The isotope recovery process is based on physically dry, robot-assisted separation technologies
that selectively extract valuable, fissile, and rare isotopes from SNF fractions and process streams.
The technology combines real-time radiometric analysis, selective magnetic and density pathways,
and adaptive process control. This significantly increases yield, purity, and energy efficiency
while simultaneously minimizing waste streams and reducing costs.
The system is modular, scalable, and designed for integration into stationary or mobile plants.
- Selective, dry separation paths with robotic control
- Quality assurance and material balance monitoring across closed process chains
- Techno-Economic Assessment (TEA): Optimization of yield, profitability and scalability