Fire Protection

Description

The primary objective of fire protection engineering is the preservation of life, property and mission continuity of the organization. The philosophy of fire protection focuses on having a detection, notification and alarm system, which is tied to a means of suppression, either manually or automatically. The earlier a fire is detected, the faster the protective elements can be brought together to mitigate its effects. Historically, detection and alarm have been the first line of defense once ignition has occurred. That said, logistics suggest that a detection, notification and alarm system be in place, as well as having the proper training of on-site personnel.

The characteristics of the facility will determine the type of protection best suited to its needs and the mitigation of its effects (airborne particles, toxic gases and heat effects); it will be a function of good planning of quantitative risk analysis (QRA) and fire hazard and risk analysis (FHA/FRA). These should take into account all the means necessary to respond promptly in terms of occupants, assets and property in general. Pre-planning for emergency response should cover all aspects of the fire protection value chain, including escape routes, evacuation planning, and mitigation technology whether manual or automatic.

As part of our experience, NFPA and SFPE membership, and NFPA-CFPS (Certified Fire Protection Specialist) qualification, SEICO can become your allied partner in aspects related to:

  • Design, inspection, testing and maintenance (detection, notification and alarm system, suppression system and sprinkler system)
  • Consulting: Engineering, Procurement and Construction (EPC)
  • Compliance with codes and standards
  • Fire Safety
  • HAZID, HAZOP, FHA, FRA and QRA Studies
  • Pre-planning for emergency response
  • Audits

On-site training, entry level and industrial level

  • Basics of Fire Engineering
  • Physics and chemistry of fire
  • Physical configuration of fire
  • Flammability hazards of materials
  • Dynamics of growths in compartment fires
  • Fire containment
  • Fundamentals of detection
  • Extinction theories
  • Explosions
  • Portable fire extinguishers, use and maintenance

Important rules

  • Detection and alarms according to NFPA 72
  • Sprinkler Systems according to NFPA 13
  • CO2 systems according to NFPA 12
  • Clean agents according to NFPA 2001
  • Dry chemical systems according to NFPA 17
  • HAZID, HAZOP, FHA and FRA Studies
  • Pre-planning for emergency response according to NFPA 1620
  • Water-based fire protection systems according to NFPA 13, NFPA 14, NFPA 15, NFPA 750, NFPA 20, NFPA 22, NFPA 24 and NFPA 25
  • Portable fire extinguishers, use and maintenance according to NFPA 10
  • Life safety and building codes according to NFPA 101 ® and NFPA 5000®.

More information

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