Mission CRITICAL: Reshoring the Minerals That Power America’s Military

Key Concepts

Niobium: A critical strategic mineral for the United States, essential for high-strength low-alloy (HSLA) steels used in construction and automotive industries. Also a key component in emerging niobium-lithium-ion solid-state batteries.
Scandium: A critical strategic mineral, primarily sourced from China. When alloyed with aluminum, it significantly increases yield strength and reduces weight, with applications in aerospace and defense.
Rare Earths: A group of 17 elements crucial for permanent magnets used in defense applications, electric vehicles, and renewable energy. China dominates global production and processing.
Elk Creek Project: Niop's flagship project in Nebraska, designed to produce niobium, scandium, titanium, and magnetic rare earth minerals.
Onshoring: The process of bringing critical mineral mining, processing, and supply chains back to the United States.
Critical and Strategic Minerals: Minerals deemed essential for national security and economic prosperity, with supply chains often concentrated in a few countries.
HSLA Steel: High-strength low-alloy steel, where small additions of elements like niobium significantly enhance properties.
Niobium-Lithium-ion Solid-State Battery: An advanced battery technology promising longer range and significantly faster charging times for electric vehicles.
Scandium-Aluminum Alloy: A lightweight and high-strength material with applications in aerospace and defense, particularly for radar systems.
USGS (United States Geological Survey): The government agency responsible for assessing the nation's mineral resources and criticality.
US Export-Import Bank (Ex-Im Bank): A U.S. government agency that provides financing for exports and imports, playing a role in funding critical mineral projects.
Department of Defense (DoD): The U.S. government department responsible for national defense, showing significant interest and support for domestic critical mineral production.

Niobium: A Critical Strategic Mineral for the US

Niobium is identified as the second most critical element for the United States, according to a White House-commissioned USGS report. The US imports 100% of its niobium needs, and a disruption in supply could result in a negative GDP impact exceeding $10 billion.

Use Cases and Importance

Steel Enhancement: Approximately 90% of global niobium production is used in high-strength low-alloy (HSLA) steels.
- Yield Strength: Adding just one pound of niobium to 2,000 pounds of steel doubles its yield strength.
- Construction: Niobium-based steel is essential for seismic strength in multi-story buildings (over two stories).
- Automotive: Used in steel-based cars to increase yield strength, reduce weight, and enhance corrosion resistance.
Emerging Battery Technology: A significant future demand driver is the development of niobium-lithium-ion solid-state batteries.
- Benefits: These batteries offer extended range (400-500 miles per charge) and extremely fast charging times (approximately six minutes).
- Industry Involvement: This technology is a collaboration between major niobium producers and Toshiba.
- Demand Projection: The largest niobium producer anticipates a 50,000 tons per year increase in production capacity to meet this new demand, potentially doubling current global demand of 100,000 tons per year. This is expected to drive double-digit annual demand growth.

China's Dominance and the Need for Onshoring

China holds significant dominance in the supply chains of rare earths and other critical minerals, encompassing both production and processing. The United States aims to level the playing field by onshoring these activities.

Challenges and Solutions

Timeframe for Onshoring: Establishing new mining and processing facilities is a multi-year endeavor.
Niop's Elk Creek Project: This project has secured all necessary permits, allowing for a faster start-up compared to other US mining ventures. Construction of the underground mine and processing facility is projected to take three years.
Stockpiling: While a useful short-term measure, stockpiling is insufficient when a single country controls 100% of production and can restrict exports.
Recycling and Diversification: Alternative strategies like recycling and sourcing from other regions are necessary in the interim.
China's Long-Term Strategy: China has invested heavily in critical mineral supply chains for 40-60 years, demonstrating a long-term commitment.

Scandium: A Critical Mineral for Defense and Aerospace

Scandium is another critical mineral where China holds near-monopoly production (almost 100%). The US currently has no domestic production of scandium metal or scandium-aluminum alloys.

