8:00am |
SESSION 1: International
Perspective |
Welcome -
Scott Samuelsen, National Fuel Cell Research Center
International
Programs
United States:
U. S. DOE Office of Fossil Energy fuel cell program
Wayne Surdoval, US Department of Energy
Fuel Cell Product Manager
Japan: Fuel
cell and fuel cell hybrid technology
Takashi Ujiie, New Energy and Industrial Technology Organization (NEDO)
Director, Fuel Cell and Hydrogen Technology Development Department
Europe: Fuel
cell and fuel cell hybrid technology
Wolfgang Winkler, Hamburg University
China: Fuel
cell and fuel cell hybrid technology
|
10:00am - BREAK |
Singapore: Fuel
cell and fuel cell hybrid technology
Hiang Kwee Ho, Nanyang Technological University
Taiwan: Fuel
cell and fuel cell hybrid technology
S.H. Chan, Yuen Ze University
United States: U.S. DOE Office of Fossil Energy advanced turbines
program - hydrogen turbines for FutureGen
Rich Dennis, US Department of Energy
Gas Turbine Product Manager |
12:00pm - LUNCH |
| |
PARALLEL SESSIONS
|
1:30pm |
SESSION
2A |
|
SESSION 2B |
Hybrid Systems Analysis
and Control (I/II) |
|
Hydrogen Turbine
Technology
Development |
Modeling and control of a SOFC-GT
hybrid system with single shaft configuration
Norwegian University of Science and Technology
ASME Paper ICEPAG2006-24001 |
|
Advanced hydrogen turbine development
Siemens Power Corporation
ASME Paper ICEPAG2006-24014 |
Part-load performance characteristics
of a solid oxide fuel cell / gas turbine hybrid system
operating under three different operation modes
Seoul National University
ASME Paper ICEPAG2006-24003 |
|
Partial oxidation gas turbine
(POGT) for power and hydrogen/syngas co-production
Gas Technology Institute
ASME Paper ICEPAG2006-24017 |
Design of anode and cathode
cycles in a SOFC hybrid system
University of Genoa
ASME Paper ICEPAG2006-24007 |
|
Potential impacts of hydrogen-containing
fuels on industrial gas turbines
Solar Turbines |
3:00pm - BREAK |
From concept definition to realisation
of Rolls-Royce Fuel Cell Systems
1 MW SOFC hybrid system
Rolls-Royce Corporation
ASME Paper ICEPAG2006-24005 |
|
Systems analyses of advanced
Brayton cycles for high efficiency zero emission
plants
Advanced Power and Energy Program, UCI
ASME Paper ICEPAG2006-24010 |
Design simulation of pressurized
SOFC hybrid systems based on an existing gas turbine
Inha University, Korea
ASME Paper ICEPAG2006-24006 |
|
Heavy-duty gas turbine hydrogen
fuel experience and technology developments for tomorrow
GE Energy
ASME Paper ICEPAG2006-24019 |
Dynamic operation and simulation
of a 220kW solid oxide fuel cell gas turbine hybrid
system
Okinawa Power Corporation
National Fuel Cell Research Center
|
|
The application of pure byproduct
hydrogen from the chemical industry: An opportunity
and a challenge for on site power generation
EKA Chemicals
|
5:30pm |
RECEPTION: National
Fuel Cell Research Center |
