Argentina Large Investment Incentive Regime
Government program or authority carrying the operative lithium instruments listed in this corpus.
Lithium → battery chemicals
Four routes converge on two battery chemicals.
Hard rock, brine, sedimentary clay, and recycled black mass converge through recovery and concentration on battery-grade lithium carbonate and lithium hydroxide monohydrate. The bottleneck is conversion into a qualified chemical, not the presence of lithium in the ground. Of 68 tracked lines, 25 are operating and 30 are announced or advancing toward operation; later pauses remain in their event histories.
1. What this chain ends at
The endpoints are qualified battery-grade lithium carbonate and battery-grade lithium hydroxide monohydrate. Cathode powders, cells, packs, and vehicles are outside this chain.
2. Four-route convergence
3. World mine production
USGS reports mine production in metric tonnes of lithium content. The 2025 world total is 290,000 t Li. The U.S. value is withheld by USGS "to avoid disclosing company proprietary data": commercial-scale U.S. production comes from a single operation, Albemarle's Silver Peak brine site in Nevada, so a national total would reveal one company's figure (MCS 2026, p. 118). The scale is public in the producer's own filing: Albemarle's fiscal-2025 Form 10-K (Feb. 11, 2026) reports Silver Peak production of about 1,000 t of lithium in each of 2023, 2024, and 2025 (metal basis, rounded), roughly 5,300 t LCE (derived, lithium-conversions-v1) and about 0.3% of the 2025 world total.
| Country | 2025 mine production | Basis |
|---|---|---|
| United States | Withheld | lithium content |
| Argentina | 23,000 t | lithium content |
| Australia | 92,000 t | lithium content |
| Brazil | 12,000 t | lithium content |
| Canada | 5,600 t | lithium content |
| Chile | 56,000 t | lithium content |
| China | 62,000 t | lithium content |
| Mali | 9,400 t | lithium content |
| Portugal | 380 t | lithium content |
| Zimbabwe | 28,000 t | lithium content |
| World total | 290,000 t | lithium content |
4. World reserves
USGS estimates 37,000,000 t of world reserves on a lithium-content basis for 2025.
| Country | 2025 reserves | Basis |
|---|---|---|
| United States | 4,400,000 t | lithium content |
| Argentina | 4,400,000 t | lithium content |
| Australia | 6,840,000 t | lithium content |
| Brazil | 540,000 t | lithium content |
| Canada | 1,600,000 t | lithium content |
| Chile | 9,200,000 t | lithium content |
| China | 4,600,000 t | lithium content |
| Mali | 370,000 t | lithium content |
| Portugal | 60,000 t | lithium content |
| Zimbabwe | 500,000 t | lithium content |
| Other countries | 2,400,000 t | lithium content |
| World total | 37,000,000 t | lithium content |
5. USGS 2020 selected-sites dataset
The release contains 21 records, matching USGS's description of approximately 20 selected U.S. sites. The threshold describes the dataset selection, not an economic reserve test.
6. Earth MRI prospectivity overlay
Earth MRI identifies 88 lithium-relevant focus areas where mapping or geophysics may improve geological knowledge. Prospectivity is not a resource estimate, a discovery, or evidence of economic extraction.
