2022 Hybrid Molten Salt Reactor Workshop

"Energy through Safe, Secure, and Sustainable Technology”

WHEN October 11-12, 2022
WHERE Oak Ridge National Laboratory Bldg. 5200, Tennessee Rooms A-C

We will continue to evaluate the COVID situation in the local area. If the community level is high as of September 27, the conference will be shifted to a fully virtual workshop. If this happens, registration fees will be refunded to the extent funding is available.

Registration is now open.

Registration for Non-US citizens closes on August 15, 2022, and for US citizens on September 27, 2022.

Register

Topics to be presented during the 2022 workshop will include:


2022 Workshop Organizers



General Chair

Dr. David E. Holcomb is a distinguished member of the technical staff and distinguished inventor at Oak Ridge National Laboratory (ORNL). He currently represents the United States and serves as a vice chair of the provisional system steering committee for the Generation IV International Forum on Molten Salt Reactors (MSRs), chairs the American Nuclear Society (ANS) working group developing a design safety standard for liquid-fueled MSRs (ANS 20.2), and provides technical oversight of US Department of Energy (DOE) university projects on MSRs. David is a past chair of the ANS Human Factors, Instrumentation, and Controls Division. He has been a staff member at ORNL for more than 25 years and is currently a member of the Nuclear Energy and Fuel Cycle Division (NEFCD). He previously served as the national area technical lead for MSRs and advanced reactor instrumentation and controls for the DOE Office of Nuclear Energy (NE). David served as the ORNL team lead for space reactor instrumentation as part of the Jupiter Icy Moons Orbiter program and has served as an adjunct assistant professor at The University of Tennessee-Knoxville, in the Nuclear Engineering Department since 1995. He is a current member of the Nuclear Engineering Program advisory board for the Ohio State University.


Technical Program Co-Chair

Dr. N. Dianne Bull Ezell is the group leader for the Nuclear & Extreme Environment Measurements Group. She joined ORNL as an R&D Staff member in July 2011 and completed a PhD in 2016 focusing on signal processing of EMI rejection for Johnson Noise Thermometry, funded by the Small Modular Reactor Program. Dianne has supported the MSR Campaign focusing on technology maturation with the development of a corrosion monitoring sensor and design and fabrication of a prototypic off-gas system testbed. She also was the lead designer of the first-of-its-kind chloride salt study investigating effects of irradiation on corrosion advancement. Dianne recently stepped into a new role as project manager of the development of thermophysical property characterizations within the chemistry program. She has extensive experience with development and deployment of high-temperature experiments and data acquisition, analysis, and visualization. Dianne received a BS in Electrical Engineering (2007) and an MS in Electrical Engineering (2009) from The University of Tennessee with research focused on integrated circuit design. Dianne has been an active member of the Institute of Electrical and Electronics Engineers since 2005 and has served on the local East Tennessee Executive Committee for over five years. She was nominated for senior membership in 2017.


Technical Program Co-Chair

Dr. Joanna McFarlane (PhD in Chemistry, 1990, University of Toronto, Canada) has been with ORNL since 2001. Before coming to ORNL, she worked at the Atomic Energy of Canada Ltd Whiteshell Laboratories, Manitoba, Canada. While at Whiteshell, Joanna researched the physical chemistry of fission products, ran Knudsen cell experiments on fission product simulants (e.g., Cs2U2O4), investigated aerosol chemistry related to severe reactor accidents, and studied the transport of fission products in reactor primary heat transport systems using thermodynamic modeling. At ORNL, she is in the Fuel Cycle Chemistry Group within NEFCD. Joanna’s recent experience in nuclear research includes fuel cycle chemistry, the chemistry of fission products in MSRs, the purification and characterization of molten salts, and the measurement of thermochemical and thermophysical properties. She has also assisted with the separation of Pu-238 from irradiated Np-237 target materials supporting NASA’s future deep space missions. She has also participated in a wide variety of projects while at ORNL: the magnetic separation of UO2 particles; the production of biodiesel using a centrifugal contactor; the development of a high temperature organic heat transfer fluid for concentrating solar power; and has ongoing interest in fluid-rock interactions relevant both to nuclear waste disposal and petroleum extraction.


Technical Program Co-Chair

Dr. Kevin Robb is the Energy Systems Development Group Leader within NEFCD at ORNL. His primary research interests are in thermal-hydraulics and nuclear reactor safety. Kevin is supporting the development of high-temperature molten fluoride and chloride salt technology. End applications include a new generation of molten salt nuclear reactors and concentrating solar power plants. Two large-forced convection loops at ORNL highlight these efforts, the fluoride salt LSTL and the chloride salt FASTR. He supported the domestic post-accident analyses of the 2011 accidents at Fukushima Daiichi and is the lead at ORNL for the ongoing data collection and forensics work. Kevin received his BS degrees in Mechanical Engineering and Nuclear Engineering from Pennsylvania State University. He received his MS and PhD degrees in Nuclear Engineering and Engineering Physics from the University of Wisconsin-Madison.


