LPG Refrigeration System

Authors

  • Mishra Avishesh A (Student, Department of Mechanical Engineering SNDCOE YEOLA, Maharashtra, India)
  • Sagar M.Weljali (Student, Department of Mechanical Engineering SNDCOE YEOLA, Maharashtra, India)
  • SAGAR SANAP (Student, Department of Mechanical Engineering SNDCOE YEOLA, Maharashtra, India)
  • Kantilal B.Wadekar (Student, Department of Mechanical Engineering SNDCOE YEOLA, Maharashtra, India)
  • Pradeep D.Wani (Student, Department of Mechanical Engineering SNDCOE YEOLA, Maharashtra, India)
  • Prof. Ajay L.Krishnani (Asso.Professor Department of Mechanical Engineering SNDCOE YEOLA, Maharashtra, India,)

Keywords:

LPG,REFRIGRENT

Abstract

According to the Indian Government, the refrigerator is the 3rd heaviest consumer of power amongst
household appliances. It is one of the few appliances that is running 365 days a year, increasing the importance,
whenever possible, to have an eco-friendly refrigerator in your household. A new eco-friendly refrigerator in 2006
was estimated to consume 481 kilowatt hours per year. The energy consumption of refrigerators has improved
steadily year over year. It works on the principle that during the conversion of LPG into gaseous form the expansion
will be take place. Due to this expansion in LPG gas the pressure will drops. And the volume will be increase this
will be result into dropped in temperature and it acts as refrigerant.

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Published

2017-03-25

How to Cite

Mishra Avishesh A, Sagar M.Weljali, SAGAR SANAP, Kantilal B.Wadekar, Pradeep D.Wani, & Prof. Ajay L.Krishnani. (2017). LPG Refrigeration System. International Journal of Advance Research in Engineering, Science & Technology, 4(3), 399–403. Retrieved from https://ijarest.org/index.php/ijarest/article/view/957

Issue

Vol. 4 No. 3 (2017): Volume: 04, Issue: 03 - March, 2017.

Section

Articles

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