⚡️ Simplified Breakdown of What Is Happening Inside the Machine

1. Tap water enters the machine.
2. It passes through a filter that removes chlorine, sediment, and some impurities.
3. The filtered water flows over a series of electrically charged platinum-dipped titanium plates that act as either a positive or negative electrode, which—depending on the charge—create conditions for oxidation or reduction to occur in the water.
4. This causes the water to separate:
   • One stream becomes Electrolyzed Reduced Water (ERW) — alkaline in pH, contains naturally retained minerals, and dissolved molecular hydrogen.
   • The other becomes Electrolyzed Oxidized Water (EOW) — acidic in pH, contains dissolved molecular oxygen.

👉 These waters exit through different hoses so they can be used separately.

💧 Let’s Take a Closer Look

The chamber is split into two sides by a diaphragm (membrane).

• This prevents acidic and alkaline waters from mixing while still allowing ions to pass between chambers.
• One side has a positive charge (anode), the other a negative charge (cathode).
• Electricity passes through the water (H₂O), separating it into positive (H⁺) and negative (OH⁻) ions.

🔴 Oxidation

• The OH⁻ ion is attracted to the positive electrode (anode).
• It donates an electron (oxidation), and oxygen atoms bond together, forming molecular oxygen (O₂ gas).
• Negatively charged particles (Cl⁻, NO₃⁻, SO₄²⁻, CO₃²⁻) are also drawn to the anode side and flushed out through the bottom hose.

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