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UVCap: Solar Powered Ultraviolet Light Water Sterilizer / [author]: Li Nathan Y. Ajero Jeremey Zeus L. Mabasa Dustin Luisse C. Miguel Iris Gel R. Ompad Royce Mathew B. Rubian

By: Contributor(s): Publication details: Quezon City, Philippines; FEU-Dr. Nicanor Reyes Medical Foundation Institute of Medicine, 2023Description: 28cmContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
LOC classification:
  • SHS 2023 0003 c.1
Online resources: Summary: ABSTRACT: This study investigates the effectiveness of building UVCAP, a UVC light strip attached to the cap powered by a battery or solar panel capable of sterilizing water fit for drinking. During the COVID-19 pandemic, the transfer of infected respiratory droplets can cause a person to be infected by the virus. Thorough disinfection is utilized to eliminate harmful microorganisms, such as alcohol disinfection and UVC light disinfection. The objective of this study is to see the difference between before and after UVC exposure in distilled water, tap water, and Bitbit River water’s potability. The Philippine National Standards for Drinking Water (PNSDW) standards are used to test water potability, composed of total coliform, thermotolerant coliform, and heterotrophic plate count. The data gathered showed no difference before and after UVCap exposure in distilled water, tap water, and Bitbit river water in total coliform, thermotolerant coliform, and heterotrophic plate count. The results conclude that the UVCAP is ineffective in sterilizing Bitbit river water to the point that it is drinking water. With this, using river water is recommended if the researchers need water with high coliform. Keywords: UVCAP, total coliform, thennotolerant coliform, heterotrophic plate count, water
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Theses Far Eastern University - Nicanor Reyes Medical Foundation SHS 2023 0003 c.1 (Browse shelf(Opens below)) Available T002670
Theses Far Eastern University - Nicanor Reyes Medical Foundation SHS 2023 0003 c.2 (Browse shelf(Opens below)) Available T002671
Theses Far Eastern University - Nicanor Reyes Medical Foundation SHS 2023 0003 c.3 (Browse shelf(Opens below)) Available T002672
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SHS 2023 0002 C.3 Sunitize: effectiveness of the portable mask sterilizer / [author]: Annika Waine L. Gamali June June P. Cenu Kateleen Claire T. Wong Malrey Ydes F. Castro Natalie Claire A. Nunez SHS 2023 0003 c.1 UVCap: Solar Powered Ultraviolet Light Water Sterilizer / [author]: Li Nathan Y. Ajero Jeremey Zeus L. Mabasa Dustin Luisse C. Miguel Iris Gel R. Ompad Royce Mathew B. Rubian SHS 2023 0003 c.2 UVCap: Solar Powered Ultraviolet Light Water Sterilizer / [author]: Li Nathan Y. Ajero Jeremey Zeus L. Mabasa Dustin Luisse C. Miguel Iris Gel R. Ompad Royce Mathew B. Rubian SHS 2023 0003 c.3 UVCap: Solar Powered Ultraviolet Light Water Sterilizer / [author]: Li Nathan Y. Ajero Jeremey Zeus L. Mabasa Dustin Luisse C. Miguel Iris Gel R. Ompad Royce Mathew B. Rubian SHS 2023 0004 c.1 In vitro alpha-glucosidase inhibitory activity of ampalaya (momordica charantia) and singkamas (pachyrhizus erosus) methanolic extracs / [author]: Ariana M. Breton, Catherina Lei R. Oh, Ishi Mae Alexis R. Alieger, Leira Angelin L. Junio, Mary Faye P. Salamero SHS 2023 0004 c.2 In vitro alpha-glucosidase inhibitory activity of ampalaya (momordica charantia) and singkamas (pachyrhizus erosus) methanolic extracs / [author]: Ariana M. Breton, Catherina Lei R. Oh, Ishi Mae Alexis R. Alieger, Leira Angelin L. Junio, Mary Faye P. Salamero SHS 2023 0004 c.3 In vitro alpha-glucosidase inhibitory activity of ampalaya (momordica charantia) and singkamas (pachyrhizus erosus) methanolic extracs / [author]: Ariana M. Breton, Catherina Lei R. Oh, Ishi Mae Alexis R. Alieger, Leira Angelin L. Junio, Mary Faye P. Salamero

Includes appendix

ABSTRACT:
This study investigates the effectiveness of building UVCAP, a UVC light strip attached
to the cap powered by a battery or solar panel capable of sterilizing water fit for drinking. During
the COVID-19 pandemic, the transfer of infected respiratory droplets can cause a person to be
infected by the virus. Thorough disinfection is utilized to eliminate harmful microorganisms,
such as alcohol disinfection and UVC light disinfection. The objective of this study is to see the
difference between before and after UVC exposure in distilled water, tap water, and Bitbit River
water’s potability. The Philippine National Standards for Drinking Water (PNSDW) standards
are used to test water potability, composed of total coliform, thermotolerant coliform, and
heterotrophic plate count. The data gathered showed no difference before and after UVCap
exposure in distilled water, tap water, and Bitbit river water in total coliform, thermotolerant
coliform, and heterotrophic plate count. The results conclude that the UVCAP is ineffective in
sterilizing Bitbit river water to the point that it is drinking water. With this, using river water is
recommended if the researchers need water with high coliform.
Keywords: UVCAP, total coliform, thennotolerant coliform, heterotrophic plate count,
water

Thesis - Senior High School

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