Pentagon hoards critical minerals vital for clean energy transition

The U.S. Department of Defense is stockpiling large quantities of cobalt, lithium, and graphite, potentially diverting resources from the clean energy sector, according to a new report. This effort, funded by recent legislation, prioritizes military needs amid concerns over climate action. Experts warn that such hoarding could hinder the electrification of transportation and energy production.

A report from the Transition Security Project highlights how the Pentagon's accumulation of critical minerals is complicating the shift to renewable energy. Under President Donald Trump's One Big Beautiful Bill Act, $7.5 billion was allocated to expand reserves of materials like cobalt, lithium, and graphite, stored in six depots across the nation and managed by the Defense Logistics Agency. These stockpiles, intended for use in jet engines and weapons, can only be accessed during declared wars or by order of the Undersecretary of War.

Lorah Steichen, a strategist with the project, describes the dilemma as a choice "between missiles and buses." The planned reserves include 7,500 metric tons of cobalt and 50,000 metric tons of graphite, enough to power 102,896 electric buses—far exceeding the roughly 6,000 operating in the U.S.—or to create 80.2 gigawatt-hours of battery storage, more than double the current national capacity.

This marks a revival of military stockpiling not seen since the Cold War, when the U.S. built reserves to reduce foreign dependencies. By 2003, those had dwindled, and efforts during Joe Biden's presidency to repurpose them for climate goals did not succeed. Now, an additional $2 billion funds the expansion, with $5.5 billion for supply chain development. The International Energy Agency notes these minerals' role in batteries and wind turbines for decarbonization.

Critics, including geographer Julie Klinger from the University of Wisconsin, call for greater transparency. The U.S. military, the world's largest institutional greenhouse gas emitter and responsible for 80% of federal emissions, does not report mineral procurement details. A 2021 Defense Department report acknowledged that supply disruptions in rare earth elements would primarily harm the civilian economy. Steichen emphasizes challenging the military-centric definition of "critical minerals," tied to national security. Klinger points out that while minerals in batteries can be recycled, their use in munitions destroys them irretrievably: "The one application of critical minerals that destroys them through use is literally blowing them up."

The Pentagon is also investing in mines in Alaska, Idaho, and Saudi Arabia to lessen reliance on China, which dominates the market. Right-wing organizations like the Heritage Foundation advocate for this strategy.

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Geologists discovering a major critical-mineral deposit at Utah's Silicon Ridge, highlighting potential U.S. supply chain boost.
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Utah mineral discovery seen as potential boost to U.S. critical supply chains

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Ionic Mineral Technologies has uncovered what may be one of the United States’ most significant critical-mineral deposits at Utah’s Silicon Ridge, a find that could aid efforts to reduce dependence on China-dominated supply chains, according to reporting cited by The Daily Wire.

In 2025, the Trump administration significantly advanced efforts to secure domestic supplies of critical minerals essential for national security. The US Geological Survey added 10 new items to the list, while federal investments poured into mining projects across the country. This push includes equity stakes in private companies and international deals, amid concerns over environmental and indigenous rights.

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The United States announced on Wednesday that it will work with Japan and European countries to develop an action plan for securing critical minerals supplies, amid concerns over potential Chinese export restrictions on rare earths. The initiative seeks to establish a trade bloc with allies to stabilize procurement. The U.S. Trade Representative's office indicated exploration of a plurilateral trade initiative with like-minded partners.

Tesla's advanced battery technologies, including Powerwall and Megapack systems, are playing a key role in stabilizing renewable energy grids and reducing carbon emissions. Innovations in 2025, such as the Megablock platform and virtual power plants, have enabled significant clean energy output and grid support operations. These developments address intermittency issues in solar and wind power while promoting sustainability through recycling and ethical sourcing.

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Amid the Supreme Court's recent Aravalli Hills definition allowing 'strategic exemptions' for mining critical minerals, Integrated Defence Staff chief Air Marshal Ashutosh Dixit warned of vulnerabilities from import reliance. Environmentalists decry weakening protections in the ecologically vital range.

U.S. Commerce Secretary Howard Lutnick welcomed Korea Zinc Co.'s plan to jointly invest in a critical metals refinery in Tennessee as a 'big win for America.' The initiative involves a strategic partnership with the U.S. Departments of Defense and Commerce to build the facility. The investment is estimated at around 10 trillion won ($6.8 billion).

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US-based rare earth firm REalloys has announced a partnership with Canada's Saskatchewan Research Council, investing US$21 million in a heavy rare earths processing plant. The initiative seeks to build a North American supply chain for critical minerals that bypasses China, backed by Washington. The firm says achieving a fully self-sufficient supply chain will take time.

 

 

 

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