Lithium Mining Market

On 23 May 2024 the EU Critical Raw Materials Act, Regulation (EU) 2024/1252, entered into force and set a target for Europe to mine at least 10% of its own strategic raw materials by 2030, with lithium near the top of the list. Douglas Insights values the lithium mining market at USD 11.1 billion in 2025 and forecasts USD 34.0 billion by 2035, a compound growth rate of 11.83%. The receipt is about 1.50 million tonnes of lithium carbonate equivalent (LCE) mined worldwide in 2025, valued at an average mine-gate price of USD 7,400 per tonne LCE. Mined volume grows 9.0% a year as electric vehicle and grid storage batteries pull more lithium, while the mine-gate price recovers 2.6% a year from the 2024–2025 trough. The report sits within Douglas Insights coverage of battery and critical minerals and follows the published Douglas Insights methodology.

Which rocks, brines and clays count as lithium mining here?

The lithium mining market covers the value of lithium raw material produced at the mine or brine field, about 1.50 million tonnes LCE in 2025, measured at the price of the first saleable product. Conversion into battery-grade chemicals, recycling and cathode making sit outside it.

Spodumene hard rock mining extracts pegmatite ore, mainly in Western Australia, and concentrates it to about 6% lithium oxide; the separators that strip iron from that concentrate are sized in the Wet High Intensity Magnetic Separators (WHIMS) Market report. Brine operations pump lithium-rich salt water from salt flats in Chile, Argentina, China and Bolivia and concentrate it in evaporation ponds or with direct lithium extraction. Lepidolite and other hard rock covers mica-type ores mined mainly in Jiangxi, China, and other pegmatite minerals. Clay, geothermal and new sources covers sedimentary clays such as Thacker Pass in Nevada, geothermal brines in Germany and California, and oilfield brines in Arkansas and Canada. The boundary excludes conversion into battery-grade carbonate or hydroxide beyond the mine site, recycling, and cathode and cell making. Value is the mine-gate revenue, converted to an LCE basis.

What did the EU Critical Raw Materials Act change for lithium mining?

The Critical Raw Materials Act changed lithium mining in Europe by setting 2030 benchmarks for the EU to extract 10%, process 40% and recycle 25% of its annual strategic raw material needs, and by capping reliance on any single outside country at 65% for each material.

The Act, Regulation (EU) 2024/1252, entered into force on 23 May 2024 and gives selected strategic projects faster permitting: at most 27 months for extraction projects and 15 months for processing. In March 2025 the European Commission selected its first 47 strategic projects, and several are lithium mining or refining projects in Portugal, Spain, France, Germany, Finland and the Czech Republic. Europe mined almost no lithium in 2024, so even a small share of the target is new supply. Douglas Insights models European lithium mining value rising from USD 133 million in 2025 to USD 1.27 billion by 2035, making Europe the fastest-growing region at 25.34% a year, though from the smallest base.

How did the price crash reshape lithium mining?

The lithium mining price crash cut spodumene concentrate prices by more than 80% from their late-2022 peak by 2024, as new Australian, African and Chinese supply arrived faster than battery demand. Douglas Insights estimates the average mine-gate value of lithium fell from above USD 30,000 per tonne LCE in 2022 to about USD 7,400 in 2025.

High-cost mines responded by closing or slowing: several Western Australian spodumene operations were placed on care and maintenance in 2024, and expansion projects were deferred. Brine producers in Chile and Argentina, with cash costs often below USD 6,000 per tonne LCE, kept running and gained share.

The crash also moved control. Rio Tinto completed its purchase of Arcadium Lithium in March 2025, buying brine and hard rock assets at a low point in the cycle, and Chinese groups such as Zijin Mining and CATL bought projects in Africa and South America. Douglas Insights expects the mine-gate price to recover slowly to about USD 9,570 per tonne LCE by 2035 in the base case, still far below the 2022 peak, because enough low-cost supply exists to meet demand at that level.

Why are car, truck and grid batteries pulling 9.0% more lithium from the mines each year?

Batteries drive about 85% of lithium demand, and car batteries alone take about 70% of 2025 mined volume. Each battery electric car uses roughly 40 to 60 kg of LCE, and Douglas Insights estimates batteries took about 85% of lithium demand in 2025, up from about 30% a decade earlier; global lithium mining volume grows 9.0% a year from 1.50 million tonnes LCE in 2025 to about 3.55 million tonnes by 2035.

Chinese carmakers sold most of the world’s electric cars in 2025, and plug-in hybrids, which use about a quarter of the lithium of a full battery car, took a growing share, so Douglas Insights models lithium use per new electric car flat to slightly lower through 2030 while vehicle numbers keep rising. Heavy trucks and buses add demand after 2028, since each electric truck carries a pack five to ten times larger than a car’s. Battery demand is sized in our EV Battery Market report.