7. Facilities by line stage and output
Feedstock
| Facility line | Output | Current state |
|---|---|---|
| Kathleen Valley Lithium Project qualifying line | Spodumene Concentrate | |
| Kings Mountain Spodumene Concentrate Project qualifying line | Spodumene Concentrate | Permitted |
| Nemaska Whabouchi Spodumene Concentrator qualifying line | Spodumene Concentrate | Under construction |
| Pilgangoora Spodumene Concentrate Expansion qualifying line | Spodumene Concentrate |
Recovery & concentration
| Facility line | Output | Current state |
|---|---|---|
| Albemarle Salar de Atacama Lithium Recovery qualifying line | Lithium Chloride Intermediate | |
| Altoandinos ENAMI-Rio Tinto Atomic Lithium Project qualifying line | Enriched Lithium Process Solution | Announced |
| COALIA Thetford Spodumene Demonstration qualifying line | Enriched Lithium Process Solution | |
| Cross Lanes Geothermal Lithium Pilot qualifying line | Enriched Lithium Process Solution | Cancelled |
| E3 Lithium Clearwater Demonstration qualifying line | Enriched Lithium Process Solution | |
| Hombre Muerto Oeste Lithium Project qualifying line | Enriched Lithium Process Solution | Under construction |
| Maricunga Codelco-Rio Tinto Atomic Lithium Project qualifying line | Enriched Lithium Process Solution | Announced |
| SQM-NovaAndino Salar de Atacama Lithium Recovery qualifying line | Lithium Chloride Intermediate |
Battery-grade chemicals
Recycling
| Facility line | Output | Current state |
|---|---|---|
| ABTC Sparks Battery Recycling Facility qualifying line | Recycled Lithium-Bearing Process Solution | Under construction |
| ACT3 EcoCathode black-mass refining line | Natural graphite concentrate | Financed |
| ACT3 separated-lithium recovery line | Enriched Lithium Process Solution | Announced |
| Closed-loop hydrometallurgical black-mass recycling | Natural graphite concentrate; Recycled Lithium-Bearing Process Solution | |
| Li-Cycle Rochester Hub qualifying line | Battery-Grade Lithium Carbonate | Under construction |
| Mitsubishi Materials Onahama Lithium Recycling Pilot qualifying line | Technical-Grade Lithium Carbonate | Commissioned |
| Nippon Chemical Industrial Iwaki Lithium Recovery Pilot qualifying line | Recycled Lithium-Bearing Process Solution | Commissioned |
| NorthCYCLE Battery Recycling Project qualifying line | Recycled Lithium-Bearing Process Solution | Announced |
| EV battery pre-processing and hydrometallurgy pilots | Natural graphite concentrate; Recycled Lithium-Bearing Process Solution | Commissioned |
| POLVOLT Battery Recycling Project qualifying line | Recycled Lithium-Bearing Process Solution | Announced |
| Portovesme Critical Raw Materials Hub qualifying line | Recycled Lithium-Bearing Process Solution | Announced |
| POSCO HY Clean Metal Gwangyang Recycling Plant qualifying line | Recycled Lithium-Bearing Process Solution | |
| SungEel Hydro Center 3 Saemangeum qualifying line | Recycled Lithium-Bearing Process Solution |
8. Capacity staircase
Raw source units and bases come first. Product totals include commercial cohorts only. Pilot and demonstration lines remain visible in their records but stay out of totals. Total and incremental phases are shown rather than silently combined.
| Line / phase | Source value | Basis | Product cohort |
|---|---|---|---|
| Argosy Rincon Lithium Project | 12,000 metric tonnes per year | Product mass | Battery-Grade Lithium Carbonate |
| Project ATLiS Lithium Hydroxide Plant | 20,000 metric tonnes per year | Product mass | Battery-Grade Lithium Hydroxide Monohydrate |
| Trelavour Lithium Project | 10,000 metric tonnes per year | Product mass | Battery-Grade Lithium Hydroxide Monohydrate |
| Green Lithium Teesside Refinery | 50,000 metric tonnes per year | Product mass | Battery-Grade Lithium Hydroxide Monohydrate |
| Guben Lithium Hydroxide Converter | 24,000 metric tonnes per year | Product mass | Battery-Grade Lithium Hydroxide Monohydrate |
| Keliber Lithium Integrated Project | 15,000 metric tonnes per year | Product mass | Battery-Grade Lithium Hydroxide Monohydrate |
| Kings Mountain Spodumene Concentrate Project | 350,000 metric tonnes per year | Product mass | Spodumene Concentrate |
