360° immersive environment at RAICo1: decommissioning planning notes for engineers
Reviewed by Tom Sullivan

First reported on New Civil Engineer
30 Second Briefing
AtkinsRéalis, Sellafield Ltd and Igloo Vision have installed a 360° immersive visualisation suite at the Robotics and Artificial Intelligence Collaboration (RAICo1) facility in West Cumbria to plan complex nuclear decommissioning tasks. The dome-style environment allows engineers to rehearse remote handling, crane lifts and waste routeing at full scale using site laser scans and BIM models, before work starts in high-radiation cells. This setup is expected to de-risk sequencing, clash detection and access planning on legacy Sellafield structures where physical mock-ups would be costly or impractical.
Technical Brief
- Visualisation is driven by game‑engine software, allowing real‑time physics and collision response for plant and tooling.
- Remote-handling sequences can be replayed frame‑by‑frame, enabling formal HAZOP-style review of each motion and interlock.
- Multi‑disciplinary teams stand inside the same model, supporting joint ALARP decision‑making on access, segregation and shielding layouts.
- The environment allows scripted “what‑if” fault scenarios, such as dropped loads or stuck manipulators, to test contingency procedures.
- Data from virtual rehearsals can be exported as task step‑lists and permit inputs, tightening linkages to nuclear safety cases.
Our Take
AtkinsRéalis is emerging as a central nuclear player in our infrastructure coverage, with this Sellafield-focused immersive planning work sitting alongside its design partner role on Sizewell C and advisory work for Great British Energy – Nuclear, which suggests it is building a cradle‑to‑grave position from new build through to decommissioning in the UK.
Locating the Robotics and Artificial Intelligence Collaboration (Raico1) facility in West Cumbria aligns digital and robotics capability directly with the UK’s most complex legacy nuclear assets, which is likely to shorten feedback loops between on‑site operations at Sellafield and off‑site technology development.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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