NuWell Energy Inc.
NuWell Energy Inc.
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    • Technology
    • About Us
    • Research
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  • About Us
  • Research
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Research

Validation, Not Invention

Large-diameter drilling is proven. Small modular reactors are advancing worldwide.

Our research program is closing the specific gaps in between. 


NuWells' core technologies of large-bore drilling and modular reactors are each proven in their own industries. Our work focuses on the interface: wellbore containment design, downhole thermal behaviour, materials integrity, remote monitoring, and the regulatory science of qualifying a wellbore as a nuclear containment structure.  

Research Collaborations

University of Texas at Austin

Industry & International Collaboration

University of Texas at Austin

Four consecutive senior design projects (2022–2025) with the Walker Department of Mechanical Engineering examined the feasibility of deep underground SMRs — spanning reactor sizing and configuration, downhole heat exchanger design, thermal-hydraulic process simulation, and techno-economic analysis. This multi-year collaboration, guided by

Four consecutive senior design projects (2022–2025) with the Walker Department of Mechanical Engineering examined the feasibility of deep underground SMRs — spanning reactor sizing and configuration, downhole heat exchanger design, thermal-hydraulic process simulation, and techno-economic analysis. This multi-year collaboration, guided by NuWells co-founder Dr. Derek Haas, forms the technical foundation of the NuWells concept.  

Robert Gordon University

Industry & International Collaboration

University of Texas at Austin

Our approach to converting shaft-drilling techniques into pressure-rated containment vessels is grounded in Founder Paul Boone's master's research on large-bore well design for underground hydrogen storage, completed at Robert Gordon University Aberdeen, Scotland (2024). 

Canadian Research Partnerships

Industry & International Collaboration

Industry & International Collaboration

NuWells is developing collaborations with Canadian institutions to validate the safety case for underground nuclear power — including planned experimental work on passive heat transfer from a reactor to surrounding rock, and sub-scale wellbore demonstration testing at specialized facilities in Alberta. 

Industry & International Collaboration

Industry & International Collaboration

Industry & International Collaboration

NuWells engages reactor developers and international well-technology institutes to exchange validation data and testing capability. 

Main Bodies of Innovation

Wellbore containment design

Sizing, casing, cementing, and sealing large-diameter wells as engineered pressure-rated containment structures.

Downhole thermal management

Modelling and testing heat transfer from reactor operations and shutdown decay heat into the surrounding geology.

Materials & integrity

Long-term casing and cement performance in a downhole nuclear environment.

Remote monitoring & inspection

Leveraging proven tools from the oil and gas and geothermal industries .

Regulatory science

 Mapping established wellbore engineering standards against nuclear containment requirements to define a licensing pathway for subsurface containment.

Downloadable Resources

NuWells - One Pager (pdf)Download

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NuWells Energy Inc.

#200 - 638 11 Ave SW, Calgary, AB, T2R 0E2

partnerships@nuwells.com

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