydrogen and the oxygen, and improving use safety.

Description

technical field [0001] The present invention relates to a gas generating device; in particular, it refers to an oxygen-containing gas fuel manufacturing device. Background technique [0002] The oxygen-containing gas fuel manufacturing device is used to electrolyze water to generate a mixed gas of hydrogen and oxygen, and then deliver the mixed gas to a burner for combustion, and use the mixed gas of hydrogen and oxygen to generate high heat to heat the object to be heated. [0003] figure 1 The conventional oxygen-containing gas fuel manufacturing device 100 shown includes a power supply 10 , an electrolysis tank 12 , a mixing tank 16 and an air pump 20 . [0004] The power supply 10 is electrically connected to an AC power supply V and a plurality of electrodes 14 arranged in the electrolytic cell 12, and the power supply 10 converts the power of the AC power supply V into a direct current and supplies it to the electrodes 14, so as to The water W in the electrolytic tan...

AI Technical Summary

Problems solved by technology

If the pressure of the mixing tank 16 exceeds the pressure that the tank body of the mixing tank can withstand, it will easily cause the tank body material of the mixing tank to be fatigued for a long time, and even cause the tank body to rupture, and the combustible gas or liquid catalyst 18 will leak out. thereby causing danger

[0007] Therefore, the design of the existing oxygen-containing gas fuel manufacturing device 100 is still not perfect, and there is room for improvement

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