Advancing fusion technology with SmalLab at UKAEA
SmallLab uses safe liquid-metal testing with Galinstan and electromagnets to model MHD and advance fusion energy cooling solutions.
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Advancing global Tritium expertise through UKAEA’s Tritium training course
The UK Atomic Energy Authority (UKAEA) plays a crucial role in advancing fusion energy by developing expertise in tritium handling, isotope separation, and fuel cycle management. Since April 2023, UKAEA’s Tritium Training Course has trained over 180 fusion professionals, equipping them with critical skills for effective tritium management.
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Advancing High Temperature Superconducting (HTS) Integration via Ultrasonic Additive Manufacture (UAM)
UKAEA and Fabrisonic advanced ultrasonic additive manufacturing to join superconducting tapes, paving the way for compact, high-field fusion magnets.
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Case studies
Read case studies of our work.
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Collaboration across borders: fabrication of testing capsules for NIFT‑E
UKAEA fabricated and assembled 8 NIFT-E test capsules—636 material specimens across 18 types—for INL irradiation testing.
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First Light Fusion appoint UKAEA to validate fusion experiments
UKAEA was appointed by First Light Fusion (First Light) in 2021 to independently validate their fusion experiment results in the inertial confinement approach to fusion. This case study highlights how the independent validation and modelling capabilities of the UKAEA supported the objectives of First Light Fusion.
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Fusion Computing Lab: engaging supercomputers to test the “untestable”
UKAEA’s Fusion Computing Lab uses supercomputing, AI and digital twins to accelerate safe, scalable design of future fusion energy power plants
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Fusion ready steel for a sustainable future
UKAEA and partners are developing fusion-ready steels that are stronger, safer and scalable, helping build the foundations for future fusion power plants.
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Pioneering Optical Viewports for next-generation Quantum Systems
UKAEA’s precision optical viewport boosts quantum research with ultra-high performance, vacuum-ready design and cross-industry applications.
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Pioneering Smart Engineering: UKAEA’s Virtual Qualification Framework
UKAEA’s Virtual Qualification Framework uses simulation, AI and smart experiments to cut costs and improve reliability in advanced engineering.