Presentation Overview

A dry cooler rejects heat from a closed fluid loop to the surrounding air using finned coil surfaces and fans, with no water evaporation involved in the heat transfer process.

Because the fluid circuit is fully closed, dry coolers eliminate the water treatment, drift, and legionella risk associated with open evaporative systems.

Performance is directly tied to ambient dry-bulb temperature — as outdoor air warms, the leaving fluid temperature rises and heat rejection capacity decreases.

Understanding the relationship between ambient conditions, coil sizing, and fluid temperature requirements is essential to properly sizing a dry cooler and setting client expectations for warm-weather performance.

Join the Live Stream

Click Here to Join the Live Stream

Click the link above at 12:00 PM to join.

No account or download required.