#United States #Carson City #3 Proton Lithium #Railroad Valley #Tungsten Resource

3 Proton Lithium's Landmark Discovery in Railroad Valley

In a significant development for the mining sector, 3 Proton Lithium Inc. (3PL) has recently updated its Resource Report, revealing the presence of multiple world-class critical minerals at its Railroad Valley project located in Nye County, Nevada. Among these minerals is the largest known tungsten resource in the United States, marking a remarkable milestone for the industry. This project not only has substantial economic implications but also plays a crucial role in strengthening national security through the domestic supply of vital minerals.

The Scale of Discovery

3PL's findings indicate an astounding inferred tungsten resource of approximately 1.78 million tons. This is more than five times greater than any previously reported tungsten resource in the U.S. The significance of this discovery cannot be overstated, particularly as tungsten is classified as a Tier I critical mineral, which the U.S. has not commercially mined since 2015. In recent years, the nation has relied heavily on imports for this resource, primarily from countries that control vast portions of the global tungsten market, particularly China.

Besides tungsten, the updated report highlights a wealth of critical minerals found within a singular salt complex. Specifics include:

• - Lithium: 31 million tons of measured Lithium Carbonate Equivalent within a vast total deposit of 118.9 million tons, solidifying its position among North America’s premier lithium resources.
• - Potash: 533 million tons of measured potash resources, a mineral the country typically imports at an alarming 90% reliance rate.
• - Boron: 87 million tons of measured borate minerals, available in concentrations surpassing current U.S. projects.

Together, these resources amount to an estimated $3.5 trillion in gross in-ground value, suggesting that they represent hundreds of years' worth of domestic supply, based on current market needs.

Unique Geology of Railroad Valley

The mineral diversity at Railroad Valley is attributed to its unique evaporite geology, where the essential minerals are found as soluble salts, lying at considerable depths between 1,200 and 2,800 feet. This characteristic allows for solution mining, thereby avoiding the environmental drawbacks associated with traditional hard-rock mining methods which often involve extensive open pits and waste rock.

3PL's innovative approach includes the commercial production of the sodium contained in the brine, diverging from conventional Direct Lithium Extraction methods. The proposal is to refine and sell sodium carbonate and sodium sulfate, enabling the firm to reinvest in further mineral extraction. This method not only optimizes the overall operational costs but also stabilizes financial margins in anticipation of mineral recovery.

Strategic Importance and Growth Potential

The strategic implications of this discovery extend beyond mere resource extraction. The FAST-41 Transparency designation awarded to 3PL by the Trump administration underscores the project's significance for U.S. national security, economic growth, and energy independence. The company has engaged various government departments, including the Department of Energy and the Energy Dominance Council, to further its agenda in mineral exploration and production.

As 3PL continues to explore the remaining 27 stratigraphic members of the salt complex, there is a strong potential for additional resource identification. Already, discussions are in motion with potential strategic partners and investors to advance the operations significantly.

3 Proton Lithium Inc., founded in 2017 and based in Carson City, Nevada, remains committed to developing the Railroad Valley Super Brine Complex amidst continuous economic and environmental considerations.

The successful extraction of these critical minerals could not only revitalize U.S. production but also establish a foundation for sustainable growth within the national economy, particularly in light of increasing global demand for rare earth elements.

For more detailed insights on resource updates and company developments, visit www.3protonlithium.com.