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3 MIT-led teams win DOE NEUP funding for next-gen nuclear technologies

Three MIT-led research teams have won awards from the Department of Energy’s Nuclear Energy University Programs (NEUP) initiative to support research and development on the next generation of nuclear technologies.

  • Fluoride-salt High-Temperature Reactor. A group of universities led by Charles Forsberg of the Department of Nuclear Science and Engineering (NSE) at MIT has been awarded $5 million as part of the NEUP initiative. The award extends funding for the integrated research project (IRP) between MIT, the University of California at Berkeley, and the University of Wisconsin at Madison to develop a test reactor and, ultimately, a commercial high-temperature salt-cooled reactor, also called a Fluoride-salt High-Temperature Reactor [FHR].

    The FHR is a new reactor concept that combines high-temperature graphite-matrix-coated particle fuel developed for high-temperature gas-cooled reactors; liquid salt coolant developed for molten salt reactors; and safety systems originating with sodium fast reactors. The other project collaborators are Lin-wen Hu of the MIT Nuclear Reactor Lab; Professor Per Peterson of the University of California at Berkeley; and Professor Todd Allen of the University of Wisconsin at Madison.

  • BEAVRS. NSE professors Benoit Forget and Kord Smith received a $400,000 grant to introduce BEAVRS (Benchmark for Evaluation and Validation of Reactor Simulations), a new multi-cycle full-core Pressurized Water Reactor (PWR) depletion benchmark based on two operational cycles of a commercial nuclear power plant. This project focuses on uncertainty quantification of measured data with the goal of making the BEAVRS benchmark a true non-proprietary international benchmark for the validation of high-fidelity multi-physics computational tools.

  • Seawater uranium. The Department of Mechanical Engineering’s Professor Alexander Slocum was awarded a $400,000 NEUP grant to develop a seawater uranium extraction system that will work symbiotically with an offshore windmill by utilizing the structure, mooring, and power of the windmill, while increasing the uranium harvested by the installation. In this system, uranium will be extracted by an adsorbent polymer belt, which will be cycled through the seawater and an elution plant located at the base of the windmill tower. Increasing the frequency of harvesting could overcome current economic barriers to seawater uranium extraction.

The DOE’s Office of Nuclear Energy created Nuclear Energy University Programs (NEUP) in 2009 to consolidate its university support under one program. Five IRP awards and 44 Research and Development awards were announced for fiscal year 2014.



We could collect gold, uranium and valuable minerals from sea water while using power plant cooling with multistage evaporator/condensers. More than half the salt water to fresh water is done this way, might as well extract some valuable materials at the same time.

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