Throughout 2024 and into 2025, the lithium industry has contended with a persistent supply surplus, leading to suppressed prices that have pressured the margins of many mining operations worldwide. Chile’s price for lithium carbonate stabilized around US$9,400 to US$10,600 per ton during 2025, reflecting a significant contraction compared to the extraordinary peaks seen three years prior. This downturn arises largely from an oversupply driven by rapid scaling of production capacities—particularly in Argentina and China—and a moderated growth in demand for electric vehicles (EVs), especially in key markets like China, Europe, and the United States.
Chile itself has seen its dominance challenged, as countries such as Australia and Argentina expanded production by harnessing new extraction techniques and benefiting from regulatory environments more conducive to rapid project development. Notably, Argentina is experiencing accelerated expansion with a projected compound annual growth rate around 14% from 2025 to 2035, supported by projects like Sal de Oro II and Fénix. Meanwhile, Chile maintains a strategic advantage in logistics and port infrastructure that could enable it to serve as a vital export hub within the region.
A crucial component of the industry’s future competitiveness lies in adopting advanced extraction technologies. Among these, Direct Lithium Extraction (DLE) stands out as the primary innovation transforming the landscape. This method, rapidly gaining traction especially in Argentina’s portfolio of over 35 lithium projects, allows more efficient and environmentally sustainable recovery of lithium from brine, reducing both water and energy consumption compared to conventional evaporation ponds. Chile is advancing similar projects, for example through collaborations such as the Salares Altoandinos venture with Rio Tinto, which involves an investment exceeding US$3 billion and emphasizes sustainability.
On the policy front, Chile has moved to consolidate its position through the extension of major mining licenses, exemplified by the public-private alliance between Codelco and SQM in the Salar de Atacama, securing lithium production for the next three decades. This agreement aims to produce up to 300,000 tons annually, representing a significant portion of the country’s lithium reserves. However, regulatory hurdles remain, including international approvals—particularly from China—and consultations with indigenous communities, which Chile has addressed with formal processes aligned with international standards.
Regionally, the “Triángulo del Litio” is shifting from rivalry toward collaboration, seeking to escape the role of mere commodity suppliers. The regional lithium chamber has proposed a coordinated roadmap envisioning technological standardization, environmental stewardship, and the creation of value-added lithium products beyond raw carbonates, such as hydroxides and chlorides. The approach incorporates blockchain-based traceability and a “sustainability seal” to differentiate the lithium produced in the region in global markets. This strategy aims to capitalize on the region’s abundant reserves and lower operating costs while addressing social and environmental concerns.
Looking ahead, analysts project that lithium demand will experience a fourfold increase by 2040, spurred by expansion in energy storage systems—beyond just electric vehicles—and renewable energy penetration. Though lingering geopolitical tensions and economic uncertainties continue to generate price volatility, the current overcapacity is expected to recede towards the end of the decade, potentially stabilizing prices between US$15,000 and US$20,000 per ton. For Chile and its neighbors, the path to reclaiming leadership hinges on embracing innovation, fostering regional cooperation, and securing sustainable, efficient production practices that add economic and social value throughout the lithium value chain.
This article was curated and published as part of our South American energy market coverage.
