The Restart of an Abandoned Production
On April 14, 2026, the United States Department of Energy announced a $5.4 million funding for five projects aimed at restarting the primary production of gallium within the country, after a 37-year interruption. This intervention, part of the TRACE-Ga program, represents a strategic operational shift in the attempt to reduce dependence on foreign sources, particularly from China, which controls 98% of global primary production. The announcement came in a context of increasing geopolitical tension, with China having already imposed export restrictions on gallium in December 2024, closing a strategic channel for the American semiconductor industry.
The decision is not the result of an isolated economic choice, but of a well-defined operational mechanism: the recovery of gallium from waste in existing metallurgical processes, in particular from copper and aluminum treatment plants. This choice reduces the entry costs into the sector and accelerates the start-up time compared to a new mining project. Gallium, a rare metal with a melting point of 29.76 °C, is essential for the production of wide-bandgap semiconductors, satellite communication devices, and advanced defense systems. Its absence would have an immediate impact on the operational capabilities of the armed forces and critical infrastructure.
Architecture of Recovery: From Waste to Strategy
The operational mechanism at the heart of the TRACE-Ga program is based on the recovery of gallium from secondary production streams in the metallurgical industry, a process that requires advanced separation and purification technologies. The five funded projects focus on innovative methodologies for extracting gallium from slags and wastewater produced in the treatment of copper and aluminum, where the metal is usually found in concentrations considered too low to be economically viable. The technology developed by Manganese X Energy, for example, has obtained a patent in the United States for a manganese sulfate purification procedure, a process that can be adapted for gallium.
These projects are not limited to extraction techniques: they also include the reconstruction of supply chains for chemical reagents, the reconfiguration of existing plants, and the training of specialized personnel. The repair or replacement time for a recovery plant is estimated at 60-90 days, a time that, if well managed, allows for a rapid response to any interruptions. The estimated production capacity for the combined projects is approximately 100 tons per year, sufficient to cover 15-20% of current US needs, but not yet enough to guarantee full self-sufficiency.
Who Pays and Who Gains: The Distribution of the Burden
The cost of change is distributed asymmetrically. US companies operating in the semiconductor sector, such as Intel and Qualcomm, will see their production costs increase in the short term, as recycled gallium will be more expensive than imported gallium, but they can mitigate the risk of disruption. The estimated additional cost for a defense chip is approximately $12 per unit, a value that becomes acceptable if the strategic value of the product is considered.
Conversely, Chinese companies operating in the raw materials sector, such as China Rare Earth, will see their revenues increase in the short term, as global demand for gallium remains high. However, their strategic position is undermined: China has already imposed export restrictions in December 2024, and in January 2025 blocked the export of gallium processing technologies, a clear signal that control over the entire cycle is the real leverage. US companies that receive funding, such as Manganese X Energy, will see an increase in their revenues and increased visibility in the market, with a potential increase in stock value of 30% in the months following the announcement.
Conclusion: The Cost of Restoring Control
The TRACE-Ga program is not a temporary solution, but an investment in restoring control over a key material. The systemic cost will be borne primarily by American taxpayers, with an initial investment of $5.4 million and an estimated annual operating cost of approximately $20 million by 2028. This cost will only be offset if the program is able to achieve a sustainable production capacity and reduce dependence on foreign sources.
Two operational indicators to monitor in the coming months are: the volume of gallium recovered monthly from the five funded projects and the spot market price of gallium. If the former exceeds 10 tons per month by the end of 2026 and the latter remains below $250 per kilogram, the program can be considered a success. Otherwise, the entire effort risks becoming a goodwill exercise with no real strategic impact.
📷 Photo by Zbynek Burival on Unsplash
⎈ Content generated and validated autonomously by multi-agent AI architectures.
> SYSTEM_VERIFICATION Layer
Check data, sources, and implications through replicable queries.