Applications and Importance

Aluminum Alloying: When alloyed with aluminum, scandium significantly increases yield strength, reduces weight, and improves corrosion resistance and weldability.
Defense Industry:
- F-35 Lightning II Aircraft: All critical minerals produced by Niop, including scandium, are used in the F-35.
- Radar Systems: A joint development agreement between Niop and Lockheed Martin utilizes a scandium-aluminum alloy to enhance threat detection systems on fighter jets. This upgrade can:
  - Double the detection radius.
  - Expand the detection field from 180 degrees to 360 degrees.
  - Improve pilot safety and lethality by providing earlier threat awareness.
- Retrofitting: This technology is intended to be retrofitted into existing F-22 and F-35 aircraft, upgrading them to Generation 6 technology.
Supply Chain Concerns: While the Philippines produces some scandium, it is entirely allocated to Bloom Energy in California. China has also imposed export restrictions on scandium since April 2025, making it unavailable on the open market.
Niop's Plan: Niop aims to onshore the entire scandium supply chain, producing scandium oxide, scandium metal (expected February 2026), and scandium master alloys.

Rare Earths: Essential for Magnets and Defense

China produces over 90% of the world's rare earths, largely due to its processing capabilities. They also produce 100% of heavy rare earths, on which they imposed export restrictions in April of the current year.

Defense Applications

Permanent Magnets: Magnetic rare earths are crucial for producing rare earth permanent magnets, which are vital for:
- Electric Motors: Used in various defense applications.
- Guidance Systems: Essential for the accuracy of missiles. Without them, missiles become "dumb."
- Overall Efficiency and Lethality: Rare earth elements enable smarter, more efficient, and more lethal defense systems.

Niop's Elk Creek Project: A Comprehensive Solution

Niop's Elk Creek project in Nebraska is designed to address the US reliance on foreign sources for critical minerals.

Project Overview

Location: Southeast corner of Nebraska.
Operations: An underground mine and an above-ground processing facility.
Products: The facility will process ore into highly purified oxides of niobium, scandium, titanium, and magnetic rare earth minerals.
Full Supply Chain: Niop intends to produce final product forms, not just concentrates, thereby onshoring the entire processing chain.
Experienced Team: The company boasts a team with decades of experience in producing these minerals in highly purified forms.
Metallurgy: The project has demonstrated exceptional metallurgy at the full feasibility study level, with high recovery rates and the ability to produce four distinct product streams from a single resource.
Community Support: The project enjoys strong support from the local community, the governor, and both US senators.
Mine Life: The feasibility study estimates a 38-year mine life, representing only 10% of the total resource, suggesting potential for hundreds of years of operation.

Federal Support and Financing

The Elk Creek project has received significant support from the US government, including grants and potential financing.

Government Involvement

Department of Defense (DoD) Grant: Niop received a $10 million grant from the DoD to:
- Fund additional infill drilling to upgrade geological reserves from probable to proven.
- Support engineering of the process flow diagram to feasibility study level.
- Investigate environmentally sound methods for scandium metal production in the US.
- Advance the Lockheed Martin project for enhanced threat detection systems.
US Export-Import Bank (Ex-Im Bank): Niop is pursuing a $780 million debt financing application with the Ex-Im Bank, a process that has taken over two years.
International Interest: The UK and Germany have also expressed interest in providing debt financing, potentially reducing the reliance on the Ex-Im Bank.
Financing Timeline: Full project financing is anticipated in calendar year 2026, with construction commencing thereafter and the mine expected to be operational by 2029.

Capital Raising and Runway

Total Capital Estimate: Approximately $1.2 to $2 billion for construction.
Equity Requirement: Approximately $420 million in equity financing is needed to complement the debt package.
Equity Raised: Over $376 million has been raised in 2025, with over $300 million currently in the bank, providing a substantial runway.
Future Fundraising: Niop plans to raise additional equity, but with flexibility due to its strong cash position.
Property Acquisition: Niop has purchased 640 acres of land, including all necessary mineral rights, securing the site for over 30 years of operation.
Infrastructure Development: The company is also working on bringing utilities to the site and hiring personnel in preparation for construction.

Conclusion and Future Outlook

Niop's Elk Creek project is poised to become a significant domestic source of critical strategic minerals, addressing national security and economic concerns. The project benefits from a strong resource, proven metallurgy, secured permits, and substantial government support. With financing nearing completion and preparations for construction underway, 2026 is expected to be a pivotal year for the company, marking the transition from planning to reality. The team is focused on building and operating large projects, and they are close to achieving this goal, promising a positive future for the company and its shareholders.