Titanium anode for acidic oxidation potential water
Judging from the nature and formation mechanism of acidic oxidation potential water itself, acidity (low pH value) and high redox potential (high ORP value) are its main characteristics, and also the mechanism of its strong sterilization and disinfection function. Therefore, The name of the acid oxidation potential water is more appropriate. The Ministry of Health officially specified its name as "acid oxidation potential water" in the new edition of "Technical Specifications for Disinfection" in 2002, which regulated its definition, effect, function and some applications in the medical field.
The anode produces acidic water, and the cathode produces alkaline water. In addition to the H+ and OH- ions produced by self-decomposition, the components in tap water also contain O2 (oxygen), CO2 (carbon dioxide), H2CO3 (carbonic acid), minerals (sodium, potassium) , magnesium, calcium) and trace amounts of bleaching powder (producing residual chlorine) added by the water company for disinfection. After electrolysis, the anode hydrogen ions are enriched and the concentration increases, and other products are in the gas state (chlorine, oxygen, etc.), and part of the gas dissolves into the water to form oxidizing ions. Since the acidic carrier is hydrogen ion H+, So the more H+, the stronger the acidity, so the anode produces acid oxidation potential water with both acidity and high oxidation potential characteristics. At the same time, the cathode generates hydrogen, and the water is enriched with hydroxide ions, which is alkaline, and alkaline ionized water is obtained.
The acid oxidation potential water with pH value below 2.7 and ORP above 1100mV obtained by adding a small amount of sodium chloride (less than 0.1%) to natural raw water has sufficient sterilization and disinfection effects, which is called acid oxidation potential disinfection water; The acid oxidation potential water with a pH value below 4.0 made without adding sodium chloride has astringent effects on skin pores, etc. At the same time, the water is rich in active oxygen, which can be used as beauty water, and has the effect of inhibiting the growth and reproduction of bacteria. Usually called weak acid beauty water.
