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Argonne partners with nuclear power heavyweights to improve plant extension technology
The US Department of Energy's (DOE) Argonne National Laboratory will work with three of the world's leading nuclear products and services companies on projects that could unlock the potential of advanced nuclear reactor designs, helping create a new generation of safer, more efficient reactors.
The three projects partner Argonne with AREVA Federal Services (Aiken, S.C.), GE Hitachi Nuclear Energy (Wilmington, N.C.), and Westinghouse Electric Company (Monroeville, Pa.) to address significant technical challenges to the design, construction and operation of next-generation reactors.
Argonne scientists and engineers are working with industry and other national labs to provide the technical basis for extending the lifespan of existing reactors. The lab is also heavily involved in research that will enable the next generation of advanced reactors.
“The fact that Argonne is partnering with private industry on three of the five projects selected for funding by DOE says volumes about the quality of work being performed at the lab,” said Mark T. Peters, associate laboratory director for Energy and Global Security. “The challenge of creating the next generation of reactors has energized our staff, and they are doing exciting work of great value to our nation.”
The five industry-led projects will receive $13m in cost-share agreements from the DOE to help address significant technical challenges to the design, construction and operation of next-generation nuclear reactors, based on needs identified by industry designers and technical experts. DOE created the programme in 2013.
AREVA is partnering with TerraPower Company, Argonne and Texas A&M University to conduct thermal hydraulic modeling and simulations and an experimental investigation for liquid metal-cooled fast reactor fuel assemblies.
GE Hitachi (GEH) is partnering with Argonne to develop an updated safety assessment of the company’s PRISM sodium-cooled fast reactor.
Westinghouse is partnering with Argonne and the University of Pittsburgh to develop thermo-acoustic sensors for sodium-cooled fast reactors.