The world’s first
customer-centric
nuclear energy
company
Why nuclear. Why now.
Power demands are accelerating faster than the grid can deliver it
First American Nuclear is developing EAGL-1, the only U.S. reactor using lead-bismuth technology, and a deployment model that helps customers move from immediate, near-term power delivery to long-term nuclear energy.
The Reactor
EAGL-1: Designed for customers whose growth depends on reliable, large-scale power
EAGL-1 is First American Nuclear's lead-bismuth-cooled small modular reactor (SMR). Each unit is designed to produce 240 MWe of electricity and integrate into modular energy parks serving large power customers, utilities, and strategic sites.
Big power in a small package
A standard six-reactor cluster can power ~1.5 million homes with a 10-times smaller footprint than sites with similar power outputs
Economically viable at first build
Manufactured using existing factory infrastructure and supply chains
100% factory-built and tested
Controlled manufacturing environment reduces cost and schedule uncertainty
Inherently safe
Low-pressure, non-reactive coolant eliminates need for expensive containment systems required by other reactors
THE PLATFORM
Reliable power, practical timelines, scalable capacity, and long-term cost certainty
FANCO is pairing advanced reactor design with the regulatory, engineering, fuel-cycle, and deployment experience needed to move toward commercialization.
BRIDGE POWER™
Gets customers online early
Gas-fueled power in the short term with seamless transition to full nuclear energy delivery
Explore Bridge Power
EAGL-1
Delivers reliable, utility-scale nuclear power
240 MWe liquid-metal fast-spectrum small modular reactor using lead-bismuth coolant.
Meet EAGL-1
Investors
Learn how FANCO is building a repeatable platform for customer-centric nuclear deployment.
Partners
Support the engineering, manufacturing, fuel, and deployment ecosystem behind EAGL-1.
Energy customers
Plan a power pathway from near-term generation to long-term nuclear energy.
Press and Media
Plan a power pathway from near-term generation to long-term nuclear energy.