Transcritical CO2 System Gas Cooler

Key Design Requirements

Parameter
Typical Range / Value

Refrigerant
CO₂ (R-744), transcritical (supercritical)

Inlet CO₂ temperature
90–120°C

Outlet CO₂ temperature
35–45°C

Operating pressure
80–110 bar (absolute)

Ambient temperature
Up to 40–45°C

Air flow rate
As per thermal load (CFM dependent)

Cooling capacity (example)
100–500 kW or higher, scalable

In addition to their low environmental impact and energy efficiency, transcritical CO2 systems offer several other advantages over traditional refrigeration systems.

One advantage is their high operating pressure, which allows for more efficient heat transfer and smaller system components. This can result in a more compact and cost-effective system design.

Transcritical CO2 system also has a wider operating temperature range compared to traditional refrigerants, which makes them suitable for use in a variety of applications. They are particularly well-suited for use in low-temperature refrigeration applications, such as those found in supermarkets and food processing facilities.

Additionally, transcritical CO2 systems have a lower risk of flammability and toxicity compared to traditional refrigerants, which can improve safety in certain applications.

Overall, transcritical CO2 systems are a promising technology for reducing greenhouse gas emissions and improving the efficiency and safety of refrigeration systems.

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