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Presentations >>
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WARNING: |
Reproduction of
any material contained in these presentations requires the explicit
permission by the authors. |
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FIRST INTERNATIONAL MICROBIAL FUEL CELL SYMPOSIUM
Penn State University, University Park, PA, 16802, USA |
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NOTE: |
Speakers are very welcome to submit
their presentations for publication on this webpage.Please send
the .ppt(x) or .pdf file of your presentation to:
presentations@microbialfuelcell.org All presentations will
be converted to PDF-files prior to publication. |
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Tuesday, May 27: Preconference meetings and
opening session
Wednesday, May 28
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8:00 a.m.–noon |
Plenary presentations, invited and
contributed |
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8-8:25 |
Derek Lovley
Adaptive evolution and systems
biology approaches to elucidating electron transfer
mechanisms and optimizing power output of microbial fuel
cells |
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8:25-10:00
(15 min
each) |
Session 2: Studies of Shewanella and Geobacter
Moderator: TBA |
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Cao,
Zhang, Fan, Liang, and Huang
Electricity generation and
biofilm formation by Geobacter sulfurreducens stimulated
by a pairing microorganism in a microbial fuel cell |
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Esteve-Núñez, Busalmen,
Rogero, Fernández, and Feliu
Combined
electrochemical and topographic characterization of
Geobacter sulfurreducens cell surface under electrogenic
conditions |
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Cheung,
Bretschger, and Nealson
The
effect of carbon metabolism on the efficiency of
microbial fuel cells operating with different Shewanella
spp. as the anode catalysts |
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Nakamura, Kai, and
Hashimoto
Self-Constructed Shewanella/Semiconductor Electrical
Networks |
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Newton, Nakamura,
Watanabe, and Hashimoto
Shewanella loihica PV-4 outperforms S. oneidensis MR-1
in an MFC using mechanisms of direct electron transfer
and adaptability |
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Hsu,
Bretschger, Pirbazari, and Nealson
Employing Shewanella oneidensis MR1 as a cathodic
biocatalyst |
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10:15-12:00
(15 min
each) |
Session 3: Novel Isolates and Isolation Strategies
Moderator: TBA |
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Biffinger, Ribbens,
Finkel, Nealson, and Ringeisen
High
Throughput Screening Array for Electrochemically Active
Bacteria (EAB) using Voltage Detection |
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Zuo,
Xing, Regan, and Logan
An
Exoelectrogenic Bacterium Ochrobactrum anthropi YZ-1
Isolated Using a U-tube Microbial Fuel Cell
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Xing,
Zuo, Cheng, Regan, and Logan
High
power generation by a photosynthetic bacterium in single
chamber air-cathode MFCs |
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Watanabe and Kodama
A
long-tailed bacterium occurring in cellulose-fed MFC
reactors and rice paddy-field MFC |
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1:00–5:20 p.m. |
Plenary presentations, invited and
contributed |
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1-1:25 |
Yuri Gorby
Nanowires |
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1:25-3:00
(15 min
each) |
Session 4: Anode Communities
Moderator: TBA |
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Monier, Niard, and Vogel
Metagenomic approaches to understanding MFC community
structure and function |
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Wang, Ren,
Cheng, Logan, Wu, He, Tiedje, and Zhou
From Waste to H2:
GeoChip-based Analysis of Microbial Community Structure
and Functions in Bio-electrochemically Assisted
Microbial Reactor |
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Katuri,
Scott, Curtis, Picioreanu, and Head
Microbes
meet with resistance; the effect of external load on
anode communities and MFC performance |
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Speers, Kim, and
Reguera
Novel
Bioprocessing Technologies Based on Microbial Consortia |
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Lee
and Rittmann
Is
Geobacteraceae the universal family of anode-respiring
bacteria in the biofilm-anode of microbial electrolytic
cells? |
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Kim and
Chang
Microbial fuel cell: A novel approach to convert
synthesis gas to electricity |
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3:15-5:05
(15 min
each) |
Session 5: Electrochemical constraints
Moderator: TBA |
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Schröder
Approaches and challenges in studying the electron
transfer in microbial fuel cells |
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Fan, Hu,
Sharbrough, and Liu
Quantification of the Internal Resistance Distribution
of Microbial Fuel Cells and Proton Transfer Mechanisms |
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Hamelers and Buisman
Low
conductivity and alkalinity as major design challenges
in MFC & MEC systems |
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Huang,
Fan, Cao, and Liang
Effects
of electrode potentials on the electricity generation in
microbial fuel cells |
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Aelterman, Versichele,
Freguia, Keller, Boon, Rabaey, and Verstraete
Improving the anodic biocatalysis in microbial fuel
cells |
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Ramasamy, Redcloud-Owen,
