FANCO is advancing EAGL-1 through coordinated regulatory, engineering, fuel, materials, testing, and deployment-readiness programs. Our approach is designed to resolve key technical and licensing issues early, build on established fast-reactor experience, and maintain a clear path toward construction and commercial operation.
Pre-application engagement is underway to support EAGL-1 licensing pathway.
PSAR development and supporting safety analyses are progressing in parallel with design maturation
Fuel, cladding, corrosion, and materials qualification activities are being advanced for EAGL-1.
LBE thermal-hydraulic, materials, and component testing programs are being developed and executed.
FANCO is using early NRC engagement to address key licensing topics before formal application, reduce regulatory uncertainty, and support a more efficient review process.
FANCO submitted the EAGL-1 Regulatory Engagement Plan to establish the framework for NRC pre-application engagement.
Technical and regulatory engagement with the NRC is underway on key licensing topics for EAGL-1.
Development of the Preliminary Safety Analysis Report and supporting technical documentation.
Technical white paper describing FANCO plans for R&D test loop operation to demonstrate coolant dynamics.
FANCO submitted a Category II fuel facility Regulatory Engagement Plan to establish the framework for NRC pre-application engagement.
Design underway for HALEU fuel facility to support fuel fabrication for EAGL-1 and provide materials for Advanced Reactor fuels of all types.
LTR Outlining the Bridge Power deployment strategy for efficient conventional and nuclear deployment.
Licensing strategy for initial deployment of a commercial EAGL-1 prototype for power delivery.
EAGL-1 development is focused on the technical areas that drive safety, manufacturability, licensing confidence, and deployment readiness. FANCO is advancing reactor design, LBE systems, materials, fuel, testing, and component qualification in parallel.
Advancing core design, primary-system configuration, thermal-hydraulic performance, and safety margins for the EAGL-1 reactor system.
Developing and executing LBE test programs to characterize flow behavior, heat transfer, natural circulation, and system performance.
Testing candidate structural and cladding materials for compatibility with lead-bismuth coolant and long-term operating conditions.
Advancing the initial EAGL-1 fuel system, including fuel performance, fabrication readiness, and supporting qualification activities.
Progressing the design and qualification of key reactor components, pumps, heat exchangers, instrumentation, and balance-of-plant interfaces.
Integrating testing, modeling, and system analysis to support licensing, confirm design margins, and validate safety performance.