Hadron Energy Secures U.S. Uranium Conversion Deal with ConverDyn for Halo Micro‑Modular Reactor

Hadron Energy announced a landmark agreement with U.S.-based ConverDyn, locking in a domestic uranium conversion supply for its upcoming Halo micro‑modular reactor (MMR). The partnership not only guarantees a reliable fuel source but also underscores a growing trend toward American‑made nuclear solutions.

Why This Agreement Matters

Domestic fuel supply is a critical factor for the commercial viability of small modular reactors (SMRs). By securing conversion services from ConverDyn, Hadron Energy achieves:

• Supply chain stability – Reduces reliance on foreign conversion facilities that can face geopolitical or regulatory disruptions.
• Cost predictability – Long‑term contracts lock in pricing, helping to keep project economics transparent.
• Regulatory alignment – U.S. conversion meets NRC and DOE standards, simplifying licensing for the Halo reactor.

What Is the Halo Micro‑Modular Reactor?

The Halo MMR is a compact, low‑power nuclear system designed for remote communities, industrial sites, and grid‑support applications. Key features include:

1. Power output of 5‑10 MW(e), ideal for off‑grid use.
2. Passive safety systems that shut down without operator intervention.
3. Modular construction allowing factory fabrication and rapid on‑site installation.

Fuel Cycle Overview

Halo uses low‑enriched uranium (LEU) produced from natural uranium that undergoes mining, conversion, enrichment, and fuel fabrication. The conversion step—turning uranium ore into uranium hexafluoride (UF6)—is where ConverDyn’s expertise lies.

ConverDyn’s Role in the Supply Chain

ConverDyn, a leading U.S. conversion facility, converts uranium concentrate (U3O8) into UF6, the feedstock for enrichment. Their capabilities include:

• State‑of‑the‑art gas‑centrifuge technology.
• Robust quality‑assurance programs meeting DOE‑G-XXXXX standards.
• Scalable production to meet the projected demand of multiple Halo units.

Impact on the U.S. Nuclear Market

This agreement signals confidence in the emerging SMR sector and may trigger further investment in domestic nuclear infrastructure. Anticipated benefits are:

• Job creation at conversion plants and downstream facilities.
• Reduced import reliance, enhancing energy security.
• Strengthened supply chain resilience for future advanced reactors.

Next Steps for Hadron Energy

With the conversion contract secured, Hadron Energy will focus on:

1. Finalizing the reactor design certification with the Nuclear Regulatory Commission.
2. Commencing pilot‑scale fuel fabrication in partnership with a U.S. fuel vendor.
3. Targeting a commercial deployment of the first Halo unit by 2028.

Conclusion

The Hadron‑ConverDyn agreement marks a crucial milestone for U.S. nuclear innovation. By securing a domestic uranium conversion supply, Hadron Energy not only safeguards the fuel pipeline for the Halo micro‑modular reactor but also reinforces America’s strategic push toward clean, reliable, and locally sourced energy.