Our safety systems are engineered as integrated architectures and typically include:

• Emergency Shutdown (ESD) systems
• High Integrity Pressure Protection Systems (HIPPS)
• Fire detection and fire fighting systems
• Automatic gas extinguishing systems for electrical and control rooms
• Instrumentation, control, and safety logic
• Integration with plant-wide control and monitoring systems

Safety systems are engineered starting from process hazard analysis, defining risk scenarios, protection layers, and system response to ensure effective risk mitigation.
Key activities include:

• Hazard identification and risk assessment
• Definition of protection layers and safety functions
• SIL assessment and verification
• System architecture and validation

Within our Energy by Fluid approach, fire fighting and safety systems are designed by considering fluid discharge dynamics and transient conditions, ensuring predictable system response and effective hazard mitigation.

Safety systems interact with all major plant systems to ensure coordinated and effective response.
Safety systems are integrated with:

• Process systems, to detect deviations and initiate protective actions
• Fluid transfer systems, to control flow paths during abnormal conditions
• Electrical systems and equipment rooms, including automatic gas extinguishing systems for critical electrical and control areas
• Control systems, to ensure coordinated operation and operator awareness
• Mechanical systems, to protect equipment integrity under emergency scenarios