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Progress in Petrochemical Science

Review of Magnetized Nanofluids in Solar-Based-Desalination with Thermal Storage

  • Open or CloseS Sami*1,2

    1TransPacific Energy, Inc, USA

    2North Dakota University, USA

    *Corresponding author:S Sami, Transpacific Energy and North Dakota University, USA

Submission: June 13, 2023; Published: July 18, 2023

DOI: 10.31031/PPS.2023.05.000618

ISSN 2637-8035
Volume5 Issue4


Recent solar desalination-based magnetized nanofluid Silicon Oxide and Aluminum Oxide research studies have been reviewed. It was found that Higher solar radiation increases the flash flow produced. It was concluded that higher irreversibility was experienced when water was used as a base fluid. The irreversibility increase depends upon the type of nanofluid and its thermodynamic properties. The higher the magnetic field forces the better the performance of nanofluids in the flashing chambers. The thermal energy accumulated during the thermal storage charging phase was significantly enhanced by using the magnetized nanofluid SiO2.

Keywords:Desalination; Flashing chamber; PV Thermal collectors; Magnetized nanofluids; Magnetic field; Numerical model; Validation

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