- Products
- Mechanical and remote handling
- Remotely operated vehicles
- Engineered containments and gloveboxes
- Modular and containerised systems
- Radiation tolerant equipment
- Radioactive sources
- Safety related systems
- Shielded equipment and facilities
- 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
- Radioactive source store
- Long Reach tooling solutions
- Removal of structural feature from MEB
- Rodman II commissioning
- Archive
- JFN planted 500 trees with the West Cumbria Rivers Trust
- National Apprenticeship Week
- JFN awarded renewal of Sellafield ROV contract by The Decommissioning Alliance
- NDL win multi-million pound HALSEF decommissioning strategy project
- Archive
Removal of the Large Decanners from the Pile Fuels Storage Pond (PFSP)
Helping Sellafield safely remove a redundant piece of machinery weighing over 6 tonnes from the bottom of a contaminated storage pond was the challenge presented to the team at JFN’s Egremont facility.
The decanners are large and heavy pieces of equipment which have to be removed from the PFSP bays to enable the hazard reduction work in the facility to continue. They measure 6.5m in length, and remain radiologically challenging from operations carried out in the 1960’s.
The decanners are located in areas of minimum man access and little is known about their condition. Accurate video surveys were difficult due to the accumulation of sludge and although historic design drawings exist, these had previously proved to be unreliable.
The aim of the project was to move the decanners from their current location into the withdrawal bays, where they could be accessed and size reduced sufficiently to allow export from the complex.
Download the Decanner removal case study
