UAF seeks state support for $160M NSF Critical Minerals Accelerator to spur Alaskan R&D and jobs
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Summary
University of Alaska Fairbanks representatives said their NSF Regional Innovation Engines proposal would bring up to $160 million over 10 years to advance critical‑minerals R&D, requested a $3 million per‑year state commitment to strengthen the application, and described industry partners’ $300 million in in‑kind contributions and early projects such as recoveries at Pogo and Red Dog stockpiles.
University of Alaska Fairbanks researchers and partners briefed the Senate Resources Committee on Feb. 25 about the Alaska Critical Minerals Accelerator, a finalist in the National Science Foundation’s Regional Innovation Engines competition that, if funded, would provide up to $160,000,000 over 10 years to commercialize industry‑directed R&D, grow Alaskan technology businesses and develop workforce pathways.
Dr. Lianne Monk, listed as CEO/PI of the proposed engine, said the application was one of 15 finalists from an initial nationwide field and emphasized that the program focuses on economic development through use‑inspired research, industry partnerships and workforce training across Alaska. Steve Masterman (UAF/Alaska Critical Minerals Collaborative) described the NSF funding structure: a staged award model that begins with an initial ~$15,000,000 investment for the first phase and scales up if milestones are met.
UAF said it had requested a state demonstration commitment of $3,000,000 per year to strengthen competitiveness with NSF; Masterman said NSF places value on state participation and that engines funded so far include state support. He added that industry partners have already contributed roughly $300,000,000 in cash and in‑kind commitments (data, site access, staff time) and cited near‑term projects including bismuth/tellurium recovery at Pogo and stockpile recovery work at Red Dog as concrete R&D tasks the engine would pursue.
When asked whether the engine will require industry matching rather than rely on general funds, Dr. Monk said the proposal includes competitive RFPs requiring Alaskan participation and industry matching for projects; she said the engine will pursue lower‑impact processing technologies (bio‑mining, in‑situ leaching and other approaches) in addition to workforce and digital‑technology projects such as mine data repositories and digital twins. Masterman offered a conservative example that successful Pogo recovery research could translate to an estimated $1,400,000 per year in additional mining license tax revenue for the state after a few years, but he cautioned such estimates are uncertain.
Committee members pressed for clarity on commercialization and whether the program would focus on discovery versus processing; presenters said the engine’s aim is to develop technologies industry will adopt and to spin out companies that can commercialize R&D beyond the initial NSF funding.
The request to the state is a demonstration of partnership to NSF; no appropriation action was taken during the meeting.