ZenO Technology: The Science Behind Ultra‑High Dissolved Oxygen
🔬 Aerospace‑Inspired Oxygen Stabilization
ZenO is built on a proprietary oxygen‑stabilization method derived from principles used in aerospace material science. Traditional water can only hold a limited amount of dissolved oxygen before it rapidly escapes into the atmosphere. ZenO overcomes this limitation by using a mineral‑ion matrix that binds and stabilizes oxygen molecules at concentrations far beyond natural solubility limits.
This matrix acts as a temporary carrier structure, maintaining oxygen in a highly dissolved, bioavailable state until it reaches the gastrointestinal tract.
⚗️ Mineral‑Ion Oxygen Binding Mechanism
At the core of ZenO’s formulation is a sea‑salt–derived ionic lattice. This structure:
Forms electrostatic interactions with oxygen molecules
Reduces the rate of oxygen diffusion and escape
Maintains oxygen stability under varying temperature and pressure
Preserves molecular integrity during ingestion
This mechanism allows ZenO to retain ultra‑high dissolved oxygen levels while remaining chemically stable and safe for consumption.
🧬 Bioavailability Through the GI Tract
Unlike gaseous oxygen, which is absorbed primarily through the lungs, ZenO’s dissolved oxygen is designed for enteric absorption:
The stabilized oxygen remains intact as it passes through the stomach
Dissolved oxygen diffuses across the intestinal lining
Oxygen enters the bloodstream through normal circulatory pathways
Cells receive additional oxygen to support metabolic processes
This pathway is aligned with known mechanisms of dissolved gas absorption in the digestive system.
⚙️ Why This Technology Matters
ZenO’s stabilization method addresses the key limitations of conventional oxygenated water of which
Oxygen escapes rapidly from water
Mineral‑ion stabilization slows diffusion
Low dissolved oxygen capacity
Poor bioavailability
Unstable under temperature/pressure
🌐 A New Frontier in Oxygen Delivery
ZenO represents a convergence of aerospace engineering, water chemistry, and human physiology. By stabilizing oxygen at concentrations previously considered impractical, ZenO provides a novel pathway for supporting the body’s natural oxygen needs.
This technology is designed for individuals seeking a science‑driven, non‑invasive method to enhance daily oxygen availability and cellular function.