The aim of this literature review is to provide structured information for the basis of
organizing the future cities through circular economy. The built environment is responsible …

In this paper, a comprehensive review on building applications of heat recovery systems is
presented. The review is given as a clear and understandable summary of the previous …

Research into dynamic moisture storage in hygroscopic building materials has renewed
interest in the moisture buffering capacity of building materials and shown the potential for …

Due to less environmental impact, the CO2 booster refrigeration system has been widely
applied in the modern supermarket as a substitute for the conventional R404A multiplex …

Using computer simulation modeling this study investigates the performance of a CO2 trans-
critical system with heat recovery from the de-superheater. The influence of sub-cooling (or …

This paper investigates energy efficiency of an integrated CO 2 trans-critical booster system
installed in a supermarket in Sweden. The supermarket has applied several features to …

A new energy-efficient refrigeration system subcooled by liquid desiccant dehumidification
and evaporation was proposed in this paper. In the system, liquid desiccant system could …

Carbon dioxide (R744) is widely used as refrigerant in supermarkets located in cold weather
sites thanks to its negligible environmental impact and its favourable thermo-physical …

As described in Part I, the supermarket simulation software “SuperSim” with its integrated
refrigeration, building and HVAC system models, can be used to evaluate, compare and …

This paper compares and quantifies the energy, environmental and economic benefits of
various control strategies recovering heat from a CO 2 booster system in a supermarket for …