Factory-built nuclear
fission plants to power
sustainable growth
By applying modern factory manufacturing to proven reactor technology, we build modular, compact power plants that are faster to make, easier to deploy, designed to scale, and ready to power tomorrow's data centers and grids. We aren't trying to reinvent nuclear power. Only how it gets built.
Explore our technologyProven where it matters,
new where it counts
-
0125 MWe light-water reactor
Ember is a pressurized light-water reactor, the same technology behind most of the world's operating nuclear fleet. Decades of commercial experience, well-understood physics, and a licensing path that already exists.
-
02Low-enriched uranium
Standard uranium dioxide fuel, enriched below 5%, in industry-standard assemblies. No exotic fuels and no new supply chain. Ember runs on fuel the industry already makes today.
-
03Deployable at scale
Every major assembly is factory-built and ships on standard heavy-haul trucks. Ember is designed from the first drawing to be manufactured in volume and installed almost anywhere power is needed.
Massive power demand
needs mass production
Until now, building a nuclear power plant has meant building a one-of-a-kind megaproject on-site. Forge takes a different approach. By building all major assemblies in a factory, we improve quality, ensure uniformity and compatibility between components, reduce construction risk, and lower costs before a single assembly ever reaches its destination. On-site is final installation only, dramatically reducing the time you spend waiting to turn the lights on.
Megawatts in months not years. That's the promise of Forge.
Explore our factory
If a truck can get there,
your power can get there too
The components for our Ember power plant fit on standard heavy-haul trucks, so they can travel the same highways that move the rest of our nation's infrastructure. And since the design of Ember doesn't depend on rivers, lakes, or other sensitive natural features, far more places become viable places to bring your project to life.
Sited by need,
not by geography
-
01Standard heavy haul
Every major assembly ships on standard heavy-haul trailers. No custom transporters, no barge schedule, no first-of-a-kind logistics.
-
02High power density
25 MWe from a three-acre site. That density lets Ember sit right next to the demand instead of acres away from it.
-
03No site water required
Ember cools dry, so rivers, lakes, and cooling ponds stay off the site checklist and far more land qualifies.
Backed by
America has never been
short on star power
America has a long history with commercial nuclear power, and it remains home to one of the world's deepest reservoirs of nuclear expertise, advanced manufacturing, and engineering talent. With decades of operating experience, a mature industrial base, and a renewed commitment to energy leadership, America is uniquely positioned to build the next generation of nuclear technology.
By vertically integrating the design and manufacturing process of Ember here at home, we will strengthen supply chains, create skilled jobs, and help secure American leadership in the technologies that will define the next century. The future isn't coming. It's already here. And with Ember, we have the power to build it.
Join the team (opens in a new tab)
