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UK / Regulator Gives Go-Ahead For Next Phase Of Work At Hinkley Point C

By David Dalton
31 January 2022

Latest estimates say first reactor will start generating power in 2026
Regulator Gives Go-Ahead For Next Phase Of Work At Hinkley Point C
The two-unit Hinkley Point C is expected to be online in mid-2026, but crucial nuclear island works lie ahead. Image courtesy EDF Energy (May 2021).
The UK’s Office for Nuclear Regulation has granted permission for the start of bulk mechanical, electrical and heating, ventilation and air conditioning (MEH) component installation work at Hinkley Point C nuclear power station – a major new milestone for the project.

The forthcoming fit-out on the nuclear island of Unit 1 – the first of two EPR plants under construction at the site in Somerset, southwest England – will require a workforce of up to 4,000 at peak times, including welders, pipe fitters and electricians, ONR said.

This phase of work will take place over three years with NNB Genco, the subsidiary created by EDF Energy, teaming up with four suppliers – Balfour Beatty Bailey, Doosan, Cavendish and Altrad.

A 36-page project assessment report setting out ONR’s decision to grant permission for the start of bulk MEH work has been published on ONR’s website.

Construction at Hinkley Point C began in October 2016, bringing the project just past the five-year mark with projections made last year by EDF that the site should start generating power in mid-2026.

ONR’s regulatory approach has established a series of “hold points” which can only be passed after intense assessment and inspection before any permissioning decision.

So far, most of the activity at Hinkley Point C has been in the field of civil construction, but work onsite is set to significantly increase around the installation of mechanical and electrical components and welding.

ONR said it has communicated with overseas nuclear regulators to understand the experiences of construction teams previously working on EPR reactor sites abroad and any issues encountered during the bulk MEH installation phase.

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