Reviewed September 2026 against Geoscience Australia’s AIMR preliminary tables and Metal.com/Tianqi Lithium production reporting.

Try it: Run your own numbers →

Talison Lithium is not itself an ASX-listed ticker — it is a private joint venture (51% Tianqi Lithium, 49% Albemarle) that operates Greenbushes, the world’s largest hard-rock lithium mine. Searches for “talison asx” and “lithium mining asx” are really asking one question: how does the biggest name in Australian lithium connect to the ASX-listed producers investors can actually buy, and what is Talison’s mine actually producing right now? This article answers both — with Greenbushes’ verified Phase III capacity, Australia’s national production and reserve numbers, and current lithium pricing, plus a method for pulling fresher figures the day you read this.

Talison, Greenbushes, and the ASX Lithium Question

Every year, a wave of search traffic looks for “talison asx” and “talison lithium asx” expecting a stock ticker. There isn’t one — Talison Lithium is jointly owned by Tianqi Lithium and Albemarle Corporation and is not directly listed on the Australian Securities Exchange. What investors searching for “lithium mining asx” actually get exposure to are the ASX-listed companies whose operations sit alongside or downstream of Talison’s Greenbushes mine, and the broader Western Australian hard-rock lithium province that Greenbushes anchors.

The reason this matters beyond ticker semantics: Greenbushes is the single largest hard-rock lithium operation on Earth, and its output moves the numbers that define Australia’s entire lithium sector — the sector every ASX lithium explorer and producer is measured against. In December 2025, Talison commissioned its Greenbushes Chemical Grade Plant (CGP3), part of the mine’s Phase III expansion, taking nameplate spodumene concentrate capacity to 2.14 million tonnes per year, according to reporting via Metal.com citing Tianqi Lithium disclosures.^[1] That single mine’s expansion is a meaningful share of why Australia produced 108,000 tonnes of lithium in 2024 and held a 43% share of global lithium mine production that year, per Geoscience Australia’s Australian Industry and Mineral Resources (AIMR) preliminary tables.^[2]

Company Overview: Ownership, Location, and ASX Exposure

Talison operates the Greenbushes mine in the South West region of Western Australia, roughly 250 km south of Perth — the same hard-rock lithium belt referenced in our breakdown of Australia’s hard-rock lithium extraction method. Greenbushes has operated as a lithium source since the 1980s and holds spodumene ore consistently graded among the highest of any active hard-rock deposit worldwide.

On ownership and listing status specifically: Tianqi Lithium holds 51% of Talison, Albemarle Corporation holds 49%, and neither Talison nor the joint venture itself trades under an ASX ticker. Tianqi Lithium trades on the Shenzhen Stock Exchange; Albemarle trades on the NYSE. Investors researching “lithium mining asx” exposure to Greenbushes-adjacent activity need to look at ASX-listed Australian lithium producers and explorers operating elsewhere in the same Western Australian districts — Geoscience Australia’s AIMR tables are the neutral, non-company source for how the whole province is performing, since they aggregate national production independent of any single miner’s investor messaging.

Australia’s position in the global lithium picture, per the 2024 AIMR data:

• 📍 43% of global lithium mine production came from Australia in 2024
• ⛏️ 108,000 tonnes was Australia’s total 2024 lithium mine output
• 🪨 28% of global lithium reserves sit in Australia — the world’s second-largest reserve base
• ⏳ 43 years of reserve life remain at 2024 production rates
• 💰 $6.6 billion in lithium export earnings is the Australian Department of Industry, Science and Resources’ forecast for the 2026–27 period
• Try it: Run your own numbers

All five figures above are from Geoscience Australia’s AIMR preliminary tables and the Statista compilation of Department of Industry forecasts.^[2][3] AIMR is published annually by Geoscience Australia, with the next full edition expected in early 2026 — bookmark the preliminary tables link above rather than this article’s numbers if you need a figure more current than what’s cited here.

