Session: Hydrogen Storage System Engineering and Applications: Materials and Storage Risk Reduction (2010 Annual Meeting)

Description:

Recent advances in physical storage, chemical hydrides, metal hydrides, adsorbent materials and hybridized combinations of these technologies have led to the identification of a number of hydrogen storage system concepts and prototypes. Safety and risk aspects for applications ranging from large stationary systems, to mid-size transportable systems, to small portable systems as well as delivery and dispensing are of interest with the goal of bringing together engineers from the chemical, mechanical and materials fields.

Sponsor:

Topical 8: Hydrogen Production and Storage

Co-Sponsor(s):

Nuclear Engineering Division (14)

Chair:

Daniel Mosher
United Technologies Research Center
East Hartford, CT Phone Number: 860-610-7011
Email: mosherda@utrc.utc.com

Co-Chair:

Nobuhiro Kuriyama
National Institute of Advanced Industrial Science and Technology
Research Institute for Ubiquitous Energy Devices
Phone Number: 072-751-9651
Fax Number: 072-751-9629
Email: kuriyama-n@aist.go.jp

Papers:

100a

Adsorbents for Hydrogen Delivery
Pascal Tessier, Air Liquide; Frederic Barth, Air Liquide Hydrogen Energy; Sylvain Houle, Air Liquide Canada; Yudong Chen, Air Liquide; Richard Chahine, Hydrogen Research Institute

100b

Overview: Development and Safety Test of Low Pressure and Hybrid Metal Hydride Tanks Under Japanese National Projects
Etsuo Akiba, National Institute of Advanced Industrial Science and Technology (AIST); Kohta Asano, National Indtitute of Advanced Industrial Science and Technology (AIST); Yoshinori Tsushio, Mazda; Hiroyuki Mitsuishi, Japan Automobile Research Institute (JARI); Kazuya Takahashi, SAMTEC; Yoshiki Sakaguchi, SAMTEC; Tatsuya Fuura, Japan Metals & Chemicals (JMC); Shigeru Tsunokake, Japan Metals & Chemicals (JMC)

100c

Mitigation Technologies for Hydrogen Storage Systems Based On Reactive Solids
Daniel E. Dedrick, Sandia National Laboratories; Michael P. Kanouff, Sandia National Laboratories; Joseph G. Cordaro, Sandia National Laboratories; Yehia (John) F. Khalil, United Technologies Research Center (UTRC)

100d

Potential Diffusion-Based Failure Modes of Hydrogen Storage Vessels for On-Board Vehicular Use
Yehia F. Khalil, United Technologies Research Center (UTRC); Norman L. Newhouse, Lincoln Composites, Inc.; Kevin L. Simmons, Pacific Northwest National Laboratory; Daniel E. Dedrick, Sandia National Laboratories

100e

Fundamental Reactivity Analysis of Hydrogen Storage Materials
David A. Tamburello, Savannah River National Laboratory; Charles W. James Jr., Savannah River National Laboratory; Jose A. Cortes-Concepcion, Savannah River National Laboratory; Donald L. Anton, Savannah River National Laboratory

100f

Environmental Reactivity of Solid-State Hydrogen Storage Systems: Fundamental Testing and Evaluation
Charles W. James Jr., Savannah River National Laboratory; Jose A. Cortes-Concepcion, Savannah River National Laboratory; David A. Tamburello, Savannah River National Laboratory; Kyle S. Brinkman, Savannah River National Laboratory; Joshua R. Gray, Savannah River National Laboratory; Donald L. Anton, Savannah River National Laboratory

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

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