Microreactor Program Review 2026

March 3 – 5, 2026

Meeting Objectives:

This Program Review will be focused on ongoing progress for each Technical Focus Area and discussion of path forward for the remainder of FY26.  Discussions will highlight:

  • Accomplishments to date and progress on key efforts
  • Issues/concerns related to meeting FY26 goals and M2 milestones
  • Potential collaboration with other NE programs
  • Initial thoughts on priorities for FY27 and beyond
  • Review participant questions

Program Vision:

Through cross-cutting research and development and technology demonstration support, the Microreactor Program will enable broad deployment of microreactor technology by:

  • Achieve technological breakthroughs for key features of microreactors
  • Identifying and addressing technology solutions to improve the economic viability and licensing readiness of microreactors
  • Enable successful demonstrations of multiple domestic commercial microreactors

Program Objectives:

1.    Address critical, cross-cutting R&D needs that require unique national lab or university expertise or capabilities

2.    Develop R&D infrastructure to support design, demonstration, regulatory issue resolution, and M&S code validation

3.    Develop advanced technologies that enable improvements in microreactor viability

Presentations

Agenda

Program Overview

Systems Integration and Analysis

PresenterPresentation TitlePresentation
Gale Hauck01 - System Integration and Analysis OverviewLink
Botros Hanna02 - Microreactor EconomicsLink
Chandu Bolisetti03 - Development Of Codes and Standards Solutions to Streamline Regulatory Review and ApprovalLink
Steven Maheras04 - Microreactor Transportation ActivitiesLink
Saya Lee05 - Development of the Technical Basses to Support Flexible Siting of MRs Based on Right-Sized EPZLink
Martin Nieto Perez06 - Cement Calcination Project Updates NEUP 24-32112Link
Tim McJunkin07 - (Lunch Talk) Nuclear Powered MicrogridsLink

Demonstration Capabilities

PresenterPresentation TitlePresentation
Piyush Sabharall08 - Demonstration & Support Capabilities OverviewLink
Jeremy Hartvigsen09 - SPHERE Testing and ValidationLink
Joshua Hansel10 - Recent Progress in SockeyeLink
Shaleena Jaison11 - MAGNET Brayton Cycle PCU IntegrationLink
Austen Fradeneck12 - Triply Periodic Minimal Surface Heat Exchangers for SMR and Microreactor ApplicationsLink
Nikona Rousseau13 - Sodium Heat Pipes; Design and Failure Mode Assessment for Microreactor Applications (NEUP 24-24-31551)Link
Piyush Sabharall14 - Demonstration Capabilities Area Summary & Wrap UpLink

Technology Maturation

PresenterPresentation TitlePresentation
Holly Trellue15 - Technology Maturation Technical Area OverviewLink
Caitlin Kohnert16 - High Temperature Moderator OverviewLink
Abdellatif Yacout17 - High Temperature Moderator Containment: Advanced Moderator Module (AMM) ConceptLink
M Nedim Cinbiz18 - An Overall Assessment of ATR and HFIR Irradiated Samples and ConclusionsLink
Anthony Crawford19 - Instrumentation and Sensors - MACS/VIBRANT SystemLink
Paul Geimer20 - Instrumentation and Sensors - AcousticsLink
Daniel Sweeney21 - Non-Visual Techniques for Monitoring Microreactor ComponentsLink
Martin Ward22 - Graphite Test Article and Heat TransferLink
Holly Trellue23 - Technology Maturation Technical AreaLink
Vivek Agarwal24 - (Lunch Talk) Autonomous Control for Reactor TechNologies (ACORN) OverviewLink
Curtis Foster25 - Cost Reduction for Advanced Integration Heat Exchanger Technology for Microreactors (NEUP 21-24226)Link
Jeffrey King26 - Development of Hydrogen Transport Models for High Temperature Metal Hydride Moderators (NEUP 22-27123)Link
Stylianos Chatzidakis27 - Demonstrating Autonomous Architectures for Microreactors Under Prototypic Condistion in PUR-1 (NEUP 22-27123)Link
Eric Lang28 - Deciphering Irradiation Effect of Yhx Through In-situ Evaluation and Micromechanics for Microreactor Applications (Project 23-29784)Link
Jason Trelewicz29 - Transforming Microreactor Economics Through Hydride Moderator Enabled Neutron Economy (Project 23-29834)Link

Microreactor Application

PresenterPresentation TitlePresentation
Abdalla Abou-Jaoude30 - MARVEL OverviewLink
Anthony Crawford32 - MARVEL Reactivity Control System (RCS)Link
Andrew Helm34 - Intrumentation and ControlLink
Rami Saeed36 - Process Heat: Microreactor Thermal Energy Loop (MTEL)Link
Vicent Schartz37 - TREAT Reactor Experiment Cell (T-REXC)Link
Travis Lange38 - MARVEL Dry Critical: Fuel Loading and Initial Startup Neutronics AnalysisLink
Doug Gerstner39 - MARVEL Documented Safety Analysis (DSA) Development Strategy & ResultsLink
Adrian Collins40 - (Lunch Talk) National Reactor Innovation Center (NRIC)Link
Nicolas Woolstenhulme40 - (Lunch Talk) SPARC Facility OverviewLink
Chad Ryan41 - MARVEL Dry Criticality AssemblyLink
Travis King42 - MARVEL Transition to Operations and ReadinessLink
Nick Morriss45 - MARVEL Produced Water DesalinationLink
Taylor Ochs46 - Testing Neutron Sentors - Radiation Detection Technologies, Inc.Link
Faith Beck47 - MARVEL Remote Ops and Control GE Vernova Test Implementation PlanLink
Reese Gannon31 - MARVEL Reactor Component FabricationLink
Carl Baily33 - Heat Extraction System (HES)Link
Ben Baker35 - Power Generating System TestingLink
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