Two weeks ahead of schedule, the first of the SIXEP Continuity Plant’s two gantry cranes has been installed at Sellafield in Cumbria, England

This is a major milestone and illustrates some of the extraordinary work that has been carried out by the SCP team, led by Altrad Babcock’s John Hall and Stefan Dipper.

The SIXEP Continuity Plant (SCP), one of the flagship projects being delivered by the Programme and Project Partners (PPP) at Sellafield, it is a vital major project which will clean effluent from site facilities.

The Rolls-Royce SMR Module Development Facility - housed within University of Sheffield’s Advanced Manufacturing Research Centre’s existing Factory 2050 facilities - will produce working prototypes of the individual modules that will be assembled into Rolls-Royce SMR power plants.

Babcock has reinforced its commitment to securing the critical nuclear skills the UK needs to deliver national security and energy resilience.

MEH Alliance celebrates milestone of 100 people employed from the Hinkley Support Operative Bronze Programme.

The Nuclear Decommissioning Authority (NDA), in collaboration with its subsidiary Nuclear Waste Services (NWS), has awarded two contracts to establish an innovative partnership for the enhanced management of asbestos waste.

The Asbestos Innovation Partnership (AIP) will work with the NDA, NWS and the supply chain, to test and develop new solutions to treat asbestos waste, helping to deliver efficiencies and enable more effective waste management.

New figures published in Hinkley Point C’s 2024 Socio-Economic Impact Report reveal the power of green investment to improve the lives and prospects of people and businesses locally, across Somerset and beyond. 

The first of Hinkley Point C’s eight 520-tonne steam generators was delivered safely to the construction site over the weekend after arriving by sea and road.

The 25m long steam generators will take heat from the nuclear reactors to create steam to power the world’s largest turbines.  The generator’s arrival is in time for the fit out of the new power station, which will see the first nuclear reactor installed later this year. It was delivered in February last year.

Poland’s Ministry of Climate and Environment has issued a Decision in Principle endorsing Rolls-Royce Small Modular Reactor (SMR) technology.

Rolls-Royce SMR and SGP Industria have welcomed the Decision in Principle issued by Poland’s Environment Minister, Paulina Hennig-Kloska, who has said she believes the investment would be in the public interest and in line with the country’s energy and climate policies.

Rolls-Royce SMR has issued a challenge to industry, calling for ideas around monitoring and data collection during the transport of modules used to construct its Small Modular Reactor (SMR).

A major collaboration between Nuclear Waste Services (NWS), Nuclear Restoration Services (NRS) and Nuclear Transport Solutions (NTS) to safely and efficiently manage, and permanently dispose of more than 1,000 drums of waste, has completed earlier than expected.

The innovative project was an accumulation of eight years’ work and has seen eleven consignments, of low level radioactive waste, transported by rail from the NRS site at Winfrith, Dorset, to the Low Level Waste Repository in Cumbria for final disposal.

Over 2,100 tonnes of solid radioactive waste – the equivalent weight of 153 Big Ben bells - have been retrieved and safely stored at Hunterston A.

Hunterston A nuclear decommissioning site holds the largest inventory of solid ILW across all the NRS sites. This waste consists of contaminated metallic components, debris removed from spent fuel elements and 30,000 fuel element graphite sleeves from when the site was generating low carbon electricity 1964 – 1999.

A programme of work is underway at Torness power station bringing a boost to the East Lothian economy.

One of the station’s two units (Unit 1) has been taken offline for a major maintenance programme called a statutory outage.  This planned 10 week outage is like an MOT for the unit, allowing work to be carried out that cannot take place while the reactor is at power.