Copeland™ compressors for transcritical CO₂ refrigeration

March 10, 2023

The Copeland™ line of 4 cylinder CO2 compressors is the ideal solution for R-744 transcritical booster systems. It is characterized by a design operating pressure of 1740 psig (120 bar).

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Our Commitment to CO₂ Refrigeration

Copeland™ compressors for transcritical CO₂ refrigeration

Baselining CO₂ Refrigeration

CO₂ Transcritical Booster System Design

Regional Adaptations: System Design Considerations for CO₂ Refrigeration

Top 10 Differences Between CO₂ and HFC System Designs

Optimizing CO₂ Transcritical Booster Efficiencies

CO₂ Chats | What is the critical point of CO₂?

CO₂ Chats | What are typical operating pressures of a CO₂ transcritical booster system?

CO₂ Chats | What’s the triple point of CO₂, and why is that important to know?

CO₂ Chats | How should you charge a CO₂ refrigeration system?

CO₂ Chats | How do you preserve system charge during a CO₂ refrigeration system shutdown?

CO₂ Chats | How do you avoid CO₂ evaporators from flooding in the event of a power outage?

CO₂ Chats | How should you store CO₂ refrigerant?

CO₂ Chats | How do you detect leaks in CO₂ systems?

CO₂ Chats | What is trapped liquid in a CO₂ refrigeration system?

CO₂ Chats | How do HFC refrigerant properties compare to CO₂?

CO₂ Chats | Can you describe a CO₂ transcritical booster system and how it works?

CO₂ Chats | How is a CO₂ cascade system configured, and how does it work?

CO₂ Chats | Why is an adiabatic gas cooler used in CO₂ systems?

CO₂ Chats | How do you ensure energy efficiency in a CO₂ system?

CO₂ Chats | What does parallel compression mean when referring to CO₂ systems?