ElementUSA: Ambitious Critical Minerals Developer: Will the Group Execute Commercially at Scale?

Highlights

• ElementUSA controls access to over 30 million tons of bauxite residue at the Atalco alumina refinery in Gramercy, Louisiana, targeting rare earths, gallium, and scandium recovery.
• The U.S. Department of Defense awarded the company approximately $29.9 million under the Defense Production Act to support gallium and scandium extraction from industrial waste.
• A $67 million DOE-linked project with Colorado School of Mines was selected for negotiations but has not yet been confirmed as a fully executed award.
• Despite years of announcements and government partnerships, ElementUSA remains a development-stage company that has not yet demonstrated sustained commercial-scale production.
• The company's minerals-from-waste model offers multiple revenue streams and environmental remediation benefits, but execution at commercial scale is the critical unresolved challenge.

ElementUSA (opens in a new tab) is one of the more intriguing newcomers in America's critical minerals sector. Founded around 2020–2021, the privately held company is pursuing an unconventional strategy: extracting rare earth elements and other critical minerals from industrial waste streams rather than developing new mines.

Its flagship asset is access to more than 30 million tons of bauxite residue, commonly known as "red mud," at the Atalco alumina refinery in Gramercy, Louisiana (opens in a new tab). The company believes these tailings contain economically recoverable quantities of rare earth elements, gallium, scandium, iron products, and other valuable materials.

The company's roots trace back to a 2021 venture involving DADA Holdings (opens in a new tab) and Enervoxa (opens in a new tab). Early plans called for an $800 million Louisiana project targeting commercial production by 2025. Since then, the project has evolved substantially. Current plans envision an approximately $850 million refining complex, with demonstration-scale facilities expected first and commercial production targeted later in the decade.

ElementUSA has secured meaningful government support. In 2025, the U.S. Department of Defense awarded approximately $29.9 million under the Defense Production Act (opens in a new tab) to support gallium and scandium recovery from industrial waste. The company has also benefited from Louisiana incentives and financing support.

The latest headline involves a Colorado School of Mines partnership to recover rare earths from Louisiana red mud. However, investors should note an important nuance: while company and university announcements describe a $67 million project (opens in a new tab), DOE documentation indicates the project was selected for negotiations rather than describing a fully executed final award.

ElementUSA's competitive advantage is straightforward. Unlike many rare earth juniors chasing undeveloped deposits, it controls a large domestic waste resource located on the Mississippi River with existing industrial infrastructure. If successful, the company could generate multiple revenue streams while helping address a long-standing environmental liability.

The challenge remains execution. Despite a handful of years of announcements, financing efforts, partnerships, and government support, ElementUSA has not yet demonstrated sustained commercial-scale production.

Today it remains best characterized as a private, development-stage critical minerals company with a compelling industrial thesis—but one that still must prove it can transform red mud into profitable, large-scale domestic supply.

Profile

ElementUSA, formally operating through ElementUS Minerals LLC, is a privately held U.S. critical minerals developer focused on recovering rare earth elements, gallium, scandium, and other strategic materials from industrial waste streams rather than conventional mining. The company emerged around 2020–2021 as a joint venture between DADA Holdings and Enervoxa. Its flagship asset is its claimed exclusive access to more than 30 million tons of bauxite residue ("red mud") at the Atalco alumina refinery in Gramercy, Louisiana. ElementUSA's core thesis is that industrial waste can become a domestic source of critical minerals while helping reduce long-term environmental liabilities.

The company remains a development-stage enterprise, not a commercial producer. Since announcing an $800 million Louisiana project in 2021, its plans have evolved into a broader critical minerals platform that includes a proposed $850 million refining complex, a Texas-based Critical Resource Accelerator ( (opens in a new tab)CRA) research hub, and multiple government-supported demonstration projects. ElementUSA has secured a $29.9 million U.S. Department of Defense award to support gallium and scandium recovery and was recently selected with Colorado School of Mines for DOE negotiations related to a rare earth processing project in Louisiana. Commercial-scale production has not yet been demonstrated.

Leadership

• Ellis Sullivan (opens in a new tab) – Chief Executive Officer Leads the company's overall strategy, commercialization efforts, and project development activities.
• Ryan Boland (opens in a new tab) – Executive Chairman Formerly identified as CEO in public filings and closely associated with DADA Holdings. He has played a key role in financing and strategic development.
• Dan Byrne (opens in a new tab) – Chief Investment Officer Oversees capital formation, project finance, and strategic partnerships.
• Jonathan Nielsen (opens in a new tab) – Vice President, Technology Leads technology evaluation, process development, and technical integration activities.
• Jessica Garvey (opens in a new tab) – Chief Financial Officer Oversees corporate finance, accounting, and financial planning.

Bottom Line: ElementUSA should be viewed as a government-supported, privately funded critical minerals developer attempting to commercialize a "minerals-from-waste" business model. Its primary strengths are access to a large domestic feedstock resource, favorable Gulf Coast logistics, and growing government support. Its primary challenge remains demonstrating that these technologies can operate economically at commercial scale.