Pressure relief can be caused by a number of events including fire, reaction runaway, thermal expansion and process abnormality. Incorrect design of pressure relief systems continues to result in major safety and environmental incidents with resultant business consequences. Incidents can occur because of failure to provide relief, inadequate relief capacity, disposal system failure or incorrect design and installation. A structured approach to pressure relief design is vital to ensure protection of the plant from excessive over and under pressure. This 3-day course is based on our extensive experience of design installation and maintenance of relief and blowdown systems, and covers a state-of-the-art methodology, based on a life cycle approach to pressure relief.
Risk and Safety
- Fire Risk Analysis
- Quantitative Risk Analysis
- Explosion Risk Analysis
- Building Risk Assessment
- Emergency Evacuation Rescue Analysis
- Emergency Systems Survivability Analysis
- Flare Radiation, Dispersion and Noise
- Ship Collision Study
- Dropped Object Study
- Manual of Permitted Operations (MOPO)
- Fire and Gas Mapping
- Design/Operations Performance Standard
Risk and Safety
- Written Scheme of Examination
- Acoustic-Induced Vibration Analysis
- Pre-Startup Safety Review
- Noise Study
- SIL Verification
- Functional Safety Plan
- HSE CASE / Safety Case / HSEIA
- Risk Based Inspection
CFD Modelling
Reliability Studies
Fire Protection Design
