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Quaise Energy

Quaise develops millimeter wave drilling systems for deep geothermal heat access. Our technology is the only approach in the world with the potential to build geothermal wells at unprecedented depths and temperatures. By targeting depths up to 20 kilometers and temperatures up to 500 degrees Celsius, we will have the ability to build clean electric generation and heat distribution plants within a short distance of every major population and industrial center on the planet, at a fraction of the footprint of other renewables. And by scaling through the established supply base of the fossil fuel industry, we will be able to achieve the terawatt-level annual deployments that will be required to successfully decarbonize our global energy system.

Growth Trajectory

Quaise Energy is poised for significant growth by expanding its millimeter wave drilling technology globally to tap into previously inaccessible geothermal resources. They are focused on securing partnerships with heavy industrial sectors and fossil fuel power plants for decarbonization efforts, including retrofitting existing infrastructure. Their future plans include developing full-scale hybrid drilling rigs, Superhot Enhanced Geothermal Systems, and commercial pilot plants, indicating a strong push towards market expansion and technology refinement.

Technical Challenges

Scaling millimeter wave drilling for deep, high-temperature environments
Managing drilling operations and potential issues during the drilling process
Simulating the physics of millimeter waves interacting with rock
Improving drilling speed and depth

Tech Stack

Millimeter wave drilling technologyGyrotron technologyDownhole acoustic telemetry tool3D printed electrical submersible pump (ESP)Reservoir simulator

Team Size

Engineering teams focused on drilling technology development
Research and development teams exploring millimeter wave applications
Project teams for pilot plant deployments
Business development teams securing partnerships and funding

Key Risks

Scaling millimeter wave drilling technology to field-deployable systems may encounter unforeseen technical challenges.
Competition from established renewable energy sources and traditional fossil fuels could hinder market adoption.
Regulatory and permitting hurdles associated with deep drilling and geothermal energy production may delay projects.
Economic viability of deep geothermal energy compared to other energy sources may impact customer adoption.
Potential difficulties in integrating deep geothermal plants with existing energy infrastructure and grids.

Opportunities

Capitalize on the increasing demand for clean baseload power and decarbonization solutions, particularly in heavy industries.
Expand partnerships with mining companies and fossil fuel power plants to demonstrate the viability of retrofitting with geothermal energy.
Further develop and patent millimeter wave drilling technology to create a strong competitive advantage.
Secure government funding and incentives for geothermal energy development to accelerate deployment.
Leverage existing oil and gas industry workforce and infrastructure for a smoother transition to geothermal energy.
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