The current work focuses on the experimental research of a vapor compression cycle using
Polyol Oil Ester (POE) with nano copper oxide (CuO) and a fluidized bed for condenser …

Nowadays, in many developing countries like India they are facing the shortage of energy.
The Refrigeration system has become the major consumer of energy for many industrial as …

The current research is focused on the application of nanoparticles in vapour compression
refrigeration systems. The major aim of the study is to investigate the effects of nano-oil on …

Cooling in industrial production and refrigeration of perishable and non-perishable products
is common practice throughout the world. Research studies have been conducted both …

The primary source of energy consumption in a vapour compression refrigeration system is
a compressor. The possibility of a reduction in the work of compression may leads to …

In this study, cooling performance of a refrigeration system under the effects of nanoparticle
(TiO 2) addition to the compressor oil (poly alkaline glycol (PAG)) was experimentally …

This study was built on the basis of experimental results from a simple refrigeration system
using R134a as a refrigerant. Based on the real dimensions of the system and the …

A vapor compression cycle is a mechanical heat transfer device that moves heat from a
lower-temperature sink to a higher-temperature sink. In vapor compression refrigeration, the …

Abstract Refrigeration, Ventilation and Air Conditioning system is the largest reason behind
the increasing demand of energy consumption in the world and saving that energy through …

The performance of a vapor compression cycle with nanoparticles additives in the working
fluid was investigated theoretically. In the present study four different nano materials with …