In a move that signals growing confidence in next generation mining tech, lithium startup EnergyX has signed a massive ten year deal with Swiss commodities giant Trafigura. The agreement is valued at approximately two billion dollars and commits Trafigura to purchasing 100,000 metric tons of battery grade lithium. This represents one of the largest supply contracts ever linked to direct lithium extraction technology, providing the startup with critical financial stability as it scales up its operations across two continents.
The materials will be sourced from two primary sites, splitting production between the Black Giant project in Chile and the Lonestar project in Texas. Under the terms of the take or pay contract, Trafigura will claim more than half of the initial output from the Chilean asset and nearly a third from the Texan facility. Beyond just securing a buyer, this partnership unlocks a separate six hundred ninety million dollar debt financing package from the US Export Import Bank, which required long term revenue visibility before finalizing the funds.
Teague Egan, founder and CEO of EnergyX, noted that such a high profile commitment proves there is significant market appetite for their specific extraction method. While much of the lithium is intended to fuel the American automotive and energy storage markets, some reports suggest Trafigura may initially route portions of the supply toward Chinese customers. Meanwhile, EnergyX continues to build momentum through diverse partnerships, including a recent equity injection from Italy’s Eni and a unique arrangement with the US Army to process minerals at a military depot in Texas.
Looking ahead, the company expects commercial scale production to begin at its Chilean site by 2028 and in Texas shortly after in 2029. With several other potential buyers still in talks to fill out remaining capacity, EnergyX appears to be rapidly transitioning from a developmental phase into a global industrial player. The strategic mix of government cooperation and private capital suggests that the race for sustainable battery materials is entering an aggressive new chapter.