A Supercritical Water Reactor (SCWR) is designed to operate at high pressures and temperatures to achieve greater efficiency, simpler design and lower costs. By using familiar light-water technology in a next-gen format, SCWRs promise cleaner, faster, and more sustainable nuclear power for the future.

Discover the Sodium-cooled Fast Reactor (SFR) – an advanced nuclear reactor that uses liquid sodium metal as a coolant and fast neutrons to efficiently generate power, reduce nuclear waste, and close the fuel cycle. Learn how this cutting-edge technology offers a sustainable, safe, and high-performance solution for the future of clean energy.

Discover the Lead-cooled Fast Reactor (LFR) – an advanced nuclear reactor design that uses liquid lead metal as a coolant, enabling operation at high temperatures without high pressure, efficient electricity generation and long-term waste reduction. Ideal for meeting growing clean energy demands, LFRs are a game-changing solution for a low-carbon future.

Discover High-Temperature Gas Reactors (HTGRs) – advanced nuclear reactors using TRISO fuel and helium cooling for safe, high-efficiency power generation, hydrogen production, and industrial heat applications. Learn about their design, benefits and latest developments.

Discover the Gas-Cooled Fast Reactor (GFR), an advanced nuclear technology designed for high efficiency, sustainability, and enhanced safety. Utilizing a fast neutron spectrum and helium coolant, GFRs offer superior fuel utilization, reduced waste, and next-generation energy solutions. Learn more about how GFRs contribute to the future of clean, reliable nuclear power.

The concept of an Advanced Modular Reactor, or AMR, has the potential to create an exciting nuclear future – innovating in technology, safety and more.