Cobalt and Lithium Supply Chains Replicate the Same Geopolitical Risks Oil Was Supposed to Eliminate

The transition from fossil fuels to renewable energy and electric vehicles was supposed to reduce dependence on geopolitically unstable or adversarial resource suppliers. Instead, it has created new critical mineral dependencies that are arguably more concentrated than oil ever was. The Democratic Republic of Congo produces approximately 70% of global cobalt. China refines over 70% of the world's lithium, 80% of its cobalt, and 90% of its rare earth elements. Indonesia controls 50% of global nickel production. The energy transition has not eliminated resource dependency — it has reshuffled it. This matters because these minerals are not optional. A single EV battery requires roughly 8-12 kg of lithium, 10-30 kg of nickel, 5-15 kg of cobalt (in NMC chemistries), and significant amounts of manganese, graphite, and copper. A single offshore wind turbine requires approximately 2,000 kg of rare earth elements for its permanent magnets. Solar panels require polysilicon, 80% of which comes from China, with significant production in Xinjiang — a region subject to forced labor allegations and import restrictions. The pain is already manifesting. In 2022, lithium carbonate prices spiked to over $80,000 per ton (from $6,000 in early 2021) before crashing back to $15,000 by late 2023, creating havoc for battery manufacturers trying to plan long-term costs. Indonesia imposed a nickel ore export ban to force downstream processing onshore, a move explicitly modeled on OPEC's playbook. China has restricted exports of gallium, germanium, and graphite in apparent retaliation for U.S. semiconductor export controls. The structural reason this persists is that mining and mineral processing have 10-15 year development timelines. Even after the U.S., EU, and Australia identified critical mineral dependency as a national security issue and passed legislation (the Inflation Reduction Act, the EU Critical Raw Materials Act, Australia's Critical Minerals Strategy), new mines will not produce meaningful volume until the 2030s. Meanwhile, demand is growing exponentially as EV adoption accelerates. In the first place, this problem exists because the West offshored mining and refining for decades due to environmental concerns, lower labor costs, and NIMBY resistance. Building a lithium mine in Nevada or a rare earth processing plant in Texas faces 5-10 years of permitting, environmental review, and community opposition — timelines incompatible with the urgency of climate goals. The irony is that environmental advocacy simultaneously demands rapid decarbonization and opposes the mining necessary to achieve it.