From Bauxite Residue to Critical Minerals

A patented platform extracting rare earths and strategic metals from alkaline residue at scale, with zero new mining.

4B+Tonnes accumulated worldwide

150MTonnes generated annually

25+Elements extractable per feedstock

0New mining required

CORE CONCEPT

From Constant Force to
Targeted Energy

The technology platform under development takes a fundamentally different path. Instead of steady voltage, it employs a proprietary next-gen electrochemical reactor architecture to interact with water in a more precise and energy-efficient way — validated at approximately 38 kWh/kg, well below the 50–55 kWh/kg range of conventional electrolysis.

This shift, from constant force to targeted energy delivery, is the foundation of the platform.

THE SOLUTION

Patented Low-Temperature
Extraction at Commercial Scale

Red mud is an independent deposit. Advantageously, it is on the surface and does not require the cost of mining. Our process is a protected extraction breakthrough built to strictly operate on highly alkaline bauxite residue.

A cold hydrometallurgical extraction (<100°C) process driving zero harmful emissions — ready for direct refinery or pond integration.

STRATEGIC INDEPENDENCE

Securing North American Critical Minerals

In Canada and the US, there is no significant industrial capacity for mining REEs. Rare Earth provides the competitive edge to make these regions independent producers without launching new mining operations.

Discover the Platform

OUTPUTS

Strategic Materials
Recovered from Waste

Every tonne of bauxite residue processed yields multiple high-value product streams — with zero new mining required.

Stream 01

Critical Materials

Scandium(aerospace, solid oxide)

Rare Earth Elements(yttrium, dysprosium)

Titanium-bearing(compounds)

Stream 02

Industrial By-Products

Iron Oxides(industrial pigments)

Aluminosilicate(materials)

Precipitated Calcium(carbonate)

Why It Matters

Key Advantage

Rare earth is already mined, crushed, and surface-stored. There is no drilling, no blasting, no beneficiation, and mathematically zero tailings creation.

Zero New MiningNo TailingsSurface-Stored

WHY THIS MATTERS

Beyond Economics

Critical Minerals Security

Creates domestic feedstock independence and fundamentally severs reliance on geopolitically concentrated supply chains.

Environmental Resolution

Permanent reduction of alkaline residue inventories, converting liabilities into revenue-generating assets.

Industrial Circularity

Aligns with circular-economy mandates, turning waste management centers into revenue hubs globally.

Strategic Independence

Enables resilient, globally distributed supply chains by unlocking alternative sources of critical minerals—without additional extraction.

DEPLOYMENT MODEL

Built for Scale, Not Experimentation

Modular Plant Architecture

Built for phased scale-up from modular units to full commercial deployment

Engineering completed for 350,000 t/year processing units with a phased scale-up architecture allowing immediate 1M t/year+ facility deployment.

Integration Options

Flexible deployment paths for refineries, pond sites, and regional hubs

Designed for direct integration on-site at existing refineries, natively adjacent to legacy pond infrastructure, or entirely decoupled as independent regional processing hubs.

Commercial Structures

Designed for strategic partnerships, BOO models, and joint ventures

Flexible enterprise deployment modeling via Build-Own-Operate frameworks or strategic joint ventures with top-tier alumina producers.

We do not mine critical minerals.

We unlock them responsibly from the world's largest industrial waste stream.

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