Presentations
Presentations
The following presentations from the 2008 Fuel Cell Seminar
& Exposition have been approved for public viewing. If you
cannot find a particular presentation, it is because the author did
not grant the Seminar & Exposition permission to post their
slides on this Web site. Authors listed are presenting authors
only. Check back periodically for additional listings.
Plenary Session
|
FCS Award Winner
Shimshon Gottesfeld
|
FCS Award Winner
Peter Kalal, on behalf of Karl Kordesch
|
The Challenges for Fuel Cells and Hydrogen in an
International Perspective
Lars Sjunnesson, LundUniversity, Thermal
Power Engineering (Sweden)
|
NIP: The National Innovation Program, Hydrogen and Fuel
Cell Technologies
Klaus Bonhoff, NOW National Organization Hydrogen and Fuel
Cells Technologies (Germany)
|
Japan's Approach to the Commercialization of Fuel
Cell/Hydrogen Technology
Atsushi Yamamoto, FC&H2 Promotion Office, Agency of
Natural Resources and Energy, Ministry of Economy, Trade and
Industry (Japan)
|
DEM23 Demonstrations - Residential
|
DEM23-1 Result of the Residential Fuel Cell Extensive
Demonstration Project in Japan
T. Kimura, New Energy Foundation
|
DEM23-2 Demonstration of Micro CHP Based on Danish Fuel
Cells, Phase 1
A.H. Pedersen, Danfoss A/S
|
DEM23-5 New Models of Residential PEMFC Cogeneration
Systems
T.Bessho, Tokyo Gas Co., Ltd.
|
DEM23-6 Operating Results of Kerosene powered PEFC
Cogeneration System
S.Sakima, Nippon Oil Corporation
|
COM23 Fuel Cell Formal Education/Curriculum
Development/Public Awareness
|
COM23-1 Developing Fuel Cell Education and Demonstration
in the High School
R.McCurdy, Ponaganset High School
|
COM23-2 Workforce Development Planning for a Hydrogen
Economy
S.Greenway, Aiken Technical
College
|
COM23-3 Hydrogen Education as Part of Alternative Energy
Education
K.Larson, Alternative Energy Education Associates
|
COM23-4 Progress in Emergency Responder Education for
Hydrogen and Fuel Cell Vehicles
J. Hamilton, California Fuel Cell
Partnership
|
COM23-5 Approach to Developing a
Multi-Disciplinary University Fuel Cell Program
D.Gervasio, Arizona State
University
|
COM23-6 Fuel Cell Education and Student
Projects
S.Lemke, Kettering University
|
RDP31 High Temperature Fuel Cell R&D II
(SOFC)
|
RDP31-1 Development and Manufacture of
Solid Oxide Fuel Cell
at Topsoe Fuel Cell A/S and Risø/DTU
N.Christiansen, Haldor Topsoe A/S
|
RDP31-2 Overview of Solid Oxide Fuel Cell
Development at Forschungszentrum Juelich
R.Steinberger-Wilckens, Forschungszentrum Juelich
|
RDP31-3 Status of the Solid Oxide Fuel
Cell System Development Wärtsilä
J.Laine, Wärtsilä Finland Oy
|
RDP31-4 Development of a 1 kW Solid Oxide
Fuel Cell Stack with Anode Supported Planar Cells at
NTT
K. Hayashi, NTT Energy and Environment Systems Laboratories,
NTT Corporation
|
RDP31-5 Development of IT-SOFC Based on
Lanthanum Gallate Electrolyte
T.Inagaki, The Kansai Electric Power Company, Inc.
