The Lithium Archive Spoke: The Projection that the Market Denied Began to Turn Into Price

Since 2020 I have maintained that the true problem with lithium is not only how much is produced, but who forms its price, with what information, and under what interests. In 2025 I projected a band of between US$25,000 and US$40,000 per ton. In 2026, the physical market reached US$24,000 and futures brushed against US$30,000. It was not a coincidence: it was method, structure, and traceability

By Pablo Rutigliano

For years, the price of lithium was presented as an unquestionable figure that descended from a foreign screen and had to be accepted by producing countries as if it expressed a natural truth. While Latin America concentrated a strategic part of the resources, the economic references, contractual conditions, and a good part of the purchasing power were organized far away from the deposits, the communities, and the economies that assumed the production risk. My approach was always different: the price could not be observed as an isolated number. It had to be reconstructed from the real supply, the quality of the product, the licenses, the contracts, the inventories, the processing capacity, the logistics, the concentration of buyers, and industrial demand. Before the word traceability became a repeated slogan, we were already maintaining that without it, a truly clean price did not exist, but barely a reference constructed by those who had the greatest capacity to impose it.

In July 2020 we publicly pushed for the creation of a specialized chamber and the development of our own index, along with a dollar market for present and future lithium contracts. That proposal did not arise during an extraordinary surge nor after observing the behavior of the market: it was born when it was still being discussed whether the region needed to build its own price architecture. The idea was for producing countries to stop limiting themselves to receiving an external quote and begin to generate contractual, economic, and productive information capable of sustaining a regional reference. The goal was to connect production, financing, contracts, and demand under visible rules. The archive proves that the approach regarding the Lithium Index, digital contracts, and the futures market did not appear in 2026 to explain a recovery that had already occurred: it had been written since 2020.

In 2022 I deepened that thesis by maintaining that price formation defined the sustainability of the entire circular economy of lithium. It was not solely about achieving a higher quote. An opaque price harms both the producer and the manufacturer, discourages investments when it is artificially depressed, and generates bubbles when it rises without relation to physical availability. That is why I proposed considering lithium as a strategic commodity, developing auditable digital contracts, and building a regional price linked to the real economy. I also warned that an index had to register changes in supply and demand, visualize trends, and allow the region to understand future movements before they were translated by external actors.

In March 2023, when a marked deceleration of quotes began, I wrote that the drop could not be analyzed solely as a structural loss of demand. I pointed out the concentration of purchasing power in large Asian operators and traders, the difficulty of separating industrial demand from speculative movements, and the market's inability to clearly show the present and future price of lithium carbonate. While many interpreted the decline as the end of a cycle, my analysis warned that a potent demand existed, but was conditioned by a concentrated commercial architecture and by the absence of transparent data. The discussion was not simply whether the price was going down or up; the question was who possessed sufficient information to cause, manage, or take advantage of that movement.

During 2024 I insisted that the price of lithium was crossed by a geopolitical dispute. The concentration of refining, China's industrial capacity, technological dependence, regulatory decisions, and the competition for batteries prevented treating the market as if it were a perfectly competitive space. That position was frequently dismissed as an excessive interpretation. However, subsequent behavior confirmed that a mining license in China, an export decision in Africa, or an operational disruption in Australia could rapidly modify global expectations. The price did not respond solely to an academic supply and demand curve: it responded to a physical, regulatory, and geopolitical chain that had to be traced from end to end.

On March 29, 2025, a projection linked to my analysis was published, placing lithium carbonate within a potential band of between US$25,000 and US$40,000 per ton. The estimation was conditioned by the energy transition, electromobility, storage, regulations, the behavior of major international players, and the evolution of supply. It did not claim that the price would advance in a straight line nor that volatility would disappear. On the contrary, it warned that competition for batteries, government policies, new technologies, and production adjustments could exert strong upward as well as downward pressures. The projection was not an intuitive bet: it was the conclusion of a structural reading that had been developing publicly for years prior.

