Revolutionary nuclear technology delivering safe, scalable, and carbon-free baseload power for the future
Small Modular Reactors represent a paradigm shift in nuclear energy - safer, more flexible, and economically viable for diverse applications
Unlike traditional nuclear plants, SMRs can be factory-built, transported, and installed in diverse locations. Their smaller size and passive safety features make them ideal for remote communities, industrial sites, and grid modernization.
Factory fabrication reduces construction time from 10 years to 3-5 years
Natural circulation cooling requires no pumps or operator action during emergencies
Compact footprint enables deployment in locations unsuitable for large reactors
Reduced upfront investment and financing costs compared to large nuclear plants
Reliable baseload electricity for cities and metropolitan areas with minimal land requirements
Process heat and electricity for manufacturing, mining, and resource extraction operations
Off-grid power solutions for isolated regions, military bases, and island nations
Combined power and water production for regions facing water scarcity
Cogeneration systems providing both electricity and thermal energy for communities
Zero-carbon hydrogen generation through high-temperature electrolysis
Cutting-edge engineering meets proven nuclear technology for unparalleled performance and safety
Scalable from 50MW to 300MW per module
High-efficiency heat generation
HALEU (High-Assay Low-Enriched Uranium)
Months between refueling operations
Years of reliable operation
Smaller footprint vs traditional reactors
Natural circulation removes decay heat without pumps or external power
Reactor vessel positioned below grade for enhanced protection
Withstands earthquakes up to magnitude 9.0 without damage
Multiple barriers prevent radioactive material release