Key Forces Shaping Talison and ASX Lithium Miners

Six forces currently define how Talison’s Greenbushes output and the broader ASX-adjacent lithium sector in Western Australia are moving:

1. Phase III capacity coming online: Talison’s CGP3 plant commissioning in December 2025 lifted Greenbushes spodumene concentrate capacity to 2.14 Mt/year, per Metal.com’s Tianqi Lithium reporting.^[1]
2. Price recovery from the 2023–24 downturn: Battery-grade lithium carbonate averaged $26,278/tonne in Q1 2026, per Benchmark Mineral Intelligence data reported by InvestingNews.^[4]
3. Spot softening since Q1: By August 30, 2026, lithium carbonate spot pricing was tracked at $22,740/tonne across commodity price aggregators — down from the Q1 2026 average.^[5]
4. Battery demand concentration: Batteries accounted for 88% of global lithium end-use as of the U.S. Geological Survey’s February 2026 reporting — leaving non-battery uses (ceramics, glass, greases, pharmaceuticals) a shrinking 12% of demand.^[6]
5. Reserve depth supporting long-run supply: At 43 years of reserve life at current extraction rates, Australia’s lithium base is not a near-term constraint the way some other battery-metal supply chains are.
6. Downstream refining location: Whether spodumene concentrate is refined into lithium hydroxide or carbonate in Australia versus overseas (chiefly China) determines how much of the $6.6 billion 2026–27 export value is captured domestically versus by refiners abroad — the AIMR tables and Department of Industry forecasts don’t break out the hydroxide/carbonate split by location, so if you need that number, it has to come from individual refinery-operator disclosures, not a national aggregate.

Comparison Table: Talison vs. Australia’s Lithium Sector

How to Pull a Fresher Number Than This Article’s

• 📊 Australia production/reserves: Geoscience Australia AIMR preliminary tables, updated annually (next full edition expected early 2026)
• 💲 Lithium spot price: Intratec, Fastmarkets, or Benchmark Mineral Intelligence — quoted USD/tonne lithium carbonate equivalent, updated daily to weekly depending on provider
• 🏭 Individual ASX lithium company output: Company investor-relations pages and ASX quarterly/half-yearly production reports — AIMR does not break production down by individual ASX-listed company

Technology & Processing at Greenbushes

Greenbushes produces spodumene concentrate through conventional crushing, dense-media separation, and flotation — the hard-rock extraction pathway detailed in our Australia lithium extraction method breakdown, distinct from the brine-evaporation method used in South American salars. The December 2025 CGP3 commissioning specifically added chemical-grade processing capacity, meaning a larger share of Greenbushes’ output can go directly toward battery-grade specifications rather than requiring further downstream upgrading before it reaches lithium hydroxide or carbonate converters.^[1]

What the public record does not currently break out: average ore grades at Greenbushes over time, processing recovery-rate improvements attributable specifically to Phase III, or the hydroxide-versus-carbonate split of Australia’s national output. None of these appear in the AIMR preliminary tables or in the Metal.com Phase III reporting used for this article. If your work depends on any of those three figures, the correct next step is a direct data request to Talison/Tianqi Lithium investor relations or a paid subscription service such as Benchmark Mineral Intelligence that tracks plant-level processing metrics — inventing a plausible-sounding percentage here would be worse than stating plainly that it isn’t published.

Where Lithium Demand Actually Goes

Batteries consumed 88% of global lithium supply as of the USGS’s February 2026 assessment, with the remaining 12% split across ceramics, glass, greases, and other industrial and pharmaceutical uses.^[6] That concentration is the reason lithium pricing tracks battery-sector demand cycles — EV sales volumes, grid-storage buildout, and cathode manufacturer inventory positioning — far more tightly than it tracks any of the smaller industrial use cases.

Lithium Carbonate-Equivalent Value Calculator

Estimate the approximate carbonate-equivalent value of a spodumene concentrate tonnage at a chosen lithium carbonate price — enter your own tonnage and price to see the effect of the Q1-to-August 2026 price swing described above.