Technical Program Co-Chair

Dr. Alex Huning is a research staff member in the Advanced Nuclear System Safety and Licensing Group. His research interests include reactor safety and analysis of accident phenomena, probabilistic risk assessment (PRA), and licensing processes for advanced nuclear systems. For instance, he is serving as the Systems Integration and Analysis lead for the Microreactor Program. He is also the regulatory lead for the Transformational Challenge Reactor program aiming to reduce qualification time of additively manufactured components. He is also engaged on many other endeavoring projects which include molten salt reactor safety analysis and design, mechanistic source term, and systems-level modeling and simulation using the ORNL developed suite of Modelica packages, TRANSFORM. Alex earned his PhD and MS in Nuclear Engineering from Georgia Tech and BS in Nuclear Engineering from Texas A&M.


Technical Program Co-Chair

Ms. Karen Koop Hogue is a Staff R&D Scientist in the Verification Technologies group. She has 15 years of experience in nuclear nonproliferation and reactor operation. She joined ORNL in 2020 with a primary research area of advanced reactor safeguards, focusing on molten salt reactors. Prior to joining ORNL, she was a Program Manager in Nuclear Nonproliferation R&D at Y-12 National Security Complex, an Officer in the U.S. Navy instructing reactor theory at Naval Nuclear Power School and has led and supported nonproliferation and international safeguards R&D at Lawrence Livermore National Laboratory, the James Martin Center for Nonproliferation Studies, and the IAEA (as chair of and participant in consultancy meetings related to facilities undergoing decommissioning). She is currently also a PhD candidate in Nuclear Engineering at the University of Tennessee – Knoxville. Karen received her master’s degree in Nonproliferation and Terrorism Studies from the Middlebury Institute of International Studies at Monterey and her bachelor’s degree in nuclear engineering from Texas A&M University.


Poster Session Organizer

Dr. Dino Sulejmanovic (PhD in Chemistry, 2015, Clemson University) is a research and development chemist at ORNL (2018-present). He is currently working on developing materials for clean and sustainable energy production. Dino is the technical lead for purification and characterization of halide salts for use in next generation nuclear reactors and solar thermal storage applications. Throughout his professional career, molten salt research has been central to Dino’s work in both synthesis of new oxide/chalcogenide materials and the use of molten salts as solvents of fissile materials and thermal storage media for next generation reactors. Currently, Dino and his team are developing technologies that will enable clean and sustainable future of energy production. During his work at a startup company, Lumenari Inc., Dino synthesized novel europium-based red and green narrow-band phosphors for improved efficiency of LED-lighting. His dissertation work was on synthesis and characterization of novel polyoxometalate salt-inclusion solids.


Conference Administrator

Mrs. Sandra Poarch is a senior administrative assistant within NEFCD providing leadership and support for the many workshops, conferences, and training sessions that NEFCD convenes, in addition to some key programmatic roles. Prior to this role, she served as the division secretary for the former Reactor and Nuclear Systems Division (now NEFCD) from 2010–2019. Sandra has been at ORNL since 1991. She started her career in the operations side of the lab in the Waste Management Division, and she held various administrative assistant positions within that organization. In 2004, she moved to the research side of the lab accepting a position to work in the former Nuclear Science and Technology Division (now NEFCD) as the lead administrative assistant for the Nuclear Systems Analysis, Design, and Safety Technical Integration Area. She holds an AS in Office Administration from Roane State Community College.

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Previous Workshops

Additional MSR Information

Audio: Celebration of the first power range operation of MSRE operation with U-233. The celebration had over 100 attendees which included Alvin Weinberg, Murray Rosenthal, Paul Haubenreich, and Glenn Seaborg.

Video: Molten Salt Reactor Experiment

This film was produced in 1969 by Oak Ridge National Laboratory for the United States Atomic Energy Commission to inform the public regarding the history, technology, and milestones of the Molten Salt Reactor Experiment (MSRE). Oak Ridge National Laboratory's Molten Salt Reactor Experiment was designed to assess the viability of liquid fuel reactor technologies for use in commercial power generation. It operated from January 1965 through December 1969, logging more than 13,000 hours at full power during its four-year run. The MSRE was designated a nuclear historic landmark in 1994.

Video: Remote Maintenance of Molten Salt Reactors

Video shows a demonstration of replacing the major components of a molten salt reactor mock-up built by ORNL in the late 1950s - early 1960s using remote handling technology.