Advanced nuclear power,
built for deployment

A new era in energy

We need more power

Electricity demand is soaring as America competes in artificial intelligence, expands domestic manufacturing, and pursues energy security.

First American Nuclear brings a readily deployable approach to delivering clean, reliable, utility-scale power designed around predictable schedules, existing industrial capabilities, and the realities of major energy projects.

FANCO is not merely developing a reactor. It is developing a practical way to deliver large amounts of power on customer timelines.

Why nuclear. Why now.

A DIFFERENT APPROACH TO NUCLEAR

Built around customer timelines

Traditional nuclear projects require significant work years before they begin generating power and revenue, all while navigating siting and supply chain hurdles.

FANCO approaches the challenge differently, mitigating major deployment obstacles one by one, made possible by methodical, deliberate design choices at every step.

Deployment Platform

IT STARTS WITH EAGL-1

Why another reactor?

Because the future of nuclear energy will be decided not only by what can be designed, but by what can be deployed and operated at-scale.

EAGL-1 is a 240-megawatt electric (MWe), fast-spectrum, small modular reactor (SMR) designed to deliver reliable 24-7 power at utility scale.

Designed around proven engineering principles, existing supply chains, and a practical deployment model, EAGL-1 is intended to avoid the complexity, cost, and construction challenges that have hindered previous nuclear projects.

The result is an advanced reactor being developed not just to work on paper, but to perform in the real world.

True factory production, assembly, and testing

Big power in a small package

Safety supported through physics

Closed fuel cycle capabilities

Fuel flexibility

LEARN MORE ABOUT EAGL-1

BRIDGE POWER™

Power. Sooner.

BRIDGE POWER is FANCO’s proprietary approach to meeting customers’ near-term power needs while preparing sites for advanced nuclear energy.

Projects begin with conventional power-generation equipment and supporting infrastructure that can deliver power while EAGL-1 moves through licensing and deployment. From the outset, the plant is designed to support a future transition to EAGL-1.

One plant. Two heat sources.

During the bridge phase, package boilers produce the steam that drives the plant’s turbine-generator. Once EAGL-1 is operational, heat from the reactor is used to produce steam that drives the same turbine-generator, while continuing to use shared plant infrastructure.

Because this transition is planned from the beginning, BRIDGE POWER can reduce the need to build two separate power plants. Sharing equipment and infrastructure can reduce duplicate construction, minimize stranded assets, and provide a practical path from reliable power today to long-term, carbon-free nuclear energy.

LEARN MORE about bridge power

CUSTOMERS

Baseload power at utility scale

Developing solutions for customers whose success depends on abundant, reliable power.

Hyperscalers

Data Center Developers and Operators

Industrial and Manufacturing Companies

Military and Government Sites

PROVEN EXPERTISE

A team that has shaped advanced nuclear energy around the globe

FANCO has amassed a brain trust of experts in the design, operation, testing, licensing, and development of advanced reactors and nuclear fuel-cycle programs.

We then augmented that technical foundation with expertise in project development, construction, finance, regulation, manufacturing, and commercial energy markets.

MEET THE TEAM

COMMERCIAL AND REGULATORY TRACTION

Advancing toward deployment

FANCO is advancing EAGL-1 toward commercial deployment through disciplined engineering development and ongoing engagement with the U.S. Nuclear Regulatory Commission.

In parallel, we are building the delivery network required to bring the technology to market, working with experienced partners across engineering, construction, manufacturing, project development, and nuclear fuel.

View our progress