EnergyX
Updated: November 27, 2025
Founder Teague Egan
Country: USA | Funding: $650M (+)
Founded: 2018
Website: https://energyx.com
EnergyX is developing direct lithium extraction technology that enables recovery of lithium metal directly from brine in a form suitable for use as anodes for electric vehicle batteries. EnergyX has developed best-in-class sorbents (for extracting lithium molecules from water, capable of withstanding high temperatures, exhibiting fast kinetics and a long cycle life), SX reagents (for purifying and concentrating brines, capable of delivering Li content up to 60,000 ppm) and lithium-selective membranes (for preferential separation of Li molecules from impurities). The company has also patented electrolyte technology that safely leverages the full benefits of low-cost lithium-metal anode batteries compared to traditional lithium-ion batteries. EnergyX covers all aspects of the battery supply chain: from lithium extraction from brine, purification and manufacturing to the development of solid-state batteries with high safety and energy density.
Founded: 2018
Website: https://energyx.com
EnergyX is developing direct lithium extraction technology that enables recovery of lithium metal directly from brine in a form suitable for use as anodes for electric vehicle batteries. EnergyX has developed best-in-class sorbents (for extracting lithium molecules from water, capable of withstanding high temperatures, exhibiting fast kinetics and a long cycle life), SX reagents (for purifying and concentrating brines, capable of delivering Li content up to 60,000 ppm) and lithium-selective membranes (for preferential separation of Li molecules from impurities). The company has also patented electrolyte technology that safely leverages the full benefits of low-cost lithium-metal anode batteries compared to traditional lithium-ion batteries. EnergyX covers all aspects of the battery supply chain: from lithium extraction from brine, purification and manufacturing to the development of solid-state batteries with high safety and energy density.
