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U.S. Critical Materials Corp. and Columbia University Launch Two-Year Research on Red Mud Resource

U.S. Critical Materials Corp. and Columbia University signed a Sponsored Research Agreement on April 16, 2026, to develop U.S. production methods for gallium, scandium, titanium, and rare earth elements from red mud. The 'Mud To Metal' program will be led by Professor Greeshma Gadikota.

Benzinga
1 source·Apr 16, 1:30 PM(6 hrs ago)·1m read
U.S. Critical Materials Corp. and Columbia University Launch Two-Year Research on Red Mud Resourcelimerickpost.ie
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S. Critical Materials Corp. and Columbia University formalized a two-year Sponsored Research Agreement on April 16, 2026, in New York to advance scientific pathways for domestic production of critical materials from red mud.

The collaboration aims to develop methods to extract gallium, scandium, titanium, and rare earth elements from this industrial byproduct. Red mud is a major waste product generated during aluminum refining. The United States currently relies entirely on imports for gallium and scandium, which are essential for secure communications, advanced semiconductors, directed-energy systems, hypersonics, and next-generation aerospace platforms.

The research initiative, named 'Mud To Metal,' seeks to address this supply dependency. The program will be led by Greeshma Gadikota, who holds the Lenfest Earth Institute Professorship of Climate Change at the Columbia Climate School and is also a Professor of Earth and Environmental Engineering at Columbia Engineering.

The partnership reflects efforts to develop domestic sources of critical materials vital to national security and advanced technology sectors.

U.S. supply chains for strategic materials.

Story Timeline

1 event
  1. 2026-04-16

    U.S. Critical Materials Corp. and Columbia University signed a two-year Sponsored Research Agreement in New York.

    1 sourceBenzinga

Potential Impact

  1. 01

    Development of domestic production methods for gallium, scandium, titanium, and rare earth elements could reduce U.S. import dependency on these critical materials.

  2. 02

    Advances in extracting critical materials from red mud may support U.S. industries reliant on secure communications, aerospace, and defense technologies.

Transparency Panel

Sources cross-referenced1
Framing risk0/100 (low)
Confidence score65%
Synthesized bySubstrate AI (gpt-4.1-mini:fact-pipeline)
Word count164 words
PublishedApr 16, 2026, 1:30 PM

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