Supermarket waterloop ↗
Our supermarket waterloop configuration is studied around store services and circuit conditions.
ICESQUARE / APPLICATIONS
Refrigeration for supermarkets and grocery stores
Supermarket waterloop and centralized systems to meet store refrigeration needs.
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How it works and what we assess
Display cases and cold rooms extract heat from food. In a water-cooled waterloop configuration, a circuit carries unit heat to outdoor heat rejection equipment. A compressor rack or CO₂ booster offers other architectures for store refrigeration services.
How the system works
Preserve and display
Display cases and cold rooms serve different products and temperatures.
Integrate services
Evaluate a waterloop architecture or centralized refrigeration according to the project.
Transfer heat outdoors
Size heat rejection together with distribution and controls.
Why these systems are used
Compressor racks ↗
A centralized refrigeration option with parallel compressors for multiple services.
CO₂ booster ↗
A centralized CO₂ alternative to evaluate integrated medium- and low-temperature refrigeration.
Our recommendation
Compare alternatives using the store layout and service list. The best configuration depends on temperatures, distribution, outdoor conditions and operations.
Before selection
- List display cases, cold rooms and simultaneous loads.
- Review piping, heat rejection space and future expansion.
- Confirm refrigerant, controls and operating limits for the selected configuration.
Equipment to assess for this application
WATERLOOP CONFIGURATION
Supermarket waterloop
A waterloop configuration for supermarket refrigeration needs. We integrate the equipment around store services and operating conditions.
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IS RACK
Compressor racks
Parallel compressor systems for commercial and industrial refrigeration. We manufacture racks using conventional refrigerants, with configurations defined for each application.
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CONFIGURATION
CO₂ booster
We manufacture CO₂ booster systems for refrigeration projects. Loads, temperature levels and operating conditions define each solution.
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