ELKO COUNTY, NEVADA

Nevada North Lithium Project

A near-surface lithium claystone deposit. Nevada North Lithium Project (NNLP) is one of the leading lithium clay deposits in North America by grade and scale.
ELKO COUNTY, NEVADA

Nevada North Lithium Project

A near-surface lithium claystone deposit. Nevada North Lithium Project (NNLP) is one of the leading lithium clay deposits in North America by grade and scale.
ELKO COUNTY, NEVADA

Nevada North Lithium Project

A near-surface lithium claystone deposit. Nevada North Lithium Project (NNLP) is one of the leading lithium clay deposits in North America by grade and scale.
The Asset

Lithium at surface, a low strip ratio, and a mine plan built on Proven and Probable Reserves within a larger Measured and Indicated Resource.

Lithium at surface, a low strip ratio, and a mine plan built on Proven and Probable Reserves within a larger Measured and Indicated Resource.

Lithium at surface, a low strip ratio, and a mine plan built on Proven and Probable Reserves within a larger Measured and Indicated Resource.

10.51 Mt LCE

@ 3,007 ppm Li (M&I, 1,250 ppm cut-off, 100% basis, incl. Reserves)

10.51 Mt LCE

@ 3,007 ppm Li (M&I, 1,250 ppm cut-off, 100% basis, incl. Reserves)

US$9.81 B

After-tax NPV at 8%, US$24,000/t LCE (2026 PFS)

US$9.81 B

After-tax NPV at 8%, US$24,000/t LCE (2026 PFS)

US$4,719 / t

Operating cost per tonne LCE (2026 PFS)

US$4,719 / t

Operating cost per tonne LCE (2026 PFS)

42 years

Mine life at ~92,250 t/yr LCE (2026 PFS)

42 years

Mine life at ~92,250 t/yr LCE (2026 PFS)

0.88 : 1

Strip Ratio (Waste to Ore)

0.88 : 1

Strip Ratio (Waste to Ore)

Quick Facts

The Project at a Glance

The Project at a Glance

The Project at a Glance

Nevada North is a near-surface lithium claystone deposit in Elko County, Nevada: one of the leading lithium clay deposits in North America, advanced by a team with prior lithium development experience alongside a producing miner.

Location

Elko County, Nevada, southeast of Jackpot and about 74 km north-northeast of Wells. Nevada ranked first of 68 jurisdictions worldwide for investment attractiveness

Location

Elko County, Nevada, southeast of Jackpot and about 74 km north-northeast of Wells. Nevada ranked first of 68 jurisdictions worldwide for investment attractiveness

Deposit Type

Near-surface sedimentary lithium claystone, flat-lying and free dig

Deposit Type

Near-surface sedimentary lithium claystone, flat-lying and free dig

Stage

Pre-Feasibility Study complete, October 2026. Advancing to FEL 3 engineering and a Feasibility Study

Stage

Pre-Feasibility Study complete, October 2026. Advancing to FEL 3 engineering and a Feasibility Study

Ownership

Lithium X2 67.5% and manager, Evolution Mining (ASX: EVN) 32.5%

Ownership

Lithium X2 67.5% and manager, Evolution Mining (ASX: EVN) 32.5%

Mining Method

Conventional open pit, free digging with backhoes, loaders and 50-tonne haul trucks. No blasting planned in the main pit

Mining Method

Conventional open pit, free digging with backhoes, loaders and 50-tonne haul trucks. No blasting planned in the main pit

End Product

Battery-grade lithium carbonate, produced on site

End Product

Battery-grade lithium carbonate, produced on site

Economics

Pre-Feasibility Study

Pre-Feasibility Study

Pre-Feasibility Study

Announced 2 October 2026, prepared by Fluor Corporation as lead engineer, with Independent Mining Consultants responsible for the mine plan and Mineral Reserve and RESPEC for the Mineral Resource.

