Rare Earth Minerals

The Problem:

Critical dependency: Rare earths and strategic minerals (lithium, neodymium, cerium, etc.) are essential for EVs, electronics, defense systems, and renewable energy.
Fragile supply chains: Today, over 80% of global rare earth refining is concentrated in one country, creating geopolitical risk.
Untapped resources: Vast reserves of rare earths and lithium are dissolved in brine, geothermal fluids, and seawater, but current extraction methods are costly and inefficient.
Strategic vulnerability: Nations without domestic supply face escalating costs and security concerns.

Our Technology

Clean Hydrogen

Extracting hydrogen from wastewater with lower energy and cost than electrolysis, while solving pollution challenges.

Geothermal brine field – source of valuable minerals

The Problem

Rising demand: Global hydrogen demand is projected to exceed 600 million tons by 2050, driven by power, industry, and mobility.
Expensive production: Conventional electrolysis is highly energy-intensive and relies on purified water, which is costly and scarce in many regions.
Environmental footprint: Many “blue” hydrogen pathways still rely on fossil inputs, generating CO₂ or producing harmful byproducts.
Wastewater challenge: Urban and industrial centers struggle with mounting wastewater treatment costs, pollution, and regulatory pressure.

Comprehensive demineralization process workflow

Our Solution:

Ocean ReviveR’s Platform enables mineral extraction from sources already tied to desalination and geothermal projects:

Unlocks Hidden Value: Captures lithium, neodymium, and other rare earths directly from brine streams and geothermal fluids.
Sovereign Resource Pathway: Allows nations to diversify away from foreign dependency, strengthening industrial resilience.
Integrated Approach: Works alongside desalination facilities, turning what is currently considered waste (brine) into a strategic asset.
Scalable: Modular system adaptable to small pilot plants or large-scale national projects.
High-Value Upside: The global rare earths & lithium market exceeds $200B+, with long-term demand expected to rise sharply.

Strategic Value:

Our technology transforms waste into wealth, giving GCC and other forward-looking nations a foothold in critical materials vital for energy, technology, and defense independence.

Military Applications

Our technology supports the U.S. military and Department of Defense by ensuring a stable domestic supply of critical minerals necessary for advanced technologies.

Strategic mineral processing for defense applications

Energy Independence

By enhancing domestic mineral production, we contribute to reducing reliance on imports, aligning with the Department of Energy’s objectives for a self-sufficient energy landscape.

Integrated energy production facility

Critical Minerals

Unlocking rare earth elements and lithium from brine and geothermal sources, strengthening supply chains for energy, electronics, and defense.

Why Demineralization Matters

Demineralization is critical for purifying highly saline or mineral-rich water sources, ensuring they become safe and efficient for various uses. It plays a key role in reducing overall treatment costs, extending equipment lifespan, and meeting stringent environmental standards.

Cost Reduction

Lower operational expenses through efficient processes

Equipment Longevity

Extended lifespan of industrial equipment

Environmental Compliance

Meeting and exceeding regulatory standards

Commitment to Partnerships

At Ocean Reviver Inc., we are committed to fostering partnerships with industry leaders, government agencies, and research institutions to advance the development and implementation of our technologies. We aim to contribute to sustainable solutions that address water scarcity, support clean energy initiatives, and promote environmental stewardship.

Industry Leaders

Government Agencies

Research Institutions

Contact Information

For more information about our demineralization solutions, please contact our team of experts.