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CFD Analysis of Airborne Pathogen Disinfection in a UV-C Air Purification Device
Numerical simulations of the airflow inside a portable air purification device have been carried out. The simplified system geometry is comprised of key components – fans, particle filters and UV lamps for disinfection, which are included in the model. The study investigates the velocity distributio...
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Published in: | Latvian Journal of Physics and Technical Sciences 2023-12, Vol.60 (s6), p.20-34 |
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container_title | Latvian Journal of Physics and Technical Sciences |
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creator | Sabanskis, A. Vidulejs, D. D. Virbulis, J. Jakovics, A. |
description | Numerical simulations of the airflow inside a portable air purification device have been carried out. The simplified system geometry is comprised of key components – fans, particle filters and UV lamps for disinfection, which are included in the model. The study investigates the velocity distribution, UV irradiance, and its impact on air disinfection. The effects of the flow rate and UV dose on the purification efficacy have been investigated. The findings provide valuable insights for optimising the design and configuration of air purification devices, and their potential role in reducing the transmission of airborne diseases. |
doi_str_mv | 10.2478/lpts-2023-0042 |
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subjects | Aerosols Air flow Air purification Configuration management COVID-19 Design optimization Disease transmission Disinfection Fluid dynamics Irradiance Lamps Mathematical models Microorganisms Outdoor air quality Pathogens Portable equipment Severe acute respiratory syndrome coronavirus 2 Simulation Tuberculosis Turbulence models Ultraviolet radiation Velocity distribution Ventilation Viruses |
title | CFD Analysis of Airborne Pathogen Disinfection in a UV-C Air Purification Device |
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