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Nano Composed air Refrigerant-modern Scenario

Bangshidhar Goswami

Abstract


This article is study of usual addition of nano-particles into refrigerant and admixed add to traded
refrigerant. Admix schemed either to refrigerant or to lubricant, henceforth add to admix or admix to
add surprisal has been scriptured for domestic air conditioning and refrigeration system. Better the
thermal capacity more the heat reserve so as to transfer heat has protocoled as usual. Carbon nanotube
based nano-fluid has higher thermal conductivity compared to conventional refrigerants,
lubricants and nanoparticles so as to reduce power consumption. Power consumption drop by 2.4%
and coefficient of performance (COP) increase by 4.4% have studied for hydrocarbon refrigerant and
mineral lubricant after formation of stable and strong suspension with Al2O3 nanoparticles.
Keywords: Nano-refrigerant, Nano-lubricant, Heat transfer, Suspension, Thermo-physical,
Nanoparticles


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