Gold ₹14,829.00/g ▲ +0.38% Silver ₹213.09/g ▲ +1.13% Platinum ₹5,004.95/g ▲ +1.25% Palladium ₹3,466.94/g ▲ +0.44% Rhodium ₹25,506.72/g ▼ -0.77% Copper ₹1,273.33/kg ▲ +1.02% Aluminium ₹259.31/kg ▲ +0.37% Cobalt ₹3,411.38/kg ▲ +0.31% Gallium ₹22,556.37/kg ▲ +0.37% Indium ₹66,761.68/kg ▼ -1.54% Iron Ore ₹7.85/kg ▲ +0.13% Lead ₹163.62/kg ▲ +0.32% Lithium ₹1,324.21/kg ▼ -1.79% Molybdenum ₹7,978.99/kg ▲ +0.04% Nickel ₹1,317.73/kg ▲ +0.11% Neodymium ₹12,282.84/kg ▲ +0.37% Tin ₹4,373.89/kg ▲ +0.31% Tellurium ₹10,351.30/kg ▲ +0.37% Uranium ₹17,184.43/kg ▲ +0.31% Zinc ₹319.63/kg ▲ +0.73% Crude Oil (Brent) ₹10,012.37/bbl ▼ -0.54% Crude Oil (WTI) ₹9,177.39/bbl ▼ -0.28% Gasoline ₹299.13/gal ▼ -1.15% Natural Gas ₹304.04/MMBtu ▼ -1.93%

Lithium Metal Chain™

Battery & Energy Metals · ₹1,324.21/kg today

From mine to market: how Lithium moves through the global economy.

Current Bottleneck Chemical Conversion Medium confidence

Data year: 2025 · Chain data last reviewed: 9 September 2026 · not a live feed — see methodology.

How Lithium Moves Through the Economy

Each stage below is a real, cited figure — click any stage for its full description and source.

Extraction(Brine & HardRock)Australia 32%ChemicalConversionChina 70%BatteryCathodes, Cells& PacksRecycling20% of supply
Extraction (Brine & Hard Rock) Mining / Extraction

Lithium is extracted from two distinct resource types: evaporated from underground brine (mainly Chile and Argentina) or mined from hard-rock spodumene ore (mainly Australia) — the two pathways feed different downstream processing routes.

Australia is the single largest lithium-producing country, accounting for an estimated 31.7% of world mine production, mostly hard-rock spodumene. Concentration: Moderate

High confidence

Source: USGS Mineral Commodity Summaries (via MetalsCost Metal Reserves) (2025)

Chemical Conversion Processing / Refining

Raw brine concentrate or spodumene concentrate is chemically converted into battery-grade lithium carbonate or lithium hydroxide.

China is estimated to control roughly 70% of global lithium chemical processing/refining capacity — a much sharper concentration than mine production. Concentration: High

Medium confidence

Source: IEA, Global Critical Minerals Outlook 2025 — view (2025)

Battery Cathodes, Cells & Packs Manufacturing / End Use

Lithium chemicals are converted into cathode material, assembled into battery cells and packs, and used predominantly in electric-vehicle and energy-storage batteries.

Battery demand (dominated by EVs and grid storage) accounted for an estimated 85% of total lithium demand in 2023, the most recent year with a clean published split. Concentration: High

Medium confidence

Source: IEA, Global EV Outlook 2024 — view (2023)

Secondary Supply (Recycling) Secondary Supply (Recycling)

End-of-life EV batteries and manufacturing scrap can be processed to recover lithium — a genuinely early-stage supply source today, since most EV batteries sold so far haven't reached end of life.

IEA estimates recycling recovered around 20% of theoretically available lithium feedstock in 2023 — but this figure is overwhelmingly manufacturing scrap recovered during battery production, not end-of-life battery recycling, which remains at an early stage. Concentration: Low

Low confidence

Source: IEA, Recycling of Critical Minerals — view (2023)

Supply Chain at a Glance

Mining / Extraction
Australia
31.7%
Moderate
Processing / Refining
China
70%
High
Manufacturing / End Use
85%
High
Secondary Supply (Recycling)
20%
Low

Current Bottleneck

Chemical Conversion is significantly more concentrated than Extraction (Brine & Hard Rock): China accounts for 70%, versus Australia's 31.7% of Extraction (Brine & Hard Rock).

This is a plain comparison of two real, cited concentration figures — not a synthetic weighted risk score. See how this is determined.

Two Very Different Ways to Mine the Same Metal

Australia mines more lithium than any other country, almost entirely from hard-rock spodumene deposits in Western Australia, while Argentina — part of South America's brine-based "Lithium Triangle" alongside Chile and Bolivia — extracts it from salt-flat brine instead. Same element, genuinely different industries.

China Controls the Middle of the Chain

Even without mining most of the world's lithium, China dominates the refining step that turns raw spodumene or brine concentrate into battery-grade lithium, and builds the large majority of the world's battery cells — the part of the supply chain that captures the most value sits there, not at the mine.

A Faster Way to Pull Lithium From Brine

A newer extraction method, Direct Lithium Extraction (DLE), pulls lithium straight out of brine using chemical and filtration processes in a matter of hours, instead of the 12-24 months traditional evaporation ponds need. It's still a small share of global supply, but one that could let lithium production expand into brines and locations — including geothermal and oilfield brine — that were never commercially viable under the old sun-and-evaporation model.

Did You Know?

Lithium prices went through one of the sharpest boom-and-bust cycles of any metal on this site between 2021 and 2024 — a swing large enough to make gold's volatility look tame by comparison.

Frequently Asked Questions

Australia is the single largest lithium-producing country, accounting for an estimated 31.7% of world mine production. See the full country-by-country breakdown.

Chemical Conversion is significantly more concentrated than Extraction (Brine & Hard Rock): China accounts for 70%, versus Australia's 31.7% of Extraction (Brine & Hard Rock).

An estimated 20% — IEA estimates recycling recovered around 20% of theoretically available lithium feedstock in 2023 — but this figure is overwhelmingly manufacturing scrap recovered during battery production, not end-of-life battery recycling, which remains at an early stage.

The Lithium price in India today is ₹1,324.21 per kilogram as of October 16, 2026. See the live price and chart.

Metal Chain™ is an analytical framework developed by MetalsCost. Concentration figures and the current-bottleneck comparison are estimates derived from available public data and a documented methodology — they are not investment advice or a guaranteed forecast. See the methodology page for data sources and calculation details.