Focus - Innovations
Data center cooling systems are evolving towards more efficient and sustainable solutions, integrating liquid technologies, heat recovery, and intelligent control.
Purification and liquefaction of CO₂ from emissions as a resource for industrial refrigeration: technologies, benefits, and prospects.
CO₂ and A2L in commercial refrigeration: system differences, performance, safety, and selection criteria.
Purification and liquefaction technologies transform CO₂ from an emission to a resource for industrial applications and sustainable refrigeration.
Booster, cascade, and secondary loop systems compared: the main CO₂ architectures for efficient and sustainable refrigeration.
In refrigeration systems, the choice between rigid and flexible cables affects the safety, efficiency and longevity of the system.
In Italian large-scale retail trade, the adoption of natural refrigerants and the progressive elimination of PFAS are redefining the design and management of commercial refrigeration systems.
Blockchain introduces new levels of traceability and security to the pharmaceutical cold chain, enhancing efficiency and control in industrial refrigeration.
Solid-state cooling technologies are gaining traction in the electronics and medical markets, opening up new integration scenarios for precision refrigeration and portable systems.
The ATMO Europe Awards 2025 confirm the growth of natural refrigeration and the arrival of innovative technologies that redefine the standards of the HVAC/R industry.
VRF systems are increasingly adopting low-GWP A2L refrigerants. This technical challenge opens up new opportunities in terms of efficiency, safety, and system innovation.
CO₂ (R744) is growing in industrial refrigeration: new architectures, improved performance and heat recovery make it increasingly competitive in medium-sized systems.
