An Experimental Study to Determine the Cop of the Domestic Refrigerator when the Propane Butane Combination Added to LPG

This research examines the results from an experimental study to accomplish the household refrigerant coefficient of performance, when the propane-butane mixture introduced to an affordable liquefied petroleum gas (LPG). The paper also discussed the impact on refrigerant in the adiabatic helical capillary tube on the effects of the capillary tube size, the inner diameter of the capillary tube and capillary coil diameter. In underdeveloped countries such as India, significant amounts of power supply are not easily accessible. LPG is the stronger appreciated and environmental safe, with no ozone depletion potential (ODP). It works in distant areas such as test sites, mines and grasslands, where usually no energy is accessible. In local refineries, the LPG is obtainable as a side product. The outcomes of present research exposed that, this propane-butane mixture is used effectively in domestic refrigerator as an optimal replacement for CFCs and HFCs. The experimentation model was configured, and the LPG cooler thoroughly studied, which was to be deployed in refineries, restaurants, and the chemical industry with the increased supply for LPG. The refrigerant effect is 267.66 KJ/Kg, and the coefficient of performance is 6.4