From boom to bust: the next chapter in the lithium market

This content was originally published by Global Mining Review

Battery-grade lithium carbonate, known as the ‘white gold’ of the clean energy transition, is one of the main ingredients in battery storage technology. It powers zero-emission vehicles, and stores wind and solar energy. In 2022, prices soared to record highs. However, they collapsed the following year in a dramatic reversal that caught the commodities industry off guard.

Though lithium remains vital for meeting clean energy demands, the market shock forced producers and traders to reassess their strategies. Participants across the industry, from miners to traders, are becoming increasingly cost-conscious and risk-aware. The trend signals a shift toward a more resilient and mature lithium market.

Boom and bust

Global demand for lithium surged in the early 2020s. In 2019, global demand was approximately 263,000 metric tons of lithium carbonate. By 2023, this figure had more than doubled to 559,000 metric tons. Growing battery demand for electric vehicles (EVs), supported by optimistic sales forecasts and regulatory incentives, drove the spike.

Amid fears of shortages and increasing pressure to electrify transport, automakers and battery manufacturers rushed to secure long-term lithium supplies. Companies like Ford announced long-term deals with lithium producers. This scramble to secure contracts pushed lithium prices to an all-time high of around $77,000 per tonne in late 2022, more than 1,000 percent higher than 2020 levels.

While the demand for electric vehicles grew, it fell short of projections. Some countries experienced a significant slowdown, and many automakers pushed back their EV targets. Policy support in some countries also began to falter: in late 2021, the UK government slashed the subsidy for electric cars from £2,500 to £1,500. The UK government then ended the plug-in car grant entirely in June 2022. Similarly, the Chinese government cut subsidies for electric vehicles altogether at the end of 2022. A desire to reduce fiscal burdens, redirect funds toward charging infrastructure and other vehicle types, and the shift towards a more competitive market structure fueled by EV uptake drove the cuts.

Encouraged by high prices, producers flooded the market with a wave of new lithium supply. The result was a massive mismatch between supply and demand.

From late 2022 to the end of 2024, lithium prices plummeted by nearly 90 percent, triggering disruption across the industry. Many producers were forced to shut down or suspend unprofitable operations, while others scaled back output or postponed expansion plans. Despite these cutbacks, a persistent oversupply has kept the market saturated. As a result, lithium prices are expected to remain subdued in the near term; a return to the record highs of 2022 appears increasingly unlikely.

Despite recent volatility, the long-term outlook for lithium remains strong. Governments around the world have resumed their commitment to the EV transition. While global EV sales have grown more slowly than initially projected, they are still rising year over year. As a result, lithium demand is widely expected to increase steadily over the next decade. In this context, the recent market turbulence is best seen as a short-term correction, a reset rather than a retreat, as the industry adjusts to a more sustainable growth trajectory.

Still, optimism about demand must be balanced with realism about pricing, and the prospect of long-term stability won’t necessarily mean a return to high prices. While demand will likely increase, prices are likely to remain under pressure as new production from lower-cost producers keeps the market well supplied. While another boom is unlikely in the coming years, the next phase could be one of consolidation, where producers adopt new strategies to stay competitive.

Maximizing efficiency in production

While the lithium price crash of 2022–23 forced some producers to suspend operations, it also spurred a wave of cost-cutting and innovation among those that remained active. This shift is evident in Quebec’s hard-rock lithium sector, known for its capital- and energy-intensive operations. Although key projects like the Whabouchi and North American Lithium mines had already faced shutdowns and restructuring before the crash, the downturn reinforced the need for operational efficiency and financial resilience. As the market stabilizes, these sites are being revived under new ownership and strategies, positioning Quebec as a potential leader in the next phase of lithium development.

To weather the downturn, producers resorted to cutting costs to make production viable. This meant streamlining plant operations, reducing workforce sizes, renegotiating supplier contracts, and refurbishing processing plants to improve energy efficiency. Many are now upgrading concentrators and integrating modular, scalable processing units that allow them to adapt to market conditions more easily.

Producers are also pursuing economies of scale by consolidating operations. In Quebec, for example, Sayona is developing a multi-project lithium hub, combining ore from multiple sites to feed a central processing plant. This approach spreads costs across projects and optimizes logistics.

Rio Tinto is shifting to low-cost production. The multinational company has committed up to $900 million to a joint venture with Codelco to develop the Salar de Maricunga lithium project in Chile. The project will use Direct Lithium Extraction (DLE). This is a newer, more efficient, and environmentally friendly technology, acquired through the company’s $6.7 billion purchase of Arcadium Lithium, that reduces water usage and accelerates production timelines.

