What is Electrolyzed Water?

Electrolyzed water usually refers to the product produced after electrolysis of water containing salt (such as sodium sulfate, table salt is not allowed, and chlorine gas is generated). The electrolyzed water itself is neutral, other ions can be added, or it can be separated through a semi-permeable membrane to produce water of two properties. One is alkaline ionized water and the other is acidic ionized water. Electrolyzed water with sodium chloride as the electrolyte contained in the water will contain sodium hydroxide, hypochlorous acid and sodium hypochlorite after electrolysis (if pure water is electrolyzed, it will only produce hydroxide ions, hydrogen, oxygen and hydrogen ions ).

Electrolyzed water usually refers to

The organization that prepares the electrolyzed water is called

Prior to the 1990s, due to the material of the electrolytic plate of the electrolytic cell, the operation of the water electrolyzer still faced many difficult hardware applications. The use of the platinum electrode plate finally caused the electrolyzed water machine to produce drinking electrolysis in the last 10 years The grand occasion of water development.

Initially, with alkaline water

Using sodium chloride (

The electrolyte is added to conduct current, and the water molecules are electrolytically dissociated. The negative electrode of the DC electrode precipitates hydrogen; the positive electrode precipitates oxygen. Hydrogen and oxygen can be collected by the drainage gas collection method, and its volume ratio is 2: 1. The above electrolyte may be an ionic compound combined with a strong acid and a strong base, such as sodium chloride, but in order to avoid the formation of chlorine gas at the anode, sodium hydroxide should be used as the electrolyte.

Not only is hydrogen considered to be a fuel, but it is also intended to be a direct replacement for electricity, and it can be transported around underground pipelines in the form of natural gas. Unlike electricity, it can be stored (usually in a liquid state at low temperatures), and gas can be continuously supplied. When the energy demand is high, it can be stored in advance. Hydrogen will be used to generate thermal energy by combustion or used in fuel cells to generate electricity. ^[1]