THE SCIENCE BEHIND ADVANCED HYDRATION
Modern hydration systems combine advanced filtration and electrolysis technology to produce multiple functional water outputs designed to support drinking, cleaning and operational use onboard yachts.
What is Molecular Hydrogen?
A powerful antioxidant that combats oxidative stress inside every cell of your body.
What is Oxidative Stress?
Ageing of a cell, the internal “rusting” effect. Think of how an apple browns when exposed to oxygen.By drinking Kangen™ (hydrogen-rich, antioxidant) water, it works in reverse to protect and repair your cells, allowing each cell - and therefore YOU - to function optimally.
Result:
After electrolysis, the water becomes ‘micro-clustered,’ meaning the molecules are more tightly bound for faster cellular absorption. This delivers superior hydration and allows molecular hydrogen and electrolytes to be absorbed more efficiently.
A One Stop Machine:
By separating and balancing water it creates different pH levels for drinking, cleaning, sanitising and more.
OXIDATION = THE 'RUSTING' PROCESS
OXIDATION + LIVING TISSUE = AGING
FUNCTIONAL WATER
OUTPUTS
One Machine - 5 Types of Functional Water​
These innovative devices produce ionised alkaline and acidic waters via electrolysis.
These waters can be used for various purposes, including drinking, cooking, sanitisation, cleaning & beauty.
pH 11.5
Strong Kangen Water
pH 8.5 - 9.5
Kangen Water
pH 7
Clean Water
pH 6
Beauty Water
pH 2.5
Strong Acidic Water
WHY THIS MATTERS
ON YACHTS
Reduces Bottled Water Reliance
Supports Operational Efficiency
Improves Daily Crew Workflows
Enhance Guest Experience
JAPANESE ENGINEERING & CERTIFIED MANUFACTURING STANDARDS
Advanced hydration systems supplied through H2 Yacht Solutions are manufactured to internationally recognised engineering and quality standards. Developed with Japanese precision manufacturing, these systems are built for reliability in high-demand environments such as superyachts.
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Manufacturing facilities operate under certified quality and environmental management systems including ISO9001 and ISO14001, alongside medical device manufacturing standards such as ISO13485. These certifications reflect strict production controls, material standards and ongoing quality assurance processes.
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At the core of the system are 8 platinum-coated titanium electrode plates designed to support consistent electrolysis performance and stable pH and ORP output across varying operational demands. This engineering focus contributes to long-term reliability, consistent functionality and durability onboard.
Systems are supported by a comprehensive manufacturer warranty, providing confidence in build quality and ongoing operational performance.
