| Nuclear
PDL engineers have established a proven track record in delivering robust, reliable and cost effective high-end engineering design and analysis support services across the civil nuclear and naval nuclear industries.
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500 litre ILW drum - FEA drop test |
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ILW size reduction equipment - detailed design |
Fully conversant with the UK nuclear design codes and practises and widely recognised as being Suitably Qualified and Experienced Personnel (SQEP), PDL engineers have provided complementary advanced engineering support on some of the most technically demanding nuclear decommissioning and life extension projects over the past decade.
Positioned as a leading provider of complementary high-end engineering design and analysis support services to predominantly the engineering teams within the prime contractor organisations, PDL engineers have a proven track record in the successful delivery of multi-disciplined engineering support within the following niche application areas, for both new and aging plant, equipment items and civil structures:
• Structural analysis – Seismic – Equivalent static analysis
• Structural analysis – Seismic – Response spectrum analysis
• Structural analysis – Seismic – Linear dynamic analysis
• Structural analysis – Seismic – Non-linear static analysis
• Structural analysis – Seismic – Non-linear dynamic analysis
• Structural analysis – Impact – Dropped object
• Structural analysis – Impact – Collision
• Structural analysis – Impact – Penetration
• Structural analysis – Blast – Fragmentation
• Structural analysis – Blast – Survivability
• Structural analysis – Thermal – Structural
• Structural analysis – Thermal – Static
• Structural analysis – Thermal – Transient
• Structural analysis – Fatigue – Stress based
• Structural analysis – Fatigue – Strain based
• Structural analysis – Fatigue – Fracture mechanics based
• Structural analysis – Pressure Vessels – Design validation to PD5500 and ASME VIII
• Computational Fluid Dynamics – Design validation of nuclear ventilation systems
• Computational Fluid Dynamics – Design validation of nuclear fuel storage systems
• Computational Fluid Dynamics – Design validation of high temperature processes
• Computational Fluid Dynamics – Design validation of multiphase encapsulation processes
• Computational Fluid Dynamics – Design validation of power fluidics
• Geotechnical analysis – Soils & Structure Interactions
• Independent Technical Assessment (ITA)
PDL provides complementary engineering support to clients operating within the four main system areas of:
1. Mechanical Engineering (including package design, remote handling, lifting and storage)
2. Process Engineering (including fluidisation, retrieval, segregation, size reduction, encapsulation, wastewater treatment and ventilation)
3. Control, Electrical & Instrumentation (EC&I)
4. Civil Structural & Architectural (CS&A)
And the PDL engineering capability is aligned to support both the design and the safety case tasks associated with an atypical nuclear decommissioning, life extension or nuclear new build project.
To see how the PDL engineering design and analysis capability can complement your in-house engineering expertise, contact one of our engineers on T: 01 434 609 473 to arrange a free and confidential exploratory meeting. Alternatively, send your initial enquiry and contact details to solutions@pdl-group.com
and we will contact you by return.
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