Equipment category • Equipment category
Evaporative heat-rejection systems that cool condenser or process water near the ambient wet-bulb temperature.
Role in the thermal chain
Cooling towers can provide efficient heat rejection, but water sourcing, cycles of concentration, treatment, drift, plume, and local regulation are important project constraints.
Buyer checklist
Connected records
A building-technology and HVAC company supplying chillers, controls, air systems, and heat-rejection infrastructure for data centers.
A global climate and energy-solutions company supplying chillers, controls, and heat-rejection systems for mission-critical facilities.
Connected records
Water evaporation lowers air or process-fluid temperature before heat is rejected from the data center.
A facility combines liquid capture at high-heat components with air cooling for the rest of the rack.
Evidence ledger
Profiles distinguish company-reported claims from confirmed operating data. Open the original materials before relying on a specification.
DataCenterChill research
Direct answers
Concise answers generated from the structured record and its cited evidence.
Reject campus heat through evaporation. Cooling towers can provide efficient heat rejection, but water sourcing, cycles of concentration, treatment, drift, plume, and local regulation are important project constraints.
Cooling towers is commonly connected to Evaporative Cooling, Hybrid Cooling.
What annual and peak water use follows from the actual load profile? How will water chemistry, blowdown, drift, and legionella risk be managed? Is a dry or hybrid alternative viable at the required temperatures?