Some producers are turning to strategic inventory management. Instead of selling lithium at low prices in a saturated market, they are stockpiling supplies against a future price recovery. While this strategy carries inherent risks, such as prolonged market weakness, it also reflects confidence in the long-term fundamentals of the lithium industry and a belief that demand will eventually outpace supply.

In short, the lithium sector is undergoing operational transformation. The firms that have survived the recent market downturn will need to be resilient, operationally agile, and cost-efficient. Producers that can shift to more efficient extraction methods and manage supply strategically will be in the best possible position for success. These companies will be able to produce lithium profitably even when prices are lower, ensuring a reliable supply to fuel the energy transition.

Trading in a volatile market

As lithium producers adapt to the new market conditions, traders are doing the same. Historically, lithium was sold via long-term contracts with fixed prices, locked in for one to three years. This approach worked well in a stable market, but once prices became volatile, those contracts became risky bets, with one party inevitably losing out.

Only a minority of contracts still use fixed contracts as the industry shifts toward dynamic, index-linked pricing structures. These contracts reference independent benchmarks, such as those from Fastmarkets, and are repriced regularly to reflect real-time market dynamics. Some contracts also now include tiered pricing mechanisms and discount tiers based on quality, origin, or ESG credentials. This is a more data and market-driven approach.

Buyers in Europe are prioritizing low-carbon and traceable lithium. Suppliers with robust sustainability profiles, reliability, and traceability profiles – such as Albemarle, SQM, and Pilbara Resources – can command premium prices. Today’s contract structures increasingly feature options to select between origins, brands, and carbon footprints. Caps and floors on pricing are also becoming more common, helping both buyers and sellers manage risk.

Geopolitical developments create another layer of complexity. In April 2025, the Trump administration imposed steep tariffs on Chinese lithium-ion batteries, set to 82 percent by January 2026. This will force American buyers to diversify supply chains and rely increasingly on American-produced lithium.

Another sign of the market’s maturation is the rise of lithium as a commodity that can be hedged. Futures contracts are now available on major exchanges like CME Group, settled against Fastmarkets price assessments. While the lithium futures market is still in its infancy, participation is growing rapidly: CME Group recently announced record volumes of Lithium Hydroxide futures trading, with over 1,000 contracts traded on a single day for the first time.

Alongside hedging strategies, traders are adopting other risk management approaches used in more established commodity markets. These include joint ventures or long-term supply agreements to secure access, escalator and de-escalator clauses linked to quality specifications, and complex trade finance instruments like letters of credit, prepayments, guarantees, and additional credit checks.

The role of technology  

As the market evolves, information technology will play a critical role in empowering producers and traders, providing a competitive advantage to those who successfully adopt new technology most quickly.

Beyond essential operational changes, producers must pursue digitalization with greater sophistication, integrating systems seamlessly from the mine pit to shipment logistics. For producing companies managing multiple assets, digitising systems can enable access to advanced tools, predictions, and analysis. It can also unlock the capability to plan and execute increasingly complex trading strategies at a level of precision and coordination never seen before.

Trading desks in this digital ecosystem are also beginning to embed new capabilities into their workflows, including portfolio optimization across lithium-related assets. This optimization is often powered by AI algorithms that can tailor portfolios to specific risk profiles and adjust them automatically. In addition, traders are increasingly turning to predictive analytics, where data from sources such as satellites, vessels, and prices are used to forecast potential choke points and market movements. Traders are also adopting other digital tools, such as scenario analysis (“what if” planning), real-time exposure tracking, profit and loss (P&L) monitoring, and deal margin management.

The future of the market

The lithium journey from boom to bust over the past few years is not a sign of the market’s permanent collapse. Just like the cyclical market of rare earth elements, the sharp decline from 2022 has been painful, but also heralded a turning point in the lithium market’s evolution into a more stable and mature phase.

Both lithium producers and traders have learned hard lessons from the past few years and are becoming more prepared and strategic as a result. Lithium remains central to the energy transition, powering EVs and storing renewable energy. Despite the short-term downturn, long-term demand is expected to remain strong.

However, the market landscape is becoming increasingly complex. The ongoing trade war and escalating tariffs on Chinese-produced lithium are introducing further uncertainty. As a result, lithium producers and traders must now navigate growing supply chain complexities, evolving demand, and increasing sustainability pressures.

The market is adapting to the new dynamics. Operational transformation and the use of information technology will be important for this transformation, strengthening resilience, enhancing agility, and driving cost-efficiency across the entire supply chain.