Neometals’ Utah Brine Deal Hinges on Due Diligence and Permitting Success

Neometals Ltd and partner Omaha Value have secured a 60-day exclusive option to evaluate lithium and potash brines from historic oil and gas wells in Utah’s Paradox Basin, aiming to leverage existing infrastructure for accelerated critical minerals exploration.

  • Exclusive 60-day option agreement with American Helium LLC and Ascent Resources plc
  • Access to inactive oil and gas wells and leases in Utah’s Paradox Basin for lithium and potash exploration
  • Capital-light option structure with US$50,000 exclusivity fee and US$1.9 million permitting fee upon approval
  • Potential 2.5% gross smelter royalty on commercial extraction revenues
  • Project aligns with US critical minerals strategy and benefits from expedited permitting and federal incentives
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Strategic Entry into US Critical Minerals Sector

Neometals Ltd (ASX – NMT) has taken a significant step into the US critical minerals landscape by signing an exclusivity and option agreement with American Helium LLC and Ascent Resources plc. This deal grants Neometals and its US partner Omaha Value, Inc. a 60-day exclusive window to conduct due diligence and negotiate a definitive access and use licence over a portfolio of inactive oil and gas wells in Utah’s Paradox Basin. The basin is known for its lithium and potash-rich brines, critical components in the global push for cleaner energy technologies.

Leveraging Existing Infrastructure to Accelerate Exploration

The agreement is notable for its capital-light structure, requiring only a US$50,000 exclusivity fee initially, with a US$1.9 million permitting fee payable upon securing government permits for exclusive brine extraction. By utilising existing well bores, leases, and infrastructure, Neometals and Omaha Value aim to significantly reduce exploration costs and timelines. This approach could fast-track the evaluation of approximately 47,000 acres of tenure applications held by Omaha’s subsidiary, Utah Brine Corporation LLC, in the Lisbon Valley area.

Favourable Geology and Regulatory Environment

The Paradox Basin’s geology features thick evaporite sequences and permeable clastic formations hosting lithium and potassium-rich brines, with historic assays indicating lithium concentrations up to 147 mg/L and potassium exceeding 33,000 mg/L. The project benefits from proximity to existing natural gas processing infrastructure and access to low-cost Rocky Mountain Power electricity. Moreover, potash and lithium’s designation as critical minerals by the US Department of the Interior opens doors to expedited permitting and federal funding, aligning well with national strategic priorities.

Commercial Terms and Future Prospects

Should Neometals and Omaha Value exercise the option, the access and use licence will grant rights to explore, sample, and potentially extract brines, with a 2.5% gross smelter royalty payable to American Helium and Ascent upon commercial production. The licence includes provisions for infrastructure modification and water rights utilisation, essential for sustainable brine extraction and reinjection. However, the project remains contingent on successful due diligence, permitting, financing, and regulatory approvals.

Positioning for Growth in Critical Minerals

Neometals’ Managing Director Christopher Reed highlighted the company’s extensive lithium expertise and the strategic advantage of leveraging existing oilfield assets in a top-ranked mining jurisdiction. This move complements Neometals’ broader portfolio, including lithium processing technologies and other mineral projects, positioning the company to capitalize on growing demand for critical minerals essential to the clean energy transition.

Bottom Line?

Neometals’ Utah brine option marks a promising but early-stage foray into US critical minerals, with due diligence and permitting set to define the next phase.

Questions in the middle?

  • Will Neometals and Omaha Value exercise the option to secure the access and use licence after due diligence?
  • How will the brine chemistry and extraction feasibility compare to initial historic data?
  • What timeline and capital requirements will be necessary to move from evaluation to commercial production?