Minerals Fueling the War Machine: A Deep Dive
- A growing trend reveals a notable paradox: minerals crucial for the global energy transition - including lithium, cobalt, graphite, adn rare earth elements - are increasingly being diverted...
- Two recent studies - The Growing Military Mineral Stockpile by the Transition Security Project and Mining for War: Assessing the Pentagon's Mineral Stockpile by researcher Lorah Steichen...
- According to The Growing military mineral stockpile,the US Department of Defense intends to stockpile 7,500 tons of cobalt through the Defense Logistics Agency (DLA).
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Clean Energy Minerals Diverted to Weapons Industry, threatening Transition
Table of Contents
Published December 23, 2023, 10:15:38 PST. Updated as needed to remain evergreen.
The Paradox of Minerals: Fueling Conflict Rather of Clean Energy
A growing trend reveals a notable paradox: minerals crucial for the global energy transition – including lithium, cobalt, graphite, adn rare earth elements – are increasingly being diverted for military applications. This diversion threatens to undermine efforts to combat climate change by transforming sustainable resources into ammunition and components for weapons systems.
Pentagon’s Mineral Stockpiling: A Detailed Look
Two recent studies – The Growing Military Mineral Stockpile by the Transition Security Project and Mining for War: Assessing the Pentagon’s Mineral Stockpile by researcher Lorah Steichen - highlight the extent of the Pentagon’s involvement. These reports demonstrate a deliberate strategy by the US Department of Defense to accumulate critical minerals, citing national security concerns and geopolitical competition, especially with China, as justification. The Growing Military Mineral Stockpile provides a comprehensive overview of the Pentagon’s plans.
According to The Growing military mineral stockpile,the US Department of Defense intends to stockpile 7,500 tons of cobalt through the Defense Logistics Agency (DLA). This quantity is sufficient to produce 80.2 GWh of battery storage capacity – exceeding the current total energy storage capacity within the United States. Furthermore,the stockpiled cobalt and graphite could theoretically be used to manufacture approximately 100,000 electric buses. Instead of bolstering the transition to clean energy, these vital minerals are being held in reserve, effectively immobilizing them.
The Pentagon’s rationale centers on reducing reliance on foreign suppliers, particularly China, which currently dominates the processing of many of these critical minerals. However, critics argue that this approach prioritizes military preparedness over climate action, creating a zero-sum game where progress in one area comes at the expense of another.
Impact on the Energy Transition and Geopolitical Implications
the diversion of these minerals has several significant consequences. firstly, it increases the cost and complexity of building clean energy infrastructure, perhaps slowing down the deployment of renewable energy technologies. Secondly, it exacerbates existing geopolitical tensions, as countries compete for access to limited mineral resources.The concentration of mineral processing in China further complicates this dynamic, creating a potential vulnerability for nations reliant on Chinese supply chains.
The following table illustrates the potential impact of the stockpiled cobalt on battery production:
| Mineral | Stockpiled Amount (US DoD) | Potential Battery Storage Capacity | Equivalent Electric Buses |
|---|---|---|---|
| Cobalt | 7,500 tons | 80.2 GWh | 100,000 |