AIR-COOLED HEAT EXCHANGERS

Air-Cooled Heat Exchangers

Thermal equipment engineered for industrial process cooling, integrating process conditions, ambient conditions, heat-transfer requirements and operating control.

Air-cooled heat exchanger engineered for process cooling
ENGINEERED FOR THE APPLICATION

Thermal performance starts with process and ambient conditions

Air-cooled heat exchanger performance depends on the interaction between process flow, inlet and outlet temperatures, fluid properties, ambient conditions and available installation space.

Prodisys integrates these variables into thermal sizing, equipment configuration, fan selection and operating control for the required process duty.

ENGINEERING BASIS

From thermal duty to equipment definition

Equipment definition combines process requirements, ambient conditions, thermal design and operating constraints.

01

Process Conditions

  • Process flow rate and fluid properties.
  • Inlet and required outlet temperatures.
  • Operating pressure and temperature.
  • Required thermal duty.
02

Site & Ambient Conditions

  • Design ambient temperature.
  • Site elevation.
  • Available footprint and layout constraints.
  • Available electrical power.
03

Equipment Engineering

  • Thermal sizing and coil selection.
  • Fan selection and airflow requirements.
  • Mechanical configuration and instrumentation.
  • Materials and corrosion protection when required.
PERFORMANCE & CONTROL

Equipment performance matched to operating requirements

Thermal capacity and operating control are evaluated according to process requirements and expected ambient conditions.

Thermal capacity Heat-transfer performance is defined from process conditions, required outlet temperature and ambient design conditions.
Airflow and fan selection Fan and airflow requirements are selected to support the required thermal duty and equipment configuration.
Operating control ON/OFF, proportional or variable-frequency control can be incorporated according to operating requirements.
Technical validation Engineering analysis and performance evaluation can be used to support equipment definition and operating decisions.

Let's discuss your cooling requirements

Contact Prodisys to discuss process conditions, thermal duty, ambient conditions and equipment requirements.

Contact Prodisys