Data centers & mission-critical
Cooling capacity you don’t lose to the coil.
Data centers, labs, emergency operations centers and defense sites run cooling around the clock. Cognituv keeps coils clean around the clock and watches the equipment that keeps you online.
What’s at stake
The problems we hear most.
Fouled coils cost cooling capacity
Biofilm on cooling coils raises airside pressure drop and reduces heat transfer, so fans work harder for the same cooling. ASHRAE-funded field research (RP-1738) measured both effects with and without UV-C.
Cleaning means downtime
Mechanical coil cleaning takes units offline, and the fouling comes back.
Water systems foul too
Cooling towers and piping grow biofilm that drives corrosion and Legionella risk. ASHRAE Standard 188 sets out how to manage it.
Uptime is the metric
Bearing wear, filter loading and drifting temperatures need to show up as alerts, not outages.
Where Cognituv fits
The right treatment for each part of the problem.
Cognituv Grid
Continuous on-coil UV-C in CRAHs and air handlers, installed without taking the unit down.
In-duct UV-C
Airstream treatment for supply and return ducts.
Cooling tower UV-C
UV-C and water-quality monitoring for the condenser-water loop.
Cognituv Connect
Vibration, temperature, pressure and energy on critical equipment, with alerts on developing faults.
Identify · Apply · Verify™
How an engagement works.
Identify
Coil pressure drop, supply temperatures and equipment vibration set the baseline.
Apply
On-coil UV-C and water treatment where the data shows fouling, installed while the room stays live.
Verify
The same sensors keep reporting, so changes in pressure drop and temperature are measured, not assumed.
See what the data says about your facility.
Start with a no-cost assessment: a call with an engineer and a written recommendation. When you want the data first, Cognituv Connect measures your own equipment, scoped and quoted for your site.