| Nemaska Lithium Becancour Conversion Plant | 34,000 metric tonnes per year | Product mass | Battery-Grade Lithium Hydroxide Monohydrate |
| POSCO-Pilbara Gwangyang Lithium Hydroxide Plant | 43,000 metric tonnes per year | Product mass | Battery-Grade Lithium Hydroxide Monohydrate |
| Prairie Lithium Saskatchewan DLE Facility | 150 tonnes LCE per year | Lithium carbonate equivalent | Battery-Grade Lithium Carbonate |
| Rio Tinto Rincon Battery-Grade Lithium Carbonate Project | 53,000 metric tonnes per year | Product mass | Battery-Grade Lithium Carbonate |
| Sal de Vida Lithium Carbonate Project | 15,000 tonnes LCE per year | Lithium carbonate equivalent | Battery-Grade Lithium Carbonate |
| SQM Salar del Carmen Lithium Chemical Plant | 210,000 metric tonnes per year | Product mass | Combined swing: Battery-Grade Lithium Carbonate + Battery-Grade Lithium Hydroxide Monohydrate |
| South West Arkansas Lithium Project | 22,500 metric tonnes per year | Product mass | Battery-Grade Lithium Carbonate |
| Tennessee Lithium Hydroxide Plant | 30,000 metric tonnes per year | Product mass | Battery-Grade Lithium Hydroxide Monohydrate |
| Thacker Pass Phase 1 Lithium Carbonate Project | 40,000 metric tonnes per year | Product mass | Battery-Grade Lithium Carbonate |
| Tres Quebradas Lithium Carbonate Project | 20,000 metric tonnes per year | Product mass | Technical-Grade Lithium Carbonate |
| Viridian Lithium Lauterbourg Refinery | 28,500 metric tonnes per year | Product mass | Battery-Grade Lithium Hydroxide Monohydrate |
Commercial product cohorts
- Battery-Grade Lithium Carbonate: 127,500 metric tonnes/year (Product mass)
- Battery-Grade Lithium Hydroxide Monohydrate: 254,500 metric tonnes/year (Product mass)
- Spodumene Concentrate: 350,000 metric tonnes/year (Product mass)
- Battery-Grade Lithium Carbonate: 15,150 metric tonnes/year (Lithium carbonate equivalent)
- Technical-Grade Lithium Carbonate: 20,000 metric tonnes/year (Product mass)
Non-allocated combined cohort: SQM Salar del Carmen Lithium Chemical Plant, 210,000 metric tonnes/year shared across Battery-Grade Lithium Carbonate and Battery-Grade Lithium Hydroxide Monohydrate. It is excluded from individual product totals.
Optional derived LCE view
- Argosy Rincon Lithium Project: 12,000 t/y LCE from 12,000 metric tonnes per year (Product mass)
- Project ATLiS Lithium Hydroxide Plant: 17,608.31 t/y LCE from 20,000 metric tonnes per year (Product mass)
- Trelavour Lithium Project: 8,804.16 t/y LCE from 10,000 metric tonnes per year (Product mass)
- Green Lithium Teesside Refinery: 44,020.78 t/y LCE from 50,000 metric tonnes per year (Product mass)
- Guben Lithium Hydroxide Converter: 21,129.97 t/y LCE from 24,000 metric tonnes per year (Product mass)
- Keliber Lithium Integrated Project: 13,206.23 t/y LCE from 15,000 metric tonnes per year (Product mass)
- Nemaska Lithium Becancour Conversion Plant: 29,934.13 t/y LCE from 34,000 metric tonnes per year (Product mass)
- POSCO-Pilbara Gwangyang Lithium Hydroxide Plant: 37,857.87 t/y LCE from 43,000 metric tonnes per year (Product mass)
- Prairie Lithium Saskatchewan DLE Facility: 150 t/y LCE from 150 tonnes LCE per year (Lithium carbonate equivalent)
- Rio Tinto Rincon Battery-Grade Lithium Carbonate Project: 53,000 t/y LCE from 53,000 metric tonnes per year (Product mass)
- Sal de Vida Lithium Carbonate Project: 15,000 t/y LCE from 15,000 tonnes LCE per year (Lithium carbonate equivalent)
- South West Arkansas Lithium Project: 22,500 t/y LCE from 22,500 metric tonnes per year (Product mass)
- Tennessee Lithium Hydroxide Plant: 26,412.47 t/y LCE from 30,000 metric tonnes per year (Product mass)
- Thacker Pass Phase 1 Lithium Carbonate Project: 40,000 t/y LCE from 40,000 metric tonnes per year (Product mass)
- Tres Quebradas Lithium Carbonate Project: 20,000 t/y LCE from 20,000 metric tonnes per year (Product mass)
- Viridian Lithium Lauterbourg Refinery: 25,091.85 t/y LCE from 28,500 metric tonnes per year (Product mass)
Convertible commercial total: 386,715.77 t/y LCE. Non-allocated swing capacity is omitted because its carbonate/hydroxide split is unknown.
Unresolved basis, omitted from totals
- Kathleen Valley: the primary source does not resolve a totals-safe capacity basis.
- Liberty Owl: the primary source does not resolve a totals-safe capacity basis.
