Nuclear
We have employed our deep technical knowledge to optimise nuclear solutions for over 60 years whilst confidently navigating complex regulatory environments. From next generation nuclear new build and small modular reactors to managing legacy assets, our people employ exemplary nuclear know-how to deliver safe and reliable projects.
Nuclear energy engineering for a cleaner future
We understand the industry and possess the capability, experience and capacity to help you deliver. We can help you:
Design resilient sites and assets
Our solutions provide high integrity, resilience, safety and security, while being optimised for buildability and cost efficiency, and minimising embodied and operational carbon emissions.
Maximise value
Nuclear power can have long lasting net benefits for economies, communities and the environment. Our environment and social specialists can help you identify ways to create a positive and sustainable legacy. The result: design decisions that achieve the best for your communities, investors, customers and the planet.
Navigate complexity and risk
We have the experience, knowledge and breadth of skills to guide you through all aspects of site selection, licensing, safety case, permitting and regulation.
The Belgian Nuclear Research Centre’s Multi-purpose hYbrid Research Reactor for High-tech Applications (MYRRHA) programme aims to build a research and development facility that will demonstrate the world’s first prototype of a nuclear reactor driven by a particle accelerator.
What can we do for you?
We work across the entire nuclear lifecycle – from generic design assessments and licensing frameworks, through all stages of project development, engineering design, construction and operation, to eventual decommissioning and waste management.
Our experience
We’ve been in the nuclear industry from the start, delivering complex and large-scale solutions for our clients across the complete project lifecycle. See our select project case studies.
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Holtec SMR300We supported Holtec Britain throughout the generic design assessment (GDA) of its SMR-300 in the UK. The GDA is a voluntary process adopted by technology vendors to de-risk new nuclear reactor designs for future project stages. We completed the GDA in 10 months – 15% faster than anticipated and as much as 65% faster than any previous GDA.
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Hinkley Point C / Sizewell C, UKWe advised both post-application management for Hinkley Point C’s development consent order (DCO) and pre-application due diligence for Sizewell C’s DCO, advising on the land programme, acquisition, landowner engagement management, connection agreements and managing referencing teams.
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Multi-purpose hYbrid Research Reactor for High-tech Applications (MYRRHA) programme/MinervaWe’re designing facilities that will help researchers in Belgium gain a new understanding of the use of radioisotopes for medical purposes and to explore potential materials for nuclear fusion.
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Sizewell C, UKOur ongoing work on Sizewell C includes optimising the wider benefits of a new large-scale nuclear power station by co-locating energy storage and hydrogen production facilities to make use of the excess heat that nuclear plants create. The concept will create a ‘lowcarbon energy hub’ which will work in synergy with the electrical grid and local energy users. The energy hub has the potential to offer more than 3.2GW of reliable low-carbon electrical output to the UK.
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UKHPR1000, UKWe provided engineering advisory, design support and technical review to the China General Nuclear Power Group (CGN) in its successful GDA for the UK version of the Hualong pressurised reactor (UKHPR1000). This included an aircraft impact analysis using a detailed finite element approach that was a first in the UK nuclear industry. It enabled a more efficient design for nuclear structures, improving constructability and enhancing safety.
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PALLAS, NetherlandsWe’re advising the Dutch Ministry in its role as financier of the new PALLAS-reactor which will replace the High Flux Reactor located in Petten. Our team has undertaken in-depth technical review of the plans to build the new reactor by 2030, including monitoring of the programme's progress, site visits and schedule, budget, risk and regulatory compliance.
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International Thermonuclear Experimental Reactor (ITER), FranceWe provided project and risk management services to the ITER project, in which 35 nations are collaborating in southern France to create the world’s largest tokamak nuclear fusion device.
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Barakah Nuclear Energy Plant, UAEWe worked closely with ENEC and KEPCO throughout the construction of the Barakah plant. At peak, we seconded over 70 multidisciplinary colleagues on site across senior management, engineering, construction, health, safety, environment, security, planning, contract, commercial, quantity surveillance, quantity verification and material management roles. We were also responsible for major packages including the detailed design of the switch yard, environmental assessment and monitoring during construction and operation with ENEC and Nawah Energy Company (Nawah).
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Trawsfynydd Ponds Complex, WalesOur digital modelling of the partial demolition of this nuclear plant in Wales showed how nuclear decommissioning can be achieved in a better, faster and smarter way. We digitised historic site drawings to create a new building information model (BIM) of the site – incorporating information on the radioactivity of waste – and also produced 4D animations to help the client visualise what would happen during demolition.
