Project Portfolio

Our Technology at Work

See how Cooney Technologies helps facilities protect critical HVAC systems, reduce downtime, and improve performance through innovative engineered products.

Products
Industries
Cooney Technologies engineered products for HVAC applications

Critical Facilities
Eliminate Glycol

A Mountain Region healthcare facility eliminated glycol loops in a 75,000+ CFM AHU expansion by selecting Cooney Freeze Block™ coils. The design simplified the system, reduced maintenance, and delivered over 2.4 million BTU/hr of heating and cooling—while protecting critical operations at 5,500 ft elevation.

Cornell University - Cooney Technologies HVAC project

District Energy
Hot Water Conversion
Sustainability

Cornell University is undertaking an ambitious steam-to-hot-water conversion to modernize its century-old district energy system, reduce carbon emissions, and improve energy efficiency across campus. Cooney Thermo-Pack heat exchangers play a critical role in this transformation, delivering reliable and efficient steam-to-hot-water conversion at key campus heating stations.

Cornell University - Cooney Technologies HVAC project

Energy Savings
Hot Water Conversion
Reduce Maintenance

Cornell University’s North Campus expansion required efficient hot water delivery to thousands of new dorm rooms. Cooney’s Thermo-Pack™ offered a compact, semi-custom solution, helping to simplify maintenance and enhance heat recovery.

Ford Motor Company - Cooney Technologies HVAC project

Eliminate Glycol
New Equipment

Ford’s Michigan expansion required 54 air handling units with energy-efficient freeze protection. Cooney’s Freeze Block™ coils and Smart Coil System eliminated glycol—boosting performance and supporting sustainability goals

Suburban Hospital - Cooney Technologies HVAC project

Coil Replacement
Critical Facilities
Freeze Protection

Suburban Community Hospital avoided costly HVAC failures by switching to Freeze Block™ coils—preventing downtime and saving on emergency repairs during winter weather.