After-tax NPV, 8% discount

US$9.81 billion

After-tax NPV, 8% discount

US$9.81 billion

After-tax NPV, 8% discount

US$9.81 billion

Development Capital

US$5.12 billion. Phase 1 US$2.77B, Phase 2 US$2.35B

Development Capital

US$5.12 billion. Phase 1 US$2.77B, Phase 2 US$2.35B

Development Capital

US$5.12 billion. Phase 1 US$2.77B, Phase 2 US$2.35B

After-tax IRR

23.6%

After-tax IRR

23.6%

After-tax IRR

23.6%

Sustaining Capital

US$1.65 billion over the mine life

Sustaining Capital

US$1.65 billion over the mine life

Sustaining Capital

US$1.65 billion over the mine life

Assumed Price

US$24,000 per tonne LCE

Assumed Price

US$24,000 per tonne LCE

Assumed Price

US$24,000 per tonne LCE

Average Production

Approximately 92,250 tonnes LCE per year

Average Production

Approximately 92,250 tonnes LCE per year

Average Production

Approximately 92,250 tonnes LCE per year

After-tax Payback

4.2 years from start of production

After-tax Payback

4.2 years from start of production

After-tax Payback

4.2 years from start of production

Peak Production

Approximately 111,400 tonnes LCE in year seven

Peak Production

Approximately 111,400 tonnes LCE in year seven

Peak Production

Approximately 111,400 tonnes LCE in year seven

Operating Cost

US$4,719 per tonne LCE

Operating Cost

US$4,719 per tonne LCE

Operating Cost

US$4,719 per tonne LCE

Lithium Recovery

84.9% overall process recovery

Lithium Recovery

84.9% overall process recovery

Lithium Recovery

84.9% overall process recovery

Financial results in constant Q2 2026 US dollars, 100% equity financed, mid-year discounting, no escalation. Net present values are discounted to 1 January 2028, the first year of construction capital expenditure. The PFS is based on Proven and Probable Mineral Reserves only, with no Inferred Mineral Resources in the mine plan, and supersedes the May 2025 PEA. Capital and operating costs are AACE Class 4 estimates (±25%). All figures are in US dollars on a 100% Project basis. There is no certainty that the results of the PFS will be realized. Source: News release (October 2, 2026).

Geology

The Deposit Begins at Surface

The Deposit Begins at Surface

The Deposit Begins at Surface

Lithium is hosted in shallow-dipping clay beds separated by tuff units, flat-lying and laterally extensive. The highest-grading unit is the one closest to surface, which is what keeps the strip ratio low.

Figures from the updated Mineral Resource Estimate. Full plan views, sections and block model parameters are set out in the Company’s news release and the technical report filed 30 June 2026. Read the news releases

Footprint

More than 4,700 m strike length and more than 2,000 m known width, based on four rounds of drilling, open to the south and east

Footprint

More than 4,700 m strike length and more than 2,000 m known width, based on four rounds of drilling, open to the south and east

Depth to Ore

From surface. Some mineralization outcrops, and the 2025 drill holes averaged 60 m grading 3,415 ppm Li starting from 13 m depth

Depth to Ore

From surface. Some mineralization outcrops, and the 2025 drill holes averaged 60 m grading 3,415 ppm Li starting from 13 m depth

Host Rock

Three main claystone beds averaging about 17 m to 22 m thick, separated by thin tuff units, gently dipping with consistent thickness and mineralogy

Host Rock

Three main claystone beds averaging about 17 m to 22 m thick, separated by thin tuff units, gently dipping with consistent thickness and mineralogy

Recent intercept

30.6 m grading 4,196 ppm Li from surface in hole NNL-037, a 640 m step-out to the southeast

Recent intercept

30.6 m grading 4,196 ppm Li from surface in hole NNL-037, a 640 m step-out to the southeast

Other Elements

Anomalous cesium and rubidium values have been reported in the primary horizons. No mineral resource has been estimated for cesium or rubidium and neither is included in the PFS

Other Elements

Anomalous cesium and rubidium values have been reported in the primary horizons. No mineral resource has been estimated for cesium or rubidium and neither is included in the PFS

Life-of-mine strip ratio of 0.88 to 1

For every tonne of ore, less than a tonne of waste rock (0.88 t) is moved.¹

Ore

Waste

Mineralization beginning at surface, leading to little overburden to remove before reaching ore.

Figures from the 2026 PFS mine plan set out in the Company’s news release filed 2 October 2026. Read here.

Processing

Claystone to Battery-Grade Carbonate

Claystone to Battery-Grade Carbonate

Claystone to Battery-Grade Carbonate

The Project is designed to process ore into battery-grade lithium carbonate on site. Ore is beneficiated, leached with sulfuric acid produced on site, purified, precipitated as lithium carbonate and refined to battery grade.

