The framework will support the Clyde Infrastructure Programme (CIP) and wider Royal Navy and defence requirements. Its primary focus will be on delivering the refurbishment and upgrade of critical infrastructure at HMNB Clyde.
Charles Hoskins, DIO’s Clyde Infrastructure Programme Director, said:
“The NTSP is vitally important to the delivery of our major infrastructure programme and wider operations at HMNB Clyde. We welcome all companies from our new NTSP delivery partners to our infrastructure family within the Clyde Community.
“We look forward to them joining our delivery team and the collaborative approach that we are embedding into all work we undertake at HMNB Clyde. This collaborative approach and the expertise from our new partners will be crucial to our success as we move forward into the exciting and challenging next chapter of our programme.”
Andy Albutt, on behalf of the ACA, said:
“The Clyde Infrastructure Programme represents an incredible opportunity to help shape the UK’s defence capability and further strengthen the industry’s collective expertise in delivering highly specialised nuclear services.
“Atkins and Cavendish Nuclear are now focussed on working closely alongside the DIO and our framework partners to hit the ground running as part of this select delivery team.”
Ian Hudson, Framework Director for KAD Nuclear, said:
We are absolutely delighted to have been selected as a supplier for the NTSP framework.
KAD Nuclear has a clear and unique philosophy; we have the right people; we are ready to go and we will work collaboratively inside KAD and with other framework suppliers to find the best solution.
At the heart of it all we are incredibly proud to have the chance to work on some of the most nationally significant projects of our time and create world-class infrastructure that will serve this country for decades to come.
David Field, Framework Director for Nuvia, said:
This is a unique opportunity, one that Nuvia is proud to be a part of and contribute to. We look forward to working collaboratively across the framework and becoming part of the Clyde family.