•  English
    • Persian
    • English
  •   Login
  • Ferdowsi University of Mashhad
  • |
  • Information Center and Central Library
    • Persian
    • English
  • Home
  • Source Types
    • Journal Paper
    • Ebook
    • Conference Paper
    • Standard
    • Protocol
    • Thesis
  • Use Help
View Item 
  •   FUM Digital Library
  • Fum
  • Articles
  • ProfDoc
  • View Item
  •   FUM Digital Library
  • Fum
  • Articles
  • ProfDoc
  • View Item
  • All Fields
  • Title
  • Author
  • Year
  • Publisher
  • Subject
  • Publication Title
  • ISSN
  • DOI
  • ISBN
Advanced Search
JavaScript is disabled for your browser. Some features of this site may not work without it.

Study of the performance of three sediment microbial fuel cells in an open channel

Author:
الهام اباذریان
,
رضا قشلاقی
,
محمود اخوان مهدوی
,
Elham Abazarian
,
Reza Gheshlaghi
,
Mahmood Akhavan Mahdavi
Year
: 2015
Abstract: In this research, performance of three sediment microbial fuel cells (SMFC) in an open channel has been investigated in single and series mode in terms of electricity generation and voltage production. In single mode, the maximum power density for Cell 1, 2 and 3 was measured as 47, 30 and 37 mW/m2, respectively. Internal resistances for these cells were 973, 1546 and 1192 Ω, respectively. When cells were connected in series, the maximum power density was 34 mW/m2, nearly equivalent to that of each cell, and the internal resistance was 2149 Ω. In addition, the voltage generated in series mode was in the range of 540 to 580 mV which was much more than the voltage of each individual cell, although voltage reversal occurred causing the voltage to be less than expected. This research provides information to produce energy by SMFC system for application in a large scale.
URI: http://libsearch.um.ac.ir:80/fum/handle/fum/3392320
Keyword(s): Sediment microbial fuel cell,Cell stacking,Power density,Voltage production
Collections :
  • ProfDoc
  • Show Full MetaData Hide Full MetaData
  • Statistics

    Study of the performance of three sediment microbial fuel cells in an open channel

Show full item record

contributor authorالهام اباذریانen
contributor authorرضا قشلاقیen
contributor authorمحمود اخوان مهدویen
contributor authorElham Abazarianfa
contributor authorReza Gheshlaghifa
contributor authorMahmood Akhavan Mahdavifa
date accessioned2020-06-06T14:20:08Z
date available2020-06-06T14:20:08Z
date copyright12/25/2015
date issued2015
identifier urihttp://libsearch.um.ac.ir:80/fum/handle/fum/3392320?locale-attribute=en
description abstractIn this research, performance of three sediment microbial fuel cells (SMFC) in an open channel has been investigated in single and series mode in terms of electricity generation and voltage production. In single mode, the maximum power density for Cell 1, 2 and 3 was measured as 47, 30 and 37 mW/m2, respectively. Internal resistances for these cells were 973, 1546 and 1192 Ω, respectively. When cells were connected in series, the maximum power density was 34 mW/m2, nearly equivalent to that of each cell, and the internal resistance was 2149 Ω. In addition, the voltage generated in series mode was in the range of 540 to 580 mV which was much more than the voltage of each individual cell, although voltage reversal occurred causing the voltage to be less than expected. This research provides information to produce energy by SMFC system for application in a large scale.en
languageEnglish
titleStudy of the performance of three sediment microbial fuel cells in an open channelen
typeConference Paper
contenttypeExternal Fulltext
subject keywordsSediment microbial fuel cellen
subject keywordsCell stackingen
subject keywordsPower densityen
subject keywordsVoltage productionen
identifier linkhttps://profdoc.um.ac.ir/paper-abstract-1053747.html
conference titleThe 9th International Chemical Engineering Congress and Exhibitionen
conference locationشیرازfa
identifier articleid1053747
  • About Us
نرم افزار کتابخانه دیجیتال "دی اسپیس" فارسی شده توسط یابش برای کتابخانه های ایرانی | تماس با یابش
DSpace software copyright © 2019-2022  DuraSpace