For roughly seven decades, graphite mining in the United States remained dormant. The economics were clear: importing this widely used mineral from abroad—particularly from China—cost far less than extracting it domestically. Graphite appears in nuclear reactors, pencils, and countless other products. Today, however, geopolitical tensions and economic shifts are forcing a fundamental reconsideration, with Alabama emerging as a key player in this revival.

The resurgence stems primarily from surging demand for lithium-ion batteries. These energy storage systems power everything from smartphones to electric vehicles. As trade tensions with China intensify, U.S. federal authorities have grown concerned about securing reliable supplies of critical materials. Multiple companies are now developing graphite mining operations across American soil.

Titan Mining Corp. in New York offers one notable example. The company is extracting from a deposit approximately 25 miles from the Canadian border, targeting commercial-scale sales by 2028. Graphite concentrate from this operation could serve high-tech, industrial, and military applications: heat-resistant coatings for manufacturing, anodes for grid-connected lithium-ion batteries, and lubricants for military vehicles. CEO Rita Adiani has expressed confidence that the organization can fulfill a substantial share of U.S. graphite requirements, especially given concerns about China’s reliability as a supply-chain partner.

The U.S. Geological Survey currently reports zero operational graphite mines producing commercial quantities. Five projects, however, are advancing through development stages: two in Alabama, plus single projects in Montana, New York, and Alaska. Westwater Resources recently engaged engineering services to advance permitting for its Alabama Coosa Deposit mine. Graphite One Inc.’s Alaskan project sits atop what state authorities identify as the nation’s largest recognized large-flake graphite deposit.

New York’s mining region has a storied history of graphite, iron ore, and garnet extraction. The famous Ticonderoga pencil drew its name from a town several hours east of the current Titan mining site, where graphite mining occurred in earlier decades.

Graphite’s exceptional electrical conductivity and thermal resistance make it valuable across commercial and military sectors. The Department of Energy recognizes it as critical, while the Department of the Interior includes it among 60 designated “critical minerals” alongside rare earth elements. Global demand projections signal substantial growth over the coming decade, driven largely by expanding battery production. This encompasses both naturally mined and synthetically manufactured graphite—the latter typically offering greater purity at higher cost. Lithium-ion battery anodes often combine both forms.

China’s dominance in supplying natural and synthetic graphite has long concerned U.S. policymakers. Anxiety escalated when China implemented export restrictions on graphite and comparable minerals in October 2023, though these controls were partially relaxed later.

To strengthen domestic supply chains for critical minerals, Congress incorporated tax incentives for critical mineral production in the 2022 Inflation Reduction Act. The Trump administration subsequently established critical mineral agreements with alternative international partners to enhance supply diversification. Government funding and expedited review procedures have further emphasized critical minerals development.

Gregory Keoleian, co-director of the Center for Sustainable Systems at the University of Michigan, emphasizes that domestic development is necessary. Anthony Huston, president and CEO of Graphite One, notes that given the nation’s possession of one of the world’s largest graphite deposits, dependence on China becomes unnecessary.

Titan benefits from favorable circumstances. Its New York deposit sits adjacent to an existing zinc mining operation, permitting limited graphite extraction under current authorizations while pursuing comprehensive permits. Federal authorities approved the New York facility for expedited permitting, designating it as essential for establishing “a strategically significant domestic supply chain for graphite.” The U.S. Export-Import Bank committed to considering $120 million in construction lending and pledged $5.5 million toward feasibility assessment.

Titan projects eventual annual production of approximately 40,000 metric tonnes of graphite concentrate—roughly half of current U.S. natural graphite consumption. Company leadership indicates that the facility’s complete output could be readily marketed.

Alabama and Beyond: U.S. Graphite Mining Reawakens to Fuel Battery Boom

Drilling crews in Alabama, New York, Montana, and Alaska are reviving once-silent graphite deposits to secure a critical ingredient for lithium-ion batteries. This effort, unfolding in late 2025, comes as automakers, grid operators, and electronics firms scramble for reliable supplies previously sourced almost entirely from China.

Alabama sits at the center of this resurgence. Industry analysts and state officials say two projects there—one led by Colorado-based Westwater Resources and another in preliminary stages—could begin shipping graphite concentrate later this decade, helping domestic manufacturers build phones, electric vehicles, and military hardware without relying on overseas shipments vulnerable to trade tensions.

Nearly 80 years have passed since the United States last produced graphite in significant volumes. Importing proved cheaper, and China filled the gap, supplying both natural and synthetic forms to global markets. Now rising battery demand and Beijing’s recent export restrictions on strategic minerals have forced a strategic reversal. Companies and policymakers increasingly view domestic mining as essential to national security, industrial resilience, and clean-energy growth.

The U.S. Geological Survey still lists zero operating graphite mines, yet five projects are working through permitting and engineering. Two are in Alabama, one each in Montana, New York, and Alaska. Together they represent the first coordinated attempt since World War II to build a supply chain for this heat-resistant, electrically conductive material.

Alabama’s battery bet

According to AL.com, Alabama is one of only four states with active graphite mine projects as demand for battery materials surges AL.com report. The largest effort focuses on the Coosa Deposit, about 50 miles northwest of Auburn. Westwater Resources has hired engineering firms, launched environmental studies, and says it intends to move into full construction once permits are approved, Metal Tech News reported in October 2025 Metal Tech News.

Company executives argue that the Coosa site—a thick layer of graphite-bearing schist woven through pine forests—could provide U.S. battery makers with consistent feedstock for anodes, the negatively charged side of a lithium-ion cell. Westwater’s plan calls for extracting ore, milling it into concentrate on-site, and shipping the material to a separate Alabama plant for purification and shaping. If timelines hold, initial commercial output could arrive before 2030.

