Piping design & stress analysis

Engineering Consultancy Services dedicated to Piping Systems across various industry fields

Our services

Piping design consultancy

As experienced Engineers in Piping Design we deliver cost-effective and simple solutions to most complex problems.

pipe stress analysis

Formal requirement or internal check - Pipe Stress Analysis provides that piping system is safe and confirms problem-free operation of instalation.

Computational fluid dynamics 

Cost-effective Computational Fluid Dynamic (CFD) at your fingertips. With our experience in state-of-the-art open source software it has never been easier to run a simulation.

Pipe stress analysis

Should the Pipe Stress Analysis be formal requirement or just an internal check for the design safety - we deliver services fitted to our Customer needs. We are open for both long term cooperation for large projects as well as short consultancy calls. Our experience allows us to deliver Pipe Stress Analyses across multiple industry sectors, including: 
  • Energy (Power Plants)
  • Chemical Plants
  • Marine Industry
In our work we use well recognized specialized software tools such as Bentley Autopipe or Rohr2. We deliver calculations that are done according to codes:
  • ASME B31.1
  • ASME B31.3
  • EN 13480-3
  • ISO 14962

Piping design consultancy

We can help your design team at each level of progression, starting from Concept and Basic Engineering up to Detailed Engineering phase. We can advice on piping systems that should conform to following codes and regulations:
  • Pressure Equipment Directive (PED)
  • EN standards e.g EN 13480, EN 12952
  • ASME standards e.g B31.1, B31.3
  • IGF and IGC codes for Marine industry
We provide design and calculations for piping elements according to EN 13480-3 or ASME B31.3, including non-typical components.


As part of our Engineering Services we provide CFD Simulations. Although sometimes useful, these services are not limited to piping field. We can deal with simple cases as well as complex ones e.g conjugate heat transfer. The use of cloud computing allows us to solve even largest models.

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