Development of a Microbial Fuel Cell Using <i>Methylococcus</i> <i>Chroococcus</i> Bacteria as a Biocatalyst

Methane is an extensively accessible green energy that can be obtained organically just by way of through natural gases. However, using methane in fuel at ambient temperature conditions is quite challenging, due to its high thermodynamically stability. In this present investigation, the feasibility...

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Autores principales:	Hany S. Abdo, Asiful H. Seikh, Ubair Abdus Samad, Sameh A. Ragab, Mohammad Asif Alam, Abdullah A. AlGhannam
Formato:	article
Lenguaje:	EN
Publicado:	MDPI AG 2021
Materias:	MFC methane <i>Methylococcus chroococcus</i> potentiodynamic study EIS Crystallography QD901-999
Acceso en línea:	https://doaj.org/article/c912d5a0125845e2b63d086fb17d93ed
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spelling	oai:doaj.org-article:c912d5a0125845e2b63d086fb17d93ed2021-11-25T17:17:49ZDevelopment of a Microbial Fuel Cell Using <i>Methylococcus</i> <i>Chroococcus</i> Bacteria as a Biocatalyst10.3390/cryst111112952073-4352https://doaj.org/article/c912d5a0125845e2b63d086fb17d93ed2021-10-01T00:00:00Zhttps://www.mdpi.com/2073-4352/11/11/1295https://doaj.org/toc/2073-4352Methane is an extensively accessible green energy that can be obtained organically just by way of through natural gases. However, using methane in fuel at ambient temperature conditions is quite challenging, due to its high thermodynamically stability. In this present investigation, the feasibility of using methane in the low-temperature microbial fuel-cell (MFC) with an unadulterated culture of <i>Methylococcus chroococcus</i> without the inclusion of any additional electron mediators is investigated. The microbial fuel cell setup was prepared using a salt bridge. Through potentiodynamic study, power density, and OCV, it can be seen that the setup delivers a sufficient amount of voltage and power as the days progress. Electrochemical Impedance Spectroscopic investigations also depict the fact that the cell required roughly one day to balance out, and kept working at full force for up to seven days. This work exhibits the chance of creating power utilizing methane as one of the main carbon sources at ambient temperature with an <i>M. chroococcus</i> unadulterated culture as the direct electron-transporting MFC biocatalyst.Hany S. AbdoAsiful H. SeikhUbair Abdus SamadSameh A. RagabMohammad Asif AlamAbdullah A. AlGhannamMDPI AGarticleMFCmethane<i>Methylococcus chroococcus</i>potentiodynamic studyEISCrystallographyQD901-999ENCrystals, Vol 11, Iss 1295, p 1295 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	MFC methane <i>Methylococcus chroococcus</i> potentiodynamic study EIS Crystallography QD901-999
spellingShingle	MFC methane <i>Methylococcus chroococcus</i> potentiodynamic study EIS Crystallography QD901-999 Hany S. Abdo Asiful H. Seikh Ubair Abdus Samad Sameh A. Ragab Mohammad Asif Alam Abdullah A. AlGhannam Development of a Microbial Fuel Cell Using <i>Methylococcus</i> <i>Chroococcus</i> Bacteria as a Biocatalyst
description	Methane is an extensively accessible green energy that can be obtained organically just by way of through natural gases. However, using methane in fuel at ambient temperature conditions is quite challenging, due to its high thermodynamically stability. In this present investigation, the feasibility of using methane in the low-temperature microbial fuel-cell (MFC) with an unadulterated culture of <i>Methylococcus chroococcus</i> without the inclusion of any additional electron mediators is investigated. The microbial fuel cell setup was prepared using a salt bridge. Through potentiodynamic study, power density, and OCV, it can be seen that the setup delivers a sufficient amount of voltage and power as the days progress. Electrochemical Impedance Spectroscopic investigations also depict the fact that the cell required roughly one day to balance out, and kept working at full force for up to seven days. This work exhibits the chance of creating power utilizing methane as one of the main carbon sources at ambient temperature with an <i>M. chroococcus</i> unadulterated culture as the direct electron-transporting MFC biocatalyst.
format	article
author	Hany S. Abdo Asiful H. Seikh Ubair Abdus Samad Sameh A. Ragab Mohammad Asif Alam Abdullah A. AlGhannam
author_facet	Hany S. Abdo Asiful H. Seikh Ubair Abdus Samad Sameh A. Ragab Mohammad Asif Alam Abdullah A. AlGhannam
author_sort	Hany S. Abdo
title	Development of a Microbial Fuel Cell Using <i>Methylococcus</i> <i>Chroococcus</i> Bacteria as a Biocatalyst
title_short	Development of a Microbial Fuel Cell Using <i>Methylococcus</i> <i>Chroococcus</i> Bacteria as a Biocatalyst
title_full	Development of a Microbial Fuel Cell Using <i>Methylococcus</i> <i>Chroococcus</i> Bacteria as a Biocatalyst
title_fullStr	Development of a Microbial Fuel Cell Using <i>Methylococcus</i> <i>Chroococcus</i> Bacteria as a Biocatalyst
title_full_unstemmed	Development of a Microbial Fuel Cell Using <i>Methylococcus</i> <i>Chroococcus</i> Bacteria as a Biocatalyst
title_sort	development of a microbial fuel cell using <i>methylococcus</i> <i>chroococcus</i> bacteria as a biocatalyst
publisher	MDPI AG
publishDate	2021
url	https://doaj.org/article/c912d5a0125845e2b63d086fb17d93ed
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Development of a Microbial Fuel Cell Using <i>Methylococcus</i> <i>Chroococcus</i> Bacteria as a Biocatalyst

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