h2o.TITANIUM
Leading the way in chemical free water purification for the protection of cooling towers, drinking water, process water, waste water and more
h2o.TITANIUM introductory video:
How does it work?
How does it work?
h2o.TITANIUM utilises a process called Advanced Oxidative Photocatalysis (AOP) to generate hydroxyl radicals (OH-) which break down destroy organic contamination in water
It combines UV light with a Titanium Dioxide photo-catalyst to generate the radicals
Hydroxyl radicals react up to 1,000,000,000 times faster than oxidants such as ozone
h2o.TITANIUM utilises a process called Advanced Oxidative Photocatalysis (AOP) to generate hydroxyl radicals (OH-) which break down destroy organic contamination in water
It combines UV light with a Titanium Dioxide photo-catalyst to generate the radicals
Hydroxyl radicals react up to 1,000,000,000 times faster than oxidants such as ozone
h2o.TITANIUM working example:
Why h2o.TITANIUM?
SUSTAINABLE
CHEMICAL FREE
LOW MAINTENANCE
IMPROVES TURBIDITY
IMPROVES TASTE + ODOUR
DESTROYS + REMOVES BACTERIA
REDUCES SYSTEM MAINTENANCE + RUNNING COSTS
FACTORS / CONSIDERATIONS | h2o.TITANIUM | TRADITIONAL UV | OZONE |
---|---|---|---|
Changes in pH | Does not affect | Does not affect | Little effect |
High turbidity or TSS | Does not affect | Treatment ineffective | More demand for O3 |
Temperature decrease | Does not affect | Does not affect | Reduces efficiency |
Ammonia and organic products | Reduces and Eliminates | Treatment ineffective | More demand for O3 |
Health effects | None | None | None <limit |
Effects on taste and odor | Improves | None | Gets better |
Undesirable by-products | None | None | Bromates and aldehydes |
PH requirements | 4<pH<11 | None | 6<pH<9.5 |
Turbidity requirements | None | <1 UTN | <1 UTN |
Temperature requirements | 0 C – 60 C | 0 C – 60 C | Better at high T |
Introduced substances | None | None | 03. oxygen or air |
Effect on microorganisms | Kills AND removes | Denatures DOES NOT remove | Kills and removes |
Instalation and maintenance | Simple | Simple | Complex + Expensive |
Running Costs | Low | Med | High |
Further Information
Further Information
Please click the relevant link below for further information
Anything else?
If you need any further information please contact sales@phet.co.uk or visit https://h2otitanium.com/en/