In June 2025, Atómico 3 publicly presented the Atómico 3 Lithium Index, conceived as a tool to observe the evolution of the market and project scenarios. A horizon of US$34,800 per ton was released there, within a growth trajectory determined by battery demand, supply restrictions, geopolitical tensions, regulation, and the need to improve traceability. To be rigorous, that objective must not yet be presented as completely achieved: its horizon remains open and the physical price has not yet reached that value. But what has happened since then cannot be ignored either: the market abandoned values below US$10,000, broke through US$20,000, reached US$24,000 in the physical market, and approached US$30,000 in futures. The predicted direction began to materialize and, even more importantly, it did so through the mechanisms we had identified.

In March 2026, Cochilco reported that the price had reached US$20,750 per ton, with a rise of 84% compared to the close of 2025. The agency explained the movement by a tighter supply, especially due to the halting of the Chinese Jianxiawo deposit, linked to CATL, and due to Zimbabwe's ban on exporting unprocessed lithium minerals and concentrates. Months later, battery-grade lithium carbonate reached a ceiling of US$24,000 per ton, the highest value since late 2023, while the average price for May increased by 12.8% compared to April. Cochilco stated that the market had left behind the minimums of the aggressive oversupply and was beginning to enter a phase of greater equilibrium, with a support close to US$17,500.

The futures market confirmed that change with even greater intensity. On the Guangzhou Futures Exchange, quotes came close to approximating US$30,000 per ton, before correcting and closing May with an average close to US$27,430. This means that futures effectively entered the band of US$25,000 to US$40,000 that had been published in 2025. It does not mean that the market has definitively consolidated those levels, nor that a new correction is impossible. It means something more relevant: faced with concrete and verifiable supply restrictions, the market began to rapidly recognize a value much higher than what it had sustained during the oversupply stage.

The recovery did not happen solely because sales of electric vehicles increased either. The new cycle shows a profound transformation of demand: battery energy storage systems are beginning to occupy a central place, driven by renewable energies, the need to stabilize electrical grids, and the expansion of data centers linked to artificial intelligence. Cochilco projects that the BESS segment will grow more than 160% toward 2030. This confirms one of the structural ideas I maintained from the beginning: lithium does not depend on a single application or a technological fad. It forms part of the energetic, digital, and industrial infrastructure that the world is building.

The true confirmation, therefore, does not consist solely in the fact that the price has gone up. An analyst can hit a quote by chance. What is significant is having previously identified the architecture that would produce the movement: concentration of purchasing power, contractual opacity, regulatory restrictions, limited processing capacity, delay of new projects, geopolitical tension, and growth in energy demand. When China halted production due to regulatory non-compliance, Zimbabwe restricted unprocessed exports, and Australia faced operational adjustments, the verifiable supply contracted. The price reacted. That is exactly what a traceability architecture tries to measure: not only how much a ton is worth, but what events, contracts, decisions, and limitations built that value.

The region must understand this signal. Argentina, Chile, Bolivia, and the rest of Latin America cannot limit themselves to celebrating a recovery while they continue to accept references formed without sufficient participation from producers. The next step is not to manipulate the price or build a closed cartel. It is to develop transparent indices, homogeneous classifications, digital contracts, technical certifications, verifiable information on production and inventories, and audit mechanisms that allow for the reduction of asymmetries. A clean regional price does not mean inventing a convenient figure; it means demonstrating through data why the resource is worth what it is worth.

Traceability fulfills a decisive function there. It allows for connecting the geological origin with the technical analysis; the analysis with the concession and the project; the project with the production; the production with the contract; the contract with the export; and the export with the final price. Without that sequence, the quote is an incomplete photograph. With it, the price transforms into a verifiable consequence of the economic process. That is the difference between observing the market and understanding it.

Since 2020 I proposed an index and a contract market. In 2022 I explained that price formation determined the sustainability of the chain. In 2023 I warned about the concentration of buyers and the impossibility of visualizing the real value. In 2024 I described the geopolitical dimension. In 2025 I projected a band of between US$25,000 and US$40,000. In 2026, the physical price reached US$24,000 and futures approached US$30,000 due to supply restrictions in China, Africa, and Australia.

It was not an isolated phrase. It was not a prediction written after the rise. It was a public, dated, and verifiable sequence.

The market may delay in recognizing a theory. The publications remain, the dates endure, and traceability allows for the reconstruction of the path. The price finally moves; the archive demonstrates who had understood beforehand why it would do so.