Explore the engineering blueprints of our Generation IV fast-neutron reactors, advanced containment structures, and compact magnetic confinement fusion prototypes.
300 MWe output units designed for factory fabrication. Utilizes liquid metal coolants to operate at low atmospheric pressure, drastically reducing mechanical stress.
Advanced cycle reactors that dissolve fuel in fluoride salts. Inherently safe architecture that expands upon thermal efficiency and allows continuous refueling.
Multi-layered reinforced concrete and steel structures designed to withstand direct commercial aircraft impact and extreme seismic activity.
Proprietary machine learning models that monitor neutron flux, thermodynamic stability, and pump pressure in real-time to predict and prevent anomalies.
Twisted magnetic field confinement systems replicating the core of stars. Aimed at limitless energy output using abundant isotopes extracted from seawater.
Traditional reactors only utilize about 4% of the energy potential in uranium fuel rods, leaving the rest as long-lived radioactive waste. AEON's fast-neutron technology fundamentally changes this paradigm.
By employing a "Closed Fuel Cycle", our onsite pyroprocessing facilities recycle spent nuclear fuel. We separate the remaining usable actinides and feed them back into the reactor core.
The Result: Up to 95% more energy extracted from the same amount of mined uranium, and the remaining waste decays to safe background radiation levels in less than 300 years, compared to 10,000 years for traditional waste.
| Reactor Model | Coolant Type | Electric Output | Refueling Cycle | Grid Status |
|---|---|---|---|---|
| AEON SMR-300 | Liquid Sodium | 300 MWe | Every 5 Years | DEPLOYABLE |
| AEON MSR-V2 | Fluoride Salt | 500 MWe | Continuous / Online | DEPLOYABLE |
| AEON MICRO-50 | Lead-Bismuth | 50 MWe | Every 15 Years | FINAL REVIEW |
| STELLAR-X Fusion | Magnetic Plasma | 1.2 GWe (Est.) | Infinite (Seawater Extraction) | TEST PHASE |