Reviewed August 2026 against USGS Mineral Commodity Summaries and Statista’s compilation of Australian Department of Industry data.

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Lithium Producers in Australia: Output, Cuts & US Comparison

Australia mined an estimated 92,000 metric tonnes of lithium content in 2024, down from 91,700 tonnes in 2023, according to the USGS Mineral Commodity Summaries 2025. The United States, by contrast, produced roughly 4,000 metric tonnes in 2024 — almost entirely from one brine operation in Nevada. Global mine production rose from 204,000 tonnes in 2023 to 240,000 tonnes in 2024, per the same USGS series. Those three figures, not adjectives, are what actually answer “lithium producers australia,” “lithium producers in australia,” and “us lithium production.”

This article walks through what Australia’s producers mined, why Albemarle cut processing capacity at its Kemerton plant in Western Australia, how the US compares on tonnage, and how to check all three numbers for yourself once newer data is published.

The Numbers First: Australia, the US, and the World

Start with mine-site production of lithium content (not lithium carbonate equivalent, which is a different, larger number because converting raw lithium to LCE roughly multiplies it by 5.3). The USGS Mineral Commodity Summaries 2025 — the US government’s annual global minerals reference, released each January and covering the prior calendar year — puts Australian mine production at an estimated 92,000 metric tonnes of lithium content for 2024. The 2024 edition of the same USGS report had put 2023 Australian output at 91,700 tonnes and 2024 Australian output (its own then-current estimate) at 88,000 tonnes — the two editions differ slightly because early estimates get revised as final mine data comes in, which is normal for USGS commodity summaries and not a sign of error.

US mine production for 2024 was approximately 4,000 metric tonnes, per the same 2024 USGS summary, coming almost entirely from Albemarle’s Silver Peak brine operation in Nevada — the only currently producing lithium mine in the country. Global 2024 mine production was 240,000 metric tonnes, up from 204,000 tonnes in 2023 (USGS Mineral Commodity Summaries 2024). Australia’s share of the 2024 global total works out to roughly 38%, still the largest of any single country, even though Australia’s own tonnage was essentially flat year over year while global tonnage rose — meaning other producers, chiefly in South America and China, grew faster than Australia did in 2024.

These are mine-site production figures in metric tonnes of contained lithium, which is the unit USGS reports in. Australia’s own government reports a different, larger number in lithium carbonate equivalent (LCE) terms for its domestic industry statistics — that figure is covered in the next section, and readers should not average or compare the two units directly.

Who Are Australia’s Lithium Producers?

Australia’s lithium comes from hard-rock spodumene mines, concentrated in the Pilbara and Goldfields regions of Western Australia. The Australian Government’s Department of Industry, Science, Energy and Resources reports domestic output in LCE-equivalent terms in its Resources and Energy Quarterly series: Australian lithium production reached an estimated 418 kilotonnes LCE-equivalent in FY2024 (the year to 30 June 2024), and the department’s own forecast projects growth to 558 kilotonnes LCE-equivalent by FY2026, according to figures compiled by Statista from Australian Department of Industry data. That forecast is the department’s, for a specific two-year-ahead financial year — treat it as guidance, not a guarantee, since Kemerton-style capacity decisions can shift it in either direction.

The export side of the ledger matters as much as the tonnage side for anyone assessing “lithium producers Australia” as an industry rather than a geology question. Australian lithium exports were valued at 9.9 billion AUD in FY2024, per Australian Bureau of Statistics trade data compiled alongside the Department of Industry figures (Statista, Australian export value series). That figure fell from the prior year’s record because LCE spot prices dropped sharply through 2023 and into 2024, even though physical tonnage shipped was broadly stable — a reminder that export value and mine tonnage move independently and a rewrite of one without the other misreads the industry.

The Kemerton Cuts: What Actually Happened

The clearest recent example of an Australian production cut is Albemarle’s Kemerton lithium hydroxide plant near Bunbury, Western Australia. Albemarle halted expansion of the plant and reviewed costs in mid-2024, citing weak lithium prices, according to CNBC’s July 2024 reporting. The plant had been built toward a planned processing capacity of 50,000 tonnes of lithium hydroxide per year; following the halt and subsequent restructuring, Albemarle scaled operating capacity back to 25,000 tonnes per year and cut approximately 300 jobs at the site, as detailed in ABC News Australia’s coverage from August 2024.

