- Products
- Mechanical and remote handling
- Remotely operated vehicles
- Radiation protection instrumentation
- Engineered containments and gloveboxes
- Industrial X-ray inspection systems
- Modular and containerised systems
- Radiation tolerant equipment
- Radioactive sources
- Safety related systems
- Shielded equipment and facilities
- Nuclear decommissioning
- Nuclear new build
- Support to nuclear fuel manufacturing
- Support to nuclear power generation
- Reactor decommissioning
- High-integrity control systems
- Safety case development
- Safety case substantiation
- Safety system design
- 3D modelling
- Configuration management
- Design analysis
- Design consultancy
- PES and control systems
- Software lifecycle processes and programming
- 3D modelling and data handling
- Building infrastructure and services
- LASER scanning
- Optical and radiation surveys
- Plant and waste characterisation
- SONAR scanning
- Through-life support
- Remote inspection systems
- Long Reach tooling solutions
- Removal of structural feature from MEB
- Rodman II commissioning
- Hydraulic tooling development and trials
- Archive
Pile Fuel Cladding Silo Deflector Plate Removal
This “Superior” paper at the WM2017 (Waste Management) Conference featured the Pile Fuel Cladding Silo Deflector Plate Removal Project Using Long Reach Tooling and Suspended Water Jet Cutting System that was undertaken by James Fisher Nuclear at Sellfield Ltd.
The awarding of a "superior " status is to recognise authors for distinguished contributions to the advancement of radioactive waste and radioactive material management. This paper achieved the superior level rating based on the paper review judging criteria. It was judged to have demonstrated "superb knowledge and understanding, and lays the foundation for future waste management endeavours".
You can read the full paper here
