Innovations-Report, Germany
March 15 2004
Hydrogen as an alternative energy to petrolium
The key aspect of the project is the obtaining of metal hydrides with
the capacity to “store” the hydrogen used in automotive vehicle fuel
batteries.
Under the auspices of the Strategic Plan for Materials and Energy
being carried out by INASMET, the Armenian Institute of Chemistry &
Physics of the National Academy of Sciences has signed a joint
working agreement on order to make progress in one of the future
energy sources such as fuel cells based on using hydrogen.
This alternative energy source to fossil fuels (petroleum and its
derivatives) has, amongst other advantages, that of being
non-contaminant, given that the only by-product is water due to the
combustion of hydrogen. Energy user sectors such as automotive one
and aeronautic are the most likely beneficiaries of this alternative
energy.
On the occasion of the signing of the joint co-operation contract and
in order to continue work started in 1999 between both bodies,
professor S. Kharatyan, the sub-director of the Armenian Institute,
accompanied by researcher, doctor A. Sargyan, have visited Inasmet
Technological Centre.
The agreement involves the development of SHS (Self-propagating
High-temperature Synthesis) technology that has relevant applications
in the industrial sector (energy and metallurgy), in obtaining
enhanced-specification materials at competitive prices. The technical
team at INASMET already has ten years of experience in this
speciality and applications widely accepted industrially have been
obtained, such as powders for special coatings or high-specification
porous materials.
One aspect of the new agreement – more directly related to hydrogen
energy – will be the development of new production methods for metal
hydrides as raw material for fuel cells, given that they are an
efficient form of `storing’ hydrogen through SHS technology.
The Armenian Institute of Chemistry & Physics, founded in 1975, is
developing new lines of technological research, initiated in Moscow,
amongst the advantages of which are those involving simplicity,
rapidity and low energy consumption throughout the whole process.
In 1999 the first steps were taken for the joint enterprise between
INASMET and the Armenian institution in order to obtain cermets,
materials composed of ceramic and metal for applications in extreme
operating conditions. The first relevant steps in that two different
research teams and professionals from two distinct cultures have come
together and, apart from overcoming language barriers, the Armenians
in particular have had to go through work permit procedures under
very difficult conditions. With the signing of this agreement, many
of these difficulties have been overcome and there are very positive
expectations for both partners for advancement in these technologies.
Contact :
Cristina Alberdi
INASMET
[email protected]
(+34) 943 003668