Nuclear Projects
We apply advanced Computational Fluid Dynamics (CFD), energy and thermal modelling, and multiphysics simulation to support innovation, safety, and performance across the nuclear sector. Our expertise spans reactor systems, power generation, and next-generation fuel cycles, enabling confident, data-driven decisions in highly regulated environments.
Applications include:
Reactor thermal–hydraulics: modelling coolant flow, heat transfer, and safety margins under normal and transient conditions.
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Containment and safety analysis: simulating accident scenarios, pressure relief, and mitigation strategies to assure regulatory compliance.
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Component design optimisation: from fuel assemblies to heat exchangers, ensuring reliability, efficiency, and extended service life.
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Decommissioning and waste management: applying Multiphysics simulation to airflow control, thermal management, and process safety.
Our expertise in CFD, energy and thermal modelling, and Multiphysics simulation helps energy providers optimise system performance, integrate renewables, and deliver sustainable, resilient solutions. We work across conventional, renewable, and emerging energy technologies, applying scientific precision to complex challenges in generation, distribution, and storage.
Applications include:
Power plant optimisation: modelling combustion, heat transfer, and flow systems to increase efficiency and reliability.
Renewable energy integration: simulating wind, solar, and thermal systems for grid stability and optimised performance.
Thermal management of energy systems: from turbines to energy storage, ensuring safety, compliance, and durability.
Carbon reduction strategies: applying advanced modelling to minimise emissions and support the transition to low-carbon energy and carbon capture technologies.