That is a 50% reduction in the plant’s targeted processing capacity — the single most concrete “production cut” number tied to an Australian lithium producer in the available reporting. It is a processing (downstream hydroxide conversion) capacity figure, not a mine-tonnage figure, and it should not be added to or subtracted from the USGS mine-production numbers above, which measure a different stage of the supply chain.

US Lithium Production: Where It Stands

For “us lithium production” specifically: the USGS Mineral Commodity Summaries 2024 puts US mine output at approximately 4,000 metric tonnes of lithium content for 2024, sourced almost entirely from Albemarle’s Silver Peak brine facility in Esmeralda County, Nevada — currently the only operating lithium mine in the country. That is roughly 4% of Australia’s 2024 tonnage and under 2% of the 240,000-tonne global total for the same year.

Several US projects are under development — hard-rock and clay deposits in Nevada, brine resources in California’s Salton Sea area, and others — but USGS’s national aggregate does not break production down by individual company or project, and the research gathered for this article did not surface company-level tonnage for developing US operations. If you need per-project figures, the method is to check each company’s own quarterly production reports and investor filings directly, since no government aggregate currently disaggregates them.

LCE Price Context: Why Production Got Cut

Lithium carbonate equivalent (LCE) is the standardized unit the industry uses to compare raw lithium output across different chemistries and ore types — it converts spodumene, brine, and other lithium-bearing outputs into the tonnage of battery-grade lithium carbonate they’re equivalent to. LCE spot prices collapsed from their 2022 peaks through 2023–2025, which is the direct driver behind decisions like Kemerton’s capacity cut. As of August 2026, China-market LCE spot price was around $11,000 USD per tonne, per Shanghai Metals Market and Benchmark Mineral Intelligence data aggregated at LithiumTracker.com. A separate global industrial-grade lithium carbonate price series from Intratec put the price at approximately $10,400 USD per metric tonne in November 2025.

These two figures come from different price series (China domestic spot vs. a broader industrial-grade global series) and different months, so treat them as two data points on the same downward trend rather than a single consistent price — and check both source pages directly for the current print, since LCE prices move daily.

How to check the current LCE price

• For daily China-market and global spot prices: LithiumTracker.com, updated daily, typically quoted in USD/tonne for international trade and CNY/tonne for the China domestic market.
• For a separate industrial-grade global reference price: Intratec’s lithium carbonate price page.
• Note that lithium hydroxide (used in some nickel-rich battery chemistries) trades at a different price than lithium carbonate; the sources above are carbonate-specific unless stated otherwise.

Extraction Methods: Hard Rock vs. Brine

Australia’s producers are almost entirely hard-rock spodumene operations, mining pegmatite deposits via open-pit methods in the Pilbara and Goldfields. The ore is crushed and concentrated on-site into spodumene concentrate, then either shipped for offshore conversion or processed domestically into lithium hydroxide or carbonate — Kemerton is one such domestic conversion plant.

The US’s sole producing operation, Silver Peak, uses brine extraction instead: lithium-rich groundwater is pumped into evaporation ponds and concentrated over months before processing. Brine operations typically require large evaporation-pond footprints in arid basins and lower energy input per tonne than hard-rock crushing and roasting, but they operate on much longer production cycles tied to evaporation rates rather than mill throughput.

• Hard rock (Australia, most of China’s domestic supply): open-pit or underground pegmatite mining, on-site concentration, faster ramp-up and shutdown than brine.
• Brine (US Silver Peak, most of Chile and Argentina): evaporation-pond extraction from salt-rich aquifers, slower response to price signals because evaporation cycles can’t be sped up on demand.

Land and Water: Mining in Farming and Grazing Regions

Australian hard-rock lithium mines sit within Western Australia’s Pilbara and Goldfields — regions that also carry pastoral leases and, in the Goldfields, mixed agricultural land. Site-level water use, dust management, and rehabilitation obligations are set under Western Australian mining approvals and vary by project; the research gathered for this article did not surface a verified aggregate water-use-per-tonne figure for Australian lithium specifically, and generic per-tonne water figures circulating online are not attributable to a checkable source, so none is repeated here. If you need a site-specific water allocation figure, Western Australia’s Department of Water and Environmental Regulation publishes individual mine water licences, and each producer’s annual sustainability report typically states site-level water withdrawal.

