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 and Albemarle (NYSE:ALB), both operating extensive mining operations in the Salar de Atacama. In April 2023, Chilean President Gabriel Boric announced a partial nationalization strategy, positioning the state-owned company Codelco to take controlling interests in major lithium operations. As of early 2025, the Chilean government received seven competitive bids for lithium operation contracts across six salt flats, with winners expected to be announced in March 2025.
Strict legal frameworks governing mining concessions have historically limited Chile’s ability to expand its global market share proportionally with its reserve abundance, according to analysis from the Baker Institute.
Australia: Production Powerhouse with Substantial Reserves
Australia’s lithium reserves total 7 million metric tons, with the vast majority concentrated in Western Australia. Unlike Chile and Argentina—where most deposits exist as liquid brines—Australian lithium occurs primarily as hard-rock spodumene ore, requiring different extraction technologies.
Despite holding fewer reserves than Chile, Australia emerged as the world’s largest lithium producer in 2024. The country operates multiple commercial lithium mines, including the long-established Greenbushes operation, which has produced lithium continuously since 1985. Greenbushes is jointly operated by Talison Lithium, a venture involving Chinese producer Tianqi Lithium (OTC Pink:TQLCF, SZSE:002466), Australian miner IGO (ASX:IGO, OTC Pink:IPGDF), and Albemarle.
Recent price declines triggered curtailments and operational pauses at several Australian lithium projects. However, emerging research published in “Earth System Science Data” identifies substantial untapped potential in Queensland, New South Wales, and Victoria. A 2023 University of Sydney study, conducted with Geoscience Australia, mapped lithium concentrations in Australian soils, revealing previously unidentified zones with elevated lithium density that could become future production sources.
Argentina: The Third Pillar of the Lithium Triangle
Argentina possesses 4 million metric tons of lithium reserves, positioning it third globally. Combined with Chile and Bolivia, these three nations—known collectively as the Lithium Triangle—account for more than half of planetary lithium reserves.
Argentina ranked as the world’s fourth-largest lithium producer in 2024, generating 18,000 metric tons. The government has demonstrated strong commitment to expanding production, investing over US$4.2 billion in its lithium industry between 2022 and 2025. In April 2024, authorities approved Argosy Minerals’ (ASX: AGY, Pink:ARYMF) expansion plans at the Rincon salar, targeting increased annual lithium carbonate output from 2,000 MT to 12,000 MT.
Argentina hosts approximately 50 advanced lithium mining projects at various development stages. According to Fastmarkets research, Argentine lithium production maintains cost competitiveness even during periods of depressed global pricing. In late 2024, mining giant Rio Tinto (ASX:RIO, NYSE:RIO, LSE:RIO) committed to a US$2.5 billion expansion program at its Rincon salar operations, planning to increase capacity from 3,000 to 60,000 metric tons by 2028 following a three-year ramp-up period.
China: Processing Dominance Despite Moderate Reserves
China maintains lithium reserves of 3 million metric tons, comprising a mixed deposit portfolio including lithium brines, spodumene, and lepidolite hard-rock formations. In 2024, Chinese production reached 41,000 metric tons, representing a 5,300 MT increase year-over-year.
While producing substantial quantities, China currently imports most of its lithium raw materials from Australia to feed its battery manufacturing operations. The nation dominates global lithium-ion battery production and hosts the majority of the world’s lithium-processing facilities, creating a unique position where China controls downstream value chains despite moderate reserve holdings.
In October 2024, the US State Department accused China of market flooding through predatory pricing tactics designed to eliminate international competition. According to Jose W. Fernandez, US Under Secretary of State for Economic Growth, Energy and the Environment, Chinese producers deliberately lower prices until competitors disappear.
Recent developments suggest China may be revising its official reserve estimates. In early 2025, Chinese media reported significantly expanded lithium ore reserves, claiming national deposits now constitute 16.5 percent of global resources—up from the previously reported 6 percent. Discoveries include a 2,800-kilometer lithium belt in western regions with proven reserves exceeding 6.5 million tons of lithium ore and potential resources surpassing 30 million tons. Advancements in extracting lithium from salt lakes and mica deposits have further expanded the nation’s resource base.
Lithium in India and Other Emerging Reserves
Beyond the four reserve leaders, several nations hold significant lithium deposits that will shape future supply dynamics. These include:
India represents an increasingly important player in the global lithium landscape. As battery demand accelerates across South Asia’s rapidly growing electric vehicle market, lithium in India has attracted growing geological and commercial interest. While specific reserve estimates remain limited compared to established producers, exploration activities are intensifying to assess India’s lithium potential and develop domestic production capacity. The strategic importance of lithium in India extends beyond immediate production needs, reflecting broader efforts to establish supply chain resilience in Asia’s battery manufacturing sector.
Portugal maintains Europe’s largest lithium reserves at 60,000 metric tons, producing 380 MT in 2024. As reserves consolidate and production expands globally, many nations holding significant deposits are transitioning into active producers, diversifying the global lithium supply base.
Market Outlook: Supply, Demand, and Strategic Competition
The lithium sector faces a fundamental tension: rapidly accelerating demand for battery technology collides with the capital intensity and long timelines required to develop new reserves and production facilities. The concentration of major reserves in Chile, Australia, and Argentina creates geopolitical dependencies that governments and manufacturers are increasingly motivated to reduce.
Lithium in India and other emerging sources represent potential solutions to supply chain concentration risks. As exploration accelerates and extraction technologies advance, the global lithium reserve map will likely become more distributed, supporting the broader transition to electric transportation and renewable energy storage worldwide.
Government policies—from Chile’s nationalization strategies to Argentina’s investment incentives to China’s reserve reassessments—increasingly influence how reserves translate into actual production capacity. For investors monitoring the battery metal sector, understanding both proven reserves and the political-economic context shaping their development remains essential for navigating this dynamic market.