Metallium Secures $1M Pentagon Phase II Contract for Critical Metal Recovery Technology
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Metallium (search) has been awarded a $1 million Phase II SBIR contract by the US Department of War (search) to scale up its Flash Joule Heating technology for gallium and germanium recovery from electronic waste.
The company successfully completed Phase I in six months, half the typical timeframe, achieving all technical milestones while demonstrating recovery of gallium from semiconductor and electronic waste streams.
The technology addresses critical supply chain vulnerabilities as the US is 100% reliant on gallium imports and China controls roughly 100% of primary gallium supply.
Metallium (search) Limited has secured a $1 million Phase II Small Business Innovation Research (SBIR) contract from the US Department of War (search) through the Defense Logistics Agency (search) to advance its Flash Joule Heating technology for critical metal recovery. The twelve-month program will support pilot-scale work at the company's Gator Point Technology Campus in Texas, focusing on scaling up gallium and germanium recovery from electronic waste streams.
Rapid Phase I Success Drives Pentagon Investment
The Phase II award follows Metallium (search)'s accelerated completion of Phase I, which the company finished in approximately six months—half the standard twelve-month timeframe. According to Michael Walshe, Managing Director and CEO of Metallium, "We achieved or exceeded all technical milestones under the contract and delivered the required workstreams within six months, significantly faster than the typical 12-month SBIR Phase I program duration."
The Phase I program, titled "Domestic Recovery of Gallium from Waste through Flash Electrothermal Chlorination," successfully demonstrated the recovery of gallium from gallium-rich waste streams including semiconductor scrap and electronic waste materials. These feedstocks commonly contain germanium and other valuable strategic metals, expanding the potential impact of the Flash Joule Heating technology across multiple critical material supply chains.
Strategic Supply Chain Vulnerabilities Drive Urgency
The Pentagon's investment addresses critical national security concerns surrounding gallium and germanium supply chains. The US maintains 100% reliance on imports for gallium, while China controls roughly 100% of primary gallium supply globally. Beijing's 2023 export licensing regime has already created a significant price gap between Rotterdam and Chinese domestic benchmarks.
For germanium, US import reliance exceeds 70%, with 2025 imports of germanium metal falling by approximately 67% as Chinese export licensing restrictions began impacting global markets. Steve Ragiel, president of Metallium (search)'s US operations, noted that gallium is "a critical material used in advanced semiconductors, radar systems, satellite electronics and next-generation defense technologies."
Flash Joule Heating Technology Platform
The Flash Joule Heating process represents an electrothermal chlorination technology that rapidly heats scrap material to liberate critical metals without the cost and infrastructure requirements of conventional smelting operations. Beyond gallium and germanium, the same process can recover gold, silver, palladium, tin, and copper from identical feedstock, potentially improving project economics at commercial scale.
Ragiel emphasized that "demonstrating a pathway to recover gallium domestically from waste streams aligns directly with U.S. strategic objectives to build resilient supply chains for defense-critical minerals." The completion of Phase I in half the typical timeframe "highlights the maturity of our technology platform and the strength of our team."
Commercial Pathway and Market Positioning
Phase II represents a critical scaling milestone where SBIR companies must demonstrate their ability to advance laboratory results to pilot-scale operations. The twelve-month program is designed to position Flash Metals Texas (search) at process readiness beyond pilot demonstration, creating potential eligibility for Phase III awards.
Phase III contracts represent the commercial deployment tier where defense agencies and prime contractors can engage directly without additional competitive processes. The Department of War's accelerated timeline suggests the agency views gallium and germanium supply challenges as urgent rather than theoretical concerns.
Metallium (search) has also established an offtake arrangement with Indium Corporation (search), a major US refiner of gallium and germanium, providing downstream commercial positioning while Pentagon funding supports technology development. The combination of defense funding for development alongside established commercial partnerships represents a relatively uncommon positioning within the SBIR ecosystem.
The widening price divergence between Western and Chinese gallium markets creates improving economics for recovery technologies, with Rotterdam gallium trading at structural premiums to Chinese domestic prices as export controls remain in place.