Lithium
Lithium went from industrial curiosity to strategic metal in a decade, and its price has behaved accordingly: two brutal boom-bust cycles in five years.
At a glance
- Traded as
- Lithium carbonate and hydroxide, plus spodumene concentrate
- Quoted in
- US dollars per tonne, usually as lithium carbonate equivalent
- World mine production
- Roughly 240,000 tonnes of lithium content in 2024
- Largest producer
- Australia, from hard-rock spodumene
What is actually being traded
Lithium reaches the market by two very different routes. Hard-rock mines, mostly in Australia, produce spodumene concentrate that is shipped to refineries and converted into battery chemicals. Brine operations, mostly in Chile and Argentina, pump lithium-rich water into evaporation ponds and produce carbonate directly - slower, cheaper, and dependent on sunshine.
The chemicals themselves are not interchangeable. Lithium carbonate suits the iron-phosphate batteries that dominate cheaper electric vehicles and grid storage; hydroxide suits the nickel-rich chemistries used in longer-range cars. A shift in battery chemistry is therefore a shift in which product is scarce.
Prices are usually quoted as lithium carbonate equivalent, a unit that lets you compare a tonne of spodumene with a tonne of chemical. It is a conversion, not a market: nobody trades LCE, they trade one of the specific products.
Carbonate and hydroxide are different products for different batteries. A price for one is not a price for the other.
What it is used for
Lithium demand is battery demand and almost nothing else. Ceramics, glass and lubricating greases still take a small share, but the growth, the volatility and the political attention all come from energy storage - electric vehicles first, grid-scale storage increasingly.
That concentration makes lithium demand unusually forecastable in direction and unusually treacherous in level. Vehicle sales can be projected; how much lithium those vehicles contain depends on which chemistry wins, and battery makers change chemistry faster than mines can change output.
- Batteries
- 87%
- Other industrial uses
- 7%
- Ceramics and glass
- 4%
- Lubricating greases
- 2%
Source: USGS Mineral Commodity Summaries
Where it comes from
Australia mines the most lithium, Chile holds the largest reserves, and China does neither at scale while controlling the step that turns rock into battery chemical. That split - mining in one place, refining in another - is the defining feature of this market.
Zimbabwe's rapid rise, on Chinese investment, and Argentina's brine expansion have changed the map faster than most commodity maps change. New supply arriving quickly is precisely what ended the last price spike.
| Name | Share |
|---|---|
| Australia | 37% |
| Chile | 20% |
| China | 17% |
| Zimbabwe | 9% |
| Argentina | 7% |
| Rest of world | 10% |
Source: USGS Mineral Commodity Summaries 2025
Behind the subscription
The rest of this entry is the part that changes a decision: what moves the price, which contract sets it, who ships it and where that can be cut off.
What moves the price
Why lithium overshoots in both directions, and the seven forces - from battery chemistry to Chinese refinery margins - that decide where in the cycle it sits.
Where it is traded
The contracts and assessments that price lithium, and why a question about the lithium price has to name one of them explicitly.
Who ships it, and where it can be cut off
The one-way street from Australian rock to Chinese refineries, and what Western processing capacity would have to do to change it.
How this shows up in prediction markets
Which lithium questions are actually answerable, which price they can settle against, and the cost-curve check that beats sentiment.
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Frequently asked questions
- Why did the lithium price crash after 2022?
- Because the spike funded a wave of new mines and conversion plants that arrived at roughly the same time, while demand growth normalised. Supply overshot, and the price fell far enough to force high-cost producers to idle capacity.
- Who controls lithium?
- Nobody controls it the way OPEC influences oil. Australia mines the most, Chile holds the largest reserves, and China dominates the chemical conversion step that turns either into battery material - which is where the practical leverage sits.
- Is lithium scarce?
- Not geologically. Known resources are large and growing. The constraint is how quickly mines and, above all, chemical plants can be built and permitted - which is a capital and timeline problem rather than a geology problem.
- Why is there no proper lithium futures market?
- The market is young, products are not standardised across regions, and much of the volume moves under long-term contracts referencing published assessments. Listed contracts exist but remain thin outside China.
Primary sources
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