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Search resuls for: "International Battery Metals"


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The brine contains lithium, a silvery white metal essential for making electric vehicle batteries and in high demand as the world shifts to green energy. Eramet is being closely watched by competitors from the U.S. to Chile that are also working to commercialize DLE. It aims to pump out its first ton of lithium carbonate in November and scale up to 24,000 metric tons a year by mid-2025. The technique allows Eramet to produce a ton of lithium carbonate in one week, versus a year with traditional methods. "You go step by step, making sure you can get to the next phase," said engineer Soledad Gamarra.
Persons: Eramet, Christel Bories, Joe Lowry, Soledad Gamarra, Mara Puntano, John Li, Tsingshan, Bories, Daina Beth Solomon, Salar Centenario, Ernest Scheyder, Lucila Sigal, Veronica Brown, Richard Chang Organizations: Reuters, Battery Metals, Initiative for, Mining Assurance, America, Thomson Locations: SALAR CENTENARIO, Argentina, Argentina's, U.S, Chile, Salta, Rio Tinto, South, Eramet's Centenario, Eramet's, Salt Lake City, U.S ., Utah, China, Asia, Salar, Houston
Choosing which DLE technology to license will be a crucial decision upon which Exxon's production of the battery metal will rely. The company has held talks with a range of DLE technology providers, including International Battery Metals (IBAT.CD) and privately held EnergySource Minerals. "We haven't chosen a (DLE) company yet. Because it not yet chosen a DLE technology, Exxon also has not yet forecast how much lithium it ultimately aims to produce. Exxon is also studying where else in the world it could produce lithium, Howarth said.
Persons: Dado Ruvic, Patrick Howarth, Howarth, we'll, Ernest Scheyder, David Gregorio Our Organizations: Exxon Mobil, REUTERS, Reuters, Rio Tinto, International Battery Metals, EnergySource, Exxon, Tetra Technologies, Thomson Locations: ., Arkansas, Sunresin, Rio, Los Angeles
For Exxon and other oil companies, lithium production offers the prospect of selling a new product with relatively little added cost. OTHER ACREAGESeparate from its Tetra partnership, Exxon also controls more than 100,000 acres in Arkansas from which it plans to begin lithium production by 2027, according to the source. It was not clear whether Exxon plans to expand lithium operations outside Arkansas. Like all oil producers, Exxon extracts water containing traces of lithium as part of fossil fuel production. The Arkansas Oil and Gas Commission, which overseas lithium operations in the state, has said it plans to hold hearings on the matter.
Persons: Darren Woods, Mike Blake, Albemarle, Ernest Scheyder, Caroline Humer, David Gregorio Our Organizations: ExxonMobil, Milken, Global Conference, REUTERS, Exxon Mobil, Exxon, Tetra Technologies, EV, Reuters, Tetra, Chevron, Battery Metals, EnergySource Minerals, Energy, Arkansas Oil and Gas Commission, Benchmark Minerals, Thomson Locations: Beverly Hills , California, U.S, Arkansas, Florida, Texas, Albemarle, Louisiana, Los Angeles
Exxon acquired it earlier this year when it bought a neighboring Arkansas parcel of 100,000 acres from Galvanic Energy. Galvanic remains an independent, privately held company and is not affiliated with Tetra or Exxon. By partnering with Exxon, Tetra gains a large partner with capital to help it produce bromine, which is used in flame retardants, from the acreage. Exxon, meanwhile, gains access to yet another U.S. supply of lithium as the country rapidly expands its EV supply chain. Tetra had previously agreed to lease more than 27,000 acres in Arkansas to Standard Lithium (SLI.V) to produce lithium.
Persons: Tetra, Ernest Scheyder, Chris Reese Organizations: Exxon Mobil, Tetra Technologies Inc, Exxon, Energy, Tetra, Representatives, Eos Energy Enterprises, Arkansas, Reuters, Battery Metals, EnergySource Minerals, Thomson Locations: Arkansas, Tetra
Boric's shock announcement was all the more surprising as no DLE technology has reached commercial production without the use of those ponds, sparking competition to be the first. "Given those demand projections, there's definitely need for more supply from DLE," said Jordan Roberts, a Fastmarkets lithium industry analyst. A customer aiming to produce 15,000 metric tons of lithium each year, for example, could buy three stackable IBAT lithium plants. Exxon has also held talks with EnergySource Minerals about licensing DLE technology, two of the people said. Many brine deposits have varied chemical compositions, meaning it's unlikely that one DLE technology will emerge as a global leader.
Persons: DLE, Ken Hoffman, Gabriel Boric, Eramet, Sunresin, John Burba, That's, Alec Lucas, Jordan Roberts, IBAT, Garry Flowers, Eli Horton, Gavin Rennick, Sinead Kaufman, Dave Snydacker, Steven Schoffstall, doesn't, Chris Doornbos, Ernest Scheyder, Veronica Brown, Claudia Parsons Organizations: . Geological, EV Battery Materials Research, McKinsey & Co, Minerals, Battery Metals, Rio Tinto, Battery Tech, Fastmarkets, Exxon Mobil, Chevron, Reuters, Exxon, EnergySource Minerals, Koch Industries, Ford, SLB's New Energy, Mining, Solutions, BNP, BMW, Breakthrough Energy Ventures, Lake Resources, Miners, General Motors, Canadian, Imperial Oil, Thomson Locations: CHARLES , Louisiana, Europe, Asia, North America, Rio, U.S, DLE, Louisiana, Arkansas, Salton, Salt, Chile, Schlumberger, Nevada, Argentina
Many DLE technologies use lots of potable water and electricity. SQM (SQMA.SN) and Albemarle Corp (ALB.N), Chile's two existing lithium producers, use evaporation ponds to produce the metal. Livent Corp (LTHM.N) uses a variation of DLE technology in Argentina alongside evaporation ponds. Lake Resources is working with Bill Gates-backed Lilac Solutions Inc to deploy Lilac's DLE technology in Argentina. In Chile, DLE companies see a business opportunity despite the nationalization plans given that Boric's new state lithium company is expected to need technical support.
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