See also:

• Science: Technology: Energy: Devices: Fuel Cells  (125)
• Science: Technology: Energy: Storage  (199)

• Doped Carbon Nanotubes for Hydrogen Storage - Research to develop and demonstrate a lower cost hydrogen storage material that has a hydrogen capacity greater than 5.5 wt%, is stable with hydrogen cycling, and possesses favorable thermodynamic and kinetic characteristics suitable for transportation and portable devises applications. [PDF]
• High Reversible Hydrogen Storage Capacity with Ultra-Fast Kinetics - Explains different types of Lithium storage. Contains charts and diagrams explaining how it works and the future predictions. [PDF]
• Hydrexia - Australian startup seeking to commercialise technology developed at the University of Queensland to store hydrogen in magnesium alloys. Overview of company and technology, staff, and news.
• Hydrogen Fuel Leak Simulation - Comparing side by side with gasoline. Includes frames from original simulation video. [PDF]
• Hydrogen Fuel Stations - Implementing a new fueling infrastructure is an enormous undertaking. CaFCP members have taken important steps to lay the foundation for this eventual transition.
• Hydrogen Storage - Describes the different types and future technologies. Also describes challenges such as cost, efficiency, refueling time, and durability. [PDF]
• Hydrogen Storage - Contains information on types of storage. Includes related links to other articles.
• Hydrogen Storage - Contains information about different types of storage and the challenges with them.
• Hydrogen Storage Tanks - Article describing the challenges and the different types. Includes details on compressed, liquid and metal hydride tanks.
• Hydrogen Storage via Sodium Borohydride - Information about the status of portable and vehicular applications, barriers to commercialization, research issues and on-going efforts. [PDF]
• JMCUSA Hydrogen Storage - Contains information about hydrogen storage and alloys. Also has information about machinery used in making alloys.
• LabTech - Producer of hydrogen storage systems on the base of metal hydrides for stationary and mobile applications. Contains online brochure, locations, publications, and capabilities.
• Light Metal Alloys for Hydrogen Storage - Collaborative research project at the University of Icleand. [PDF]
• Organic Hydrogen Storage - An article by Neil B. McKeown from Cardiff University. Describes a purely organic polymer that can absorb appreciable quantities.
• Pharogen - Uses nanotechnology materials along with new storage processes to achieve higher capacities.
• Varmaraf - Develops hydrogen storage devices based on metal hydrides with sophisticated thermal management.
• Zeolites as Media for Hydrogen Storage - Hydrogen storage by encapsulation in microporous media. Although reversible occlusion of gases in zeolites is a well known phenomenon little attention has previously been paid to their use as media for hydrogen storage. Includes charts and tables on capacity.