| Ridgeland,
MS--Proton Energy Systems, Inc., a subsidiary of Distributed Energy Systems
Corp. (DESC), has been awarded a $2.3 million contract for a hydrogen-technology-oriented
follow-on research project. The study, awarded by the University of Nevada
Las Vegas Research Foundation [UNLVRF], enables the company to continue
to examine advanced proton exchange membrane [PEM] electrolysis technology
research and is funded by a grant to UNLVRF from the U.S. Department of
Energy. The University of Nevada Las Vegas (UNLV) Center for Energy Research
[CER] will also collaborate on this project.
Proton is a provider of on-site hydrogen
generation systems and other advanced energy storage technologies. The
Company manufactures PEM electrochemical systems to make hydrogen from
water in a zero pollution process. Hydrogen is drier, purer and safer to
use because there is no inventory of flammable or poisonous gas.
Robert Friedland, Senior Vice President
for Proton, told Knobias on Monday, "Hydrogen has applicability in a variety
of industrial and energy applications. It is used to cool the windings
of large power plant generators because of hydrogen's high heat capacity
and low density. Power plants utilizing hydrogen-cooled generators must
maintain recommended hydrogen purity and pressure in the generator casing
for efficiency, safety, and equipment reliability. Continuous addition
of ultra-pure hydrogen from the Company's hydrogen generation system make
up for hydrogen seal losses and can optimize hydrogen purity and pressure
for best operating performance and uptime."
Mr. Friedland continued, "The Company's
on-site HOGEN(R) hydrogen generation systems are a one-box, automated,
low maintenance solution to the challenge of industrial hydrogen supply
by eliminating the packaging and physical delivery of the hydrogen, instead
allowing hydrogen users to make hydrogen at their own location from electricity
and pure water."
Proton Energy also offers PEM electrolysis-based
fueling stations for light and heavy duty vehicles, including automobiles,
forklifts, and buses. These stations are simple to install and operate,
deliver high purity hydrogen, and can be integrated with renewable power
sources to offer a zero emissions transportation fuel.
This new UNLVRF research grant will
allow Proton to focus on critical technology improvements such as increased
system and cell stack efficiency, reduced costs through scale-up and manufacturability
assessments, and improving the technology to directly interface renewable
electricity sources to the PEM electrolyzer. Mr. Friedland added, "These
improvements are good for industrial markets but absolutely critical for
energy markets especially where renewable electricity generation is being
used."
The Company also offers custom hydrogen
supply systems for industrial and scientific customers with unique needs.
These systems incorporate hydrogen generation systems with ancillary components
such as compressors, tanks, metal hydride storage, instruments, blenders
or other non-Proton components.
KNOBIAS DISCLAIMER: All statements
made in this article were made by the Company and do not in any way reflect
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investment advisor, and does not endorse or recommend any securities mentioned.
This story is provided for informational purposes only and is not intended
for trading purposes. Knobias shall not be liable for any actions taken
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