Step 2: Electrolysis
The filtered water moves through several electrode plates and membranes, separating into acidic and alkaline parts. It is split into OH- (hydroxid ions) and H+ (hydrogen ions).
The hydrogen ions react with electrons given by the cathode (– charged electrode), forming H2, molecular Hydrogen. Hydroxid ions remain, making the water more alkaline around the cathode. Conversely, close to the anode (+ charged electrode), hydroxid ions give electrons to the anode, eventually forming O2 (Oxygen). Hydrogen ions remain, making the water more acidic around the anode. The two kinds of water are separated by membranes and released through different hoses.
* number of electrode plates depends on machine model