At the core of our business is gaining knowledge of how fluids behave and therefore how processes can be designed or optimised for different applications. We are experts in the mechanical and tribological behaviour of materials at the fluid-structure interface providing a wide range of services including computer modelling and simulation (using CFD, FEA, etc), physical modelling and numerical model development.

Case studies of work on Fluid Systems

Our Expertise

Engineering Analysis

• Material/Stress analysis - FEA
• Fluid flow analysis - CFD
• Fluid structure interactions
• Multiscale modelling from nano to macro
• Pipe network analysis
• Bespoke modelling and simulation

Component and Material Testing

• Fluid/material compatibility
• Erosion and corrosion
• Leakage and emissions
• Contamination
• Operational extremes
• Cyclic Flow/Pressure
• Harsh environments
• Mechanical integrity

Benefits

Reliability and Durability

• Improving reliability/functionality with representative lifecycles
• Reducing maintenance on offshore and remote structures
• Improving system availability of high maintenance installations
• Enhancing tribological behaviour
• Minimising erosion/corrosion

We undertake consultancy projects, and take part in collaborative research. We are currently partners in STREPS, IPS and CRAFT projects in the FP6 programme and so are familiar with the preparation of proposals, negotiation with the Commission and execution of projects. We are an SME and will be a strong partner for any new proposal in FP7. Download more information.

For more information, please contact us.

Design and Consultancy

• Product design and development
• Manufacturing process analysis
• Material selection
• Failure analysis
• Trouble-shooting and audits
• Feasibility studies

Research and Development

• Nano-coatings and surfaces
• Tribology of advanced materials
• Bio-derived fluids and lubricants
• Ultra low level leakage
• Renewable energy systems
• Decontamination systems
• Elastomer seal life prediction

System Performance

• Optimising fluid dynamics
• Reducing losses from friction and drag
• Minimising effects of fatigue, ageing and contamination
• Total system integration

Environment and Safety

• Eliminating leakage and emissions
• Designing for extreme environments
• Compatibility of materials for aggressive duties
• Prediction and avoidance of extreme operating events
• Modelling of system failures