Visible signs of climate change call for urgent actions on food retail industry, since such a
sector is characterized by an abundant carbon footprint. Being CO 2 (or R744) recognized …

The adoption of the EU F-Gas Regulation 517/2014 and the resulting development of the
multi-ejector concept have led carbon dioxide to take center stage as the sole refrigerant …

The multi-ejector rack is the most promising technology to push the so-called “CO 2 equator”
further south and improve the global energy efficiency of R744 supermarket refrigeration …

The ever-stricter regulations put into effect worldwide to significantly decrease the
considerable carbon footprint of commercial refrigeration sector have forced the transition to …

Noticeable technological advances in transcritical R744 (or “CO 2 only” or pure CO 2)
supermarket refrigeration systems have recently occurred. Consequently, the trend towards …

Climate change mitigation actions have led transcritical R744 refrigeration systems to take
center stage in supermarket applications worldwide. Various measures aimed at making …

A new position of an internal heat exchanger within the thermodynamic cycle is proposed to
improve the performance of CO 2 refrigeration systems in warm climates, specifically in …

In this paper, the performance of CO 2 booster refrigeration systems with eight different
configurations for the supermarket application is analysed and compared with the …

The regulatory pressures on environmentally deleterious refrigerants have been growing
more intense, prompting CO 2 to draw ever-widening attraction as the sole working fluid …

Refrigeration systems account for nearly half of the electricity consumed by supermarkets. In
order to save energy and reduce CO2 emissions, CO2 booster refrigeration systems have …