Experimental Analysis of Heat Transfer by Using Nanofluid and Impact of Thermophysical Properties

The scope of the project is to analyse heat transfer behaviours by using shell and tube exchangers measurements various thermophysical properties carbon nanotube nanofluid. nanofluid created different volume fractions at operation temperatures. research focuses on theoretical experimental CNT nanofluids, with goal improving parameters such as thermal conductivity, specific heat, viscosity. characteristics CNTs were investigated this method. Various tests carried out investigate qualities, they found have an impact. improved nanotubes (CNTs) potential save energy reduce CO2, NO2, SO2 emissions in industrial settings. Improving exchange performance sector would result a high heat-to-power conversion efficiency. Nanofluids can considerably enhance critical flux (CHF) systems.