Hydrogen Water System — innovative generation and sales platform for hydrogen water

A device for producing, storing, and dispensing hydrogen‑enriched drinking water for home and commercial use. Core idea: saturating water with molecular hydrogen (H₂) while maintaining a stable concentration during bottling and storage.

What is hydrogen water?

Hydrogen water is regular drinking water enriched with dissolved molecular hydrogen (H₂) to help counter everyday oxidative stress and support feel-good hydration.

Hydrogen water is water infused with molecular hydrogen (H₂). Because H₂ is a tiny, neutral molecule, it diffuses quickly and can act as a selective antioxidant, helping neutralize excess reactive oxygen species. Produced correctly, it keeps an effective dissolved concentration for convenient daily use.

Why people choose it

Help reduce everyday oxidative stress and inflammation load
Support post-exercise recovery and lessen perceived fatigue
Gentle on taste and digestion; easy to add to any routine
Works alongside normal hydration—no change to minerals or pH

Deep‑Tech Core

• Low‑temperature PEM electrolyzer with a next‑gen membrane (in‑house design).
• Unique aluminium sealed chamber 13×6 cm with a built‑in display for live parameters.
• High‑efficiency ionization system with optimized current usage (24 V, 10 A stabilized).
• Integrated self‑diagnostics and ESP32 control with Bluetooth/Wi‑Fi.
• Achieves 1.2–1.6 ppm H₂ — a clinically meaningful antioxidant range.

Current Development Stage — TRL 4 (Achievements)

Laboratory prototype tested in conditions close to real‑world use.

✓

Built and tested a functional prototype

Evaluated in near‑real operating conditions.
✓

Confirmed stability and efficiency of H₂ output

Validated PEM electrolyzer performance.
✓

Implemented ESP32‑based control and Nextion UI

Real‑time monitoring and diagnostics.
✓

Validated corrosion resistance of chamber materials

Aluminium, PTFE, stainless steel.

Uniqueness & Competitive Advantages

• Fully proprietary technology in electrolyzer and enclosure design.
• Modular architecture — scalable to vending‑grade systems.
• Up to 30% lower power consumption vs. peers.
• IoT integration for monitoring and service.
• Materials science × electrochemistry × embedded systems.