A Cascade of Miniature Microbial Fuel Cells Coupled with an Electrochemical Reactor for Energy Harvesting

Sara Monasterio, Michele Mascia, Mirella Di Lorenzo, A Vacca, S Palmas

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Abstract

This work reports the use of the Microbial Fuel Cell (MFC) technology, in combination with an electrochemical reactor, for the generation of electricity while removing Chlorella vulgaris microalgae contained in wastewater. In particular, Chlorella vulgaris algae was pre-treated by using an electrolytic cell. To this aim, a fixed bed reactor with 3D electrodes was employed. The pre-treated wastewater was used as feedstock for a 3D printed miniature air-cathode MFCs arranged in cascade for further algal removal and energy production. The performance of the system was studied by measuring the chemical oxygen demand, the optical density and the recorded voltage in all the experiments. Results show that the efficiency of the system, in terms of output energy recovery and water treatment, increases when a higher number of MFCs is used in the cascade.
LanguageEnglish
Title of host publicationEuropean Fuel Cell Conference 2015, Book of Proceedings
EditorsC. Barchiesi, M. Chianella, V. Cigolotti
Pages305-306
Number of pages2
StatusPublished - 2015
EventEuropean Fuel Cell 2015 - Napoli, Italy
Duration: 15 Dec 201518 Dec 2015

Conference

ConferenceEuropean Fuel Cell 2015
CountryItaly
CityNapoli
Period15/12/1518/12/15

Fingerprint

Microbial fuel cells
Energy harvesting
Wastewater
Electrolytic cells
Density (optical)
Cascades (fluid mechanics)
Chemical oxygen demand
Algae
Water treatment
Feedstocks
Cathodes
Electricity
Recovery
Electrodes
Electric potential
Air
Experiments

Cite this

Monasterio, S., Mascia, M., Di Lorenzo, M., Vacca, A., & Palmas, S. (2015). A Cascade of Miniature Microbial Fuel Cells Coupled with an Electrochemical Reactor for Energy Harvesting. In C. Barchiesi, M. Chianella, & V. Cigolotti (Eds.), European Fuel Cell Conference 2015, Book of Proceedings (pp. 305-306)

A Cascade of Miniature Microbial Fuel Cells Coupled with an Electrochemical Reactor for Energy Harvesting. / Monasterio, Sara; Mascia, Michele; Di Lorenzo, Mirella; Vacca, A; Palmas, S.

European Fuel Cell Conference 2015, Book of Proceedings. ed. / C. Barchiesi; M. Chianella; V. Cigolotti. 2015. p. 305-306.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Monasterio, S, Mascia, M, Di Lorenzo, M, Vacca, A & Palmas, S 2015, A Cascade of Miniature Microbial Fuel Cells Coupled with an Electrochemical Reactor for Energy Harvesting. in C Barchiesi, M Chianella & V Cigolotti (eds), European Fuel Cell Conference 2015, Book of Proceedings. pp. 305-306, European Fuel Cell 2015, Napoli, Italy, 15/12/15.
Monasterio S, Mascia M, Di Lorenzo M, Vacca A, Palmas S. A Cascade of Miniature Microbial Fuel Cells Coupled with an Electrochemical Reactor for Energy Harvesting. In Barchiesi C, Chianella M, Cigolotti V, editors, European Fuel Cell Conference 2015, Book of Proceedings. 2015. p. 305-306.
Monasterio, Sara ; Mascia, Michele ; Di Lorenzo, Mirella ; Vacca, A ; Palmas, S. / A Cascade of Miniature Microbial Fuel Cells Coupled with an Electrochemical Reactor for Energy Harvesting. European Fuel Cell Conference 2015, Book of Proceedings. editor / C. Barchiesi ; M. Chianella ; V. Cigolotti. 2015. pp. 305-306
@inproceedings{abb9bc19aae049ac83c0b797cb7fc92e,
title = "A Cascade of Miniature Microbial Fuel Cells Coupled with an Electrochemical Reactor for Energy Harvesting",
abstract = "This work reports the use of the Microbial Fuel Cell (MFC) technology, in combination with an electrochemical reactor, for the generation of electricity while removing Chlorella vulgaris microalgae contained in wastewater. In particular, Chlorella vulgaris algae was pre-treated by using an electrolytic cell. To this aim, a fixed bed reactor with 3D electrodes was employed. The pre-treated wastewater was used as feedstock for a 3D printed miniature air-cathode MFCs arranged in cascade for further algal removal and energy production. The performance of the system was studied by measuring the chemical oxygen demand, the optical density and the recorded voltage in all the experiments. Results show that the efficiency of the system, in terms of output energy recovery and water treatment, increases when a higher number of MFCs is used in the cascade.",
author = "Sara Monasterio and Michele Mascia and {Di Lorenzo}, Mirella and A Vacca and S Palmas",
year = "2015",
language = "English",
isbn = "9788882863241",
pages = "305--306",
editor = "C. Barchiesi and M. Chianella and V. Cigolotti",
booktitle = "European Fuel Cell Conference 2015, Book of Proceedings",

}

TY - GEN

T1 - A Cascade of Miniature Microbial Fuel Cells Coupled with an Electrochemical Reactor for Energy Harvesting

AU - Monasterio,Sara

AU - Mascia,Michele

AU - Di Lorenzo,Mirella

AU - Vacca,A

AU - Palmas,S

PY - 2015

Y1 - 2015

N2 - This work reports the use of the Microbial Fuel Cell (MFC) technology, in combination with an electrochemical reactor, for the generation of electricity while removing Chlorella vulgaris microalgae contained in wastewater. In particular, Chlorella vulgaris algae was pre-treated by using an electrolytic cell. To this aim, a fixed bed reactor with 3D electrodes was employed. The pre-treated wastewater was used as feedstock for a 3D printed miniature air-cathode MFCs arranged in cascade for further algal removal and energy production. The performance of the system was studied by measuring the chemical oxygen demand, the optical density and the recorded voltage in all the experiments. Results show that the efficiency of the system, in terms of output energy recovery and water treatment, increases when a higher number of MFCs is used in the cascade.

AB - This work reports the use of the Microbial Fuel Cell (MFC) technology, in combination with an electrochemical reactor, for the generation of electricity while removing Chlorella vulgaris microalgae contained in wastewater. In particular, Chlorella vulgaris algae was pre-treated by using an electrolytic cell. To this aim, a fixed bed reactor with 3D electrodes was employed. The pre-treated wastewater was used as feedstock for a 3D printed miniature air-cathode MFCs arranged in cascade for further algal removal and energy production. The performance of the system was studied by measuring the chemical oxygen demand, the optical density and the recorded voltage in all the experiments. Results show that the efficiency of the system, in terms of output energy recovery and water treatment, increases when a higher number of MFCs is used in the cascade.

UR - http://www.europeanfuelcell.it/images/proceedings_EFC15_web.pdf

UR - http://www.europeanfuelcell.it/images/proceedings_EFC15_web.pdf

M3 - Conference contribution

SN - 9788882863241

SP - 305

EP - 306

BT - European Fuel Cell Conference 2015, Book of Proceedings

ER -