The full flowsheet has been demonstrated on Project claystone, from run-of-mine ore to a 99.95% Li₂CO₃ product in metallurgical test work.

Beneficiation

Attrition scrubbing and gravity concentration reject coarse gangue, recovering 96.7% of the lithium to leach feed.

Product

Lithium carbonate precipitated, refined to battery grade and dried on site, demonstrated at 99.95% Li₂CO₃.

Product

Lithium carbonate precipitated, refined to battery grade and dried on site, demonstrated at 99.95% Li₂CO₃.

Test work

Sepro, Kemetco and Chemshift tested every stage of the flowsheet, from run-of-mine claystone to battery-grade product.

Purification

Impurity removal and magnesium sulfate crystallization clean the leach solution ahead of lithium carbonate precipitation.

Purification

Impurity removal and magnesium sulfate crystallization clean the leach solution ahead of lithium carbonate precipitation.

Power

Waste heat from the on-site sulfur-burning acid plant supplies most of the site's power, supplemented by a grid connection.

Leaching

Sulfuric acid leach, with acid produced on site from elemental sulfur, extracting over 93% of the lithium.

Leaching

Sulfuric acid leach, with acid produced on site from elemental sulfur, extracting over 93% of the lithium.

Battery-grade product is based on bench and small-scale test work on limited sample quantities set out in the Company’s news release filed 15 September 2026. Read the news release.

Path to Production

The Work Between Today and Production

The Work Between Today and Production

The Work Between Today and Production

The PFS schedule assumes FEL 3 engineering begins in Q4 2026, followed by an expedited Final Investment Decision and permitting Record of Decision. It provides for about 53 months from FEL 3 notice to proceed to mechanical completion and about six months of commissioning, with first production targeted for the second half of 2031.

The schedule is subject to permitting, financing and a final investment decision.⁴

Source: 2026 Pre-Feasibility Study execution schedule (Fluor), accelerated case. Timelines are forward-looking, preliminary and approximate, depend on permitting, financing and study outcomes, and are subject to change. Nothing here should be taken as an assurance that any milestone will be achieved.

Permitting

A Disciplined Process, Started Early

A Disciplined Process, Started Early

A Disciplined Process, Started Early

From completed baseline studies and an approved exploration plan, Nevada North is advancing toward mine permitting and a federal Record of Decision, alongside FEL 3 engineering and the Feasibility Study. The program aligns federal and state permitting, environmental baseline work and community engagement to de-risk the next phase of development.

Complete

2023 TO 2024

Environmental baseline studies across the project area: water resources, wetlands and riparian areas, wildlife and vegetation, greater sage-grouse leks, raptor and eagle nests, migratory birds, and a Class III cultural resources inventory.

November 2023

Exploration Plan of Operations and Reclamation Plan submitted to the BLM Wells Field Office and the Nevada Division of Environmental Protection.

February 2024

Revised Plan determined complete by the BLM. All baseline reports and supplemental environmental reports approved.

December 2024

Environmental Assessment posted for a 30-day public comment period.

March 2025

Finding of No Significant Impact and Decision Record authorized phased exploration on up to 250 acres over three years, with concurrent reclamation and bonding.

Underway

2026 drill program

Drilling began in September 2026 under the approved 2025 Plan, continuing into the 2027 drill season. Collects water supply, hydrogeological and geotechnical data alongside resource drilling.

Water

Groundwater monitoring wells, vibrating wire piezometers and surface water instrumentation to build the hydrogeological model the mine plan will rely on.

Wildlife

Annual greater sage-grouse lek surveys and raptor and eagle nest monitoring continuing, as recommended in the technical report.

Reclamation

Disturbed exploration areas reclaimed concurrently as they are no longer needed.

Ahead

Pre-plan of operations

Engagement with the BLM to confirm the mine-stage footprint and the baseline studies required.

Mine Plan of Operations and Reclamation

Plan for concurrent review by the BLM and the Nevada Division of Environmental Protection.

National Environmental Policy Act

Review under the act, anticipated at Environmental Impact Statement level, including Tribal consultation and public comment, toward a federal Record of Decision.

State Permits

Reclamation Permit, Water Pollution Control Permit, Air Quality Permit, Section 401 certification and water rights.

The Mine Plan of Operations has not been submitted or approved. The technical report states that, based on studies to date, the Qualified Person is not aware of any known environmental issues that would preclude development, and that no issues have been identified that are expected to prevent the Company from securing the required permits.