Assumptions: uses a standard 6% Li2O spodumene-to-lithium-carbonate-equivalent (LCE) stoichiometric factor of approximately 0.194 tonnes LCE per tonne of concentrate, before your chosen recovery rate. It excludes conversion costs, freight, offtake discounts, and hydroxide-vs-carbonate price differentials — treat the output as an order-of-magnitude estimate, not a quoted price.

Reading These Numbers Together

1. 2.14 Mt/year is Greenbushes’ Phase III spodumene concentrate nameplate capacity, not carbonate-equivalent output
2. 108,000 tonnes is Australia’s 2024 national lithium mine production figure from AIMR
3. 43% of global mine production and 28% of global reserves sit in Australia as of 2024
4. 88% of that lithium, once processed, ends up in batteries per USGS February 2026 data
5. $22,740/tonne to $26,278/tonne is the 2026 price range spanning spot (late August) to the Q1 average — the swing your own tonnage-value calculation should account for

Lithium’s Role Beyond Batteries: Grid and Farm Storage

While 88% of global lithium demand is battery-driven per the USGS’s February 2026 figures, the downstream applications of that battery demand extend well beyond passenger EVs.^[6] Grid-scale battery storage projects — increasingly common across the U.S. and Australian electricity markets as both grids integrate more wind and solar — and behind-the-meter battery storage on commercial farms both draw on the same lithium carbonate and hydroxide supply chain that Greenbushes feeds.

• 🌾 Electrified farm equipment: Battery-powered irrigation controls and equipment increasingly draw on lithium-ion storage in the same supply chain as EV batteries
• ☀️ On-farm solar-plus-storage: Lithium battery banks store solar generation for irrigation cycles and microgrid resilience where grid connections are weak
• 🔌 Grid-scale storage buildout: Utility-scale battery projects in the U.S. and Australia rely on the same lithium hydroxide/carbonate feedstock as consumer batteries, competing for the same tonnes

None of these downstream uses currently have a published, sourced tonnage breakdown separate from the 88%/12% battery split cited above — if you need a figure specific to grid storage or agricultural equipment demand, the USGS’s annual Mineral Commodity Summaries for lithium is the right starting point to check for a future breakout.

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Learn more about the science behind our services on the dedicated satellite-based mineral detection page.

Video Insights: Lithium, Mining, and Exploration

• ▶️ How Satellites Find Lithium in Nigeria: Watch on YouTube
• ▶️ Rare Earth Boom 2025: Watch on YouTube
• ▶️ Satellite Mineral Exploration 2025: Watch on YouTube
• ▶️ Australia’s Gold Mining Revolution: Watch on YouTube
• ▶️ Gold Rush Arizona 2025: Watch on YouTube

FAQs: Talison Lithium & ASX

Conclusion & How to Track These Numbers Yourself

Talison Lithium is not an ASX ticker — it’s a private joint venture operating the world’s largest hard-rock lithium mine, and the “asx lithium” search intent is best served by understanding that Greenbushes’ scale sets the benchmark against which every ASX-listed Western Australian lithium company gets measured. The durable facts: Talison’s Phase III expansion took Greenbushes to 2.14 Mt/year of spodumene concentrate capacity as of December 2025; Australia produced 108,000 tonnes of lithium in 2024, holding 43% of global production and 28% of global reserves with 43 years of reserve life remaining; and battery demand absorbs 88% of the world’s lithium supply, which is why pricing — $26,278/tonne in Q1 2026, down to $22,740/tonne by late August 2026 — tracks the EV and grid-storage cycle so closely.

None of these figures are static. The method that outlasts this article: check Geoscience Australia’s AIMR preliminary tables annually for Australia’s production, reserves, and reserve-life numbers; check Intratec, Fastmarkets, or Benchmark Mineral Intelligence for current lithium carbonate pricing; and check individual ASX-listed producers’ investor-relations pages and quarterly ASX filings directly for company-level output, since no single national data source aggregates that by company.