ITM Power
Plc is pleased to announce today it has appointed Professor Marcus
Newborough as Electrolyser Business
Development Officer, where he will play a
major role in the strategic planning
and commercialisation of ITM's electrolyser
technology. Professor Newborough
will be joining ITM in September 2006 after
completing his notice period with
his current employer, Heriot-Watt University.
Professor Newborough is internationally
recognised as one of the leading experts
within energy systems specialising
in electrolysers and their application to
renewable hydrogen production. Over
the last few years he has built a close
working relationship with ITM Power
while he acted as an independent consultant
evaluating electrolyser technologies
for BOC, ITM and the EU.
Professor Newborough's most recent
post was as the Royal Academy of Engineering
Research Chair in Energy and Environmental
Engineering at Heriot-Watt
University, where he established
and directed the HWU Energy Academy.
Previously, he was Head of Applied
Energy, School of Mechanical Engineering at
Cranfield University where he was
responsible for directing commercially
sponsored research and post graduate
research programmes in energy, including
energy management in the built environment,
applications of micro-CHP and
environmental implications of energy
use in industry.
Jim Heathcote, CEO of ITM Power Plc,
said "I am delighted to welcome Marcus to
ITM Power. I am confident that he
will play a major role as we pursue the
commercial production and deployment
of ITM's electrolyser technology. We have
made substantial progress this year
on cost reduction and durability of our
electrolysers and we believe that
the electrolyser is likely to be one of our
first devices to be commercially
available."
Marcus Newborough, added: "I am looking
forward to joining ITM at such an
exciting time in its development.
ITM's electrolyser technology has the
potential to overcome the commercial
barriers associated with the cost of
hydrogen and its delivery. The appropriate
deployment of such electrolysers will
provide a major route to achieving
both energy security and carbon abatement. "

|