Grid energy storage is the second driver. Lithium iron phosphate storage systems grew faster than car batteries in 2024 and 2025, and Douglas Insights estimates stationary storage used about 15% of battery lithium in 2025, rising above 20% by 2030. Each gigawatt-hour of storage needs roughly 500 to 600 tonnes of LCE, and storage demand adds about 1 point a year to mined volume growth.

Supply-security policy is the third driver. The EU Critical Raw Materials Act, US tax credits that exclude lithium processed by foreign entities of concern, and Chinese support for domestic mines all pay a premium for supply outside the dominant chains. Douglas Insights estimates such policies support about 25% of lithium mining projects under development in North America and Europe, lifting those regions to 21.36% and 25.34% a year.

New extraction technology is the fourth driver. Direct lithium extraction lets brine producers recover 70% to 90% of lithium in days rather than the 40% to 50% recovered in evaporation ponds over 12 to 18 months. It opens clay, geothermal and oilfield brine sources that make up the fastest-growing lithium mining segment, rising from USD 222 million in 2025 to USD 3.00 billion by 2035 at 29.74% a year. The equipment is sized in our Lithium Brine Direct Extraction Technology Market report.

Which bottlenecks, from a lapsed Jiangxi permit to Serbian protests, hold back lithium mining?

Price swings, slow permits and single-site shocks cut the 2035 lithium mining figure to about USD 18.0 billion in the slower case. Price swings bite first: the 2023–2025 crash showed that new supply can outrun demand, and mines costing more than USD 10,000 per tonne LCE cannot finance themselves at trough prices.

Permitting and community consent come second: projects in Serbia, Portugal and Nevada faced years of protests and legal challenges, and the EU permitting deadlines in the Act do not remove local opposition. Supply-side shocks come third: in August 2025 CATL suspended mining at its Jianxiawo lepidolite mine in Yichun, Jiangxi, after its permit expired, briefly lifting Chinese lithium prices and showing how policy decisions at a single site can move the whole lithium mining market. Resource nationalism adds to the risk: Chile’s national lithium strategy gives the state-owned Codelco control of new Atacama production through its agreement with SQM, signed on 31 May 2024, and Zimbabwe has banned raw ore exports and plans to require local processing.

Which lithium mining segment carries the value, and why does spodumene hard rock take 58%?

Spodumene hard rock leads with 58% of 2025 lithium mining value, USD 6.44 billion, growing 10.28% a year, because Australian mines supply the largest share of world production and new African and Brazilian mines add tonnes. Brine holds 34%, USD 3.77 billion, growing 12.77% a year as Argentine projects ramp up and Chilean producers expand.

Lepidolite and other hard rock holds 6%, USD 666 million, and grows slowest at 6.79% a year because lepidolite is costly to process and Chinese mines face tighter permitting. Clay, geothermal and new sources hold 2%, USD 222 million, and grow fastest at 29.74% a year.

By end use of the mined lithium, Douglas Insights estimates electric vehicle batteries take about 70% of 2025 volume, grid storage and other batteries about 15%, and glass, ceramics, greases and other industrial uses about 15%.

Which region mines the most lithium, and which grows fastest?

Asia Pacific mines the most lithium, 52% of 2025 lithium mining value or USD 5.77 billion, growing 8.43% a year. The US Geological Survey puts 2024 world mine production at about 240,000 tonnes of lithium content, roughly 1.28 million tonnes LCE, with Australia at 88,000 tonnes and China at 41,000 tonnes.

Latin America holds 33%, USD 3.66 billion, growing 12.91% a year, led by Chile at 49,000 tonnes, Argentina at 18,000 tonnes and Brazil at 10,000 tonnes in 2024. The Middle East and Africa hold 10.3%, USD 1.14 billion, growing 15.19% a year, led by Zimbabwe at 22,000 tonnes and new projects in Mali, Nigeria and the Democratic Republic of the Congo. North America holds 3.5%, USD 389 million, growing 21.36% a year as Canadian mines in Quebec and Ontario and US projects such as Thacker Pass come online. Europe is the fastest-growing region at 25.34% a year, from USD 133 million to USD 1.27 billion, on Finnish, Portuguese and German projects supported by the Critical Raw Materials Act.

Which companies lead lithium mining?

Lithium mining is moderately concentrated: Douglas Insights estimates the largest miner, Albemarle, controls about 12% of 2025 mined LCE, and the five largest groups about 50%. Albemarle owns 49% of Greenbushes in Western Australia, the world’s largest hard rock lithium mine, with Tianqi Lithium and IGO holding the other 51%, and runs brine operations in Chile’s Salar de Atacama.

SQM is the largest brine producer in Chile and agreed with Codelco on 31 May 2024 to form a joint venture running the Atacama operations from 2025 to 2060. Ganfeng Lithium owns mines and brine projects in Australia, Argentina, Mali and China. PLS, formerly Pilbara Minerals, and Mineral Resources run large Western Australian spodumene mines. Rio Tinto became a leading producer after completing its Arcadium Lithium purchase in March 2025, adding Argentine brine and Canadian hard rock assets. Zijin Mining and CATL lead a group of Chinese companies with mines in Africa, Argentina and China. Miners win on ore grade, cost position and long-term offtake contracts with battery and car makers.

