The TREDIC SMR Program
The TREDIC SMR Program is a wholly owned subsidiary of TREDIC Corporation, focused on high-temperature gas-cooled SMRs, lifecycle stewardship, and sovereign delivery. We combine Design Authority and Technology Vendor roles to take partners from siting to operations.
Who we are
Subsidiary profile: TREDIC SMR Program
TREDIC SMR Program, a subsidiary of TREDIC Corporation, develops and deploys TRISO-fueled HTGR small modular reactors. We handle design, licensing, fuel, cybersecurity, finance, EPC orchestration, and long-term O and M so governments, utilities, and industrial anchors can plug into dependable baseload, process heat, and hydrogen.
Key Attributes of Our SMRs
Factory-Built
Compact and transportable for streamlined logistics.
Rapidly Deployable
Suitable for remote, industrial, or urban sites.
Modular by Design
Operate independently or in clusters for scalability.
Multi-Purpose Output
Zero-carbon power, heating, and hydrogen generation.
Inside the Reactor: HTGR + TRISO
At the heart of TREDIC’s SMR system lies our proprietary High Temperature Gas-cooled Reactor (HTGR), using advanced TRISO particle fuel. This fourth-generation reactor design is engineered for performance in extreme conditions.
HTGR Technology
HTGR Technology
Outlet temp up to 900°C – perfect for hydrogen electrolysis & industrial heat.
Helium-cooled, chemically inert, and non-corrosive.
No water required, reducing siting constraints.
Compact footprint (30m x 100m), modular stackable design.
TRISO Fuel
TRISO Fuel
Tiny ceramic-coated uranium particles withstand extreme heat – cannot melt.
Retains 99.9% of fission products.
Built-in containment—“a reactor within every grain.”
“We don’t outsource our core. We engineer it.”
Zero-Radius Safety. Full-Automation Reliability.
Our SMRs are not just compact—they are smart, self-monitoring, and fail-safe by design.
Passive Safety Architecture
No operator action needed in emergencies; the reactor passively shuts down via design physics, using natural forces like gravity and convection. This inherent safety eliminates the need for large exclusion zones and complex active safety systems, making it fundamentally safer.
Remote Monitoring & Control
Our reactors are satellite-monitored 24/7 with predictive AI analytics that anticipate maintenance needs and optimize performance. A secure remote shutdown capability ensures that control is maintained, even from thousands of miles away.
Digital Twin & Cyber Defence
We create live simulations of every reactor, enabling predictive maintenance and scenario modeling. This is paired with aerospace-grade cybersecurity and quantum-resilient encryption to provide rapid-response diagnostics and secure grid integration control.
“This is nuclear that thinks for itself—and keeps you safe.”
One Reactor. Three Outputs. Infinite Value.
TREDIC’s reactors do more than just power grids—they fuel economies. Our SMRs are engineered for co-generation.
Clean Electricity
Baseload 24/7, grid-tied or off-grid, stable and dispatchable.
Industrial-Grade Heat
For cement, fertilizer, steel, desalination, and district heating.
Hydrogen & Synthetic Fuels
High-Temperature Electrolysis (HTE) for ammonia, methanol, and SAF.
“From steel to spaceflight, our reactors don’t just power lights—they power industries.”
We Design. We Build. We Sell. We Operate.
In nuclear, most companies are either a Design Authority or a Technology Vendor. TREDIC is both.
We oversee original design, safety case, certification, licensing, and supply chain, driving core R&D and maintaining technical integrity.
We market, license, and deploy the tech through EPC partners and sovereign SPVs, owning revenue paths from electricity, hydrogen, and more.
7 Phase Rollout Strategy
Concept & Feasibility
R&D & Proof
Licensing & Certification
Engineering & Supply Chain
FOAK Construction
Commercial Scaling
Global Expansion
“We aren’t just a supplier. We’re a platform.”