This preliminary program is subject to change.

Developments in Electrolytic Routes to Hydrogen


Description:
Advances in electrolysis technology for hydrogen production will be covered, particularly those involving high-temperature solid oxide electrolyte cells (SOEC)s.

Sponsor:
Topical 8: Hydrogen Production for a Hydrogen Economy
Co-Sponsor(s):
Nuclear Energy (07g), Nuclear Engineering Division (14)


Chair:
Grant L. Hawkes
Research Engineer
Idaho National Laboratory
Thermal Fluids and Heat Transfer Department
2525 Fremont
Idaho Falls, ID 83415
Phone Number: 208-526-8767
Fax Number: 208-526-0528
Email: Grant.Hawkes@inl.gov

Co-Chair:
Carl M. Stoots

Papers:
Wind to Hydrogen Demonstration Project: Results and Lessons Learned
Kevin W. Harrison, National Renewable Energy Laboratory; Gregory D. Martin, National Renewable Energy Laboratory
High Temperature Solid-Oxide Electrolyzer 2500 Hour Test Results at the Idaho National Laboratory
Carl M. Stoots, Idaho National Laboratory; James E. OBrien, Idaho National Laboratory; Stephen Herring, Idaho National Laboratory; Keith Condie, Idaho National Laboratory; Lisa Moore-McAteer, Idaho National Laboratory; Joseph J. Hartvigsen, Ceramatec, Inc.; Dennis Larsen, Ceramatec, Inc.
The RelHy Project: Durability and Efficiency of High Temperature Steam Electrolysis
Florence Lefebvre-Joud, CEA-Grenoble; Annabelle Brisse, EIFER; Jacob Bowen, Danish Technical University; Bert Rietveld, Energy Research Centre of the Netherlands; Nigel P. Brandon, Imperial College London
High Temperature Steam Electrolysis for Hydrogen Production: From Materials Development to Stack Operation
Julie Mougin, CEA-Grenoble; Georges Gousseau, CEA-Grenoble; Bertrand Morel, CEA-Grenoble; François Le Naour, CEA-Grenoble; Florent Chauveau, ICMCB-CNRS; Jean-Claude Grenier, ICMCB-CNRS; Jean-Marc Bassat, ICMCB-CNRS; Fabrice Mauvy, ICMCB-CNRS
Liquid Fuel Production From Biomass Via High Temperature Steam Electrolysis
Grant L. Hawkes, Idaho National Laboratory; Michael G. McKellar, Idaho National Laboratory