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The SALT Research Group

UC Berkeley Nuclear Engineering Department

  • | Group
    • Raluca O. Scarlat
    • Haley Williams
    • Ryan Hayes
    • Alexandra (Sasha) Kennedy
    • Michael Borrello
    • D. Nathanael Gardner
    • Nicole Johnson
    • Sarah Heagy
    • Tim Pickarski
  • | Publications
  • | Projects
    • ThorCon Corrosion Project
    • NEUP – High Temperature Molten Salt Reactor Pump Development
    • NEUP – IRP Molten Salt Reactor Test Bed with Neutron Irradiation
    • Speciation of Light Elements in Molten Salts
    • FUTURE EFRC
    • Graphite and Tritium Studies in Molten Fluoride Salts
  • I INGSM-24 Conference
  • | Beryllium Safety
  • | Courses
  • | News & Events
    • Haley Williams Nominated to Give Presentation at the NEA Global Forum on Nuclear Education, Science, Technology and Policy
    • | Open House Nov. 2nd
    • | MS Round Robin 1.0
    • | Chemical Sensors Workshop 2020
    • | Molten Salt Bootcamp 2019
  • ThorCon Corrosion Project
  • NEUP – High Temperature Molten Salt Reactor Pump Development
  • NEUP – IRP Molten Salt Reactor Test Bed with Neutron Irradiation
  • Speciation of Light Elements in Molten Salts
  • FUTURE EFRC
  • Graphite and Tritium Studies in Molten Fluoride Salts

FUTURE EFRC

Students Involved: Ryan Hayes, Haley Williams

The University of California, Berkeley has been working in a collaborative effort with University of Virginia, Bowling Green State University, North Carolina State University, Los Alamos National Laboratory, and Pacific Northwest National Laboratory in order to advance our Fundamental Understanding of Transport Under Reactor Extremes. The research is conducted as an Energy Frontier Resource Center, funded by the Office of Basic Energy Sciences within the United States Department of Energy.

The goal of the institutions listed above are to better understand how the high radiation field, high temperatures, high stresses, and corrosive environment within a nuclear reactor couple together to affect the properties of materials within the reactor. Our group’s focus has been the investigation of molten salt’s chemical role in the corrosion of materials at high temperatures.

The home page for the effort can be found here.

Publications

Winner, N., Williams, H., Scarlat, R. O., & Asta, M. (2021). Ab-initio simulation studies of chromium solvation in molten fluoride salts. Journal of Molecular Liquids, 335, 116351.

EFRC Newsletter: Clean energy you don’t have to take with a grain of salt

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Projects

  • FUTURE EFRC
  • ThorCon Corrosion Project
  • Molten Salt Reactor Test Bed with Neutron Irradiation
  • Graphite and Tritium Studies in Molten Fluoride Salts
  • NEUP – High Temperature Molten Salt Reactor Pump Development
  • NEUP – Probing Speciation of Light Elements in Molten Salts by Electrochemistry, High Temperature Liquid NMR, and Neutron Diffraction
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