DOE Is Spending $1 Billion to Reshore Critical Minerals — Here Is How to Get a Piece of It

China controls 70 percent of the world's rare earth mining and 90 percent of its processing. A single export restriction from Beijing — which has already happened twice in the past 18 months — can shut down American production lines for electric vehicles, wind turbines, fighter jets, and semiconductor chips. The Department of Energy has decided that this is no longer an acceptable risk, and it is backing that decision with nearly $1 billion in grants.

Across five distinct programs administered by three different DOE offices, the department is funding everything from full-scale rare earth extraction facilities to ARPA-E moonshots for pulling minerals out of industrial wastewater. The combined package represents the largest single investment in domestic critical mineral supply chains since the Defense Production Act Title III expansions of 2022 — and unlike those defense-focused allocations, these programs are broadly accessible to universities, small businesses, and private-sector manufacturers.

Here is what each program funds, who qualifies, and how to position a competitive proposal.

The Five Programs and What They Want

1. Battery Materials Processing, Manufacturing, and Recycling — $500 Million

The largest slice of the funding comes from DOE's Office of Manufacturing and Energy Supply Chains (MESC). This program targets demonstration and commercial-scale projects that process, recycle, or manufacture critical materials used in batteries: lithium, graphite, nickel, copper, aluminum, and rare earth elements.

Individual awards are anticipated to range from $50 million to $200 million, with a minimum 50 percent cost share required from recipients. The performance period runs 24 to 48 months per award.

The cost-share requirement is the critical constraint here. A $100 million award requires $100 million in matching funds from the applicant or partners. This effectively limits the competitive field to established manufacturers, well-funded startups with strategic investors, or university-industry consortia that can aggregate matching commitments across multiple partners.

MESC has signaled priority for applicants who refrain from using battery materials sourced from or originating with a Foreign Entity of Concern (FEOC) and who ensure that recovered critical materials are not exported to an FEOC. In practice, this means your supply chain must be traceable to non-Chinese sources, and your offtake agreements must keep processed materials in allied markets.

2. Industrial Byproduct Recovery — $250 Million

The Office of Fossil Energy and Carbon Management (FECM) is funding facilities that can extract valuable mineral byproducts from existing industrial operations — coal ash, mine tailings, phosphogypsum, and other waste streams that contain commercially significant concentrations of critical minerals.

This program sits at an interesting intersection: it leverages the infrastructure and feedstock of the fossil fuel industry to serve the clean energy transition. Coal ash, for instance, contains concentrations of rare earth elements that are often higher than those found in conventional ores. The challenge has always been economic viability — extraction costs have historically exceeded the value of the recovered minerals. FECM is betting that at scale, with modern processing technologies, the economics now work.

For applicants, this program is particularly attractive if you already operate or have access to industrial waste streams. Mining companies with legacy tailings ponds, coal utilities with ash disposal challenges, and chemical processors with mineral-rich byproduct streams all have a natural feedstock advantage.

3. Rare Earth Element Demonstration — $135 Million

DOE's Office of Critical Minerals and Energy Innovation (CMEI) is funding full-scale integrated rare earth extraction and separation facilities within the United States. The specific focus is on recovering praseodymium, neodymium, terbium, and dysprosium — the four rare earth elements most critical to permanent magnets used in EV motors and wind turbines.

Proposals must demonstrate commercial viability of recovering and refining these elements from unconventional sources: mine tailings, electronic waste, and other secondary feedstocks. The program is explicitly not interested in opening new conventional mines — it wants to prove that domestic processing of existing waste streams can produce magnet-grade rare earth oxides at competitive costs.

Applications for this program closed in January 2026, but the projects selected will be announced in the coming months. Understanding the parameters of this program is still valuable because CMEI has indicated that follow-on funding opportunities are likely as the first cohort of demonstration facilities begins producing results.

4. Semiconductor-Critical Materials Refining — $50 Million

A smaller but strategically significant program focused on gallium, germanium, and silicon carbide — materials essential for advanced semiconductors, 5G infrastructure, and military electronics. China dominates global production of all three, and Beijing has already imposed export restrictions on gallium and germanium.

This program funds refining and processing capabilities rather than raw extraction. The award sizes and cost-share requirements have not been publicly detailed, but the $50 million total suggests individual awards in the $5 million to $15 million range — making this potentially accessible to smaller companies and university spinouts that have developed novel purification processes.

