Awarded contract

Package 1 Demolition, Boiler & ancillary equipment removal (Dungeness)

Details

Value
£190,600,000
Duration
5 years
Topic
Lifting and handling equipment
Published
10 November 2026

Tender description

Dungeness 'A' is a redundant nuclear power station located on the Romney Marsh in Kent. The power station ceased generation in 2006 and is currently undergoing decommissioning. The scope of works is for the Contractor to undertake the role of "Principal Contractor" for the safe removal of all hazards including Asbestos Containing Materials (ACM's), soft stripping internal fixtures, fittings & linings and removal of the Boilers, by pass ducts, main gas duct sections, suitable laydown and weatherproof storage. The safe demolition of the buildings adjoining the east and west faces of the reactor buildings of the Dungeness A Site, noting the Blower Halls and Central Control Block are reduced to slab level with other buildings reduced as stated in the scope of works and in accordance with BS6187:2011 Code of Practice for Full and Partial Demolition (Ref. 16.4.1). To provide some idea of scale, Dungeness has eight boilers which will require removal and laydown. These are estimated at 7m in diameter and 21m long, they weigh approximately 700 tonnes each. Approximately 30% of the building structures currently on Site will be removed by the contract. The Client will apply for any necessary planning permissions and carry out any activities necessary to obtain the Planning Approval. The Contractor is to provide all management, documentation, labour, plant, equipment, and materials to remove the hazards, de-plant all equipment, lifting and removal of the Boilers, by pass ducts, main gas duct sections, suitable laydown and weatherproof storage, demolition of the buildings and make good weatherproof of remaining structures including site remediation. The scope of this project includes the preparation and execution of all necessary investigation work such as ground, geological, ordnance, camera, flow surveys, etc. necessary to complete the scope of works.

Timeline

  1. Completed: Award date23 October 2026
  2. Completed: Award published10 November 2026
    Current notice
  3. Next: Contract expiry date4 August 2031in 5 years

About the buyer

Nuclear Restoration Services Limited decommissions 14 former nuclear sites, from Sizewell A to Trawsfynydd. The Nuclear Decommissioning Authority owns the company and sets its group-wide commercial strategy. The company also runs its own framework agreements, covering scaffolding, lifting and characterisation services at its sites. Bidders for classified decommissioning work must also pass security clearance checks. A dedicated supply chain team handles questions and comments from prospective suppliers.

Over the past 5 years, most of Nuclear Restoration Services Limited's contract awards have been in architectural and engineering services, construction work and business services.

AI insights

  • Is there a preferred supplier?
  • What are the buyers pain points?
  • What has the buyer previously procured?
  • What are the key requirements?

This one's been awarded. Find the next before it's published.

Get a free pre-tender lead
Save this contract

Decision makers

Connect with the people behind this procurement.

Contact nameJob titlePhone numberWork email
Head of Procurement+44 •••• ••••••
Commercial Director+44 •••• ••••••
Procurement Manager+44 •••• ••••••
Category Lead+44 •••• ••••••
Senior Buyer+44 •••• ••••••
Contracts Manager+44 •••• ••••••

103 similar open tenders

See more open tenders related to Lifting and handling equipment.

Explore all open tenders

Related topics

Topics related to Package 1 Demolition, Boiler & ancillary equipment removal (Dungeness), ranked by notice volume.

View all topics

Related buyers

Buyers similar to Nuclear Restoration Services Limited.

View all buyers

Finding public sector work shouldn't be hard

Make your next tender search effortless with Stotles. Set up alerts, find decision maker contacts and never miss a good-fit opportunity again.