Session: High Temperature Materials and Systems for Hydrogen Production (2009 Annual Meeting)

Description:

Hydrogen production from processes that are not biological or strictly electrochemical generally involve or require high temperatures. High-temperature operation is a challenge for materials, and specific systems or controls may be needed to manage the flow or containment of thermal energy (e.g. heat exchangers, manifolds, conduits, etc.). This session is targeted towards subjects involving high-temperature materials or systems intended for high-temperature hydrogen production processes.

Sponsor:

Topical 8: Hydrogen Production for a Hydrogen Economy

Co-Sponsor(s):

Nuclear Energy (07g), Nuclear Engineering Division (14)

Chair:

Steven R. Sherman
Savannah River National Laboratory
Alternative Energy
773-42A, Room 134
Aiken, SC 29808
Phone Number: 803-725-8725
Email: Steven.Sherman@srnl.doe.gov

Papers:

516a

Experimental Corrosion Tests of Metals, Metal Alloys, and Ceramic Materials, in Boiling and High Temperatures Vapours I2-HI-H2O Mixtures for Sulphur-Iodine Thermochemical Cycle
Claudio Felici, ENEA; Paolo Favuzza, ENEA; Raffaele Liberatore, ENEA; Pietro Tarquini, ENEA; Adelina Borruto, University of Rome “la Sapienza”; Giovanni Narducci, University of Rome “la Sapienza”

516b

Application of Radiation Probes to in Situ Composition Measurements of Bunsen Reaction Solution
Shinji Kubo, Japan Atomic Energy Agency; Nagaya Yasunobu, Japan Atomic Energy Agency

516c

The Effects of Space Time Upon the Supercritical Water Reformation of Glycerol
Jared Bouquet, Missouri University of Science and Technology; Jason W. Picou, Missouri University of Science and Technology; Michael S. Stever, Missouri University of Science and Technology; Jonathan E. Wenzel, Missouri University of Science and Technology; Sunggyu Lee, Missouri University of Science and Technology; Tae-Hoon Lim, Korea Institute of Science and Technology; Byoung Gwon Lee, Korea Institute of Science and Technology

516d

Influence of pH On Synthesis of Homogeneous Cobalt-Doped Barium Cerium Zirconium Oxide Via Oxalate Co-Precipitation
Aravind Suresh, University of Connecticut; Benjamin. A Wilhite, University of Connecticut; Prabhakar Singh, University of Connecticut

516e

Method and System for the Separation of a Mixture Containing Carbon Dioxide, Hydrocarbon and Hydrogen
Baruchi Barry Kimchi, Private, graduated from Technion, Il, Bar Ilan U, Il

See more of this Group/Topical: Topical 8: Hydrogen Production for a Hydrogen Economy

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