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International Battery Metals

International Battery Metals Ltd. (IBAT) holds the intellectual property to a mobile, modular direct lithium extraction (DLE) plant.

International Battery Metals

International Battery Metals Ltd. (IBAT) holds the intellectual property to a mobile, modular direct lithium extraction (DLE) plant. The technology extracts lithium from brine using a selective absorption medium, then returns the brine to its aquifer, eliminating the need for large-scale evaporation ponds. This shifts the lithium production model from an open-air, land-intensive process to a closed-loop, chemically driven one that operates on a fraction of the land and water — and, critically, can be deployed at a resource site within roughly eighteen months rather than five to seven years. The company's commercial footing rests on deploying its DLE plants under lease-and-operate agreements with brine-resource owners. IBAT's first commercial deployment is at a site operated by US Magnesium in Utah, where the plant extracts lithium from the waste salts of magnesium production — effectively a by-product stream that had no prior lithium recovery. Confirmed targets for deployment include lithium-brine basins in the Western United States, and the company has evaluated opportunities in Chile and Argentina. The technology's modular design means a single plant can be scaled up by adding identical modules, which matches IBAT's asset-light posture: the firm owns the technology and the operational team, not the resource itself. IBAT is led by Dr. John Burba, the founder and Chief Technology Officer, who spent decades developing lithium extraction media at Dow Chemical and later FMC Lithium. The executive team maintains its operational base in Houston, Texas, with a corporate presence in Vancouver, British Columbia. As of mid-2024, IBAT completed commissioning of its first commercial DLE module in Utah and began delivering lithium chloride concentrate (per the firm's public disclosures, 2024). The company is publicly listed on the Toronto Stock Exchange Venture exchange (TSXV: IBAT), a structure that makes its technology development and operational milestones transparent through regulatory filings. IBAT's structural differentiator is that it is not a mining company; it does not own lithium in the ground. It is an extraction-service manufacturer whose modular plants sit at the wellhead, processing brine and earning a fee tied to lithium recovered. That unbundles the technology risk from the resource risk — a shape distinct from integrated brine producers like SQM or Albemarle, and from asset-heavy DLE start-ups that are vertically integrated into their own resource holdings.

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Energy Transition & RenewablesIndustrial Tech

Frequently asked questions

Does International Battery Metals own lithium resources, or is it a technology and services provider?

IBAT does not own lithium-in-ground resources. It is a technology and extraction-services company that deploys modular DLE plants at brine-source sites under lease-and-operate agreements. The company's revenue model is tied to lithium recovered, not to mineral exploration or mine ownership, which separates technology risk from resource risk.

What is the status of IBAT's first commercial deployment?

IBAT commissioned its first commercial DLE module at a US Magnesium brine operation in Utah during 2024 and has confirmed production of lithium chloride concentrate (per the firm's public disclosures). This installation extracts lithium from a waste-salt stream of an existing magnesium production facility, rather than from a standalone brine aquifer, making it a unique demonstration of the technology on a by-product flow.

How does IBAT's extraction technology differ from conventional lithium brine production?

Conventional brine production pumps lithium-rich brine into vast, open-air evaporation ponds and waits 12 to 24 months for solar evaporation to concentrate the lithium. IBAT's DLE technology passes brine through a selective absorption column that captures lithium ions in a matter of hours, then returns the spent brine underground. The process cuts land use by more than 95 percent and water consumption materially, while shrinking project commissioning time from multi-year to sub-two-year.

Who leads the technology development at IBAT?

Dr. John Burba, IBAT's founder and Chief Technology Officer, developed the core selective absorption medium over a multi-decade career at Dow Chemical and FMC Lithium. He is widely recognized as a pioneer in direct lithium extraction chemistry and the company's intellectual property portfolio is built around his inventions.

Where is IBAT targeting deployment beyond the Utah site?

IBAT's public guidance points to lithium brine basins in the Western United States as priority expansion targets, and the company has evaluated resource sites in Chile and Argentina. Because the DLE modules are mobile and modular, the company can relocate plants as regional economics and offtake agreements shift — a flexibility that stationary extraction facilities lack.

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