RESOURCE

Cineon Partners with Magnox to Develop Advanced Virtual Training Tools for Nuclear Decommissioning

POsted by
cineon
Published
15th January 2020

Cineon is proud to announce its latest collaboration with Magnox, creating cutting-edge virtual reality (VR) tools designed to support workers in mastering complex nuclear decommissioning tasks.

Training with a Virtual Laser Cutter

In this project, Cineon is developing a virtual replica of a laser-cutting tool that will be used to dismantle a nuclear reactor. This innovative training tool will enable workers to gain hands-on experience with the equipment in a safe and controlled virtual environment before using it in the field.

To enhance realism, the team will use 3D models of the Dragon Reactor Core to create two distinct training solutions:

  1. Exploration Tool: A VR simulation that allows operators to familiarise themselves with the Dragon Reactor Core’s structure and layout.
  2. Manipulator Training Tool: A virtual environment that replicates the core segmentation control panels and CCTV system. This tool provides workers with opportunities to practice operating the laser cutter and refine their techniques for this highly intricate task.

Building on Previous Success

This marks Cineon’s second collaboration with Magnox on nuclear decommissioning projects.

The Magnox Flask Project was a major milestone, where Cineon created a virtual simulation of flask-handling equipment before its physical construction. By enabling operators to explore and interact with the virtual model, Magnox gathered valuable feedback to optimise the design. This virtual simulation also served as a training tool, allowing workers to learn how to operate the equipment without risk to themselves or the facility.

Pioneering Safer and More Effective Training

Cineon’s expertise in VR training solutions continues to drive progress in nuclear decommissioning. By combining advanced technology with user-focused design, these tools not only improve worker safety but also enhance skill acquisition, making complex tasks more efficient and effective.