Fusion Energy Will Help Power the Future. Developing It Safely Requires Better Beryllium Detection.

Over the coming decades, fusion energy has the potential to become one of the most important developments in global energy production. As nations pursue energy security, decarbonization, industrial resilience and long-term clean baseload power, it is increasingly moving from scientific ambition toward operational reality.

There are now multiple fusion pathways, over 80 companies actively developing reactor technology, raising billions with governments also investing billions of dollars into:

• fusion reactor development,
• advanced materials,
• plasma research,
• tritium handling,
• superconducting systems,
• and supporting infrastructure.

Color Tech saw a fantastic presentation at the Beryllium Health Safety Committee (BHSC) Spring meeting at CERN from Commonwealth Fusion, highlighting all the amazing work they are doing.

Major international programs and facilities continue accelerating progress toward commercially viable fusion technologies capable of delivering:

• low-carbon energy generation,
• reduced long-term fuel constraints,
• and highly scalable electricity production.

However, building the future of fusion energy also requires managing the realities of the materials that make fusion systems possible.

The Critical Role of Beryllium in Fusion Technology

Beryllium plays an important role in fusion research and reactor development due to its unique physical properties.

Depending on reactor design and application, beryllium may be used in:

• plasma-facing components,
• neutron multiplication systems,
• reflector systems,
• research environments,
• and specialized fusion materials applications.

As fusion development accelerates globally, so too does the need for practical operational beryllium safety management.

The Challenge: Traditional Beryllium Detection Workflows

Historically, confirming beryllium contamination has relied heavily on laboratory analysis workflows.

This often involves:

• sample collection,
• shipment to accredited laboratories,
• multi-day turnaround times,
• delayed operational decisions,
• and repeated clean-test-fail cycles.

For operational environments, this creates:

• increased downtime,
• increased analytical spend,
• workflow inefficiencies,
• and prolonged uncertainty regarding contamination status.

In advanced research and fusion environments where uptime, contamination control, and operational continuity are critically important, these delays can become highly disruptive.

Why Rapid Field Screening Matters

CodeBe was developed to address exactly this operational gap.

CodeBe is a rapid Go / No-Go colorimetric field screening technology for beryllium contamination, providing immediate onsite indication of contamination presence.

This allows organizations to:

• rapidly assess contamination,
• improve decontamination efficiency,
• reduce failed laboratory cycles,
• and make faster operational decisions before committing to more expensive analytical workflows.

The operational logic is simple:

If you are not CodeBe clean, there is little operational logic in beginning expensive laboratory testing cycles.

CodeBe does not replace accredited laboratory analysis.

It helps organizations use laboratory resources more efficiently and at the correct stage of the operational process.

Supporting the Future of Fusion Safely

Fusion energy represents one of the most important long-term opportunities for global clean energy generation.

But advancing fusion safely requires practical operational technologies capable of supporting:

• contamination management,
• worker safety,
• decontamination workflows,
• and efficient operational decision-making.

As fusion infrastructure expands internationally, rapid beryllium field screening is likely to become an increasingly important operational capability.

Because building the future of clean energy should not require compromising on safety, operational efficiency, or contamination management.

To learn more about CodeBe rapid beryllium screening technology, please explore our website.