|
RDP31-6 SOFC-CHP System Operated on
Biogas
M. Stelter, Fraunhofer Insitut fuer Keramische Technologien
und Systeme
|
GHT31 Hydrogen for Transportation
|
GHT31-1 Fuel Quality Impacts on Hydrogen
Production, Purification, and Use in Fuel Cell
Automobiles
F.Joseck, US Department of Energy, Hydrogen
Program
|
GHT31-3 Hydrogen Fuel Particulate
Research at CaFCP
J.Birdsall, California Fuel Cell Partnership
|
GHT31-4 Status of Manufacturing Polymer
Electrolyte Membrane (PEM) Fuel Cells
D.Wheeler, DJW Technology, LLC
|
GHT31-5 Advances in Production
Technologies for Membrane Fuel Cells
A.Heinzel, Centre for fuel Cell Technology (ZBT)
gGbmH
|
GHT31-6 Novel Technology for Producing
BiPolar Plates in Metal Material at High Rate
B. Walczak, Cellimpact AB
|
DEM31 Demonstrations - Military
|
DEM31-1 Military Transitions for Solider
Fuel Cells
M. de Jong, US Army CERDEC
|
DEM31-2 Powering Up Metal Hydride Fuel
Cells for Military Applications
K.Fok, Energy Conversion Devices
|
DEM31-4 German Submarine Class 212A -
Fuel Cell Powered Air Independent Propulsion Boat
J.W. Giefer, Federal Ministry of Defence,
Germany
|
DEM31-5 Progress on JP-10 Fueled SOFC for
UUV Application
J. Hartvigsen, Ceramatec, Inc.
|
DEM31-6 Hydrogen Fuel Cell for Emergency
Backup Power at New Mexico
National Guard
N. Josefik, US Army Corps of Engineers
ERDC-CERL
|
COM31 Economic Considerations (Investments/Project
Financing)
|
COM31-2 Vision for the Columbia Fuel Cell
District
N. McLean, EngenuitySC
|
COM31-3 Fuel Cell Tax Credit Marketplace:
