FAQs
What is the Lida Valley Lithium Project?
The Lida Valley Lithium Project (LVL) is a private lithium exploration project located in Lida Valley, Nevada, within the Walker Lane mineral corridor. The project targets lithium-bearing claystone deposits hosted in sedimentary basin environments. Exploration is focused on defining thick lithium-bearing clay horizons capable of supporting future resource development.
Where is the Lida Valley Lithium Project located?
The Lida Valley Lithium Project (LVL) is located in southwestern Nevada approximately 20 miles southwest of Goldfield in Lida Valley, Esmeralda County, Nevada). The project lies within the Walker Lane tectonic belt, a region known for significant mineral deposits and emerging lithium claystone exploration projects. The Lida Valley Lithium Project (LVL) is located within the Emerging Tonopah Lithium Loop with near by projects including, Silver Peak, Rhyolite Ridge, Bonnie Claire, Tonopah, and the Columbus project.
What type of lithium deposit is being explored?
The Lida Valley Lithium Project (LVL) argets lithium-bearing claystone deposits formed in ancient closed-basin lake environments. Lithium occurs within green lacustrine claystone units, often associated with volcanic ash inputs. This deposit type is similar to other Nevada lithium projects such as Thacker Pass, Rhyolite Ridge, and Clayton Valley.
What companies are involved in the Lida Valley Lithium Project?
The project is operated by B&N Mining Company LLC, with exploration management conducted by Unhinged Geology LLC. Geological work is led by Chief Geologist Liam Eades, with technical review provided by a qualified professional under NI 43-101 standards.
What is the current status of exploration at the Lida Valley Lithium Project?
Exploration at the Lida Valley Lithium Project is active and currently focused on expanding lithium-bearing claystone targets and refining basin geometry through geophysics and drilling. Recent work includes integrating datasets from the LVL, EZ, and Gemini claim blocks to evaluate the basin-scale lithium system and identify future drill targets.
Why is Nevada important for lithium exploration?
Is there lithium in Lida Valley, Nevada?
Nevada is one of the most important regions for lithium exploration and development in the United States due to its unique basin geology, favorable mining regulations, and history of lithium production. Projects in Nevada play an important role in developing domestic lithium supply for electric vehicles, battery storage, and critical mineral supply chains.
Yes. Exploration drilling in Lida Valley, Nevada has confirmed the presence of lithium-bearing claystone deposits within sedimentary basin environments. Drilling at the Lida Valley Lithium Project (LVL) has intersected thick intervals of lithium-bearing green claystone, supporting the interpretation of a basin-scale lithium system within the region.
What lithium projects are located in Lida Valley?
The primary lithium exploration project in the basin is the Lida Valley Lithium Project (LVL), which includes the LVL originals, the EZ, and Gemini claim blocks. These areas together cover a large portion of the basin floor and surrounding structural margins where lithium-bearing claystone deposits have been identified through drilling and geological studies.
How does the Lida Valley Lithium Project compare to other Nevada lithium projects?
The Lida Valley Lithium Project (LVL) targets lithium claystone deposits, a deposit type also found in other Nevada projects such as Thacker Pass, Rhyolite Ridge, Bonnie Claire and Clayton Valley. These deposits form in closed-basin environments where volcanic ash and clay sediments accumulate and concentrate lithium within clay minerals..
What makes lithium claystone deposits important?
Lithium claystone deposits are becoming an increasingly important source of lithium for electric vehicle batteries, grid energy storage, and renewable energy technologies. Claystone deposits in Nevada are particularly significant because they represent a potential domestic lithium supply for the United States, supporting critical mineral and battery supply chains.
Does Lida Valley Lithium have a reported resource estimation?
A NI 43-101 Technical Report published in March 2024 by Nevada Sunrise for the Gemini Lithium Project reported an Inferred Mineral Resource of approximately 7,127,476 tonnes of lithium carbonate equivalent (LCE) at a 400 ppm lithium cutoff grade. In 2025, B&N Mining Company LLC acquired the Gemini Project from Nevada Sunrise through Dome Rock Resources LLC and incorporated it into the broader Lida Valley Lithium Project. The Gemini acquisition added a deeper-basin lithium claystone area to the unified LVL project and strengthened the interpretation that the LVL, EZ, and Gemini blocks are part of a larger basin-scale lithium system in Lida Valley, Nevada.
What are the highest lithium grades intercepted at the Lida Valley Lithium Project?
The highest individual lithium sample grade recorded within the Lida Valley Lithium Project (LVL) occurs in the Gemini basin from historical drill hole GEM22-04, which returned a peak sample value of 4,720 ppm lithium from the 1,360–1,370 ft interval within the lithium-bearing claystone sequence.
Within that same hole, a broad claystone interval from approximately 510 ft to 1,950 ft (about 1,440 ft thick) returned an average lithium grade of approximately 1,412 ppm Li, representing one of the thickest and highest-grade lithium claystone intercepts reported in the Lida Valley basin.
Within the LVL portion of the project, the highest composite lithium intercept to date occurs in drill hole UG-09, which returned an average grade of approximately 1,146 ppm lithium across a 200-ft claystone interval from 300–500 ft depth. Other nearby LVL drill holes have returned similar grades, including 1,136 ppm Li over 190 ft in hole LVL2309 and 1,071 ppm Li over 250 ft in hole UG-08, confirming consistent lithium mineralization within the basin’s shallow claystone horizon.
Together, results from both the LVL shallow basin and the deeper Gemini basin demonstrate that lithium-bearing claystone occurs throughout multiple structural domains of the Lida Valley basin system, with thicker and locally higher-grade mineralization developing toward the deeper basin centers.
Where can I find the latest news about the Lida Valley Lithium Project?
he latest exploration updates for the Lida Valley Lithium Project are published by B&N Mining LLC on the official project website. These include drilling results, geophysical surveys, project acquisitions, and exploration milestones across the LVL, EZ, and Gemini claim blocks.