Lithium - The currency behind the battery age
Updated: 5 days ago
This article is part of our “One metal a month” series, in which we explore one strategic metal at a time and its role in the energy transition and global supply chains. These materials are increasingly shaping industrial competitiveness and geopolitics, while raising urgent questions about security of supply, recycling, environmental impact and price volatility. This is the September edition of the series.
Bolivia sits on one of the biggest identified lithium resources on the planet. Yet despite this geological abundance, it remains largely absent from the list of countries actually supplying the world's lithium. In our battery-powered world, where demand for electrification and energy storage continues to grow, that is a striking disconnect.
Let’s rewind a bit first.
Lithium is the lightest metal that exists and has a high electrochemical potential, allowing it to store and release a large amount of energy while remaining remarkably light. This makes it particularly valuable for rechargeable batteries, from phones and laptops to electric vehicles and energy storage systems.
Bolivia holds one of the world's largest identified lithium resources, but remains a marginal producer.
A large part of South America's lithium is concentrated in the Lithium Triangle: Argentina, Bolivia and Chile. Together, the three countries hold around 43% of the world's identified lithium resources. But having lithium underground and producing it commercially are two very different things. Argentina and Chile have built significant lithium industries, while Bolivia, despite holding around 23 million tonnes of identified resources, still produces very little. The distinction matters: a resource estimates what is geologically present, while a reserve is the portion that can currently be economically extracted. Production is what actually makes it out of the ground.
The reasons are not mysterious, simply difficult to solve. Bolivia has historically pursued a strongly state-led approach to lithium development, while foreign investment, infrastructure and technology are still needed to scale production.
Projects with Chinese and Russian partners have also faced political and legal challenges, including concerns around transparency and consultation with local communities. Environmental concerns are just as central. Lithium extraction from salt-flat brines can put pressure on already fragile water systems, particularly in arid regions where water is scarce. Around the Salar de Uyuni, communities have raised concerns about water use, ecosystem impacts and how large-scale extraction could affect local livelihoods. These concerns have contributed to opposition and delays around lithium development.
Why does this matter beyond Bolivia? Because lithium demand is rising rapidly, driven mainly by electric vehicles and increasingly by energy storage. Supply has so far expanded quickly enough to keep pace, but having enough lithium in the ground is only one part of the equation. Lithium still has to be extracted, processed into battery-grade material and integrated into a supply chain that remains highly concentrated.
Mining itself is becoming more geographically diverse. Processing, as always, is another story. China remains the dominant player in lithium processing and battery-material production, meaning that more mines in other parts of the world do not automatically translate into a more diversified supply chain.
China remains the dominant player in lithium processing and battery-material production. More mines in other parts of the world do not automatically translate into a more diversified supply chain.
Recycling will become an increasingly important part of the answer, but it cannot solve the near-term supply challenge on its own. Most EV batteries deployed during the recent boom are still in use, so the amount of end-of-life material available for recycling remains limited. Recycling capacity itself is also highly concentrated, with China already playing a dominant role in battery recycling and material recovery. Over time, higher recovery rates and larger volumes of retired batteries could reduce the need for newly mined lithium and make supply chains more circular, but that effect will take time to scale.
Some conversion projects outside China could shift that balance over time. The current project pipeline looks on track to roughly double lithium production by 2030. What happens after that is the open question: sustaining demand growth beyond 2030 will require still more projects than what is currently planned, and nobody has fully answered where they will come from.
That brings us back to Bolivia. Its vast lithium resources show why the challenge is not simply finding enough lithium. The real challenge is turning geological resources into viable production and then into usable battery material in a way that is economically, environmentally and politically workable. Bolivia's largely undeveloped lithium resources sit at the centre of that dilemma.
Authored by Diane Naffah (Terraquota), reviewed by Irina Chèvre (Terraquota)
25th Sept 2026
