| Senator Mark
Pryor Thursday announced $1.4 million to support research at the University
of Arkansas at Little Rock that could lead to new breakthroughs in alternative
energy technology.
Pryor said he and other Arkansas
delegation members were able to secure $900,000 to support research into
hydrogen technology and $500,000 for solar energy technology at UALR’s
Nanotechnology Center of Excellence. The research dollars were included
in the Fiscal Year 2006 Energy and Water Appropriations Bill, which is
expected to be voted on by the Senate and sent to the President for his
signature by the end of the week.
“Arkansans have experienced firsthand
the effects of our nation’s single-minded energy policy in the form of
rising fuel prices,” Pryor said. “Fortunately, scientists at UALR are at
the forefront of promoting technologies that could lead us to a more diversified
energy portfolio.”
Pryor said this funding would enable
scientists to advance technologies that produce, store, and deliver hydrogen.
Hydrogen holds great potential for future energy production, and UALR’s
technology can be used to make this alternative energy source more cost-effective
and accessible. He added that UALR’s nanotechnology researchers are also
developing materials that could be applied to the surfaces of solar panels
to halt the accumulation of dust and other particles that inhibit energy
production. To achieve these goals, UALR’s Nanotechnology Center will work
in collaboration with the National Center for Toxicology Research, NASA,
and experts in the field of nanotechnology abroad.
“With rising global demand for energy
and diminishing supplies of finite fossil fuels, our country has to prepare
for the future energy marketplace,” Pryor said. “Among other highly promising
applications within the fields of medicine and national defense, nanotechnology
can help us develop the alternative energy sources that will help the United
States maintain the vitality of its energy-dependent economy in the future.
I’m pleased our efforts to support UALR’s cutting-edge research in this
field were successful, and I look forward to their progress.”
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