Lithios is making the energy transition possible by unlocking lithium from sources the mining industry cannot touch.
Mohammad Alkhadra was not trying to start a company. He was trying to solve a fundamental electrochemistry problem: how to selectively separate lithium ions from complex brine mixtures without the massive evaporation ponds that dominate conventional extraction.
The breakthrough came during his doctoral work at MIT. His research group developed an electrochemical separation method that could pull lithium from brines with concentrations as low as 50 ppm — far below the threshold where traditional evaporation becomes economical. The process used 90% less water, occupied 1% of the land footprint, and completed extraction in hours instead of 18 months.
The implications were immediate. Geothermal power plants in the Imperial Valley sit on top of lithium-rich brines that nobody can extract economically. Oil and gas produced water contains lithium that gets reinjected into disposal wells. Even spent battery recycling streams have lithium concentrations that conventional methods cannot recover profitably.
Mohammad founded Lithios in 2024 to bring this technology out of the lab and into the field. The company relocated to Houston to be close to the energy industry partners and geothermal operators who would become its first customers.
In 2025, Lithios closed an $8.5M seed round led by Lowercarbon Capital, a climate-tech investment fund focused on CO2 reduction, carbon removal, and planetary cooling technologies. The round included participation from energy transition funds, former battery industry executives, and strategic investors in the geothermal sector.
The funding supports construction of Lithios's first commercial-scale extraction unit, expansion of the engineering team, and a 12-month field deployment program with three geothermal operators in the Imperial Valley and Salton Sea region of California.
Our electrochemical process uses a fraction of the water consumed by conventional evaporation ponds. No brine disposal, no tailings, no contaminated runoff.
Traditional lithium extraction from brine takes 12-18 months of solar evaporation. Lithios completes the same extraction in under 24 hours with higher purity.
A Lithios extraction unit fits in a shipping container. Conventional evaporation ponds require thousands of acres and permanent land use change.