The Induction Fission Reactor represents West Shore Dynamics' most ambitious program: a fundamentally new approach to fission power that prioritizes passive safety, compactness, and long-term energy density.
The IFR operates as a self-contained, non-contact reactor module. The reactor assembly has no physical connection to the chamber walls during normal operation. Energy delivery and module suspension are both achieved through proprietary mechanisms currently under IP review. The passive safety architecture is gravity-driven and reaches a safe end state without operator action, active safety systems, or external power under any off-normal condition. Full technical documentation is available to authorized partners through the IFR program office.
Six engineering properties that differentiate the IFR from conventional and competing advanced reactor designs.
Walk-away safe by design. The IFR's passive safety architecture reaches a safe end state under any off-normal condition without operator action, active safety systems, or external electrical power. The specific mechanism is proprietary and under IP review.
The IFR's proprietary architecture eliminates several ancillary systems required by conventional designs, enabling a significantly reduced physical footprint and deployment in remote or embedded installations.
Optimized neutron economy and fuel utilization target fuel cycles significantly longer than light-water reactor designs of equivalent thermal output, reducing operational logistics burden.
Advanced fuel cycle design targets a significantly lower volume of long-lived actinide waste compared to once-through light-water reactor fuel cycles, addressing a core challenge of civilian nuclear power.
Modular design philosophy enables deployment from small distributed installations to large-scale baseload power configurations, without fundamental redesign of core systems.
Ultimate safe shutdown is gravity-driven and power-independent. Whether triggered by operator command or automatic fault response, the IFR reaches a stable, cooled end state without pumps, backup generators, or active cooling circuits. No external power is required.
The reactor module integrates six purpose-built subsystem assemblies, each engineered to function as part of a unified nuclear platform. Subsystem specifications are available to authorized program partners through the IFR program office.
Subsystem specifications are restricted to authorized program partners and are not disclosed in public documentation. Contact the IFR program office for authorized access.
Subsystem specifications are restricted to authorized program partners and are not disclosed in public documentation. Contact the IFR program office for authorized access.
Subsystem specifications are restricted to authorized program partners and are not disclosed in public documentation. Contact the IFR program office for authorized access.
Subsystem specifications are restricted to authorized program partners and are not disclosed in public documentation. Contact the IFR program office for authorized access.
Subsystem specifications are restricted to authorized program partners and are not disclosed in public documentation. Contact the IFR program office for authorized access.
Subsystem specifications are restricted to authorized program partners and are not disclosed in public documentation. Contact the IFR program office for authorized access.
West Shore Dynamics operates a layered suite of AI-driven facility management and reactor operations systems. System architectures and operational parameters are available to authorized partners through the program office.
System architecture and operational specifications are restricted to authorized program partners and are not disclosed in public documentation. Contact the IFR program office for authorized access.
System architecture and operational specifications are restricted to authorized program partners and are not disclosed in public documentation. Contact the IFR program office for authorized access.
System architecture and operational specifications are restricted to authorized program partners and are not disclosed in public documentation. Contact the IFR program office for authorized access.