● CRITICAL MINERALS & OUTPUTS
Strategic Materials Recovered from Rare Earth — At Industrial Scale
IRON OXIDES
Industrial-Grade Products with Immediate Offtake Potential
Iron oxide pigments and iron-based coagulants, targeting ≥95% Fe₂O₃ purity with controlled particle size and phase composition — converting the largest mass fraction of rare earth into revenue-generating products.
Applications
Construction materials, pigments & coatings, water treatment coagulants, metallurgical feedstock
Value Proposition
Eliminates long-term storage liability. Enables zero-waste plant operation with immediate revenue.
TITANIUM-BEARING MATERIALS
Structural and Functional Materials for Energy & Mobility
Titanium-rich intermediates convertible to TiO₂ or downstream titanium compounds, achieving 90–98% TiO₂ equivalent — extracted without high-temperature chlorination or sulfate routes.
Market Relevance
Battery technologies, aerospace structural components, corrosion-resistant equipment, clean-energy (solar, hydrogen).
Process Advantage
Lower energy and environmental footprint. Complements REE recovery within the same processing train.
RARE EARTH ELEMENTS (REEs)
Magnet, Electronics & Clean-Energy Criticals
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RECOVERED SPECTRUM
Multi-REE Oxide Fractions
Individual REE oxide fractions and mixed concentrates achieving 95–99% REO purity.
- Yttrium (Y)
- Dysprosium (Dy)
- Gadolinium (Gd)
- Neodymium (Nd)*
- Praseodymium (Pr)*
MARKET ALIGNMENT
Critical Downstream Applications
REEs recovered through this platform directly serve the highest-demand technology sectors.
- Permanent magnets for EV motors & wind turbines
- Advanced electronics & telecommunications
- Defense systems & guidance technologies
- Medical imaging & specialty optics
VALUE PROPOSITION
Zero Mining Risk REE Supply
Feedstock is already on the surface — no mining or beneficiation risk whatsoever.
- Multi-REE recovery improves project economics
- Versus single-element plays
- Domestic supply chain resilience
SCANDIUM
Ultra-High-Value Enabler for Aerospace & Advanced Energy
Scandium oxide (Sc₂O₃) recovered as intermediate, convertible to master alloys or ≥99.0% high-purity oxide grades — one of the most supply-constrained strategic metals globally.
Aerospace Alloys
Al-Sc alloys deliver 20–40% weight reduction, higher strength-to-weight, improved weldability and fatigue resistance.
Solid Oxide Fuel Cells (SOFCs)
Scandia-stabilized zirconia electrolytes deliver higher conductivity and long-term durability at operating temperature.
Domestic Supply Chain
Enables domestic Sc supply chains for aerospace, defense, and hydrogen infrastructure — without primary mines.
MULTI-OUTPUT ADVANTAGE
Why This Platform Is Economically & Strategically Different
Unlike single-metal projects dependent on one volatile commodity, our platform generates diversified revenue streams resilient across commodity cycles.
SPECIFICATION-DRIVEN PRODUCTION
Designed for End-Use Markets, Not Just Recovery
Each output stream is engineered with downstream qualification in mind — built to meet aerospace and defense alloy standards, EV and renewable-energy material specifications, and industrial chemical and pigment requirements.
Integrated On-Site Finishing
Final purification and finishing steps can be integrated directly on-site for maximum margin capture.
Flexible Offtake Models
Partnered with downstream processors or tailored to customer-specific offtake agreements.
These are not by-products.
They are specification-driven critical materials recovered from waste—at scale, with permanence.