How is mined lithium priced?

Mined lithium is priced mostly under offtake contracts linked to published indices, and Douglas Insights estimates about 75% of 2025 lithium mining volume sold on index-linked contracts and 25% on the spot market or through auctions.

Spodumene concentrate is quoted per tonne of 6% lithium oxide product, and about 7.5 tonnes of concentrate make one tonne LCE after conversion, so a concentrate price of USD 900 per tonne implies a mine-gate value near USD 6,800 per tonne LCE. Brine producers sell carbonate directly and capture the conversion margin. Chinese carbonate prices on the Guangzhou Futures Exchange, launched in 2023, now set the daily reference for much of the lithium mining market. The base case lifts the average mine-gate price from USD 7,400 per tonne LCE in 2025 to about USD 7,590 in 2026 and USD 9,570 by 2035.

Which scenario moves the 2035 lithium mining forecast most, cheaper sodium-ion storage or a price rebound?

The lithium mining forecast ranges from USD 18.0 billion to USD 51.3 billion in 2035. The base case carries 9.0% volume growth and 2.6% price growth for an 11.83% revenue CAGR and USD 34.0 billion.

The slower scenario, with weaker electric vehicle sales, faster sodium-ion substitution in storage and a flat price, sets volume growth at 6.0% and price change at −1.0% a year, for 4.94% revenue growth. The faster scenario, with strong car and storage demand and a price recovery as high-cost mines stay shut, sets them at 11.0% and 5.0%, for 16.55% revenue growth. Each 1-point change in volume growth moves the 2035 lithium mining figure by about USD 3.25 billion. Cell factory capacity, which sets how much lithium is needed, is covered in our Lithium Ion Battery Formation Equipment Market report.

Douglas Exclusive: the lithium mining cost curve and project pipeline tracker

The Douglas Exclusive tracker ranks about 90 operating and planned lithium mining projects by cash cost per tonne LCE, ore grade, ownership and start date, and flags which projects hold strategic status under the EU Act or US funding. The tracker is a Douglas Insights model, not an official register: it is built from company disclosures for about 90 projects, about 60 of them operating sites, and where a company does not publish its cash cost or start date the figure is a Douglas Insights estimate. Licence holders receive it as a maintained tab in the Excel model, updated each quarter with price and production data.

Which laws and state ownership rules decide where lithium can be mined, from Brussels to Santiago?

Supply-security law, state ownership of salt flats and ore, and water and consent rules decide where lithium can be mined; the EU Act alone sets a 10% domestic extraction benchmark for 2030. Supply-security laws come first: the EU Critical Raw Materials Act of 23 May 2024, the US Inflation Reduction Act’s rules on critical minerals in battery tax credits, and Chinese export controls on lithium processing technology decide where new mines are financed.

Resource ownership comes second: Chile’s national lithium strategy reserves strategic salt flats for state-led production, Bolivia keeps lithium under state control, Mexico nationalised lithium in 2022 and Zimbabwe restricts ore exports. Environmental and social rules come third: water use in Andean salt flats, tailings rules for hard rock mines and consent from local and indigenous communities decide how fast projects are permitted. The EU Batteries Regulation adds due-diligence duties on battery makers, who pass them to lithium mining suppliers.

What methodology and receipts turn about 60 mine sites into 1.50 million tonnes LCE?

The lithium mining model is built bottom-up from about 1.50 million tonnes LCE mined in 2025. It covers 4 segments and 5 regions at an average mine-gate price of USD 7,400 per tonne LCE, so the 2025 receipt is tonnes times price, about USD 11.1 billion.

Volume comes from mine-by-mine production for about 60 operating sites, checked against US Geological Survey country totals of 240,000 tonnes of lithium content in 2024, with lithium content converted at 5.323 tonnes LCE per tonne. Price comes from spodumene and carbonate indices, company disclosures and conversion costs. Growth is decomposed as volume times price, and refining beyond the mine, recycling and cathode production are excluded. Every figure carries a numbered source and a confidence grade in the fact sheet above, and the working model ships with every licence. Graphite, the other main battery mineral, is sized in our Graphite Market report, and small primary lithium cells in our Lithium Thionyl Chloride Battery Market report. AI tools help draft and edit the text and automated checks test the figures, units and sources for consistency; the Douglas Insights research desk selects the sources, builds the model and approves each release, as set out in our editorial standards. The next scheduled review of this study is September 2027.

Sources

1. EUR-Lex Regulation (EU) 2024/1252 establishing a framework for ensuring a secure and sustainable supply of critical raw materials (Critical Raw Materials Act) (2024)
2. US Geological Survey Mineral Commodity Summaries 2025: Lithium (2025)
3. EUR-Lex Regulation (EU) 2023/1542 concerning batteries and waste batteries (2023)