It’s not a Physics Problem.
It’s a Deployment Problem.
Applied Atomics deploys nuclear power faster.
The Industry Today3X Demand Surge
Data center and AI power demand is projected to triple by 2030.
12+ Years to Build
On average, a new U.S. nuclear plant has taken more than a decade from approval to first power.
Nuclear plants built after 1970 cost nearly 3.5x their projected price.
241% Average Cost Overrun
Industry Stagnation
The nuclear industry has spent billions developing next-generation reactor designs. Yet projects continue to fail — not because of the technology, but because of how they are built.
Better technology ≠ better delivery. Right now, the system to build plants is broken.
Over Budget
Cost overruns routinely exceed 2–3x original projections
Behind Schedule
Delays measured in years, not months, across virtually every recent project
Fragmented Execution
Disconnected vendors with no single point of accountability
The Applied Atomics Model
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Disconnected Vendors
No unified command, dozens of contractors with competing priorities
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No Single Accountability
When things go wrong, responsibility is diffused, disputes are costly
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High Coordination Failure
Schedule slippage compounds across every interface between parties
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Integrated Supply Chain
Strategic partners locked in early, reducing procurement risk at every stage
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System-Level Ownership
One team accountable from site selection through commercial operation
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Repeatable Deployment
Standardized playbook that gets faster, cheaper, and lower-risk at scale
The Conditions Already Exist
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Demand Is Real
Utilities, data centers, and industrial operators need firm, clean, baseload power — and they need it now.
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Supply Chain Exists
Nuclear-grade component manufacturers are active. Long-lead items can be ordered today with the right partner.
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Coordination Is Missing
No one has built the integrating layer — the system that turns components into operating plants at scale.
01
Proof of Execution
Every milestone below represents real risk retired with the Applied Atomics approach.
Integration Testing
First integration test stand currently under construction
Supply Chain Engaged
Strategic manufacturing partner secured for long-lead nuclear components
Active Site Testing
Prospective sites under evaluation in TX and WY with siting path underway
Real Demand Signal
Early engagement with data center operators and industrials representing 10GW of demand
02
Business Model
Applied Atomics is not a reactor vendor or a construction contractor. We develop, build, and operate — capturing value across the full lifecycle of each asset.
Develop
Site selection, permitting, financing structure, and offtake agreements secured before shovels move
Build
Integrated execution model with system-level accountability from component to commissioning
Operate
Long-term power agreements and infrastructure revenue - durable, contracted cash flows
03
Go-To-Market
After the first project, every subsequent deployment benefits from the same standardized playbook — compressing timelines and de-risking execution with each iteration and our in-house team.
Start Narrow
Proof plant in TX/WY for data centers & utilities
First 100MW of Power On in 2030
Proof plant for data centers, industrial parks, and utilities
Replicate
Standardized playbook for rapid multi-site scale-up
Replicate
Standardized playbook for rapid multi-site scale-up
Why Applied Atomics Succeeds
Proven Designs | No technology risk — battle-tested reactor designs
Anchored Supply Chain | Long-lead components secured
Integrated Execution | Single point of accountability — no coordination gaps
Faster Deployment | Full-stack, integrated model compresses schedules
Repeatability at Scale | A platform, not a project — built to replicate