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NuCube Energy and USREL to Test Microreactor in Utah

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A futuristic, glowing geometric prism resting in the red desert landscape of San Rafael, Utah, symbolizing advanced nuclear technology.
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The Utah San Rafael Energy Lab and NuCube Energy have signed a memorandum of understanding to site and test a microreactor in Orangeville, Utah. This collaboration aims to test NuCube's microreactor technology as a step toward commercializing modular, high-temperature nuclear systems.

Key takeaways

  • NuCube Energy and USREL signed an MOU to site and test a microreactor in Orangeville, Utah.
  • The technology uses TRISO fuel and a heat-pipe design to reduce moving parts.
  • The microreactor can provide both electricity and high-temperature industrial heat.
  • The project is part of Utah's clean energy roadmap and nuclear innovation efforts.

The Utah San Rafael Energy Lab (USREL), which is operated by the Utah Office of Energy Development, and NuCube Energy have signed a memorandum of understanding (MOU) to site and test a NuCube microreactor at USREL in Orangeville, Utah.

This collaboration enables the deployment and testing of NuCube’s microreactor technology, which is described as a key step toward commercializing modular, high-temperature nuclear systems.

The reactor utilizes a heat-pipe design and leverages TRISO fuel to minimize moving parts. It is safely housed in a stainless-steel containment and is capable of delivering ultra-high-temperature heat exceeding 1,000 degrees Celsius for industrial-heat and combined electricity applications.

NuCube’s microreactor is designed to generate electricity and provide high-temperature industrial heat. These capabilities make the technology competitive with natural gas and suitable for rural or off-grid installations.

The upcoming test at USREL is intended to showcase Utah’s leadership in nuclear innovation and integrates the microreactor into the state’s clean energy roadmap.

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