Hydrogen production device with self-stirring cage

Abstract

The invention relates to a hydrogen production device with a self-stirring cage. The device comprises a sealed reaction cavity, a hydrogen outlet pipeline, pneumatic rotating vanes, a stirring cage, a stirring cage shaft, a fuel storage bin, a feeding system and a vacuum system, wherein the sealed reaction cavity comprises a reacting liquid bin; the hydrogen outlet pipeline has a square section, and the pneumatic rotating vanes are arranged on the path of the pipeline; the rotating shaft of the pneumatic rotating vanes is connected to the stirring cage shaft in a transmission manner, and is capable of driving the stirring cage shaft to rotate; at least part of the stirring cage is immersed below the liquid surface of the reacting liquid bin; the shaft of at least one end of the stirring cage is hollow, and is communicated with the stirring cage and the fuel feeding port of the sealed reaction cavity; the fuel storage bin is of a sealable structure; the feeding system comprises a liquid-phase feeding system and a fuel feeding system; and the vacuum system is used for vacuumizing the sealed cavity.

Description

technical field [0001] The invention relates to the technical field of hydrogen production, in particular to a hydrogen production device with a self-stirring cage. Background technique [0002] Hydrogen is the most environmentally friendly and green energy recognized so far, and its combustion product is water without any negative environmental impact. The efficiency of converting hydrogen into electricity through fuel cells is the highest, theoretically up to 95%. At present, the main obstacles to the application of hydrogen are: heavy hydrogen storage tanks, the mass ratio of tanks to hydrogen is about 80:1; hydrogen storage metals have poor working stability and high cost; It is a convenient and economical method to produce hydrogen by reacting an aqueous solution. The main problem for producing hydrogen by reacting materials containing metal magnesium, aluminum, zinc, etc. with an aqueous solution is that the reaction control is complicated, and there will be Hydroxid...

AI Technical Summary

Problems solved by technology

At present, the main obstacles to the application of hydrogen are: heavy hydrogen storage tanks, the mass ratio of tanks to hydrogen is about 80:1; hydrogen storage metals have poor working stability and high cost; It is a convenient and economical method to produce hydrogen by reacting an aqueous solution. The main problem for producing hydrogen by reacting materials containing metal magnesium, aluminum, zinc, etc. with an aqueous solution is that the reaction control is complicated, and there will be Hydroxide is deposited on the surface of the reactant containing metal magnesium for fuel, which inhibits its further reaction with water, resulting in incomplete reaction of the reactant and high cost. Therefore, a self-stirring system with simple structure and convenient control is researched and designed. Hydrogen device has practical significance

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