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Decommissioning and Liabilities Management

Contracts include:

AEA TECHNOLOGY NUCLEAR PROGRAMMES, Harwell

  • Consultancy Support to AEAT
  • B220 Glovebox Liability Review
  • B220 Safety Case Support
  • Decommissioning Option studies on the B220 Am/Be Process Cells


AWE

Glovebox Decommissioning Tooling and Methodology Support. Nuclear Technologies were to consider the current decommissioning projects examining which techniques / tooling are appropriate for the size reduction and handling of waste items with a view to reducing the degree of close manual intervention. The emphasis was on proven systems from both within the nuclear industry and transferring technology from outside industries. This initial phase of the project was used to identify techniques / tooling to be given further detailed consideration with a view to their use in current and future decommissioning campaigns. An options generation workshop was held to help to identify tooling and technologies that could be considered for further investigation. Those tooling / techniques taken forward from the earlier phase were examined in more detail in the context of their use for the AWE decommissioning programme.

BRITISH NUCLEAR GROUP (formerly BNFL)

We have a team developing the Baseline Decommissioning Plans and Near Term Work Plans for PSG (Project Services Group). This work involves optioneering to determine the preferred technical approach and decommissioning strategy. From this strategy the project activities required to decommission the facility were identified and budget estimates made of resources required and amounts of waste that would result. Recommendations were made regarding the most appropriate order in which to carry out the decommissioning activities. This work is being undertaken through the supply of technical authors, cost engineers and project planners at: –

  • Berkeley Power Station and Technology Centre
  • Trawsfynnyd Power Station
  • Calderhall Power Station
  • Capenhurst Power Station
  • Chapelcross Power Station
  • Hunterston Power Station
  • Hinkley Point Power Station
  • Oldbury Power Station
  • Dungeness A Power Station


EUROPEAN ORGANISATION FOR NUCLEAR RESEARCH (CERN)

Study of Decay Tube Dismantling - The CERN Neutrinos to Gran Sasso (CNGS) project is presently in construction phase to study neutrino oscillations in a long base-line experiment. High energy protons are extracted and transported through a 727m long transfer line. The particles created decay in a 1km long tube (decay tube) to produce a beam of neutrinos which then travel 730 km through the earth towards a detector at the Gran Sasso laboratory in Italy. Nuclear Technologies were contracted to provide a feasibility study to ascertain the best method of dismantling the underground steel decay tube, which will become radioactive and has to be removed from the underground tunnels at the end of the CNGS operation.

 

 

 

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