Experimental Analysis of VCR by Using R290/R134A Blended Refrigerant

• Author(s): U. Pradeep Kumar ; N. Maheswara Reddy ; M. Srikanth Naik ; K. Harshavardhan Babu; E. Papaya Goud ; M. Krishna Mohan; M. Prasanth Pranay
• Paper ID: 1702841
• Page: 195-203
• Published Date: 12-07-2021
• Published In: Iconic Research And Engineering Journals
• Publisher: IRE Journals
• e-ISSN: 2456-8880
• Volume/Issue: Volume 5 Issue 1 July-2021

Abstract

Now a day’s refrigeration systems have shown many applications in both industrial and domestic Sectors. The majority of domestic refrigerators works on vapour compression system. Vapour compression system uses expansion valve to reduce the pressure of liquid refrigerant and delivers to the evaporator. The leakages of widely used hydro fluorocarbon refrigerants from refrigerator shows severe impact on the environment like global warming, ozone depletion, etc. In order to overcome this problem a mixture with Blend refrigerants by combining hydro fluorocarbons and hydrocarbons are used in this experiment. Blend refrigerants combining hydro fluorocarbons and hydrocarbons are good substitute to reduce global warming potential. In this present work the performance of domestic refrigerator is compared for R290 and R290/R134a refrigerants.

Citations

IRE Journals:
U. Pradeep Kumar , N. Maheswara Reddy , M. Srikanth Naik , K. Harshavardhan Babu; E. Papaya Goud , M. Krishna Mohan; M. Prasanth Pranay "Experimental Analysis of VCR by Using R290/R134A Blended Refrigerant" Iconic Research And Engineering Journals Volume 5 Issue 1 2021 Page 195-203

IEEE:
U. Pradeep Kumar , N. Maheswara Reddy , M. Srikanth Naik , K. Harshavardhan Babu; E. Papaya Goud , M. Krishna Mohan; M. Prasanth Pranay "Experimental Analysis of VCR by Using R290/R134A Blended Refrigerant" Iconic Research And Engineering Journals, 5(1)