Ren, Mench, and Regan
Effect
of Biofilm Properties on the Electrochemical Performance
of Microbial Fuel Cells
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Manohar, Bretschger,
Nealson, Harrington, and Mansfeld
An
Experimental and Theoretical Study of the Dependence of
the Internal Resistance of a Microbial Fuel on Cell
Voltage |
Thursday, May 29
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8:00
a.m.–noon |
Plenary
presentations, invited and contributed
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8-8:25 |
Jay
Regan
Community interactions with complex
electron donors |
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8:25-10:00
(15 min
each) |
Session 6: Using sediments, cellulose and complex
substrates
Moderator: TBA |
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Tender
and Lowy
Latest
Results in Benthic Microbial Fuel Cell Research and
Development |
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Reimers, Nielsen, Girguis,
and White
New
Developments in Ocean Microbial Fuel Cells |
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Girguis,
White, and Reimers
Power
production by sediment-hosted microbial fuel cells: the
influence of substrate availability and microbial
ecology |
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Christy, Rismani-Yazdi,
Carver, Yu, and Tuovinen
Cellulose Conversion to Electricity in Microbial Fuel
Cells: Challenges and Constraints |
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Feng,
Wang, Wang, and Li
Electricity Generation from corn stover using
air-cathode single chamber microbial fuel cell |
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Cheng,
Xing, Zuo, Logan
Electricity generation from cellulose in a
single-chamber air cathode microbial fuel cell |
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10:15-12:00
(15 min
each) |
Session 7: Wastewater Treatment Considerations
Moderator: TBA |
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Angenent
Electric
power generation from municipal, food, and animal
wastewaters using microbial fuel cells
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Ahn
and Logan
Low
solids production using microbial fuel cells for power
generation and domestic wastewater treatment |
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Rozendal, Hamelers,
Buisman, Rabaey, and Keller
Bioelectrochemical systems for wastewater treatment: not
so elementary |
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Lorenzo,
Velasquez-Orta, Christgen, Scott, and Curtis
Performance of the anode compartment when treating
complex wastewaters |
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Kim
Alternative electron acceptors in microbial fuel cells |
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Shea and
Nerenberg
Microbial Fuel Cells for Total Nitrogen Removal |
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Virdis, Rabaey, and Keller
Combined
Carbon and Nitrogen removal opens new perspectives on
wastewater treatment with Microbial Fuel Cells |
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1:00–5:20 p.m.
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Plenary
presentations, invited and contributed
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1-1:25 |
Korneel Rabaey
Biocathodes as the new opportunity for
Bio-Electrochemical Systems |
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1:25-3:00
(15 min
each) |
Session 8: Microbial Electrolysis Cells and Modeling
Moderator: TBA |
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Tartakovsky, Manuel,
Neburchilov, Wang, and Guiot
Hydrogen
production in a continuous flow microbial fuel cell with
a gas-phase cathode |
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Call
and Logan
Novel
single chamber microbial electrolysis cell (MEC) for
high efficiency hydrogen gas production |
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Hu,
Fan, and Liu
Microbial Electrohydrogenesis Using Single-chamber
Membrane-free Cells |
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Sleutels, Lodder,
Hamelers, and Buisman
Analyses
of Resistance in Microbial Electrolysis Cells:
Improvement of cell design |
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Canosa,
Reale, Panero, Aulenta, and Majone
Bio-electrochemically assisted reductive dechlorination
of TCE: novel biotechnological approach to sustainable
groundwater remediation |
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Hamelers,
Ter Heijne, Rozendal, and Buisman
Analysis
of Bio-Anode Kinetics Using a Minimal Model |
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3:15-5:20
(15 min
each) |
Session 9: Modeling and Novel Designs
Moderator: TBA |
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Oh and
Sloan
Theoretical modelling of anodic microbial fuel cell |
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Torres, Kato Marcus, and
Rittmann
Experimental demonstration of the Nernst-Monod equation
for the biofilm anode of microbial fuel cells |
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Kim,
Premier, Michie, Hawkes, Dinsdale, and Guwy
Power
generation by a novel tubular MFC employing a membrane
electrode assembly cathode |
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Ringeisen, Biffinger,
Ray, and Little
Miniature Microbial Fuel Cells for Aerobic Applications |
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Schaetzle, Pellissier,
Barrière, Poriel, and Rault-Berthelot
Functionalization of electrode surfaces for more
efficient microbial fuel cells |
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Shea
and Nerenberg
Air-Cathode Microbial Fuel Cells with Layered-Electrode
Assemblies |
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Shimoyama and Watanabe
Electricity generation from model organic waste in a
cassette-electrode microbial fuel cell |
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