The Basics You Should Know
L. Peterson, Reznick Group, PC
|
COM31-4 Insurance Issues
B. Murray, RC Knox & Company
|
COM31-5 A No Haggle Approach to a Fuel Cell Purchase: A
Case Study in Government Market Transformation
A. Manheim, US Department of Energy, Hydrogen and
Fuel Cells, Energy Efficiency and Renewable Energy
|
COM31-6 Contracting Clean Energy
Technologies
P. Walters, US Department of Energy
|
RDP33 Molten Carbonate and Direct Carbon Fuel
Cells
|
RDP33-1 Development and Industrialisation of MCFC Systems
at Ansaldo Fuel Cells
B. Marcenaro, Ansaldo Fuel Cells
|
RDP33-2 Ultra High Efficiency Direct FuelCell Systems for
Premium Power Generation
H. Ghezel-Ayagh, FuelCell Energy, Inc.
|
RDP33-3 Status and Recent Progress of MCFC Stack
Development in Korea
S.G. Kim, RIST
|
RDP33-4 Direct Fuel Cell Materials
Experience
M. Farooque, FuelCell Energy, Inc.
|
RDP33-5 Direct Conversion of Coal and Bio-Mass into
Electricity at Efficiencies Using A Liquid Tin Anode Fuel
Cell
W. McPhee, CellTech Power
|
RDP33-6 Systems Assessment of Direct Carbon Fuel Cells
Technology
D. Rastler, Electric Power Research Institute
|
GHT33 PEMFC I
|
GHT33-1 The Department of Energy's Fuel Cell
Subprogram
N. Garland, US Department of Energy, Hydrogen
Program
|
GHT33-2 Hydrogen-Air Performance and Degradation of
Carbon-Supported Pt-alloy Catalyst Measured at High Current Density
in Proton Exchange Membrane (PEM) Fuel Cells
S. Kumaraguru, General Motors
|
GHT33-3 Cold Start and Freeze/Thaw Cycles Effect on a
PEMFC Performance
E. Pinton, CEA
|
GHT34 PEMFC II
|
GHT34-1 High Performance, Dimensionally Stable
Membrane
H. Liu, Giner Electrochemical Systems, LLC
|
GHT34-2 Advances in Hydrocarbon Membrane Development at
PolyFuel
P. Cox, PolyFuel
|
GHT34-3 Flexible Graphite-Resin Composite Bipolar Plates
for High Temperature High Energy Density PEM Fuel Cells
O. Adrianowycz, GrafTech International, Ltd.
|
Demonstrations - Transportation
Applications
|
DEM33-3 Fuel Cell Vehicle Learning Demonstration: Early
Second-Generation Vehicle Results and Hydrogen Production
Efficiency
K. Wipke, National Renewable energy Laboratory
|
DEM33-2 US Fuel Cell Bus
Evaluation Results
L. Eudy, National Renewable energy Laboratory
|
DEM33-3a Hybrid Fuel Cell Systems for Motive Application:
Clean Power on 2 Wheels, 4 Wheels, and in the Air
P. Adcock, Intelligent Energy
|
DEM33-4 Optimization of a Fuel-Cell-Cooling-System for
Automotive Transportation at Volkswagen
O. Berger, Volkswagen AG
|
DEM33-5 SOFC-Based Systems as APU for Different Aircraft
Typologies: Feasibility Analysis and Problems
M. Santarelli, Politecnico di Torino
|
DEM33-6 Development, Testing and Optimization of Fuel Cell
Systems for Aircraft Application
J. Kallo, Deutsches Zentrum fuer Luft-und Raumfahrt eV,
Stuttgart, Germany
|
COM33 Emerging Fuel Cell
Markets
|
COM33-1 Fuel Cell Shipments to Construction, Boat and RV
Markets
R. Fancis, Voller Energy Group PLC
|
COM33-2 Fuel Cells: Commercialisation, Key Findings from
the Fuel Cell Today Industry Review 2008
N. Huleatt-James, Fuel Cell Today
|
COM33-3 Fuel Cell mCHP on the Threshhold of
Success
J. Horwitz, Fuel Cell Intelligence
|
COM33-4 On Site High Pressure H2 Generation Enables Backup
Power and Home Fueling Markets
E. Anderson, Proton Energy
|
COM33-5 Bringing FC Power Backup Solutions to the Market
at Competitive Prices: A Continuing Success Story
P. Mortensen, Dantherm Power A/S
|
COM33-6 The Defense Logistics Agency's Hydrogen and Fuel
Cell Program
S. Funk, LMI
|
RDP41 High Temperature Fuel Cell
Modeling
|
RDP41-1 Modeling of Liquid Tin Anode Solid Oxide Fuel
Cell
G.Sikha, University of South Carolina
|
RDP41-2 Multi-Scale Physical Modeling of Fuel Cells: From
Sub-System to Stack
P. Montaland, LMS Imagine
|
RDP41-3 Violet Fuel Cell Stick: Novel SOFC
Architechture
A. Devoe, Violet Fuel Cell Sticks
|
RDP42 High Temperature Fuel Cell R&D III
(SOFC)
|
RDP42-1 Real-SOFC A Joint European Effort to Improve SOFC
Durability
R. Steinberger-Wilckens, Forschungszentrum Jülich
GmbH, Germany
|
RDP42-2 Pre-Coated Sandvik SanergyTM HT: A New Advanced
Interconnector Material in SOFCs
M. Schuisky, AB Sandvik Materials
Technology
|
RDP42-3 Biogas From Anaerobic Digestion as Biogenous Fuel
for Solid Oxide Fuel Cells: An Experimental
Assessment
M. Santarelli, Politecnico di Torino
|
GHT41 Portable I
|
GHT41-2 Direct Ethanol Fuel Cells
C. Cremers, Fraunhofer-Institute for Chemical
Technology
|
GHT41-3 An Air-Breathing Single Cell Micro PEMFC System
with AB5-Type Metal Hydride and an Ultra-Low Voltage Input Boost
Converter
K. Akiyama, NTT Energy and Environment System Laboratories
|
GHT42 Portable II
|
GHT42-1 Commercialization of Direct Borohydride Fuel
Cells
G. Finkelshtain, Medis Technologies
|
GHT42-2 SDI's Portable Fuelcell Development
J. Yong Kim, Samsung SDI
|
GHT42-3 Soldier Portable & Tactical Fuel Cell Systems
Developments
E. Simpkins, IdaTech, LLC
|
DEM41 Demonstrations - Mid to Large Scale
Stationary
|
DEM41-1 Critical Stack Parameters from System Point of
View
T. Hottinen, Wärtsilä Finland Oy
|
DEM41-3a Fuel Cell Success Stories
Chris Podwoski, LOGANEnergy Corporation
|
DEM41-4 Current Status of Development of PAFC System
in Fuji Electric Group
T.Fukumura, Fuji Electric Advanced Technology Co.,
Ltd.
|
DEM41-5 Power Generation with PEM Fuel Cells at a
Chlor-alkali Plant
E. Middelman, NedStack Fuel Cell Technology
|
DEM41-6 Custom-Made Solutions for High-Potential Fuel Cell
Applications Based on MCFC
M. Bednarz, MTU Onsite Energy Fuel Cell Systems
Ottobrunn, Germany
|
COM41 Government Incentive Programs
(Federal/State/Foreign)
|
COM41-1 Legislation and Policy: Drivers or Barriers for
Fuel Cells?
