Business
Automakers funding new tech aimed at making greener lithium for EVs
Published by maria gbaf
Posted on October 8, 2021
4 min readLast updated: January 30, 2026
Global Banking & Finance Review®
Company
Published by maria gbaf
Posted on October 8, 2021
4 min readLast updated: January 30, 2026
Automakers and investors are backing green lithium technologies, aiming to meet 25% of global EV battery demand by 2030 using DLE methods.
By Ernest Scheyder
CALIPATRIA, Calif. (Reuters) – Automakers, investors and even oilfield giant Schlumberger NV are beginning to embrace environmentally friendly technologies to produce lithium that could help meet 25% or more of global demand for the electric vehicle battery metal by the end of the decade.
Stellantis, Bill Gates’ Breakthrough Energy Ventures and others have invested millions of dollars or signed supply agreements with so-called direct lithium extraction (DLE) start-ups in recent months in an attempt to propel the technology to commercial production, expected within the next year or two.
DLE technologies use less land and groundwater than hard rock mining and brine evaporation ponds – the traditional ways to process the white metal. Industry analysts see it as a new way to help ensure lithium supply for the EV industry – if the technology can work on a large scale.
“More green lithium is the promise of this new technology,” said Kasper Sage of BMW i Ventures, BMW’s venture capital fund, which this week invested https://www.reuters.com/business/autos-transportation/bmw-invests-lithium-technology-startup-lilac-solutions-2021-10-06 in DLE tech start-up firm Lilac Solutions Inc.
DLE technologies are comparable to common household water softeners, which remove metals from drinking water.
The process can take as little as a few hours to filter the metal inside an average-sized warehouse. By contrast, traditional evaporation ponds can be hundreds of acres in size, permanently drain nearby aquifers and take several years to produce lithium.
However, most DLE technologies are more expensive to operate than evaporation ponds, which use sunlight, and some require large volumes of freshwater and electricity.
Albemarle Corp and other traditional lithium producers say they have studied DLE technologies but feel they will not go mainstream until later this decade, given worries about high energy and water use.
“Access to clean water is one of the key hindrances to DLE,” said John Peichel of Suez PA’s water technology division, which sells equipment to the lithium industry.
Schlumberger, known for its hydraulic fracturing work, is building a DLE project in Nevada and says its “ultimate goal” is to produce lithium without any freshwater. It is a goal the U.S. Department of Energy is supporting with a $4 million contest for the best geothermal lithium technological developments.
WALL STREET
The potential hurdles have not hindered Wall Street’s interest in so-called green lithium.
Standard Lithium Ltd.’s shares have risen six-fold since they started trading in New York in July, even though the company’s DLE technology is still being piloted in Arkansas.
Australia’s Vulcan Energy Resources Ltd shares are up 40% since August on its plans to supply automakers https://www.reuters.com/business/autos-transportation/renault-locks-lithium-supply-vulcan-energy-five-year-deal-2021-08-02 Stellantis and Renault SA from its German DLE project.
Chris Berry, an independent industry analyst with House Mountain Partners, says that based on existing announcements, DLE could produce a quarter of global lithium supply by the end of the decade, though he noted not all technologies should be treated as equal. Other industry consultants put that figure even higher.
Global demand for lithium last year was about 320,000 tonnes, and is expected to hit 1 million tonnes by 2025 and 3 million tonnes by the end of the decade.
“Investors need to weigh the benefits of DLE technology against a host of challenges in tailoring the technology to each lithium deposit,” Berry said.
One area drawing attention from DLE developers is California’s Salton Sea, roughly 160 miles (258 km) southeast of Los Angeles. Superhot brines teeming with lithium swirl under the area, which sits atop the San Andreas Fault.
Warren Buffett’s Berkshire Hathaway Inc and EnergySource LLC are studying ways to add DLE technology to existing power plants there so they can process lithium while producing electricity.
Nearby, privately held Controlled Thermal Resources Ltd is developing a geothermal lithium brine project to supply General Motors https://www.reuters.com/business/autos-transportation/gm-shakes-up-lithium-industry-with-california-geothermal-project-2021-07-02, which said CTR could supply “a sizeable amount of our lithium needs” by 2024.
That project, as well as a similar one in Argentina https://www.reuters.com/business/sustainable-business/australias-lake-resources-teams-up-with-clean-tech-firm-lilac-develop-argentina-2021-09-21, are backed by technology from Lilac Solutions and seen by some analysts as one of DLE’s first commercial tests.
The DLE attention comes as prices for lithium are near all-time highs, according to data from Benchmark Mineral Intelligence, fueling the race for new technologies.
“Lithium supply is the main bottleneck to electrification and DLE can help boost that supply,” said Teague Egan, chief executive of Energy Exploration Technologies Inc, a privately held company working with Argentina lithium producer Orocobre Ltd.
(Reporting by Ernest Scheyder; Editing by Dan Grebler)
The article discusses automakers investing in green lithium technology for electric vehicle batteries.
Direct Lithium Extraction (DLE) is a method that uses less land and water to produce lithium compared to traditional methods.
Automakers are interested in green lithium to ensure a sustainable supply for electric vehicle batteries.
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