Baseline studies complete. Exploration approved by the BLM in March 2025. Mine permitting is the next step.

Maps & Technical

Technical Reports & Documents

Technical Reports & Documents

Technical Reports & Documents

The Company's technical reports and corporate presentation, posted here as filed. The complete disclosure record is available under the Company's SEDAR+ profile.

All reports are filed under the profile of Lithium X2 Mining Inc. on SEDAR+ at www.sedarplus.ca.
The versions posted here are as filed. Resource tables, the price sensitivity and the permitting sequence are set out on the project page.

The full investment case, in one place

Corporate presentation, technical reports, filings, stock information and events.

The full investment case, in one place

Corporate presentation, technical reports, filings, stock information and events.

The full investment case, in one place

Corporate presentation, technical reports, filings, stock information and events.

Let's keep in touch

Keep up to date with everything Lithium X2. Get the latest updates on investor news, project progress and company milestones.

Let's keep in touch

Keep up to date with everything Lithium X2. Get the latest updates on investor news, project progress and company milestones.

America is onshoring lithium mining.

Lithium X2 Mining Inc. (TSXV: LIXX | OTCQX: TBD | FSE: DJ5C), a mineral exploration company, is at the forefront of securing the supply of domestic lithium through its active engagement in the Nevada North Lithium Project.

The Project focuses on development of high-grade lithium energy metals in Nevada, USA, a crucial element for powering battery electric storage and electric vehicles. With a primary listing on the TSX Venture Exchange and a listing on the OTCQX Market, Lithium X2 Mining Inc. is strategically positioned as a key player in advancing lithium exploration.

Alan J. Morris, MSc, CPG, of Spring Creek, Nevada, Geological Advisor to the Company and a Qualified Person as defined under National Instrument 43-101, Standards of Disclosure for Mineral Projects, has reviewed and approved the scientific and technical information contained on this website relating to the Nevada North Lithium Project. Mineral Resources that are not Mineral Reserves do not have demonstrated economic viability. This website contains forward-looking information. See Legal & Disclaimer.

© 2026 Lithium X2 Mining Inc. | All Rights Reserved

America is onshoring lithium mining.

Lithium X2 Mining Inc. (TSXV: LIXX | OTCQX: TBD | FSE: DJ5C), a mineral exploration company, is at the forefront of securing the supply of domestic lithium through its active engagement in the Nevada North Lithium Project.

The Project focuses on development of high-grade lithium energy metals in Nevada, USA, a crucial element for powering battery electric storage and electric vehicles. With a primary listing on the TSX Venture Exchange and a listing on the OTCQX Market, Lithium X2 Mining Inc. is strategically positioned as a key player in advancing lithium exploration.

Alan J. Morris, MSc, CPG, of Spring Creek, Nevada, Geological Advisor to the Company and a Qualified Person as defined under National Instrument 43-101, Standards of Disclosure for Mineral Projects, has reviewed and approved the scientific and technical information contained on this website relating to the Nevada North Lithium Project. Mineral Resources that are not Mineral Reserves do not have demonstrated economic viability. This website contains forward-looking information. See Legal & Disclaimer.

© 2026 Lithium X2 Mining Inc. | All Rights Reserved

America is onshoring lithium mining.

Lithium X2 Mining Inc. (TSXV: LIXX | OTCQX: TBD | FSE: DJ5C), a mineral exploration company, is at the forefront of securing the supply of domestic lithium through its active engagement in the Nevada North Lithium Project.

The Project focuses on development of high-grade lithium energy metals in Nevada, USA, a crucial element for powering battery electric storage and electric vehicles. With a primary listing on the TSX Venture Exchange and a listing on the OTCQX Market, Lithium X2 Mining Inc. is strategically positioned as a key player in advancing lithium exploration.

Alan J. Morris, MSc, CPG, of Spring Creek, Nevada, Geological Advisor to the Company and a Qualified Person as defined under National Instrument 43-101, Standards of Disclosure for Mineral Projects, has reviewed and approved the scientific and technical information contained on this website relating to the Nevada North Lithium Project. Mineral Resources that are not Mineral Reserves do not have demonstrated economic viability. This website contains forward-looking information. See Legal & Disclaimer.

© 2026 Lithium X2 Mining Inc. | All Rights Reserved