DOE Just Cut the First $75 Million of a $1 Billion Critical Minerals Offensive — and It Is Being Paid Out at Coal Plants and Smelters, Not New Mines

The number that explains the entire policy is 95 percent. According to the U.S. Geological Survey, more than 95 percent of America's supply of rare earth elements comes from foreign sources, over half of most critical minerals come from abroad, and at least fourteen critical minerals are sourced exclusively from other countries. Those materials sit inside almost everything the modern economy and the modern military depend on — magnets, batteries, semiconductors, guided munitions, wind turbines, EV motors. For two decades the vulnerability was treated as an economics problem to be solved eventually. It is now being treated as a national-security emergency to be solved on a deadline.

The Department of Energy's response is a spending campaign run out of a relatively new office — the Office of Critical Minerals and Energy Innovation (CMEI) — and in July 2026 it produced its first concrete disbursement: $75 million to five projects that will pull rare earths and other critical materials out of coal and coal-based feedstocks. That award is small next to the numbers behind it. It is the leading edge of a $1 billion initiative announced in August 2025 to advance domestic mining, processing, and manufacturing, itself layered on top of a $500 million battery-materials round and a $275 million byproduct-recovery program. Understanding how these pieces fit together — and, crucially, where the money is being spent — is the difference between chasing a headline and positioning for a pipeline.

The strategy nobody expected: mine the waste, not the ground

The intuitive way to fix a mineral shortage is to open mines. New mines in the United States take a decade or more to permit and build, which makes them useless against a supply crisis measured in years. DOE's bet is on a faster lane: the critical materials the country needs are already being pulled out of the ground — as byproducts, tailings, and process wastes at industrial facilities that exist and operate today. Coal ash. Acid mine drainage. Smelter slag. Phosphate and fertilizer process streams. Oil and gas produced water. Each of these carries rare earth elements and companion critical minerals in concentrations that were never worth recovering when China supplied the world at a loss. The economics have changed, and the feedstock is sitting in piles.

That is why the flagship program is named Mines & Metals Capacity Expansion — Piloting Byproduct Critical Minerals and Materials Recovery at Domestic Industrial Facilities (NOFO number DE-FOA-0003583). It funds large pilot-scale facilities that recover critical materials from feedstocks a plant is already handling, producing market-ready output: rare earth elements plus value-added minerals such as germanium, gallium, and aluminum — three names worth remembering, because gallium and germanium are precisely the materials China restricted export of in recent years, and they turn up as byproducts of zinc smelting and aluminum refining.

The first five winners, announced in July 2026 under Topic Area 1 (Coal-Based Industry), tell you exactly who this money is for:

• University of North Dakota (Grand Forks, ND) — a research institution with a coal and energy research pedigree
• Valor Metals, Inc. (New York, NY) — a critical-materials developer
• CONSOL Innovations, LLC (Canonsburg, PA) — the innovation arm of a legacy coal producer
• American Resources Corporation (Fishers, IN) — a rare-earth and recycling company
• Peabody Energy Corporation (St. Louis, MO) — one of the largest coal producers in the world

Note the pattern. Two are established coal companies, one is a rare-earth specialist, one is a diversified materials firm, and one is a university. The through-line is that each controls a feedstock or an industrial site. DOE is not funding ideas; it is funding operators who already own the pile of waste that contains the metal.

The full funding architecture

The $75 million is one payment on a much larger balance sheet. Here is the structure an applicant should hold in their head:

• $1 billion (announced August 2025) — the umbrella commitment to advance and scale mining, processing, and manufacturing technologies across critical-minerals supply chains, tied to the administration's Unleashing American Energy and mineral-production executive orders.
• $275 million — the Mines & Metals byproduct-recovery program (DE-FOA-0003583), which funds pilot facilities at $10 million to $75 million per project with a minimum 20 percent cost share. Topic Area 1 (coal-based) produced the July 2026 awards; Topic Area 2 (all industries) selections are still to come — the open door for the next cohort.
• $500 million — the third solicitation under IIJA Section 40207 for Battery Materials Processing & Battery Manufacturing and Recycling (DE-FOA-0003585), which closed to full applications on April 24, 2026. It targets lithium, nickel, and cobalt processing with a steeper 50 percent minimum cost share and an explicit goal of lifting domestic critical-mineral production up to 15 percent by 2030.
• $700 million and $350 million — parallel allocations for coal infrastructure, operations, and plant modernization, which matter because the byproduct-recovery strategy depends on those coal facilities continuing to run.

The cost-share numbers are the most important line for a prospective applicant, and they are not decoration. A 20 percent share on a $50 million pilot is $10 million of private capital you must bring to the table; a 50 percent share on a battery-materials project can be nine figures. DOE is deliberately screening for operators with the balance sheet and commercial conviction to co-invest. This is de-risking capital for projects that are almost bankable, not seed money for concepts.

Who should actually be reading this

The eligibility is broad on paper — materials processors, mining and refining firms, chemical companies, national labs, universities, and industry consortia can all apply — but the fundable profile is narrow. If your organization operates or has firm access to an industrial site that generates a mineral-bearing waste stream, you are the target audience. Phosphate and fertilizer producers, smelters, oil and gas operators, coal companies, specialty-metals firms, and the recyclers and processors who can partner with them: these are the entities DOE keeps naming. A university or national lab typically enters as the technical engine inside a consortium led by, or anchored to, the site owner — which is exactly the shape the University of North Dakota award takes.

For everyone else in the critical-minerals ecosystem, the strategic signal is just as valuable. The federal government has decided that the fastest route to supply security runs through existing industrial infrastructure, not greenfield mines. That reorders where the near-term contracts, offtake agreements, and equipment demand will land. If you sell separation technology, build modular processing units, or offer the analytical and permitting services these pilots require, the buyers are being funded right now.

What comes next in the pipeline

Three things are worth watching. First, Topic Area 2 of the byproduct program — the "All Industries" cohort — has not yet been awarded; that is the most immediate live opportunity for non-coal industrial operators sitting on mineral-bearing waste. Second, the $1 billion umbrella has been announced but not fully obligated, which means additional solicitations across mining, processing, and manufacturing should be expected through FY2027; the smart move is to register on DOE's NETL eXCHANGE and infrastructure-exchange portals now and monitor for notices of intent, which precede the real NOFOs by weeks. Third, the entire strategy is executive-order-driven, which cuts both ways: it means the political will and the money are aligned and moving fast, but it also means priorities can shift, so applicants should move on open windows rather than wait for a more convenient cycle.

The deeper lesson for anyone in heavy industry is that a liability may have quietly become an asset. The waste stream you have been paying to manage — the ash pond, the tailings, the slag heap, the produced water — is now, in Washington's framing, a domestic critical-minerals reserve. DOE has put a billion dollars behind proving it, and it has started writing the checks. The question for an industrial operator is no longer whether the material is in there. It is whether you will be in the next cohort that gets paid to pull it out.

For a running list of open federal critical-minerals and clean-energy opportunities, and to match your facility or feedstock to the right program, start with Granted's grant discovery tools.