- Sal de Los Angeles: the primary source does not resolve a totals-safe capacity basis.
9. Annual U.S. price datum
$9,000 per metric tonne in 2025: Battery grade Lithium carbonate, United States. USGS labels it real (2025 dollars). Delivery basis: Not specified by USGS. Contract/spot basis: USGS annual average; source footnote covers spot and long-term contract assessments, while the narrative describes fixed contracts.
10. Agency programs
Australia National Reconstruction Fund
Government program or authority carrying the operative lithium instruments listed in this corpus.
Business Finland
Finland's national funding agency for innovation and investment. It granted EUR 84.6 million to Fortum Battery Recycling in July 2025 toward expanding black-mass processing at the Harjavalta hydrometallurgical plant, payable against expenses incurred and subject to continued project progress.
Chile National Lithium Strategy Partnerships
Government program or authority carrying the operative lithium instruments listed in this corpus.
CORFO Salar de Atacama Lithium Contracts
Government program or authority carrying the operative lithium instruments listed in this corpus.
DOE Loan Programs Office - Advanced Technology Vehicles Manufacturing (ATVM) Loan Program
The Department of Energy's Loan Programs Office direct-loan program for advanced technology vehicles manufacturing, which finances battery and battery-materials projects. Its July 2022 loan to Syrah Technologies for the Vidalia active anode material facility was the first ATVM loan since 2011; a December 2024 conditional commitment of up to US$754.8 million to NOVONIX for a second Chattanooga synthetic graphite plant has not closed.
DOE Office of Manufacturing and Energy Supply Chains
DOE office funding supply-chain demonstration facilities; issued the up-to-$134M rare earth demonstration facility NOFO selected for award negotiations in June 2026.
Critical Minerals Facility (Export Finance Australia)
Australia's dedicated critical-minerals financing facility administered by EFA; backer of Iluka's Eneabba refinery and Arafura's Nolans project.
Northern Australia Infrastructure Facility
Australian government infrastructure financier for northern Australia; lender to the Arafura Nolans and Hastings Yangibana rare earth projects.
Critical Minerals Research, Development and Demonstration Program
NRCan's demonstration-funding program for critical minerals processing, funding SRC, Ucore, and Geomega rare earth projects.
Global Partnerships Initiative
NRCan program funding critical-minerals projects with allied-partnership significance; conditionally approved support for Ucore's Kingston refinery.
Quebec Natural Resources and Energy Capital Fund
Government program or authority carrying the operative lithium instruments listed in this corpus.
DRIVE35
UK programme backing zero-emission vehicle supply chains; issued an Offer in Principle toward Ionic Technologies' commercial magnet-recycling plant.
11. Opportunities
DOE BIL Battery Materials Processing and Battery Manufacturing FOA, Round 1 (DE-FOA-0002678)
The first Bipartisan Infrastructure Law battery supply-chain solicitation under IIJA Section 40207, issued by DOE's Office of Manufacturing and Energy Supply Chains with EERE and administered through NETL. Grants.gov records $3.1 billion in estimated funding across an anticipated 34 awards, posted May 2, 2022 and closing July 1, 2022 after a February 11, 2022 notice of intent (DE-FOA-0002677). Selections were announced October 19, 2022 and are the graphite chain's founding federal awards: Anovion LLC (35,000 tpa synthetic graphite anode material), NOVONIX Anode Materials LLC (30,000 t/yr synthetic graphite, Chattanooga), and Syrah Technologies LLC (Vidalia natural-graphite active anode material expansion) were all selected in the 'Materials Separation & Processing (Anode Materials)' supply-chain segment. DOE's program page now reports $1.82 billion awarded to 14 round-1 projects but publishes no award dates, and the round-1 selections detail page returns HTTP 404, so this record's verified lifecycle ends at selected.
