Containerised COâ‚‚
Secondary Coolant Systems
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BRIDGING THE GAP Ammonia Reliability.
Carbon Dioxide Safety.
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Containerised NH₃ with Pumped CO₂
Secondary Coolant
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Efficient modular refrigeration for chilling and freezing
In an NH₃ + CO₂ secondary coolant system, ammonia acts as the primary refrigerant to cool carbon dioxide in a cascade heat exchanger. The condensed liquid CO₂ is then pumped as a phase-change secondary refrigerant to air coolers, blast freezers and plate freezers, providing efficient cooling to the end application.
Operational Advantages
• No dedicated compressor plant room: Reduces building requirements and simplifies installation
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• Modular, scalable capacity: Add units as output grows without redesigning the full system
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• Energy-saving performance: Uses 20-30% less energy than conventional Freon systems
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• Straightforward operation: Simple system design makes day-by-day running easier
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• Reliable redundancy: Independent units help protect production continuity
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• Reduce installation costs: Smaller COâ‚‚ pipework reduces material requirements and lowers on-site installation costs
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Everflo’s containerised COâ‚‚ solution combines efficient cooling, lower system losses, safer occupied-space integration and easy modular expansion.
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Illustrative comparison based on brochure application advantages.
Containerised COâ‚‚
Secondary Coolant Systems
Standard Application Advantages
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Why Everflo stands apart?
Relative advantage by application fit
the quality of simplicity