For US brine operations, the equivalent regulator is state-level — Nevada’s Division of Water Resources for Silver Peak-type operations — which publishes water-right allocations tied to each brine field. Because brine extraction draws on the same aquifer systems that can feed agricultural wells in arid basins, US brine project approvals typically require groundwater modeling disclosed in project environmental review documents filed with the relevant state agency.

Comparative Table: Production, Trade Value, and Forecasts

All figures above are attributed to their original source and period. Mine-tonnage figures (USGS) and LCE-equivalent figures (Australian Dept. of Industry) are different units and should not be summed or directly compared.

Calculator: Spodumene Tonnes to LCE and Export Value

Enter a spodumene concentrate tonnage and grade to estimate contained LCE and its value at a chosen LCE price — useful for sizing a shipment or a project against the market figures cited above.

Assumptions: uses the standard Li2O-to-LCE stoichiometric factor of 2.473 and a user-set conversion recovery to approximate plant losses. Excludes freight, offtake discounts, penalty elements for impurities, and any hedging or contract pricing that differs from spot. For an actual shipment valuation, use your offtake agreement’s assay and pricing terms, not this estimate.

How to Verify These Numbers Yourself

Every figure above expires on a predictable schedule. Use this checklist instead of a stale number next year:

1. Mine tonnage (Australia, US, global): USGS Mineral Commodity Summaries, released every January, covering the prior calendar year. Search “USGS Mineral Commodity Summaries lithium” for the current edition.
2. Australian LCE-equivalent production and export value: Australian Department of Industry, Science, Energy and Resources’ Resources and Energy Quarterly, published for each financial year ending 30 June, typically updated in the following months.
3. Current LCE spot price: LithiumTracker.com updates daily; cross-check against Intratec’s lithium carbonate price series for a second reference point, since the two track slightly different market baskets.
4. Producer-specific capacity changes (like Kemerton): check the producer’s quarterly production report and investor announcements directly — government aggregates don’t track individual plant capacity changes in real time.

This is the durable part of the article: the sources above don’t change even when the numbers inside them do. Bookmark the four checkpoints, not the figures.

Satellite-Based Exploration for Lithium Producers

Before a spodumene deposit becomes a mine-tonnage statistic, it has to be found and delineated — and that stage is where satellite-based exploration changes the economics for producers, especially in remote Pilbara and Goldfields terrain. Farmonaut’s coverage of lithium mining trends in Australia details how multispectral and hyperspectral remote sensing is being used to shortlist pegmatite targets before ground crews mobilize.

Farmonaut’s satellite-based mineral detection platform applies this to reduce unnecessary ground disturbance during early-stage exploration — relevant to Australian producers operating near pastoral leases, and to any US project needing to demonstrate low-impact exploration in permitting documents. Our satellite-driven 3D prospectivity mapping methodology (see the methodology document here) produces heatmaps and depth estimates that narrow drill targeting without disturbing surface vegetation or agricultural land.

Where a lithium project sits close to irrigated farmland — relevant for brine projects sited in agricultural basins — the same remote-sensing approach we use for mineral targeting also underlies precision irrigation monitoring for adjacent fields, letting operators and farmers track water status on the same imagery baseline instead of separate, uncoordinated surveys.

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Video Gallery: Satellite Mineral Intelligence

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Conclusion

Australia remains the world’s largest lithium mine producer by a wide margin — 92,000 tonnes of contained lithium in 2024 against the US’s roughly 4,000 tonnes and a 240,000-tonne global total, per USGS. That dominance is why a single capacity decision, like Albemarle halving Kemerton’s targeted processing capacity from 50,000 to 25,000 tonnes per year, registers as industry news rather than a local footnote. The story isn’t static: Australia’s own Department of Industry forecasts LCE-equivalent production climbing to 558 kilotonnes by FY2026, contingent on prices recovering from the roughly $10,400–$11,000 USD per tonne LCE range seen through late 2025 and into August 2026.

Whichever way those numbers move next, the checkpoints don’t: USGS every January for mine tonnage, the Australian Department of Industry’s Resources and Energy Quarterly for LCE-equivalent output and export value, and LithiumTracker or Intratec for the price that decides whether the next Kemerton-style cut happens.