DOE BIL Battery Materials Processing and Battery Manufacturing FOA, Round 2 (DE-FOA-0003099)
Round 2 of DOE's IIJA Section 40207(b)/(c) battery supply-chain grants, issued by the Office of Manufacturing and Energy Supply Chains through NETL. Grants.gov records $3.5 billion in estimated funding across an anticipated 41 awards, posted November 15, 2023 and closing March 19, 2024 after an August 31, 2023 notice of intent (DE-FOA-0003098) and a January 9, 2024 concept-paper deadline. One of the eight areas of interest — AOI 4, 'Commercial-scale Domestic Manufacturing of Battery Cathodes and Anodes' — is the graphite-relevant topic, with an anticipated 4 to 8 awards of $50 million to $300 million federal share each. DOE announced selections on September 20, 2024: over $3 billion for 25 projects across 14 states. A DOE project fact sheet for the program covers Urbix, Inc.'s $124,638,300 federal cost share for a Muscle Shoals, Alabama plant producing roughly 10,000 tonnes per year of coated spherical purified graphite.
DOE IIJA Section 40207 Battery Materials Processing & Battery Manufacturing and Recycling NOFO, Round 3 (DE-FOA-0003585)
The third round of DOE's IIJA Section 40207 battery supply-chain grants, issued March 13, 2026 by the Manufacturing Deployment Office within the Office of Critical Minerals and Energy Innovation and administered through NETL. Up to $500 million was made available with a $50 million award floor and $100 million ceiling; letters of intent were requested by March 27, 2026 and full applications were due April 24, 2026. The NOFO's own eXCHANGE description names graphite among the critical minerals and materials needed for the battery sector, and the January 2025 notice of intent anticipated 'Cathode and Anode Materials' as a Round 3 topic area, with up to 14 grants of two-to-five-year performance. The solicitation closed on schedule; no selections had been announced as of August 13, 2026.
12. Government instruments ledger
13. Policy timeline
BIS DPAS Directive Allocation Order — domestic sales requirement for black mass (2026)
A temporary final rule under Defense Production Act section 101 requires U.S. persons selling black mass — shredded lithium-ion battery scrap whose cathode material may contain lithium and whose anode material may contain graphite — to allocate 100 percent of monthly sales to U.S. persons from 27 August 2026, unless BIS grants an adjustment or exception. The order directly governs a shared graphite/lithium recycling feedstock; it restricts where black mass can be sold, not how it is processed.
Current recorded event: effective, Aug 27, 2026
US Treasury treatment of graphite as an impracticable-to-trace battery material under the section 30D foreign-entity-of-concern rules
Treasury and the IRS decided in final regulations published 6 May 2024 (TD 9995) that graphite contained in anode materials, both natural and synthetic, is an 'identified impracticable-to-trace battery material'. For new clean vehicles whose qualified manufacturer files its periodic written report before 1 January 2027, the foreign-entity-of-concern due-diligence requirement may be satisfied by excluding those materials, and they may be excluded from the determination of whether a battery cell is FEOC-compliant. Treasury's stated reasons are the commingling of natural and synthetic graphite and the difficulty of tracing synthetic graphite fully upstream. The companion section 45X final regulations (TD 10010, 28 October 2024) define graphite as an applicable critical mineral when purified to a minimum 99.9 percent graphitic carbon by mass.
Current recorded event: amended, Dec 27, 2024
U.S. section 30D/FEOC and section 45X rules for lithium feedstocks and chemicals
Treasury and IRS final regulations directly govern lithium extraction, processing and recycling procurement chains under section 30D and define qualifying lithium under section 45X as lithium converted to lithium carbonate or lithium hydroxide, or purified to at least 99.9% lithium by mass.
Current recorded event: amended, Dec 27, 2024
14. Briefing
A tonne of lithium carbonate is not a tonne of lithium
Product mass, contained lithium, and LCE are separate bases. The numbers only become comparable after material identity and conversion assumptions are explicit.
15. Definitions
- Contained lithium
- The mass of elemental Li within an ore, concentrate, solution, or compound.
- LCE
- Lithium-carbonate equivalent. One tonne of Li equals 5.323343 tonnes LCE under lithium-conversions-v1.
- Product mass
- The gross mass of the named carbonate, hydroxide monohydrate, concentrate, or other product.
- Current state
- The latest effective line event, paired with a dated state-verification claim and stale flag where its TTL has expired.
16. Sources, definitions, and update history
The numerical backbone is USGS Mineral Commodity Summaries 2026, pp. 118-119. Deposits use the USGS 2020 selected-sites release. Facility, program, opportunity, instrument, and policy facts link to their own record-level primary sources.
Definitions and eligibility rules are in the methodology and glossary. Later events are appended rather than replacing history; see the change log. Hub assembled August 18, 2026.