The Challenge

Fusion energy is a technology with enormous promise—
Functionally limitless clean energy for every country on Earth.

It could eliminate energy poverty once and for all,
dramatically improving the quality of life for billions.

However, achieving this noble goal is not simple.

One of the fundamental necessities for commercial fusion?
An efficient, cost-effective fuel cycle.

The Challenge

Fusion energy is a technology with enormous promise —Functionally limitless clean energy for every country on Earth. It could eliminate energy poverty once and for all, dramatically improving the quality of life for billions. However, achieving this noble goal is not simple. One of the fundamental necessities for commercial fusion? An efficient, cost-effective fuel cycle.

The Future of Fusion Hinges on Handling Tritium

Like all power stations, fusion reactors need fuel—Specifically, tritium and deuterium to fuse together.

  • The challenge? Tritium is extremely scarce.
  • Global supply estimate: Just 40 kg available to Fusion companies worldwide.

A 500 MWe commercial fusion plant could burn through 5–10 kg per year, rapidly depleting global reserves.

The Future of Fusion Hinges on Handling Tritium

Like all power stations, fusion reactors need fuel—Specifically, tritium and deuterium to fuse together.

  • The challenge? Tritium is extremely scarce.
  • Global supply estimate: Just 40 kg available to Fusion companies worldwide.

A 500 MWe commercial fusion plant could burn through 5–10 kg per year, rapidly depleting global reserves.

But there’s a solution.

Fusion power plants can ‘breed’ their own fuel supply. By capturing neutrons from the fusion event with specialized materials, more tritium can be produced.

Fusion power plants can ‘breed’ their own fuel supply. By capturing neutrons from the fusion event with specialized materials, more tritium can be produced.

Once Tritium is bred, a series of systems
must extract the tritium from the host material
and cycle it back into the core.

Once Tritium is bred,
a series of systems
must extract the tritium
from the host material
and cycle it back into the core.

This closed-loop system
is known as the fuel cycle.

This closed-loop system
is known as the fuel cycle.

This closed-loop system
is known as the fuel cycle.

That’s where we come in.

Our Business Proposition:
The Lifecycle Advantage

At Fusion Fuel Cycles Inc. (FFC), we provide end-to-end solutions to delivering a performance-driven fuel cycle. From design to full operations, our fuel cycle systems are designed to boost fuel efficiency, reduce tritium inventory, and maximize heat transfer for power conversion—enabling safe, high-performance, and cost-effective fusion energy systems.

Delivery

  • Be first to market, at relevant scale, to provide you with solutions
  • Align with your timelines, recognizing investor expectations
  • Integrating with your team for optimal delivery

Competitiveness

  • Access to a unique, worldwide, equipment supply chain
  • Your lifecycle partner – from design to operation
  • Access to multidisciplinary teams of experts all under one roof

Technology De-Risking

  • Design and construction of tritium-compatible equipment
  • Verification of performance utilizing multiple tritium-licensed facilities
  • Optimal design generated from our verified simulations and test facilities

Flexibility

  • Open to multiple business models for IP commercialization
  • Fitting the timelines of private industry needs
  • Integrated design packages tailored to your needs

Delivery

  • Be first to market, at relevant scale, to provide you with solutions
  • Align with your timelines, recognizing investor expectations
  • Integrating with your team for optimal delivery

Competitiveness

  • Access to a unique, worldwide, equipment supply chain
  • Your lifecycle partner – from design to operation
  • Access to multidisciplinary teams of experts all under one roof

Technology De-Risking

  • Design and construction of tritium-compatible equipment
  • Verification of performance utilizing multiple tritium-licensed facilities
  • Optimal design generated from our verified simulations and test facilities

Flexibility

  • Open to multiple business models for IP commercialization
  • Fitting the timelines of private industry needs
  • Integrated design packages tailored to your needs

How we add Value: 600+ years of combined fusion fuel cycle experience

FFC meet the growing demand for tritium handling and tritium-compatible technology

  • UNITY-2, an approved 30g tritium facility, (expandible to 100g under current building license)

  • 70+ years of tritium expertise
  • Global network leveraging our parent companies’ capabilities
  • First-hand knowledge of developing fuel cycle
  • Schedule, and costs of commercial relevant systems and sub-components to (e.g +/- 30% cost, P80 schedule)
  • Fusion core-agnostic approach, recognizing investor and developer expectations

How we add Value: 600+ years of combined fusion fuel cycle experience

FFC meet the growing demand for tritium handling and tritium-compatible technology

  • UNITY-2, an approved 30g tritium facility, (expandible to 100g under current building license)
  • 70+ years of tritium expertise
  • Global network leveraging our parent companies’ capabilities
  • First-hand knowledge of developing fuel cycle
  • Schedule, and costs of commercial relevant systems and sub-components to (e.g +/- 30% cost, P80 schedule)
  • Fusion core-agnostic approach, recognizing investor and developer expectations

How we add Value: 600+ years of combined fusion fuel cycle experience

FFC meet the growing demand for tritium handling and tritium-compatible technology

  • UNITY-2, an approved 30g tritium facility, (expandible to 100g under current building license)
  • 70+ years of tritium expertise
  • Global network leveraging our parent companies’ capabilities
  • First-hand knowledge of developing fuel cycle
  • Schedule, and costs of commercial relevant systems and sub-components to (e.g +/- 30% cost, P80 schedule)
  • Fusion core-agnostic approach, recognizing investor and developer expectations

Assembling the Most Trusted Fuel Cycle Team in the World: