US
Europe
Oregon State University
University of Idaho
Boise State University
University of Utah
University of Wyoming
Colorado School of Mines
Kansas State University
University of Wisconsin
Texas A&M
University of Houston
University of Tennessee
Massachusetts Institute of Technology
Politecnico di Milano
The University of Sheffield
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Oregon State University
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Technical and economic evaluation of using sub-surface piping for condenser cooling to reduce water consumption.
Evaluation of Sub-surface Cooling
Project
Status
University of Idaho
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Create an independent LCOE model for NuScale plant appropriate for selected US and international locations.
Independent LCOE Model
Conducted a comprehensive assessment of cost savings resulting from design simplifications and modularization.
Modeling economies
Project
Status
Boise State University
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Participate on the University of Utah's NE program Industry Advisory Board.
Industry Advisory Board
Project
Status
University of Utah
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Explore options for drying and detoxifying coal using nuclear-supplied heat with passivation.
Nuclear Heat for Coal Drying
Project
Status
University of Wyoming
Close
Active
Study applicability of periodic materials to provide building isolation from seismic events.
Periodic Materials for Seismic Isolation
Active
Perform irradiation testing and evaluation of material samples produced from additive manufacturing process.
Additive manufacturing
Active
General engagement with CSM related to the teaching and developing of risk and reliability methods for advanced SMR design process.
Risk and Reliability Methods
Project
Status
Colorado School of Mines
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Develop 5 MW mobile reactor module using NuScale design philosophy.
Senior Design Class
Project
Status
Kansas State University
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Serve on the Industry Advisory Board for a research project to develop new sensors and instrumentation system to support transient fuel testing in TREAT.
IRP Industry Advisory Board
Developed CHF correlations for typical environments within integral SMRs with natural circulation flow.
Experimental Study of CHF Correlations
Project
Status
University of Wisconsin
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Assessed the suitability of using a NuScale plant to produce tritium for defense program.
Tritium production
Project
Status
Texas A&M
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Study applicability of periodic materials to provide building isolation from seismic events.
Periodic Materials for Seismic Isolation
Project
Status
University of Houston
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Develop on-line monitoring technologies to improve digital I&C resilience at nuclear power plants.
Cyber Security at Nuclear Power Plants
Co-sponsored the design and construction of a natural circulation test loop in support of a senior design class project.
Natural circulation test loop
Project
Status
University of Tennessee
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Performed full-scale simulation of NuScale SMR on leadership class computers using OpenMC.
Full-scale MC Simulation of NuScale
Project
Status
Massachusetts Institute of Technology
Completed
Completed
Completed
Completed
Completed
Completed
Completed
Completed
Completed
Completed
Completed
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Student exchange program between OSU and Sheffield. Three students participated in 2016.
Student Exchange with Oregon State University
Project
Status
The University of Sheffield
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Supported 3-month internship of Marco Colombo in 2012.
Safety Analysis and Validation
Project
Status
Politecnico di Milano
Completed
Completed
Close
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Active
Technical and economic evaluation of using sub-surface piping for condenser cooling to reduce water consumption.
Evaluation of Sub-surface Cooling
Project
Status
University of Idaho
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Oregon State University
Project
Status
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Project
Status
Active
Project
Status
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Completed
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Project
Status
Completed
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Project
Status
Oregon State University
Completed
Active
Project
Status
Project
Status
Oregon State University
Completed
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Project
Status
Completed
Active
Project
Status
Active
Project
Status
Completed
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Project
Status
Completed
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Project
Status
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Project
Status
Completed
Completed
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Project
Status
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Project
Status
Completed
Active
Experimentally and analytically examine high-pressure steam condensation in a steel containment vessel under forced and natural convective flows.
Integral reactor containment condensation model
Project
Status
Completed
Project
Status