State and county officials have welcomed the project, pointing to hundreds of prospective jobs and the chance to anchor a specialty-materials corridor in the Southeast, already home to multiple EV assembly plants. Federal incentives in the 2022 Inflation Reduction Act—tax credits for domestically sourced battery minerals—strengthen the business case.

Other developers are exploring deposits near Coosa. Although those ventures remain earlier in the permitting process, industry researchers believe Alabama’s metamorphic geology could support multiple small-to-medium-scale mines.

Titan Mining targets New York

While Alabama draws most current attention, a parallel story is unfolding at the opposite end of the Appalachian chain. The Titan project, roughly 25 miles from the Canadian border in upstate New York, highlights the national scope of the revival and shows how legacy mining districts can pivot to new materials. A Lee Enterprises report notes that Titan, along with Alabama’s initiatives, forms part of a broader U.S. campaign to develop homegrown graphite supply Lee Enterprises.

Exploration teams at Titan first encountered graphite while drilling for zinc. Early assays revealed a deposit large enough to justify a standalone operation, and existing surface infrastructure meant the company could extract limited quantities immediately under its current permits. Managers aim for full-scale output by 2028, projecting annual production near 40,000 metric tonnes—about half of present U.S. consumption of natural graphite. The U.S. Export-Import Bank has signaled willingness to provide construction financing and feasibility-study grants, an unusual show of federal backing for a single industrial mineral project.

Military and high-tech manufacturers would be priority customers. Beyond battery anodes, potential uses include heat-resistant coatings for jet engines, lubricants for armored vehicles, and advanced carbon materials for missile guidance systems.

Supply-chain urgency

Graphite’s utility stems from its unusual properties: it conducts electricity nearly as well as metals yet withstands temperatures that would melt steel. For now, China dominates the field, refining more than 60 percent of the world’s natural graphite and producing almost all synthetic variants. Beijing’s October 2023 decision to restrict certain graphite exports—partially eased months later—roiled global markets and underscored the fragility of relying on a single supplier.

Washington responded by labeling graphite a “critical mineral,” opening the door to faster environmental reviews, low-interest loans, and federal purchase agreements. The Department of Energy placed the material on its list of “essential energy transition inputs,” while the Interior Department added graphite to a 60-item roster of minerals deemed vital for economic and national security.

Those policy moves, combined with private-sector demand, set the stage for the current mining resurgence:

• Smartphones and laptops each use a few grams of graphite, but a long-range electric vehicle can consume more than 100 pounds, mostly in the anode.
• Grid-scale batteries needed to balance intermittent wind and solar farms require even larger quantities.
• Defense contractors view domestically sourced graphite as insurance against sanctions or embargoes.

No silver bullet

Domestic mining alone cannot close the supply gap. Natural graphite ore typically contains 2–20 percent carbon, requiring concentration and chemical purification. Even after processing, many battery makers blend natural and synthetic flakes to meet strict purity targets. Industry analysts caution that U.S. producers must streamline extraction, improve beneficiation techniques, and navigate community concerns about water use and land disturbance.

Still, proponents say the benefits outweigh the challenges. Gregory Keoleian, co-director of the Center for Sustainable Systems at the University of Michigan, argues that onshoring critical minerals is a “necessary step” toward a resilient, low-carbon economy. Anthony Huston, president of Graphite One—the company advancing Alaska’s Graphite Creek project—adds that the United States hosts one of the world’s largest flake-graphite deposits and need not remain dependent on overseas suppliers.

Historical echoes

The return to graphite mining resurrects an industry that shaped several regions. A century ago, mines near Ticonderoga, New York, supplied the carbon for the famous pencil brand bearing the town’s name. In Alabama, small pits fed foundries and steel mills during World War II. When foreign imports undercut prices in the 1950s, operators shuttered one by one, and entire workforces migrated to other sectors.

Today, the same deposits offer a strategic advantage. Many lie close to highways, rail corridors, and existing industrial parks, limiting the need for greenfield construction. Environmental regulations are far stricter than during the early 20th-century boom, but modern equipment and reclamation plans can minimize impacts, supporters say.

Comparative outlook

If the projects in Alabama and New York achieve their projected timelines and volumes, the United States could satisfy roughly half its present natural-graphite demand by 2030. That would still leave a gap, especially if electric-vehicle adoption accelerates faster than current forecasts. Analysts therefore expect a three-pronged approach: increasing domestic mining, securing supplies from political allies such as Canada and Australia, and expanding recycled and synthetic production.

For Alabama specifically, success could ripple across the burgeoning Southeastern battery corridor. Automakers operating in Tennessee, Georgia, and the Carolinas have already announced billions in battery-cell investments. A local source of anode material would shorten supply chains, reduce transportation emissions, and help finished vehicles qualify for federal clean-vehicle tax credits tied to U.S. content thresholds.

Yet the path is hardly guaranteed. Financing remains volatile, graphite prices can swing with global sentiment, and public hearings will test social license to operate. The next two to three years—when environmental impact statements are finalized and construction financing closes—will determine whether the mineral’s 21st-century renaissance becomes reality or remains ambition.

For now, the drills continue in Coosa County and in the granite hills near the Canadian border, signaling that, after seven decades of silence, America’s graphite heartland is again finding its voice.

Sources

• https://www.al.com/news/2025/12/alabama-1-of-4-states-with-graphite-mine-projects-amid-battery-boom.html
• https://www.metaltechnews.com/story/2025/10/29/tech-bytes/westwater-advances-alabama-graphite-mine/2531.html
• https://news.lee.net/news/nation-world/amid-a-battery-boom-graphite-mining-gets-a-fresh-look-in-the-us/article_c59fafef-f242-548e-a9b9-5a03a546d496.html