Compressed hydrogen storage is safer than most other forms of hydrogen storage.

The ultimate goals of this research are to develop and demonstrate a low-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. [300K in size)

Hy-Energy website promotes research in hydrogen energy and storage, by providing PCT instruments to measure hydrogen-absorption compounds. It also provides measurements services for hydrogen-absorbing materials and consulting in Hydrogen Energy research.

Paper on Navy research using various metals to store H2.

The unit employs excess hydrogen flow between hydrogen storage alloy rods in the hydrogen storage unit in order to provide convective cooling thereof.

This work effort was conducted to serve two purposes. The first was to produce a video comparing the severity of a hydrogen and gasoline fuel leak and ignition. The second was to determine why the hydrogen flames videotaped were so easily visible. (pdf file requires Adobe Acrobat reader)

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 explains the problems associated with storing pure hydrogen, and explains how alloys make hydrogen storage feasible.

Processes and products in use and under development applicable to Hydrogen Fuel Cells

Storing hydrogen can be done in three main ways: in compressed form, liquid form and by chemical bonding.....

Objective: Develop, build, bench demonstrate and deliver a 5 kg H2 capacity hydrogen storage system suitable for operation of a PEMFC powered mid-size auto application based on NaAlH4 derived compounds.(Requires Adobe Acrobat)

LabTech Ltd. is one of the biggest producers of Hydrogen Storages Systems on the base of metal hydrides for stationary and mobile applications.

Collaborative research project at the University of Icleand. (Requires Acrobat Reader)

Where optimal storage capacity is concerned, as with other gases, it is necessary for hydrogen to be in a liquid form.

Specializes in reversible metal hydride alloys and their applications, including hydrogen storage, and hydrogen compression.

The term "nanostructured materials" is being used in the literature to denote different materials prepared by two different techniques.

Manufacturer of solid metal hydride hydrogen storage systems, refillable from renewable sources for fuel cell or ICE, vehicular, motive, portable, stationary or refueling applications.

- The tank weighs only one-half of conventional hydrogen storage tanks (a tank / weight of a metal hydride = .040) - It can be more easily transported than conventional tanks - Mass production is possible because of its simple structure (production costs can be drastically cut).

Develops hydrogen storage devices based on metal hydrides with sophisticated thermal management.

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.