ABM Utah Lithium Project

American Battery Materials is assessing the feasibility of a Utah lithium project that could produce 10,000 tonnes per year of lithium carbonate equivalent and 20,000 tonnes per year of magnesium ingots, adding another potential domestic source of critical minerals for the US battery and industrial supply chain.

Lisbon Valley Project Targets Direct Lithium Extraction

ABM said the proposed facility would process material from its Lisbon Valley project using direct lithium extraction, a technology designed to recover lithium from brine resources more selectively than traditional evaporation-based methods.

The planned output of 10,000 tonnes per year of lithium carbonate equivalent would position the project as a meaningful but still early-stage contributor to the US lithium supply pipeline. The project remains at the feasibility assessment stage, meaning its final economics, permitting path, financing structure, and production schedule have not yet been confirmed.

Paradox Basin Adds Critical Mineral Potential

The Lisbon Valley project is located in the Paradox Basin, which extends across the southern portion of the Utah-Colorado border. ABM said the basin sits in a historic seabed and contains lithium, magnesium, bromine, potash, and potassium.

Historical data for Lisbon Valley show lithium values ranging from 81 ppm to 500 ppm. For direct lithium extraction projects, resource quality, brine flow rates, processing efficiency, reagent use, and operating costs are all critical factors that determine whether a project can move from technical potential to commercial production.

Magnesium Output Broadens the Project’s Market Relevance

The proposed production of 20,000 tonnes per year of magnesium ingots gives the project relevance beyond the battery materials sector. Magnesium is used in lightweight alloys, die casting, automotive components, aerospace applications, and aluminum alloying.

For US manufacturers, domestic magnesium production would also be strategically important because global magnesium supply has historically been concentrated in a limited number of producing countries. If ABM can validate the project’s lithium and magnesium economics, Lisbon Valley could become part of a broader US critical minerals supply strategy.

Market Impact

○ Impacted Metals: Lithium carbonate equivalent, magnesium ingots, magnesium alloy feedstock

○ Direction: Uncertain

○ Time Horizon: Medium-term

○ Affected Industries: Electric vehicles, battery materials, magnesium alloying, automotive, aerospace, die casting, critical minerals supply chain

○ Related Price Reports: Lithium Weekly Price Report

○ Watch Item: Monitor whether ABM confirms commercial DLE feasibility, brine flow performance, and project economics for the Lisbon Valley facility.

SuperMetalPrice Commentary
ABM’s Utah lithium project is still early-stage, but its combination of lithium carbonate equivalent and magnesium ingot production makes it commercially interesting. The key question is not only whether the resource contains lithium, but whether direct lithium extraction can deliver reliable recovery rates and competitive operating costs at scale.
For the US critical minerals market, Lisbon Valley fits into a broader push to localize battery and lightweight metal supply chains. The magnesium component could become especially important if the project develops into a dual-mineral platform rather than a standalone lithium story.