5. ARPA-E RECOVER Program — $40 Million

The most technically adventurous of the five programs, RECOVER funds early-stage technologies for extracting minerals from industrial wastewater and other waste streams. Unlike the MESC and FECM programs, which target demonstration and commercial-scale facilities, RECOVER supports research and development of extraction processes that are not yet proven at scale.

This is the most accessible program for university research groups and early-stage startups. ARPA-E's track record of funding high-risk, high-reward technologies means that proposals with novel chemistry or engineering approaches — even those at relatively low technology readiness levels — can be competitive.

Why This Money Is Moving Now

The timing reflects a convergence of three forces.

First, the national security case has become undeniable. The 2026 Critical Minerals Ministerial, hosted by the State Department in February, brought together allied nations to coordinate supply chain strategies. Energy Secretary Chris Wright framed the DOE funding as addressing how "the United States has relied on foreign actors to supply and process the critical materials that are essential to modern life and our national security."

Second, the economics of domestic processing have shifted. Rising mineral prices, Chinese export restrictions, and IRA-driven demand for domestically sourced battery materials have all narrowed the cost gap between imported and domestic production. Projects that were marginal five years ago are now commercially viable with partial government funding.

Third, the Inflation Reduction Act's domestic content requirements for EV tax credits create a built-in market for domestically processed minerals. Automakers need American-sourced lithium, nickel, and rare earths to qualify their vehicles for the full $7,500 consumer credit. That demand signal gives DOE confidence that the facilities it funds will have customers.

Building a Competitive Proposal

Across all five programs, several themes consistently separate winning proposals from also-rans.

Feedstock security. DOE wants to see that you have reliable access to raw materials. Proposals that depend on purchasing feedstock on spot markets are weaker than those with secured supply agreements, access to owned waste streams, or integrated upstream partnerships.

Offtake commitments. Demonstrating that there are buyers for your processed materials — especially commitments from U.S. manufacturers — dramatically strengthens a proposal. Letters of intent from automakers, battery cell manufacturers, or defense contractors carry significant weight.

FEOC compliance. Every program has either explicit or implicit requirements around avoiding dependence on Foreign Entities of Concern. Your supply chain narrative must show that raw materials, processing chemicals, and equipment are sourced from allied nations. This is not just a checkbox — reviewers are looking for supply chain maps that demonstrate genuine independence from Chinese-controlled supply chains.

Workforce development. DOE has increasingly tied critical minerals funding to job creation commitments. Proposals that include plans for training programs, community engagement, and workforce pipelines — particularly in mining communities affected by the coal transition — receive preference.

Environmental compliance. Mineral processing has historically been an environmental liability. Modern proposals need to demonstrate that extraction and refining processes meet or exceed current environmental standards, with credible plans for waste management, water treatment, and emissions control.

The Competitive Landscape

The DOE programs are attracting interest from several distinct applicant categories.

Established mining companies like MP Materials (the only active rare earth mine in the U.S., in Mountain Pass, California) and Ucore Rare Metals are natural contenders for the rare earth and industrial byproduct programs. Battery recycling companies like Li-Cycle, Redwood Materials, and Ascend Elements are well-positioned for the $500 million MESC program.

But the programs are also designed to bring in new entrants. University research groups with novel extraction chemistries, startup companies with innovative processing technologies, and even existing industrial operators who have never thought of themselves as mineral producers but sit on valuable waste streams all have viable pathways.

The key is understanding which program matches your technology readiness level. The $500 million MESC program wants commercial-scale demonstrations — if your technology is still in the lab, you belong in ARPA-E RECOVER. The $135 million rare earth program wants integrated facilities that can produce separated oxides at scale — bench-scale separation processes should look at the semiconductor materials program or RECOVER for initial funding.

What Comes Next

The DOE's $1 billion critical minerals push is a first mover, but it will not be the last. The Defense Department's Industrial Base Policy office has its own critical minerals initiatives, the Commerce Department's CHIPS program includes semiconductor materials provisions, and the State Department's Minerals Security Partnership is creating bilateral agreements that could open new feedstock sources for domestic processors.

For organizations positioned in the critical minerals space, the next 12 months represent an unusually dense funding window. The combination of DOE programs, defense procurement incentives, and IRA-driven market demand means that projects funded now will have multiple revenue streams and policy tailwinds supporting them through commercialization.

The DOE's Critical Minerals and Materials Program page maintains current solicitation listings and contact information for each program office. Given award sizes ranging from $5 million to $200 million, these opportunities demand serious proposal development — and tools like Granted can help you track deadlines and structure submissions across multiple programs simultaneously.