Solid polymer electrolyte membrane electrode hydrogen water generating device, preparation method and application

Abstract

The invention discloses a solid polymer electrolyte membrane electrode hydrogen water generating device and an application. The solid polymer electrolyte membrane electrode hydrogen water generating device comprises a hydrogen water generating unit, an oxygen guide-out pipe and a packaging component. The hydrogen water generating unit comprises an oxygen evolution flow collecting piece, a solid polymer electrolyte membrane and a hydrogen evolution flow collecting piece which are sequentially arranged from bottom to top. The packaging component is used for packaging the hydrogen water generating unit, so that water leakage of the device and a current short circuit failure are avoided. The oxygen guide-out pipe is used for guiding oxygen produced by electrolysis into the atmospheric environment. The solid polymer electrolyte membrane electrode hydrogen water generating device can be applied to a portable hydrogen-enriched water cup and is placed at bottom of the cup, the hydrogen evolution flow collecting piece is made to make contact with water in the cup, the oxygen evolution flow collecting piece is connected with the positive pole, the hydrogen evolution flow collecting piece is connected with the negative pole, a 3.7-5.5 V direct current is supplied to the device, and high-concentration hydrogen-enriched water can be generated and is used in the healthy water health care field. Compared with the traditional technology, the solid polymer electrolyte membrane electrode hydrogen water generating device can effectively separate hydrogen from oxygen and fundamentally eliminate the dissolution of ozone in drinking water, so that high-purity and high-content hydrogen water is obtained.

Description

technical field [0001] The invention relates to the field of healthy water medical care, and more specifically relates to a solid polymer electrolyte membrane electrode hydrogen water generating device, a preparation method thereof, and an application in a hydrogen-rich health care drinking cup. Background technique [0002] Water is the source of life, and about 70% of human tissue is composed of water. Drinking water safety and health are the primary issues related to human survival. "China Water Network" magazine once pointed out: "More than 80% of diseases and 33% of deaths in the world are related to polluted drinking water." "Top ten crises of human health, unclean drinking water bears the brunt." Therefore, it can be said that "water quality determines physical fitness". In China, as the problem of water pollution becomes increasingly severe and people's awareness of health care continues to increase, people pay more and more attention to "healthy drinking water". I...

AI Technical Summary

Problems solved by technology

However, most of the hydrogen-rich water glasses currently on the market are difficult to achieve effective separation of hydrogen and oxygen, resulting in low purity of hydrogen; in the process of electrolyzing water, ozone harmful to the human body is also produced, which is difficult to remove; in addition, such water glasses only It can electrolyze non-pure water (such as mineral water). For pure water, the electrolysis of water cannot be carried out due to the extremely large amount of electrolyte content that cannot conduct ion conduction.

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