Presentation Overview

Heat rejection equipment removes thermal energy absorbed by a process or refrigeration system and transfers it to the surrounding environment, completing the thermodynamic cycle.

The three primary technologies — dry coolers, adiabatic coolers, and evaporative fluid coolers — each use a different mechanism to achieve this transfer, with different trade-offs in efficiency, water use, and maintenance.

Leaving fluid temperature, ambient dry-bulb and wet-bulb conditions, and annual operating hours are the key parameters that determine which technology delivers the best lifecycle performance for a given site.

This session builds the technical foundation needed to evaluate heat rejection options across a wide range of industrial, process, and HVAC applications.

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