Argonne, Ill. (May 15, 2008) Argonne National Laboratory has signed a memorandum of understanding (MOU) with Savannah River National Laboratory (SRNL) to collaborate on nuclear energy and environmental management research projects in support of critical U.S. Energy Department (DOE) needs and other important national priorities.
"The MOU allows Argonne to remain a leader in nuclear energy research," Argonne director Robert Rosner said. "Argonne has the nation's largest concentration of scientists and engineers involved in fast-reactor design and nuclear fuel separations and processing technologies expertise that is essential to developing next-generation nuclear energy systems, a key component of President Bush's Global Nuclear Energy Partnership" (GNEP), Rosner added.
The agreement will bring together the strengths of the two National Laboratories, including SRNLs applied science and engineering expertise and their nuclear facilities for the safe handling and study of highly radioactive materials. The SRNL facilities include the Shielded Cells, where highly skilled employees use remote manipulator arms to perform work with radioactive samples, while safely protected behind thick shielding. Argonne brings to the partnership scientific and engineering expertise and state-of-the-art radiological facilities for studying chemical phenomena at the smallest scale. Among the facilities that may be used in understanding materials properties include the Advanced Photon Source, the brightest x-ray beam in the western hemisphere.
This agreement blends the key skills and capabilities from SRNL and Argonne for advancing U.S. nuclear energy capabilities. SRNLs core competencies for the development and deployment of applied technology solutions for safe nuclear facilities operation will help this partnership make advances that support important energy independence initiatives for the nation, said Dr. G. Todd Wright, SRNL Laboratory Director.
Argonne and SRNL will collaborate in areas in which the two research facilities have complementary strengths, including actinide chemistry, separations science and technology, and computational chemistry and modeling. "Advances in these research areas are vital for any U.S. expansion of the use of safe, clean nuclear energy, closing the nuclear fuel cycle, and management of legacy nuclear materials," said Mark Peters, Argonne's program manager for GNEP and the Deputy to the Associate Laboratory Director of Energy Sciences and Engineering.
Actinide chemistry involves the study of radioactive heavy metals, such as uranium, neptunium, and plutonium, that are indigenous to nuclear energy processes. Maintenance of a core competency associated with actinide science is critical in order to sustain continued growth of nuclear programs in the U.S. and to effectively treat legacy nuclear materials. Argonnes actinide experience dates back to the earliest days of the Manhattan Project and is focused on basic scientific understanding and knowledge. SRNLs experience, which dates back to the early 1950s, has been generally focused on production-scale deployment, including the design and development of specialized technologies for the safe characterization, purification, stabilization, and disposition of these materials.
Separations science involves the design, study, and application of processes for separating mixtures of compounds into their component substances. The two laboratories have made significant contributions to the field over their histories. These contributions date to the earliest years of the U.S. nuclear enterprise and continue to support such national initiatives as GNEP. The labs will develop a joint plan for advancing separations science and technology programs to meet the current and future needs of DOE with a focus on the DOE Offices of Nuclear Energy (DOE-NE) and Environmental Management (DOE-EM).
|Contact: Angela Hardin|
DOE/Argonne National Laboratory