A $250-Million Plan Could Bring Graphite Mining Back to Kearney, Company Says – by Sarah Cooke (Bay Today – May 4, 2026)

Key Takeaways

• $250M investment targets restart of Kearney graphite mine
• First active North American source of battery‑grade graphite
• Graphite demand rising from EVs, storage, robotics
• Reduces U.S. reliance on imported graphite supplies

Pulse Analysis

The global shift toward electrification has turned graphite into a strategic mineral. While lithium‑ion batteries still dominate the market, the anode—typically over 95% natural or synthetic graphite—remains a bottleneck for manufacturers seeking stable, low‑cost inputs. Historically, the United States has relied on imports from China, Mozambique and Brazil, exposing the sector to price volatility and supply‑chain disruptions. By developing a domestic source, policymakers hope to create a more resilient ecosystem that aligns with the Inflation Reduction Act’s clean‑energy incentives.

The Kearney site, dormant for decades, sits on a deposit that meets the purity standards required for high‑performance battery anodes. Global Battery Materials’ $250 million capital plan covers mine refurbishment, processing upgrades and environmental compliance, reflecting confidence that current graphite prices can sustain profitable operations. Earlier, the mine’s head grade and market pricing rendered it uneconomical, but recent price rebounds—driven by EV adoption and grid‑scale storage projects—have shifted the economics. The project also promises local job creation and tax revenue for Nebraska, adding a regional development angle to the strategic narrative.

If the Kearney mine reaches commercial output, it could set a precedent for other North American graphite projects, encouraging further investment in upstream battery materials. A reliable domestic supply would lower material costs for battery manufacturers, potentially accelerating EV price reductions and expanding the market for renewable‑energy storage. Moreover, the initiative dovetails with broader U.S. policy goals to secure critical minerals, reduce carbon footprints, and maintain technological leadership in the fast‑growing clean‑energy sector.