W³ applies proprietary chemical recovery technology to transform complex mineral feedstocks into high-purity strategic materials — independent of foreign-dominated refining routes.
Western defence, technology, and energy supply chains depend on a narrow set of foreign-controlled refining and processing bottlenecks. Disruption risks are rising. The need for domestic, repeatable, and scalable sources of critical minerals has moved from a commercial concern to a national strategic priority.
Global silicon metal and polysilicon refining is heavily concentrated outside the West, creating vulnerability for chips, solar, and advanced electronics.
PGMs are essential for catalysis, hydrogen, and defence applications — yet processing and supply are dominated by a handful of non-allied sources.
Aerospace, nuclear, and permanent-magnet supply chains face escalating export-policy risk as demand for domestic refining grows.
W³ uses a proprietary, sequential dissolution and recovery process that treats ore as a portfolio of elements rather than a single-commodity extraction target.
Complex ore enters a controlled chemical system designed to break down the host matrix rather than mechanically crush it.
The quartz/alumina matrix is chemically unlocked, releasing high-purity silica and alumina that help offset processing costs.
With the matrix removed, micro-deposits of highly valuable elements become fully accessible for selective extraction.
Sequential, tuned chemistry recovers precious, strategic, and base metals in high-purity form from the same feedstock.
One feedstock generates multiple revenue streams — silica, alumina, titanium, PGMs, and specialty elements — instead of a single commodity.
Closed-loop chemistry avoids traditional smelting emissions and reduces tailings liability by treating waste as secondary inventory.
Production expands incrementally with standardised reactor units, reducing upfront capital intensity and commissioning risk.
Recovered materials are suitable for advanced industrial and technology applications, including semiconductor and aerospace supply chains.
A portfolio of strategic and high-value materials from a single, multi-element feedstock.
| Category | Outputs | End Markets |
|---|---|---|
| High-Purity Industrial | Silica, Alumina | Semiconductors, glass, ceramics |
| Strategic Metals | Titanium, Scandium, Zinc | Aerospace, defence, batteries |
| Precious Metals | Platinum, Palladium, Rhodium, Iridium | Catalysis, hydrogen, electronics |
| Specialty Elements | Zirconium, Vanadium, Tellurium | Nuclear, solar, energy storage |
W³ sits at the intersection of government-driven sourcing mandates on both sides of the Atlantic, designed to support domestic and allied supply-chain requirements for defence, energy transition, and advanced manufacturing.
US critical minerals and defence supply-chain priorities increasingly require domestic or allied sourcing and processing.
The EU Raw Materials Act sets binding targets for domestic extraction and internal processing of strategic raw materials.
US-EU partnerships on critical minerals create a policy tailwind for projects that can deliver secure, Western-refined output.
Located in Crane County, Texas, between Grandfalls and Crane, the project sits in a mining-friendly jurisdiction with access to Permian Basin logistics and Gulf Coast refining infrastructure.
Demonstrate continuous recovery at pilot scale and finalise bulk feedstock characterisation.
Scale to commercial throughput using standardised reactor modules and proven process parameters.
Expand processing capacity and land position as offtake agreements and market demand support growth.
Note: Tonnage figures are based on third-party reports and internal modelling. They are not presented as compliant with SEC Regulation S-K 1300 or JORC/NI 43-101 mineral reserve/resource categories unless explicitly qualified in the investor data room.
Preliminary modelling applies severe, arbitrary safety cuts to assay values, recovery rates, and commodity prices. Even under these conservative assumptions, the project points to significant gross value potential.
Across the 3.5 million-ton proven commercial basis.
Conservative estimated range per tonne processed.
| Revenue Component (per tonne, conservative) | Estimated Quantity |
|---|---|
| High-purity silica | ~380 kg |
| High-purity alumina | ~220 kg |
| Titanium | ~10.5 kg |
| Precious metals (after 15x safety cut) | ~3.1 kg |
| Strategic base metals | ~1.4 kg |
~$35.1M
Phased across pilot, infrastructure, and land expansion.
~16,000 acres
Significant expansion potential beyond the initial proven basis.
~106 years
On the initial 3.5M ton proven basis alone.
Detailed certificates, exact lab reports, and unadjusted raw assay data are reserved for the gated investor deck. Nothing herein constitutes an offer to sell securities.
Technical depth, operational discipline, and a clear strategic mandate.
Wayne architected the sequential recovery parameters and leads the chemical process development. He is the primary technical contact for due diligence, partnership discussions, and process questions.
Chris oversees project operations, strategic planning, and execution. He coordinates the commercial roadmap, build-out milestones, and day-to-day execution across technical, financial, and stakeholder workstreams.
W³ is currently engaging with strategic investors, offtake partners, and government funding programmes. Accredited investors and corporate partners can request access to the full data room and corporate deck.