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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.

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