
‘Hybrid Ejector’ Found to Boost Efficiency of Transcritical CO2 Refrigeration by Up to 42%
New study found ejector system outperformed a conventional booster system across all ambient conditions
New study found ejector system outperformed a conventional booster system across all ambient conditions
The French company aims to launch a new interactive selection tool for refrigeration components early next year.
The company manufactures valves, fittings and protection devices for CO2 HVAC&R systems, including a new ball valve designed not to leak.
Having published their own versions, the European Parliament, Council and Commission will now hammer out a compromise.
Its liquid-level sensors and controllers are rated for the high pressures and temperatures of CO2 systems.
The company says the project is an important part of its sustainability strategy and will help to reduce its annual greenhouse gas emissions by around 18,000 metric tons.
Trifluoroacetic Acid (TFA) is formed from the atmospheric breakdown of refrigerants HFO-1234yf and HFC-134a.
The ValuePack Light is also suitable for store retrofits and offers up to 45kW for medium temperature and up to 15kW for low temperature.
The company develops and manufactures electronic controls and cloud solutions for CO2 HVAC&R systems.
The valve body is weld-free and addresses the problems of traditional ball valves, the company says.