THE COMPANY
A broader view of nuclear energy
TriZon Energy develops advanced nuclear pathways that can deliver dependable energy while supporting cleaner industry and better health outcomes.
Our work connects nuclear power, heat, gas, and isotopes—turning one technology platform into practical tools for communities, industry, and medicine.
Eligible industrial applications
CLEAN ELECTRICITY
Firm power for a changing grid
Advanced nuclear can provide reliable low-carbon electricity for the grid. TriZon’s approach pairs high-efficiency sCO₂ power conversion with online refueling systems for dependable, efficient operation.
HYDROGEN & AMMONIA
Low-carbon molecules
Nuclear electricity and heat can support hydrogen and ammonia production. Low-carbon ammonia trade is projected to reach about 69 million tonnes by 2040.
MEDICAL ISOTOPES
Isotopes that support care
Reactor-based isotope production can support imaging, cancer treatment, and research. The medical isotope production market is projected to reach about $15.06 billion by 2040.
INDUSTRIAL HEAT & GAS
High-temperature heat and gas production
TriZon’s HTGR approach targets a 750°C exit temperature to support industrial heat and gas production for hard-to-abate applications.
How TriZon meets application needs
Purpose-built approaches for practical deployment.
Firm power
High-efficiency sCO₂ power conversion paired with online refueling systems supports reliable, continuous electricity production.
Industrial heat and clean gas production
An HTGR with a 750°C exit temperature can provide the high-temperature energy needed for industrial heat and clean hydrogen/ammonia production.
Medical isotopes
An online-operable rabbit system is designed to support efficient, continuous isotope production for medical and research applications.
Six deployment constraints will be solved.
TZ-300 will solve the six constraints slowing down most of current advanced reactor development projects.
CONSTRAINT 01
Liquid-metal fire
→ TZ-300 uses Helium and sCO₂ as coolant so there are no fire hazards, and expensive equipment is not required
CONSTRAINT 02
Toxic coolant
→ TZ-300 uses zero toxic coolant or materials to protect workers and the environment
CONSTRAINT 03
Corrosion and freeze protection
→ TZ-300 doesn't require exotic materials or trace heating
CONSTRAINT 04
HALEU fuel bottleneck
→ Both LEU and HALEU support a rapid pilot program enable adaptive deployment
CONSTRAINT 05
Long-lead equipment
→ No large pressure vessels or gas turbines required
CONSTRAINT 06
First-of-a-kind licensing
→ Use of proven technologies and pilot programs targeting 10 CFR Part 57
Experience before optimism.
An experienced team, on schedule
Our highly experienced team applies extensive lessons learned from existing advanced-reactor projects to complete development with clear milestones, disciplined execution, and schedule focus.
Designed for rapid scale
A vertical-integration and gigafactory strategy is designed to accelerate production, strengthen quality control, and reduce the risk of supply-chain disruption as deployment grows.
Safety and intelligent engineering
Our reactor designs prioritize the safest practical features and use AI-powered engineering to support better analysis, design decisions, verification, and continuous improvement.
