Uptime for
Critical Cooling.
In the data centre, temperature drift isn't an option. TES ensures heat-rejection loops remain film-protected and deposit-free to maintain aggressive PUE targets.
PUE-Driven Performance.
Modern data centres and commercial HVAC systems depend on reliable chiller loops. TES provides the surface layer stability needed for zero-fouling operations.
Biological Control
Keep cooling-tower basins and fill free of biofouling without aggressive oxidising agents.
Chiller Efficiency
Maintain design approach temperatures on chiller condensers through film-forming protection.
Water Stewardship
Optimise cycles of concentration even when using municipal or recycled water feeds.
Closed/Open Loop Integration
Lower PUE Targets
Cleaner exchangers mean better heat rejection and lower mechanical cooling energy spend.
Asset Longevity
Non-corrosive, film-forming chemistry protects mixed-metallurgy systems shared across IT infrastructure.
Predictable Ops
IoT-driven dosing and performance visibility allow for proactive maintenance instead of reactive cleaning.
Maintain Your Thermal Integrity.
Discuss your cooling infrastructure and PUE goals with our data centre engineering specialists.