U.S. Department of Energy - Energy Efficiency and Renewable Energy
Federal Energy Management Program
Weapons Plant to Save $2 Million Per Year Through Energy Efficiency
January 4, 2006
DOE announced on January 4th that it has signed a contract to
significantly improve energy efficiency at its Pantex Plant near
Amarillo, Texas, resulting in an estimated savings of more than
$2 million per year. This contract will also help the nuclear weapons
plant cut its annual energy use by two percent as required by the
energy legislation signed by President George W. Bush in August 2005.
The Pantex Plant covers 25 square miles and serves as the only nuclear
weapons assembly and disassembly facility in the United States. See
the Pantex Plant Web site.
Energy-saving measures will include: installing new energy-efficient
lighting systems and control systems to reduce waste in heating and
air-conditioning systems, repairing leaks in steam systems, installing
energy-efficient cooling systems, and renovating dehumidifiers needed
for industrial operations. These energy conservation measures will
cost about $19.5 million over 19 years, but will save the Pantex Plant
an estimated $38 million in that same time frame. See the
DOE press release.
NORESCO, an energy services company, will oversee the improvements
through an energy savings performance contract (ESPC). Under ESPCs,
companies invest in energy-saving improvements and are repaid with a
portion of the energy cost savings over the life of the contract,
after which the federal agency continues to reap the cost savings.
Since authorized in 1992, ESPCs have been implemented by 18 different
federal agencies and departments, saving 14.4 trillion Btu annually.
These projects will save the government $5.0 billion in energy costs,
of which $3.5 billion will be used to pay off project investment,
leaving a net savings of $1.5 billion. The Energy Policy Act of 2005
extends the authority for all Federal agencies to use ESPCs until
September 30th, 2016. See the Federal Energy Management Program Web site.
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