Vapor compression refrigeration systems consume high-grade energy and contribute to
global warming and ozone layer depletion due to the environmentally unfriendly …

The refrigeration, air conditioning and heat pump (RACHP) industry is a significant
contributor to the climate change through its associated direct and indirect greenhouse gas …

Growing awareness of the potential environmental impacts of various refrigerants has led to
the phasedown of hydrofluorocarbon (HFC) refrigerants and to initiatives replacing HFCs …

This paper is devoted to feasibility study of substitution of two hydrocarbon refrigerants
instead of R134a in a domestic refrigerator. Experiments are designed on a refrigerator …

Exergy analysis was applied to investigate the performance of a domestic refrigerator
originally manufactured to use 145 g of R134a. It was found that the highest exergy …

This study used hydrocarbon (HC) refrigerants in a small R134a refrigerator to evaluate the
refrigeration performance and feasibility of using these alternative refrigerants by conducting …

This study presents a comparison of energetic and exergetic performance of a vapour
compression refrigeration system using pure HC (hydrocarbon) refrigerants. In this study …

This paper proposes a modified vapor-compression refrigeration cycle (MVRC) system
operating with the zeotropic mixture R290/R600a for domestic refrigerator-freezers. In the …

This paper proposes an internal auto-cascade refrigeration cycle (IARC) operating with the
zeotropic mixture of R290/R600a or R290/R600 for domestic refrigerator-freezers. In the …

This paper presents a modified ejector enhanced dual temperature refrigeration cycle
(MERC) with mixture refrigerant R290/R600a for domestic refrigerator/freezer application …