Process chillers ↗
An option for supplying cold fluid to heat exchangers and process equipment. R290 configurations can be evaluated.
ICESQUARE / APPLICATIONS
Chillers for dairies, food and processes
Chillers and cooling circuits for liquids, food processes and industrial operations.
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How it works and what we assess
The process transfers heat to a service fluid, for example through a heat exchanger. A chiller cools that fluid so it can absorb heat again. Separation of product, fluid and refrigerant is defined by the process.
How the system works
Identify the process
Define which product or equipment requires cooling, and how quickly.
Transport the heat
A service circuit connects the process to the cooling system.
Cool and recirculate
The chiller removes heat and the fluid returns to the process.
Why these systems are used
Industrial waterloop ↗
Another configuration to consider when the project integrates services through a circuit; engineering defines its function and connections.
Our recommendation
Start with the process heat balance and production throughput. Cooling a batch tank and serving a continuous production line may require different configurations.
Before selection
- Specify product, flow rate, inlet and outlet temperatures, and available time.
- Define the service fluid, its compatibility and the required sanitary separation.
- Coordinate cleaning, maintenance and controls with the food process designer.
Equipment to assess for this application
IS CHILLER
Process chillers
Cooling for industrial processes and chilled water systems. This family includes R290 chillers and solutions configured for each project operating conditions.
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WATERLOOP CONFIGURATION
Industrial waterloop
A waterloop configuration for industrial applications. The process, loads and circuit conditions define the integration of each solution.
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