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Nuclear Equipment Design & Analysis

We Offer

Design and analysis of equipment for nuclear energy applications including research and development.

Experience

We have a range of industry knowledge, having worked in the civil, naval, new-build, and fusion nuclear sectors.

Safe Hands

Many years of working with regulatory bodies and delivering design and analysis in support of complex safety cases.

Our Capabilities

Design
  • Design for high vacuum
  • Remote-handling design
  • Extreme thermal environments
  • Arcing mitigation in high voltage areas
  • Materials for radiation resistance
  • Reactor moderator & control materials
  • Design to limit dose uptake
  • Novel shielding design in lead and steel
  • Pressure codes design (eg ASME & EN)
  • Novel air-flow management systems
  • Complex bellows for cooling systems
  • Design for ALARP regulations
Analysis
  • Static & non-linear structural analysis
  • Linear & non-linear buckling analysis
  • Advanced vibration analysis
  • Impact, shock & seismic analysis
  • Creep, damage & fatigue assessments
  • Data analysis & statistical methods
  • Gas mixing & dilution assessments
  • Thermal transients & heat transfer
  • Multiphysics assessments
  • Heat exchanger efficiency analysis
  • Pressure loss in complex flow galleries

Client Case

Pressure and Vacuum Vessel

Find out more

We performed advanced design and analysis of a complex pressure and vacuum vessel for a nuclear energy application. Advanced vibration and shock analysis was carried out to address concerns from the customer of failure due to earthquakes and operational vibrations. Our state-of-the-art tools and methods allowed us to deliver a successful solution, fully justified to the appropriate pressure equipment safety codes whilst meeting the rigorous requirements of our customer.

Pressure and Vacuum Vessel

We performed advanced design and analysis of a complex pressure and vacuum vessel for a nuclear energy application. Advanced vibration and shock analysis was carried out to address concerns from the customer of failure due to earthquakes and operational vibrations. Our state-of-the-art tools and methods allowed us to deliver a successful solution, fully justified to the appropriate pressure equipment safety codes whilst meeting the rigorous requirements of our customer.

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