• Mengidentifikasi berbagai jenis bahaya kebakaran dan ledakan dalam industri petrokimia.

• Menganalisis penyebab potensial dan konsekuensi dari insiden kebakaran dan ledakan.

• Menerapkan prinsip-prinsip rekayasa keselamatan kebakaran dan ledakan untuk desain dan operasi fasilitas.

• Mengevaluasi sistem proteksi kebakaran aktif dan pasif yang sesuai.

• Mengembangkan strategi pencegahan dan mitigasi yang efektif.

• Melakukan investigasi awal pascakejadian (root cause analysis) dan menyusun rencana perbaikan.

• Mengintegrasikan fire & explosion risk management ke dalam sistem manajemen keselamatan proses (PSM).

• Menggunakan perangkat lunak dasar untuk simulasi kebakaran dan ledakan (opsional).

1. Safety Engineers / HSE Officers

2. Process Engineers

3. Project Engineers

4. Maintenance Engineers

5. Plant Managers

6. Fire Safety Inspectors

7. Emergency Response Coordinators

8. Regulatory Compliance Officers

9. Auditor Internal HSE

10. Semua pihak yang terlibat dalam pengelolaan risiko kebakaran dan ledakan di industri migas dan petrokimia.

I. BASIC FIRE & EXPLOSION SCIENCE BEHAVIOR, PRIVENTION AND
PROTECTION

1. Safety concept & Process Hazard Analysis.
2. Fire Triangle, Fire Tetrahedron, pentagon & hexagon.
3. Fire & Explosion code & standard interpretation
4. Flashover & Backdraft
5. Cause of fire & explosion.
6. Electrical fire
7. Electrostatic fire
8. BLEVE
9. Dust Explosion
10. Lightning Strike
11. Detonation & Deflagration
12. Spontaneous Combustion
13. Ultra High Frequency Fire
14. Introduction to Computer Modeling

II. FIRE & EXPLOSION RISK ASSESSMENT

1. Basic concept of fire & explosion risk assessment
2. Fire detection system, interconnection and inter-correlation
3. Fire & explosion risk assessment in oil, gas and chemical processing plant
including fuel storage vessel
4. Fire & Explosion Risk Assessment of solid fuel (Dust) & Coal Power Generation
5. Fire Protection base NFPA Standard

III. ELECTRICAL AND ELECTROSTATIC FIRE & EXPLOSION

1. Electrical Fire & Explosion
2. Power House Fire & Explosion
3. Electrical Transformer Fire & Explosion
4. Power Quality and harmonic load fire
5. Circuit Breaker and cable sizing
6. Electricity & Magnetism fire phenomena
7. Electrostatic Fire & Explosion
8. Bonding & Grounding
9. Hazardous Area Classification
10. Lightning Phenomena & Protection
– Power Generation Facilities
– Gas & Oil Refineries
– Pipelines
– Electrical & Telecomunnication Towers
11. ATEX/IECEx fire & explosion safety fundamental
12. Building Life evaluation Safety using CFSES

IV. FIRE PROTECTION MAINTENANCE

1 Firefighting hydraulic calculation
2 Fire facilities check list
3 Fire Pump test
4 Flow and water capacity test
5 Piping system test
6 Fire alarm system
7 Ventilation system
8 Evacuation system

V. INTRODUCING TO FIRE & EXPLOSION INVESTIGATION FORENSIC ENGINEERING

1. Fire & Explosion Basic Principles
2. Fire & Explosion causal hypothesis
3. Fire & Explosion Tools
4. Fire & Explosion Pattern Analysis
5. Blast Pattern Analysis
6. Laboratory Analysis
7. Conclusion strategy related to all evidences

VI. Case Studies