1
Tank Structure Fire Protection
- Strengthening fire resistance at the structural level is fundamental for carbon steel tanks.
- Add fire-resistant and heat-insulating layers using high-temperature resistant, flame-retardant materials to reduce heat radiation impact.
- Optimize sealing structures with fire-resistant seals at interface gaps to prevent leakage and spread of flammable media.
- Prevent formation of explosive gas mixtures and reduce fire hazards from the source through proper design.
2
Fire Protection System Setup
- A complete and well-equipped fire protection system is crucial for tank fire prevention.
- Configure appropriate extinguishing equipment based on stored media characteristics, including foam systems and water spray cooling systems.
- Foam systems quickly cover liquid surfaces to isolate oxygen and inhibit fire spread; water spray systems cool tanks during fires.
- Regularly inspect and maintain fire protection systems to ensure equipment readiness and prompt activation during emergencies.
3
Fire Source Control and Environmental Protection
- Strictly control fire sources around storage tanks and create safe operating environments.
- Designate fire-prone areas as no-go zones, prohibiting smoking and implementing strict hot work approval processes.
- Prevent electrical fire sources by using explosion-proof equipment and compliant wiring to avoid short circuits or leaks.
- Regularly clear flammable debris, maintain good ventilation, and reduce risks associated with flammable material accumulation.
4
Operation, Maintenance, and Emergency Management
- Standardized daily operations and comprehensive emergency management enhance fire resistance.
- Establish regular inspection systems to investigate corrosion, leaks, and address potential hazards promptly.
- Strengthen fire prevention training for operators to improve safety awareness and emergency response capabilities.
- Develop detailed fire emergency plans with clear response procedures and conduct regular drills to minimize losses.