Critical minerals engine buoyed by broad support
isn’t simply to identify more minerals. It is to develop the knowledge, technol - ogy, people and partnerships that can help Alaska turn its extraordinary min - eral endowment into long-term pro - duction, jobs and economic opportunity. And with the potential for a decade of NSF support, the initiative provides
an opportunity to build those capabili- ties for the long term — strengthening Alaska’s position not only as a source of critical minerals, but as a place where the technologies and workforce needed to develop them are created.
some of the technical hurdles involved in advancing deposits toward develop - ment. And for Alaska’s broader supply chain, it creates opportunities for new companies specializing in technology, equipment, processing and services. Workforce development is another important component. The Engine will connect communi - ties, researchers, workforce organiza - tions and industry to expand training and career pathways, with an emphasis on high-quality jobs in remote Alaska communities. That focus aligns closely with the industry’s need for workers with in - creasingly sophisticated technical skills. The next generation of mineral develop - ment will require geologists, engineers, equipment operators, data scientists, technicians, environmental special- ists and other professionals capable of working with advanced technologies. NANA Regional Corp. Vice President of Natural Resources Lance Miller, who helped develop the NSF proposal and serves as the Engine’s advisory board chair, said the initiative’s combination of innovation, workforce development and resource development is particu- larly important. “The goal of this NSF Engine, which brings together partners who are ded - icated to innovation, workforce devel - opment and responsible resource de- velopment that creates lasting benefits for Alaskans, is something NANA is proud to help support.” That collaboration between indus - try and Alaska Native corporations also recognizes that mineral development has implications well beyond a mine site. Jobs, business opportunities, in- frastructure, technology development and long-term economic activity can benefit communities and shareholders throughout the state. UAF Interim President Michelle Rizk called it an investment in more than minerals. “This is more than an investment in critical minerals; it is an investment in Alaska’s people, our future and our ability to lead the nation in innova- tion,” Rizk said. For Alaska’s minerals industry, that may be the most important opportunity presented by the Engine. The objective
— Courtesy UAF
ly valuable. Research is most useful when it addresses real-world chal - lenges faced by companies operating in Alaska — from finding deposits and understanding geology to developing processing methods that work at com - mercial scale. The Engine also gives Alaska com - panies and researchers a pathway to tap into expertise and facilities at na - tional laboratories and other institu- tions that would be difficult for indi - vidual projects to access on their own. Alaska contains 56 of the 60 min - erals identified as critical to the United States, according to the Engine, along with more than 5,000 critical-miner - al occurrences. The organization cites more than $4 billion in mining and minerals investment and $300 million in partner resources. Those numbers illustrate both Alas- ka’s opportunity and the scale of the challenge. Having critical minerals in the ground is only the beginning. The minerals must be explored, developed, extract - ed, processed and ultimately connected to markets. The Engine is intended to strengthen those links and help Alaska capture more of the economic value as- sociated with its mineral resources. Gov. Mike Dunleavy, whose admin - istration and the Alaska Legislature provided $500,000 in initial support for the effort, emphasized that point. “Alaska doesn’t only have a tre - mendous abundance of natural re- sources, but we also have tremendous - ly talented people working to develop breakthrough technologies to further unlock Alaska’s resource potential.” For the state’s established mines, the Engine could provide access to technologies that improve existing op - erations. For exploration companies and developers, it could help address
technologies, AI-enabled geochemical exploration, and novel biological ap - proaches to mineral extraction. The initiative also will support research and commercialization in advanced manufacturing, materials, AI, biotech- nology and energy technology. The potential payoff extends across the mining cycle. Better exploration technology could help identify deposits more efficiently. Improved process - ing could make previously challeng - ing resources more economic. New extraction technologies could reduce costs or improve recovery. And com- mercializing those technologies in Alaska could create new businesses and specialized jobs alongside tradi - tional mining employment. Perhaps most significant for Alas - ka’s mining industry is the breadth of the partnership. The Engine brings together UAF and the broader University of Alaska sys - tem, mining companies, Alaska Native corporations, state and federal agen- cies, national laboratories, technology companies, workforce organizations and economic-development groups. Industry partners include Teck, Red Dog Mine, Trilogy Metals, Ambler Metals, Graphite One, Northern Star Resources, Alaska Energy Metals, Nova Minerals and others. Alaska Native partners include NANA, Doyon, Bering Straits Native Corp., Arctic Slope Re - gional Corp. and Aleut. Munk described that collaboration as central to the Engine’s purpose. “By bringing together researchers, Alaska Native organizations, industry, workforce partners, state and feder - al agencies, national laboratories and communities, we are creating an engine that accelerates discovery into action.” For the mining industry, that in - dustry-driven approach is particular-
Historic coalition of partners backs effort led by UAF Alaska is positioning itself to play a larger role in the nation’s critical-min- erals supply chain through a new Uni - versity of Alaska Fairbanks-led initia - tive that combines research, industry expertise, technology development and workforce training. The NSF Critical Mineral Accelera - tor Engine in Alaska, selected in July as one of 12 new National Science Foun - dation Regional Innovation Engines, will receive $15 million during its first two years and could receive up to $160 million over 10 years, subject to continued funding and performance. Led by UAF Geophysical Institute geosciences professor Lee Ann Munk, the Engine is designed to do more than study Alaska’s mineral resources. Its goal is to help develop and deploy technologies that can make explora - tion, extraction and processing more efficient and economically viable. “Alaska can lead the nation not only with the abundance of its critical mineral resources, but also in how we innovate, develop and deploy the tech- nologies needed to produce them re- sponsibly,” Munk said. That distinction could be import- ant for Alaska’s minerals industry. The state has a tremendous geological endowment, but developing new de - posits — particularly in remote areas — requires technology, infrastruc- ture, skilled workers and investment. The Engine is intended to bring those pieces together. Its work will include advanced mining, processing and purification
MOVING ALASKA FORWARD. ROOTED IN RESPECT.
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THE LINK: The Official Magazine of the Alaska Support Industry Alliance | FALL 2026
www.AlaskaAlliance.com
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