Efficient hydrogen production device combining waste aluminum slag and sodium hydroxide

Abstract

This invention relates to a combined device for efficient hydrogen production using waste aluminum slag and sodium hydroxide. The device includes: a waste aluminum slag storage tank, a sodium hydroxide solution storage tank, a high-frequency resonant electrolysis chamber, a high-frequency oscillating antenna, a far-infrared generator, a timing power supply, a hydrogen storage tank, an oxygen storage tank, a hydrogen fuel cell, a clean water storage tank, and an integrated power storage unit. By mixing waste aluminum slag and sodium hydroxide solution and placing them in the high-frequency resonant electrolysis chamber, the high-frequency oscillating antenna and far-infrared generator enhance the reaction efficiency, rapidly generating hydrogen and oxygen. The generated hydrogen and oxygen are collected in their respective storage tanks. The hydrogen can be used for various energy applications, while the oxygen can be used for industrial and medical purposes. This system effectively converts industrial waste into clean energy, improves resource utilization, and promotes sustainable development.

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