Look at that hardware! 🤩 Our second Engineering Test Unit (ETU 2.0) is taking shape at Kairos Power’s Albuquerque Manufacturing Development Campus, helping to optimize primary systems and pilot new innovations that will carry forward to Hermes and future reactors. With ETU 2.0, we are learning to modularize our reactor technology and making strides in mechanical systems design, surrogate fuel pebble production, component manufacturing, operations, and more. Here’s a look at our recent progress: 🏗️ The first modular equipment skids are installed in the ETU enclosure, with more under construction. ETU 2.0 will comprise more than 30 skids, which will come together in a fully integrated system, providing a template for the modular Hermes reactor design. 🔧 Building on lessons from ETU 1.0, we have upgraded the Primary Salt Pump, incorporating a permanent magnet motor and vibration sensors to improve performance. The Kairos Power team manufactured, assembled, and tested nearly all the parts in-house, demonstrating the value of vertical integration in expediting timelines, maintaining design flexibility, and ensuring quality control. ⚫️ Over multiple iterations, our Fuels team has established an automated production line for annular graphite fuel pebbles, demonstrating the processes to mass-produce our proprietary fuel form. The team has fabricated 13,500 of the 50,000 surrogate fuel pebbles needed for ETU 2.0, marking a step change in productivity from the labor-intensive process used in ETU 1.0. Following the ETU 2.0 pebble campaign, we will replicate the production line at Los Alamos National Laboratory to make nuclear fuel for Hermes. ⚙️ The Kairos Power manufacturing team fabricated the reactor vessel in-house – the largest yet for our ASME-certified vessel shop, and one of 11 U-stamped vessels that we’ve produced for ETU 2.0. Controlling the production of these critical components helps ensure tight specifications and quality control, while keeping to an aggressive timeline. 👨🔧 Our Operations team is building on the lessons learned from ETU 1.0 to develop a more sophisticated operator training program, writing 50+ new operating procedures, performing pre-commissioning testing on critical components, and establishing formal processes that will bolster operational readiness for ETU 2.0 and the Hermes series. It’s all a testament to the hard work and cross-functional collaboration of our mission-driven team. Together, we’re building the future of nuclear energy, one module at a time.
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