J. Butler, Fuel Cell Today
|
COM41-2 A Strategic Plan to Address Functional Energy
Values Economic Development for Hydrogen and Fuel Cell
Technology
J. Rinebold, Connecticut Center for Advanced
Technology
|
COM41-3 The Fuel Cell and Hydrogen Network
NRW
F. Koch, Fuel Cell and Hydrogen Network NRW
|
COM41-5 Development of a UK-German Dual Standard for
Military Fuel Cells
C. Cremers, Fraunhofer-Institute for Chemical
Technology
|
COM41-6 An Impressive Beginning for the Seven-Year Finnish
Tekes Fuel Cell Programme: How a Small Country Can Be Strong in
Developing Emerging Technologies
A. Ojapalo, Spinverse Oy
|
RDP43 High Temperature Fuel Cell Operation and Liquid
Fuels
|
RDP43-1 Complete 10 kWe JP-8-to-Power Solution for
APUs
M. Namazian, Altex Technologies Corporation
|
RDP43-2 Development of a Supercritical Diesel Reformer in
a Hybrid Fuel Cell System
I. Barendregt, Defence Materiel Organisation
|
RDP43-3 Long Term Operation of a Diesel/JP-8 Fuel
Processor
S. Roychoudhury, Precision Combustion, Inc.
|
RDP43-4 A Portable SOFC-Based JP-8 Power System
K. Lux, Altex Technologies Corporation
|
RDP43-5 Advancements in Military Logistic Fuel
Processing
G. Sandelli, Aspen Products Group, Inc.
|
GHT43 PEMFC III
|
GHT43-1 In Situ PEM Fuel Cell Water Measurements
R. Borup, Los Alamos National Lab
|
GHT43-2 MEAs Production by Inkjet Printing
Technology
H. Kim, LG Chem, Ltd.
|
GHT44 Testing and Modeling
|
GHT44-1 Local Current Density Measurement as a Tool in
Stack Design and Performance Studies
R. Makkus, Energy Research Centre of the
Netherlands (ECN)
|
GHT44-2 Comparative Performances of MEAs for High
Temperature PEMFC Applications
S. Besse, HELION
|
GHT44-3 Recent Advances in Developments of Full Scale High
Power PEMFC Backup Power Systems
S. Besse, HELION
|
GHT44-4 Model-Based Design of a PEM Fuel Cell System
Powered Vehicle
A. Hlawenka, EUtech Scientific Engineering GmbH
|
DEM43 Demonstrations - Small Scale
Systems
|
DEM43-1 Optimizing PEM Fuel Cell Systems for High Power
Density: Enhanced Performance for UAVs and UGVs
P. Osenar, Protonex Technology Corporation
|
DEM43-2 Development of DMFC Systems to Power Humanoid
Robots
H.Yong Ha, Korea Institute of Science and
Technology
|
DEM43-3 The Characteristics of Commercially Successful
Fuel Cell Micro Cogeneration
A.D. Hawkes,
ImperialCollegeLondon
|
DEM43-4 Exploring the Possibilities of SOFC Systems
Operated with Biogas - In Light of Results from Operation of a 5 kW
Combined Heat and Power Unit
L. Hedström, KTH- Energy Processes
|
DEM43-5 PEM Fuel Cell Systems for Distributed Energy:
Actual Performances, Lifetime and Reliability of a Pure Hydrogen
Pre-commercial System
M. Ferraro, CNR ITAE
|
DEM43-6 IdaTech's Family of Reliable Backup Power
Systems
J. Lewis, IdaTech, LLC
|
COM43 Manufacturing Advancements
|
COM43-1 Strategy for Reducing PEM Fuel Cell Component
Costs to Enable Commercialization
G. Roberts, UTC Power Corporation
|
COM43-2 High Speed Laser Scanner Welding for Bipolar
Plates and Interconnects
S. Ream, EWI
|
COM43-4 Fuel Cell Balance of Plant Manufacturing Cost
Reduction
S. Milburn, VAIREX International
|
COM43-5 Development of Low Cost MEA Manufacturing
Process
T. Henry, Dupont Fuel Cells
|
COM43-6 Manufacturing of High-Performance Durable MEAs for
Portable Electronics
H. Lei, Cabot Corporation
|