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High-Rise Office Buildings        Chapter 15
Objectives• Define high-rise office buildings• Describe various construction methods• Describe hazards associated with the...
Objectives (continued)• Describe the building systems present in  high-rise buildings that can be of use to  firefighters•...
Case Study• One New York Plaza• New York City• Fifty-story high-rise office tower  – Fire on thirty-third floor• Several d...
Special Note• September 11, 2001• Claimed lives of 343 firefighters• Questioning tactics of command post in  lobby  – Nece...
Introduction• High-rise building  – Highest floor beyond reach of available    ground or aerial ladders• Heavy emphasis on...
Construction• Good size-up required to determine  construction features• Older buildings  – Steel enclosed in concrete wal...
Older High Rise Construction     Figure 15-2. An example of older high-rise construction.
Construction (continued)• Newer buildings  – Steel-and-glass  – Central HVAC systems  – Plenums  – Large, uncompartmented ...
Central Core Floor Plan   Figure 15-4 An example of a central core floor plan.
Building Systems• Standpipes              • Fire command station• Sprinklers              • Communications• Heating, venti...
Hazards Encountered• Sheer size of building• Number of building occupants• Building features
Strategic Goals and Tactical           Objectives• Seek out fire safety director, building  maintenance person, or buildin...
Firefighter Safety• Elevator use  – May be necessary  – Firefighter service features• Communication systems  – Interior bu...
Communication Systems Figure 15-7. A communications hook-up in a building’s stairwell at the standpipe.
Search and Rescue• Assign sector officer  – Evacuate two floors above fire through rest of    height of building• Floor-by...
Search and Rescue (continued)     Figure 15-10. Firefighters searching floors above the fire without     hose lines should...
Evacuation• Initial evacuation  – Fire floor and floor above• Evacuation stairwell  – Secured  – Free from smoke
Exposure Protection• Internal  – Protect unburned areas from extension  – Watch for autoextension• External  – Difficult d...
Confinement• Performed by effective, timely  extinguishment• Accomplished by  – Advancing interior hose lines to fire area...
Extinguishment• First engine  – Initiate fire attack  – Supply both standpipe and sprinkler systems• Second engine  – Reli...
Ventilation• Extremely important• Stack effect and stratification           Figure 15-12. An           example of         ...
Overhaul• Labor-intensive• Preincident plan important• False ceilings
Salvage• Commercial office buildings• Residential buildings• Redirection of water from upper floors  – Use of water chutes...
Summary• Sector officers  – Responsible for own distinct parts of    operation• Use and knowledge of building systems• Und...
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Chapter 15

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Transcript of "Chapter 15"

  1. 1. High-Rise Office Buildings Chapter 15
  2. 2. Objectives• Define high-rise office buildings• Describe various construction methods• Describe hazards associated with these structures
  3. 3. Objectives (continued)• Describe the building systems present in high-rise buildings that can be of use to firefighters• Describe the strategic goals and tactical objectives related to high-rise building fires
  4. 4. Case Study• One New York Plaza• New York City• Fifty-story high-rise office tower – Fire on thirty-third floor• Several deaths• Two floors severely burned• Local law 5 in New York City
  5. 5. Special Note• September 11, 2001• Claimed lives of 343 firefighters• Questioning tactics of command post in lobby – Necessary to control elevators, HVAC, and communications systems
  6. 6. Introduction• High-rise building – Highest floor beyond reach of available ground or aerial ladders• Heavy emphasis on utilizing building systems and resources• Full commitment of resources• Most challenging fires
  7. 7. Construction• Good size-up required to determine construction features• Older buildings – Steel enclosed in concrete walls – Concrete floors – Windows can be opened from inside – Lack of central air conditioning or plenums – Compartmentalization
  8. 8. Older High Rise Construction Figure 15-2. An example of older high-rise construction.
  9. 9. Construction (continued)• Newer buildings – Steel-and-glass – Central HVAC systems – Plenums – Large, uncompartmented spaces – Central (or center) core construction – Windows fixed and inoperable
  10. 10. Central Core Floor Plan Figure 15-4 An example of a central core floor plan.
  11. 11. Building Systems• Standpipes • Fire command station• Sprinklers • Communications• Heating, ventilation, systems and air-conditioning • Fire pumps systems• Elevators
  12. 12. Hazards Encountered• Sheer size of building• Number of building occupants• Building features
  13. 13. Strategic Goals and Tactical Objectives• Seek out fire safety director, building maintenance person, or building manager• Establish lobby command post• Verify fire floor• Use separate stair for evacuation• Establish forward staging area
  14. 14. Firefighter Safety• Elevator use – May be necessary – Firefighter service features• Communication systems – Interior building systems – Radios• Firefighter fatigue• Accountability
  15. 15. Communication Systems Figure 15-7. A communications hook-up in a building’s stairwell at the standpipe.
  16. 16. Search and Rescue• Assign sector officer – Evacuate two floors above fire through rest of height of building• Floor-by-floor search of building – Bring extra SCBA bottles – Start on fire floor• Elevator should not be left unattended
  17. 17. Search and Rescue (continued) Figure 15-10. Firefighters searching floors above the fire without hose lines should use a rope for safety purposes.
  18. 18. Evacuation• Initial evacuation – Fire floor and floor above• Evacuation stairwell – Secured – Free from smoke
  19. 19. Exposure Protection• Internal – Protect unburned areas from extension – Watch for autoextension• External – Difficult due to elevation – Advance hoseline into exposed building and operating them onto fire building
  20. 20. Confinement• Performed by effective, timely extinguishment• Accomplished by – Advancing interior hose lines to fire area – Attacking from unburned side• Know paths of fire extension
  21. 21. Extinguishment• First engine – Initiate fire attack – Supply both standpipe and sprinkler systems• Second engine – Relieve first engine on handline• Third and fourth engine – Operate second handline• Defensive attack
  22. 22. Ventilation• Extremely important• Stack effect and stratification Figure 15-12. An example of stratification. Figure 15-13. An example of stack effect.
  23. 23. Overhaul• Labor-intensive• Preincident plan important• False ceilings
  24. 24. Salvage• Commercial office buildings• Residential buildings• Redirection of water from upper floors – Use of water chutes, salvage covers
  25. 25. Summary• Sector officers – Responsible for own distinct parts of operation• Use and knowledge of building systems• Understand theories behind smoke movement• More than sufficient help needed
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