Logan Webber
How can we build a global clean energy future without creating new resource bottlenecks?
Energy Security
Climate Change
The current global energy system is still heavily structured around fossil fuels. However, as clean energy technologies scale up to meet global climate goals, the energy sector increasingly depends on a narrow set of critical minerals. These include copper, cobalt, lithium, nickel, graphite, and rare earth elements. Global lithium consumption, for example, rose by 920% between 2000 and 2022, with batteries surpassing all other end-use applications. Meeting this demand will require international cooperation and long-term supply chain planning.
Today, most refined critical minerals come from just a few countries – a level of geographic concentration that presents serious resilience challenges. In 2022, Australia, China, and Chile produced 80% of the world’s lithium, while China and Chile alone handled 94% of its refining. These chokepoints expose the entire global energy system to risks from supply shocks, export controls and tariffs, or broader geopolitical tension. Alleviating these bottlenecks requires coordinated investment and policy action on multiple fronts.
Heavy concentration of clean tech manufacturing in a handful of countries presents systemic resilience challenges for global supply chains. Source: IEA Energy Technology Perspectives 2024
Addressing these vulnerabilities will require a multi-pronged strategy combining resource diversification, recycling infrastructure, and material innovation. Governments are beginning to prioritize the development of new supply chains, with the United States’ 2022 Inflation Reduction Act offering tax credits to stimulate domestic production and downstream investment. But supply expansion alone won’t be enough: recycling rates for lithium-ion batteries remain under 5%. Investment in circular economy infrastructure – including new techniques like bioleaching – is critical to scaling battery reuse and reducing pressure on virgin supply. At the same time, engineering innovations offer a third pathway. New cathode chemistries that reduce or eliminate cobalt, as well as sodium-ion batteries, show growing promise. Chinese battery manufacturer CATL recently launched Naxtra, a sodium-ion platform with energy density comparable to conventional lithium-ion designs.
Securing a resilient mineral supply chain isn’t just a resource challenge; it’s a foundation for a stable, sustainable, and equitable clean energy future.
Rapid deployment of clean energy technologies since the 2015 Paris Agreement is fueling unprecedented demand for critical minerals and materials. Source: IEA Energy Technology Perspectives 2024
Creating a circular economy for clean energy technologies, particularly lithium-ion batteries, is crucial for long-term sustainability. Only about 5% of lithium-ion batteries are currently recycled, posing major risks for long-term resource availability and waste management. Source: Goyal et al, BBC
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