Electrolysis is a scientific process in which an electric current is passed through water to split it into two streams — alkaline water and acidic water.
This is achieved using platinum-coated titanium electrodes inside an ionization chamber. The process reorganizes the ions present in water, changing its properties without adding any chemicals.
1. Water enters the ionization chamber containing electrode plates.
2. When electricity is applied, ions separate:
Hydroxyl ions (OH⁻) accumulate on the alkaline side.
Hydrogen ions (H⁺) concentrate on the acidic side.
3. This separation creates:
Alkaline water: Higher pH, rich in active hydrogen, antioxidant in nature.
Acidic water: Lower pH, useful externally for cleaning, sterilization, and skin care.
Produces alkaline water that helps neutralize acidity in the body.
Generates molecular hydrogen (H₂), a powerful antioxidant.
Provides acidic water for non-drinking uses such as washing fruits, vegetables, or for hygiene purposes.
Enhances the natural properties of water without adding chemicals.
Creates two useful types of water simultaneously (alkaline + acidic).
Enhances water’s antioxidant capacity through hydrogen generation.
Supports better hydration at the cellular level.
100% natural process, only electricity and water involved.
⚠️ Requires clean, filtered water input for best performance.
⚠️ Electrolysis efficiency depends on water’s mineral content (TDS).
⚠️ Regular maintenance of electrodes is necessary for consistent results.
Electrolysis is the core scientific process that transforms ordinary water into alkaline antioxidant water and acidic water. By applying electric current through electrode plates, ions are separated, producing water that supports both health (alkaline side) and hygiene (acidic side). It is the foundation of modern water ionization technology.
