Fighting fires in high rise buildings- a firefighters perspective - - PowerPoint PPT Presentation

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Fighting fires in high rise buildings- a firefighters perspective - - PowerPoint PPT Presentation

Fighting fires in high rise buildings- a firefighters perspective Group Manager Steve Gourlay Joelma Building Introduction High rise building fires: Joelma Buidling, Sao Paulo 1974 Covered in Fire Safety training at FSC as a case


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Fighting fires in high rise buildings- a firefighters perspective Group Manager Steve Gourlay

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Joelma Building

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Introduction

  • High rise building fires:
  • Joelma Buidling, Sao Paulo 1974
  • Covered in Fire Safety training at FSC as a case

study in 1993

  • At least 179 people died, 40 jumped to escape

the fire

  • Possibly why I am here?
  • Grenfell Tower 14th June 2017

(Presentation subject restrictions)

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Aim

  • To give the audience an overview of

firefighting in high rise buildings from a Firefighters perspective

  • An examination of techniques and challenges

faced, looking at elements relevant to health and safety professionals

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Objectives

To provide a brief overview of:

  • Relevant Scottish Legislation
  • Incident Risk Management
  • High Rise Standard Operating Procedure
  • Risks with high rise fires
  • Case studies
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Legislation

  • Fire Safety in Scotland is covered by Part 3 of

the Fire (Scotland) Act 2005 and associated regulations

  • High Rise domestic premises are not deemed

relevant and therefore no statutory duty exists for SFRS to Audit for compliance under our legislation

  • These buildings are constructed to comply

with Scottish Building Regulations

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Legislation

  • Firefighters will visit these types of premises

under section 9(2)(d) of the FSA for Operational familiarisation.

  • Information will also be provided to those

responsible on defects relating measures provided for firefighter safety e.g. fire doors, dry risers, firefighting lifts etc.

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Incident Risk Management

  • Firefighter Safety Maxim
  • “At every incident the greater the potential

benefit of fire and rescue actions, the greater the risk will be accepted by commanders and

  • firefighters. Activities that present a high risk

to safety are limited to those that have the potential to save life or to prevent rapid and significant escalation of the incident.”

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Incident Risk Management

  • SFRS Operate a nationally recognised Incident

Command System:

  • Adaptable to all sizes of incident
  • It allows the Incident Commander to use Operational

Guidance and health and safety arrangements, tailored to an incident and its objectives

  • Achieves a balance between benefit and risk.
  • Applied using tried and tested command skills
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Incident Risk Management

  • Utilises a team/sector approach to managing

incidents

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Incident Risk Management

  • Sectors may be employed to manage spans of

control.

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Incident Risk Management

  • Decision Control Process
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High Rise Procedures

  • The complexity of firefighting in such

buildings, together with the possibility of rescue work under very difficult conditions, makes it imperative that thought be given to strategic and tactical planning.

  • A stand alone detailed standard operating

procedure designed primarily for domestic use provides Incident Commanders with a safe system of work.

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High Rise Procedures

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High Rise Procedures

  • Vital Information gathering
  • Origin of call?
  • Are persons reported?
  • Crews familiar with flats/layout etc.?
  • Resources on route?
  • Information available from operations

intelligence visits, indicator plates etc.?

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High Rise Procedures

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High Rise Procedures

  • Management of the incident must take into

account following hazards:

  • Communications Failure
  • Hanging Wires/Overhead Cables
  • Fire Spread
  • Falling Objects
  • Contents of the Building/Hazardous

Substances

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High Rise Procedures

  • Management of the incident must take into

account following hazards (cont.):

  • Fire Loading
  • The Effects of Wind
  • Anti-Social Behaviour
  • Crew Welfare
  • Health Surveillance.
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Recent High Rise Fires

  • Plasco building, Iran, January 2017:A fire at a 17-

storey commercial building to multiple deaths, including 18 firefighters. The building collapsed - it had been deemed unsafe prior to the incident.

  • Baku, Azerbaijan, May 2015:16 people died in a

fire in a residential building, including five children - cladding on the outside of the building was blamed for the way the fire spread.

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Recent High Rise Fires

  • The Torch,

Dubai, February 2015:79-storey skyscraper!

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Recent High Rise Fires

Lakanal House: London July 2009. 6 people died

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Recent High Rise Fires

  • It was apparent that fire spread quickly, both

laterally and vertically, trapping people in their homes, exterior cladding compounded internal compartmentation issues.

  • Southwark Council pleaded guilty in 2017 to

four charges concerning breaches to safety regulations

  • The council expressed "sincere regret for the

failures that were present in the building”.

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Recent High Rise Fires

  • Harrow Court: Stevenage 2005
  • Firefighters Michael Miller and Jeff

Wornham and a resident from the flat were killed.

  • Shirley Towers: Southampton April 2010
  • Firefighters Alan Bannon and James Shears

died whilst tackling the fire

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Recent High Rise Fires

  • Grenfell Tower 80+ deaths?
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Lessons learned?

  • Possible chimney effect from external

cladding?

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Possible improvements?

  • As H+S professionals do you think these could

possibly improve the situation for some premises?

  • Improvements to legislation?
  • Sprinklers and retro fitting?
  • Better building regulations?
  • Better construction controls and

methods/maintenance?

  • Potential for retrospective improvements due to

changes in regulations?

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Thank you

  • Questions?
  • Stephen.Gourlay@firescotland.gov.uk