Session: Reactions and Separations for Hydrogen Production (2010 Annual Meeting)

Description:

This session focuses on recent developments that advance hydrogen production by novel water splitting processes that reduce reliance on fossil fuels. The primary area for this session will be thermochemical cycles but the session will focus specifically on reaction and separation process, including reactive distillation, that are either necessary for reactions within the cycles or that improve efficiency or operability of the cycles. Contributions related to all thermochemical cycles as well as other water-splitting methods, including photoelectrochemical, and photobiological are encouraged.

Sponsor:

Topical 8: Hydrogen Production and Storage

Co-Sponsor(s):

Nuclear Engineering Division (14)

Chair:

Maximilian B. Gorensek
Savannah River National Laboratory
Computational Sciences Directorate
Aiken, SC 29808
Phone Number: (803) 725-1314
Fax Number: (803) 725-8829
Email: maximilian.gorensek@srnl.doe.gov

Papers:

618a

Reaction Engineering of a Novel Sulfur-Sulfur Thermochemical Water-Splitting Cycle
Alex Yokochi, Oregon State University; Nicholas AuYeung, Oregon State University

618b

Simultaneous Solubilities of Oxygen and Sulphur Dioxide in Water: Thermodynamic Data for the Sulphur Family of Thermochemical Cycles
Rachael H. Elder, University of Sheffield; Moises Romero, University of Sheffield; Andrew C. Shaw, University of Sheffield; Ray W. K. Allen, University of Sheffield

618c

Storage and Separation of Hydrogen by the Metal Steam Process
Markus Thaler, Graz University of Technology; Viktor Hacker, Graz University of Technology; Matthaeus Siebenhofer, Graz University of Technology

618d

The Kinetics of H2-D2 Exchange Over PdCu Surfaces
Casey O'Brien, USDOE National Energy Technology Department; James Miller, USDOE National Energy Technology Department; Bryan Morreale, USDOE National Energy Technology Department; Andrew Gellman, USDOE National Energy Technology Department; Petro Kondratyuk, Carnegie Mellon University

618e

Thermo Catalytic Decomposition of Methane Into Hydrogen and Carbon Nanofibers On Ni and Fe/ SiO2 Catalyst
Sushil Saraswat, Indian Institute of Technology, Delhi; Kamal Pant, Indian Institute of Technology, Delhi

See more of this Group/Topical: Topical 8: Hydrogen Production and Storage

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