• Detailed HAZOP (Hazard and Operability Study): Identifying hazards in facilities using a structured, multi-disciplinary approach throughout different stages of a facility’s life cycle.

• Human Factor Engineering: Focusing on usability and ergonomics to create safer, more efficient, and healthier working conditions.

• Performance Standards for SCEs: Defining standards to ensure functionality, reliability, and survivability of safety critical elements throughout the facility’s lifecycle.

• Quantitative Risk Assessment: Methodically identifying and assessing hazards, estimating likelihood and consequences, and providing recommendations for risk reduction.

• Demonstration of ALARP: Demonstrating that the facility design minimizes risks As Low As Reasonably Practicable through suitable engineering and design choices.

• Design Safety Case: Providing an integrated safety approach specific to the facility, identifying and managing potential hazards effectively.

• Active Fire Protection Philosophy: Defining objectives and strategies to control fires, minimize damage, and ensure personnel safety during fire incidents.

• Design & Specification of Fire Suppression Systems: Developing manual and automated fire suppression systems adhering to safety requirements and providing associated training and maintenance schedules.