U.S. Energy + Critical Minerals Powerfully Combined
CTR is setting new benchmarks to produce renewable baseload energy, critical minerals, and battery-grade materials in one secure U.S. location.
The Power of Strategic U.S. Resources in One Location
Introducing Hell’s Kitchen - an advanced geothermal power and critical minerals project where clean baseload energy is generated and critical minerals are recovered and processed in one secure U.S. location.
CTR has developed a vertically integrated engineering model to:
- Generate renewable, 24/7 clean energy
- Extract and recover critical minerals
- Refine minerals into high-quality battery-grade products with no offshore processing
- Expand our capacity to recover and refine additional minerals and rare earth elements
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Megawatts of Clean Power
Stage 1
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Tonnes per year Lithium Hydroxide Monohydrate
Stage 1
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Good-paying, direct project jobs
Stage 1
Step 1
Geothermal wells at ~6,000-8,000 feet produce brine and high-pressure steam to generate saleable base load energy.
Step 2
Brine is conditioned to produce additional process steam and reduce temperature for efficient extraction of minerals.
Step 3
Lithium chloride is extracted from geothermal brine using Koch DLE technology. Brine is injected into the geothermal reservoir.
Step 4
Production of battery-grade Lithium Hydroxide Monohydrate utilizing Aquatech technologies.
The World's First Fully Integrated Process
Minimal physical footprint
No overseas processing
No open-pit mining or evaporation ponds
Powered by clean baseload energy
No process tailing pits or tailing ponds
Near-zero carbon emissions
Unleashing America’s Energy Independence
By developing the largest integrated energy and critical minerals resource in the United States, we aim to encourage battery and technology producers to co-locate for direct access to critical minerals and power.
The strategic development of a resource, battery, and technology hub will greatly reduce supply chain risks, strengthen national energy independence, and create thousands of good-paying jobs in the U.S.
Reduce domestic supply chain risk
Create thousands of good-paying jobs
Increase national energy security
Attract manufacturing, technology, and capital investment
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Stabilize battery-pack costs
Secure critical minerals for domestic use and export
Introducing the World’s First
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