<p>Section I: Basics in oil, gas and petrochemical industries</p> <p>1. Introduction to safe design and standards</p> <p>2. Instruments vulnerability and resiliency</p> <p>3. Risk analysis and hazard probabilities</p> <p>Section II: Pre-disaster strategies in oil, gas and petrochemical industries</p> <p>4. Heat generation and exchange systems safety: Furnaces, heat exchangers, reformers, etc</p> <p>5. Pressurizing and work generation systems: compressors, turbines, etc</p> <p>6. Reaction mediums and apparatus safety: reactors, columns, etc</p> <p>7. Separation and purification apparatus safety: separators, trays, towers etc</p> <p>8. Storage systems safety: vessels, reservoirs, etc</p> <p>9. Chemicals Transporting Systems Safety: Pumps, Pipelines, and Valves</p> <p>10. Safety in controlling systems and apparatus</p> <p>11. Resilient units design and plant construction against future crises</p> <p>Section III: During and postdisaster strategies in oil, gas and petrochemical industries</p> <p>12. Crisis Management and Decision Making</p> <p>Section IV: Post-disaster management in oil, gas and petrochemical industries</p> <p>13. Post-disasters issues and problems</p> <p>14. Economic analysis of disasters</p> <p>Section V: Disaster case studies</p> <p>15. Disasters cases in oil industry</p> <p>16. Disasters cases in gas industry</p> <p>17. Effectiveness of Floating Roof Sealing System Insulation for Crude-Oil Storage Tanks: A Case Study of Lightning Strikes</p> <p>18. Explosion and Fire Following Earthquake Risk Assessment of Gas Pipelines in Urban Areas</p>