PDL are the engineering analysis experts.
We provide advanced engineering design and analysis services to our clients in safety critical industries and on mission critical projects.
Our core skill sets are:
- Finite Element Analysis (FEA)
- Computational Fluid Dynamics (CFD)
- Global Dynamic Analysis
- Process Optimisation
- Structural Calcs
- Engineering design
- Pipe Stress Analysis (CAESAR II)
- Linear Elastic Fracture Mechanics
Our business covers Europe, North America and Asia. We aspire to be the “go to” people for advanced engineering design and analysis consultancy services for our current and future clients and the “go to” company for our current and future employees. We work predominantly in safety critical industries and on mission critical projects in the following sectors; Defence; Nuclear; Oil & Gas; Transport; Renewable Energy and Water.
People are the key to any business and we are certainly no exception to that rule. Our engineers are held in high regard by our clients and deservedly so. Our engineers have supported some of the most technically challenging projects at some of the most notable regional, national and international entities.
Over 80% of our new business comes from existing clients. This high level of repeat business is the cornerstone of our long term growth and sustainability. It is testament to the quality of the work that we deliver on a consistent basis and the trust that we establish with our clients.
We have shown sustained growth and net profitability year on year. We have no debt, no external finance and no external shareholders. This means we can run the business in accordance with our own beliefs and our uncompromising values.
Industry
Engineering Services, Oil and Gas, Engineers & Consulting
HQ Location
P D L SOLUTIONS (EUROPE) LTD
1 TANNERS YARD
HEXHAM, Northumberland NE46 3NL, GB
Keywords
Advanced Engineering DesigFinite Element Analysis (FEA)Computational Fluid Dynamics (CFD)Global Dynamic Analysis (Orcaflex)Engineering DesigPipe Stress Analysis (Caesar II)Structural CalcsProcess OptimisatioLinear Elastic Fracture MechanicsAutomatio