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Heat Exchanger

Recirculating Chiller




Selecting a Cooling System: Ambient Cooling System | Recirculating Chiller | Liquid-to-Liquid Cooling System | Recirculating Chiller or Liquid-to-Liquid Cooling System

Recirculating chillers offer precise temperature control (within 0.1°C) and cooling below ambient temperature. They are quiet, cover a wide range of cooling capacities, and are available with many different options and additional features. Recirculating chillers are compact, quiet and easy to install.

Recirculating chillers use refrigerant for cooling. They operate in a similar way to your refrigerator at home, except that they cool water instead of air. The process water circuit includes an evaporator, tank, and pump. The water is cooled by the refrigerant as it passes through the evaporator. On the other side of the evaporator the refrigerant evaporates to cool the water, then passes through a compressor and condenser, rejecting the heat to the ambient air.

Figure 2 - Schematic of a Recirculating chiller

Figure 2 - Schematic of a Recirculating Chiller 
When heat loads get high, chillers can cause the room's air conditioning system to become overloaded as they reject the waste heat into the ambient environment. One option is to use a chiller with a liquid-cooled condenser. In this case, the refrigerant is cooled by facility-chilled water instead of air, making the chiller quieter and avoiding room-warming problems.

Another alternative for high heat loads is a liquid-to-liquid cooling system.

Releated References:
  • Heat Exchanger
  • U bend Stainless Steel Tube for Heat Exchanger
  • Heat Exchanger Tube
  • Specification/Standards for Heat Exchanger Tubes
  • Finned Tube and Pipe Heat Exchangers
  • Shell Tube and Pipe Heat Exchangers
  • Select Materials for Heat Exchanger Tubes with Substantial Pressure difference
  • The difference between Stainless Steel Tubing and Copper Tubing in Shell and Tube Heat Exchanger
  • Difference in Counter and Parallel Flow Heat Exchanger
  • Aluminum Corrosion Resistance for Cold Plates and Plate-Fin Heat Exchangers
  • Flow arrangement
  • Heat exchangers - Tubes and Pipes Standards
  • Selecting a Heat Exchanger Cooling Liquid
  • Selecting a Heat Exchanger Cooling Air
  • Selecting A Cold Plate Technology
  • Selecting a Cooling System: Ambient Cooling System | Recirculating Chiller | Liquid-to-Liquid Cooling System | Recirculating Chiller or Liquid-to-Liquid Cooling System
  • Selecting A Cold Plate Technology
  • Selecting A Pump
  • Selecting a Recirculating Chiller
  • Selecting A Modular Cooling System
  • Selecting an Liquid-to-Liquid Cooling System
  • How to Boost the Efficiency of Heat Exchanger
  • Comparison of Heat Exchanger Types
  • Parallel and Counter Flow Design
  • Direct contact heat exchanger


  • Types of heat exchangers
    Shell and tube heat exchanger
    Plate Heat Exchanger - Efficiency and Flexibility
    U Tube heat exchanger
    Regenerative heat exchanger
    Adiabatic wheel heat exchanger
    Plate fin heat exchanger
    Fluid heat exchangers
    Phase-change heat exchanger
    Parallel Flow Heat Exchanger
    Counter Flow Heat Exchanger
    Cross Flow Heat Exchanger
    Spiral heat exchangers
    Shell and Coil Heat Exchangers
    Brazed Heat Exchangers - Advantages | Applications | Specifications
    Titanium Heat Exchanger
    Plate and Shell Heat Exchanger - Applications | Specification
    Block Welded Heat Exchanger - Applications | Specification


  • Construction
  • Self cleaning
  • Applications
  • Selection
  • Pre Heater
  • Radiator
  • Air Conditioner Evaporator and Condenser
  • Large Steam System Condensers


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