US Could Mine Enough Graphite for Electric Vehicle Batteries but Economics and Geopolitics Complicate the Problem

Strategic Insights -

Graphite, a crucial mineral for electric vehicle batteries and energy storage, is predominantly sourced from China, raising supply chain security concerns. A new study from the University of Michigan and Ford Motor Co. reveals that the United States has sufficient natural graphite deposits to meet its anticipated demand for battery-grade graphite by 2040. However, the researchers warn that the production costs of domestic graphite are significantly higher than those of Chinese imports, making the issue more complex than a simple supply-and-demand calculation. The study also highlights the potential benefits of domestic production, including reduced carbon emissions and decreased geopolitical risk.

Key Takeaways:

  • The United States has sufficient natural graphite deposits to meet its anticipated demand for battery-grade graphite by 2040, with a projected supply of over 7 million metric tons.
  • However, the production costs of domestic graphite are significantly higher than those of Chinese imports, making it a complex problem for the US to rely solely on domestic production.
  • Domestic production of graphite in the US would reduce carbon emissions and alleviate geopolitical risk associated with importing from China.
  • The majority of battery-grade graphite used in the US is currently sourced from abroad, with China dominating the global supply.
  • A company called Graphite One is developing a mine at Alaska's Graphite Creek that's anticipated to be online before 2030, but the mine's high-quality deposits are a rarity in the US.
  • The researchers suggest that the US might want to continue importing graphite in the near-term to buy time to better understand the mining potential of its own graphite deposits.

Statistics:

  • The US has projected demand for battery-grade graphite of nearly 2 million metric tons by 2040.
  • The country's supply of natural graphite amounts to over 7 million metric tons.
  • The combined demand for synthetic and natural graphite comes to just over 7 million metric tons, while the combined supply is projected to eclipse 9 million metric tons.
  • Graphite Creek in Alaska has the highest known grade of graphite in the United States, with roughly 5% of the extracted material being graphite.

Sources:

  • "US could mine enough graphite for electric vehicle batteries, but economics and geopolitics complicate the problem," VerticalNews, 2025, (no author listed)
  • University of Michigan and Ford Motor Co. research paper, "The Potential of US Graphite Deposits to Meet Electric Vehicle Battery Demand," Journal of Industrial Ecology
  • U.S. Department of Energy, "Energy Critical Materials Funding Opportunities," (no publication date listed)
  • Graphite One press release, (no publication date listed)