Korea Develops Hydrogen Container for Fuel-Cell Cars

11 November 2005

A new type of hydrogen storage container received approval from the U.S. Department of Transportation in September and is now commercially available, according to the Korean Ministry of Science and Technology.

The new container was developed after a two-year joint effort between a local research institute and a company which specializes in producing composite high-pressurized containers. The Korea Institute of Machinery and Materials and Innocom Co. said that they succeeded in commercializing a composite high-pressurized hydrogen storage container – claimed to be the world's second following the United States.

The hydrogen storage container, normally used in portable air breathers and natural gas vehicles, has received plenty of global attention since its use has expanded to hydrogen fuel-cell cars for use as the hydrogen fuel tank.

""A composite type of container has advantages compared with the steel container in terms of weight and safety,"" said Dr. Park Ji-sang of KIMM who participated in the development project. ""This container, surrounded by carbon epoxy composites, will not burst, unlike a steel one. Hydrogen will leak out of the vessel before bursting.""

KIMM and Innocom Co. said their composite high-pressurized containers for hydrogen fuel-cell cars will hit the market next year.

Related / You might like...

Scigrip Appoints Biesterfeld Distributor to French Markets

Scigrip has expanded its agreement with Biesterfeld Spezialchemie to include France and the French territories in Northern Africa, with immediate effect.

JEC Event Debates the Future of Composites in Transportation

Following its strategy to address composites end-use industries specifically, JEC Group is organising The Future of Composites in Transportation, a two-day event taking place on 27-28 June in Chicago.

Dilutec Launches UL 94-Compliant Gelcoat

Dilutec has launched the Colorgel FR LE gel-coat, which complies with the UL 94 (V-0) plastics flammability standard and is characterised by the low emission of volatile organic compounds (VOCs).