Our fluid transfer systems are engineered as integrated packages and typically include:

• Pumps and compressor packages
• Piping and flow paths
• Valves and ancillary equipment
• Instrumentation, control, and safety systems
• Integration with upstream and downstream facilities

Fluid transfer systems are engineered starting from process and hydraulic analysis, defining flow regimes, pressure losses, and transient conditions to ensure system integrity and operational reliability.
Key engineering activities include:

• Hydraulic and fluid dynamic analysis
• Pump and compressor selection and sizing
• Transient and surge analysis
• Mechanical and materials selection

Within our Energy by Fluid approach, fluid transfer systems are designed by analyzing fluid behavior, flow regimes, and pressure dynamics, transforming energy losses into controllable and predictable parameters.

Fluid transfer systems represent the physical backbone of the facility, interfacing with all major plant systems and enabling the safe and efficient operation of the overall process.
Fluid transfer systems are fully integrated with:

• Process systems, defining operating envelopes and flow regimes
• Metering systems, ensuring stable and representative measurement conditions
• Safety systems, enabling controlled response during abnormal and emergency scenarios
• Control systems, ensuring coordinated operation and real-time monitoring
• Mechanical systems, ensuring integrity under steady-state and transient conditions