INVESTIGATING THE ABILITY OF MICROBIAL SOLAR CELL IN ELECTRICAL ENERGY PRODUCTION

INVESTIGATING THE ABILITY OF MICROBIAL SOLAR CELL IN ELECTRICAL ENERGY PRODUCTION

The present study aims to Fabricate a promising Microbial Solar Cell (MSC) for electricity generation using (sludge, wastewater and mixed algae), two single chamber MSCs were applied, firstly the sludge and algae cell (SMSC) was used and factors such as pH, types of light source, temperature, confi...

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Main Authors: Zahraa R. Khanjer, Ahmed H. Ali, Nagham O. Kariem
Format: Article
Language:Arabic
Published: Mustansiriyah University/College of Engineering 2021-01-01
Series:Journal of Engineering and Sustainable Development
Subjects:
microbial solar cell
electricity
sludge
wastewater
algae
Online Access:https://www.iasj.net/iasj/download/7f38d7588c430596
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spelling doaj-b47288dadfd4457db57f921a569247632021-01-16T05:54:39ZaraMustansiriyah University/College of EngineeringJournal of Engineering and Sustainable Development2520-09172520-09252021-01-01250112313010.31272/jeasd.25.1.11INVESTIGATING THE ABILITY OF MICROBIAL SOLAR CELL IN ELECTRICAL ENERGY PRODUCTIONZahraa R. Khanjer0Ahmed H. Ali1Nagham O. Kariem2Environmental Engineering Department, Mustansiriyah University, Baghdad, IraqEnvironmental Engineering Department, Mustansiriyah University, Baghdad, IraqEnvironmental Engineering Department, Mustansiriyah University, Baghdad, IraqThe present study aims to Fabricate a promising Microbial Solar Cell (MSC) for electricity generation using (sludge, wastewater and mixed algae), two single chamber MSCs were applied, firstly the sludge and algae cell (SMSC) was used and factors such as pH, types of light source, temperature, configuration of electrode and mixing ratio have being studied. The best pH, light source, temperature, configuration of electrode, and mixing ratio of the sludge and algae experiment are found to be 7, sun light, 30 oC, square electrode, and 1:1 respectively would be used in the wastewater and algae cell (WWMSC) for finding the most effective substrates for electrical energy generation. By comparing the Voltage resulted from sludge Microbial Solar cell (SMSC) and wastewater Microbial Solar cell (WWMSC). It was found that (SMSC) produce higher electrical energy than (WWMSC) with a voltage equal to 180 mV.https://www.iasj.net/iasj/download/7f38d7588c430596microbial solar cellelectricitysludgewastewateralgae
collection DOAJ
language Arabic
format Article
sources DOAJ
author Zahraa R. Khanjer
Ahmed H. Ali
Nagham O. Kariem
spellingShingle Zahraa R. Khanjer
Ahmed H. Ali
Nagham O. Kariem
INVESTIGATING THE ABILITY OF MICROBIAL SOLAR CELL IN ELECTRICAL ENERGY PRODUCTION
Journal of Engineering and Sustainable Development
microbial solar cell
electricity
sludge
wastewater
algae
author_facet Zahraa R. Khanjer
Ahmed H. Ali
Nagham O. Kariem
author_sort Zahraa R. Khanjer
title INVESTIGATING THE ABILITY OF MICROBIAL SOLAR CELL IN ELECTRICAL ENERGY PRODUCTION
title_short INVESTIGATING THE ABILITY OF MICROBIAL SOLAR CELL IN ELECTRICAL ENERGY PRODUCTION
title_full INVESTIGATING THE ABILITY OF MICROBIAL SOLAR CELL IN ELECTRICAL ENERGY PRODUCTION
title_fullStr INVESTIGATING THE ABILITY OF MICROBIAL SOLAR CELL IN ELECTRICAL ENERGY PRODUCTION
title_full_unstemmed INVESTIGATING THE ABILITY OF MICROBIAL SOLAR CELL IN ELECTRICAL ENERGY PRODUCTION
title_sort investigating the ability of microbial solar cell in electrical energy production
publisher Mustansiriyah University/College of Engineering
series Journal of Engineering and Sustainable Development
issn 2520-0917
2520-0925
publishDate 2021-01-01
description The present study aims to Fabricate a promising Microbial Solar Cell (MSC) for electricity generation using (sludge, wastewater and mixed algae), two single chamber MSCs were applied, firstly the sludge and algae cell (SMSC) was used and factors such as pH, types of light source, temperature, configuration of electrode and mixing ratio have being studied. The best pH, light source, temperature, configuration of electrode, and mixing ratio of the sludge and algae experiment are found to be 7, sun light, 30 oC, square electrode, and 1:1 respectively would be used in the wastewater and algae cell (WWMSC) for finding the most effective substrates for electrical energy generation. By comparing the Voltage resulted from sludge Microbial Solar cell (SMSC) and wastewater Microbial Solar cell (WWMSC). It was found that (SMSC) produce higher electrical energy than (WWMSC) with a voltage equal to 180 mV.
topic microbial solar cell
electricity
sludge
wastewater
algae
url https://www.iasj.net/iasj/download/7f38d7588c430596
work_keys_str_mv AT zahraarkhanjer investigatingtheabilityofmicrobialsolarcellinelectricalenergyproduction
AT ahmedhali investigatingtheabilityofmicrobialsolarcellinelectricalenergyproduction
AT naghamokariem investigatingtheabilityofmicrobialsolarcellinelectricalenergyproduction
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