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Anti-epidemic Hydrogen and oxygen atomizer
The Anti-epidemic hydrogen-oxygen atomizer uses electrolysis technology to separate high-purity hydrogen-oxygen mixed gas, which can assist in the treatment of some chronic diseases.
Patients with new coronary pneumonia have symptoms such as respiratory tract edema, mucus and even phlegm plugs. The mixture of hydrogen and oxygen will improve the patient's breathing, which is better than pure oxygen. Previously, Professor Wang Changhui, director of the Respiratory Department of the City No. 10 Hospital, said in an interview that hydrogen is the lightest and smallest molecule gas in the atmosphere. Inhaling hydrogen can reduce the flow resistance of the gas in the bronchial tree, increase the utilization rate of oxygen, and reduce the gas. Tract resistance reduces the symptoms of dyspnea.
The combination of hydrogen, oxygen and medicine can effectively improve the utilization rate of inhaled medicine.
The principle of PEM/SPE hydrogen production: Hydrogen production by polymer membrane electrolyzer (PEM), which is also called solid polymer electrolyte (SPE) hydrogen production by water electrolysis in some places. This kind of principle does not require electrolyte, only pure water, which is safer than alkaline electrolyzer.
AEC hydrogen production is hydrogen production by alkaline electrolyzer. Alkaline electrolyzer is the most commonly used, most mature and economical electrolyzer, and it is easy to operate. It is widely used at present, but the disadvantage is its lowest efficiency. Alkaline electrolyzer is mainly composed of power supply, electrolyzer box, electrolyte, cathode, anode and diaphragm.
Catalytic reforming, industrial by-products, and biomass hydrogen production are currently the main sources of hydrogen, but there is a problem of CO2 emissions. Hydrogen produced by electrolysis of water from renewable energy sources can obtain zero-emission hydrogen. Hydrogen production by electrolysis can be divided into alkaline electrolysis (AEC), solid polymer electrolysis (SPE) and solid oxide electrolysis (SOEC).
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