European PFAS regulations have driven a revolution in refrigeration, with supermarkets and light industrial users opting for CO₂ refrigeration as a safe, future-proof alternative to hyper-warming conventional refrigerants.
While CO₂ systems perform exceptionally well in cooler climates and offer strong sustainability benefits, their efficiency can decrease in high ambient temperatures. As climate change continues to bring record-breaking heat each year, how can end users maximize the hot-weather performance of their systems?
Join our webinar at 16:00 CET on 18 June to learn how emerging pressure exchanger technology can help:
- Avoid the energy cost hit of high summer temperatures
- Protect rack stability in heatwaves with increased capacity
- Reduce water consumption and reliance on water spray technologies
You’ll also get a simplified look at the physics behind pressure exchangers, learning how they work in CO₂ systems by recovering the energy lost during the expansion process.
Register now:
Language: English
Presenter: Sotirios Thanasoulas, Refrigeration Application Engineer at Energy Recovery
Sotiris Thanasoulas is a Refrigeration Application Engineer at Energy Recovery, specializing in CO₂ refrigeration systems. A PhD candidate at KTH Royal Institute of Technology, he brings nearly a decade of academic and professional experience in HVACR, with a focus on heat pumps, indoor comfort, and sustainable buildings.