Working on water Flashcards

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1
Q

Working on water

What are the 4 health issues associated with water related incidents?

A
  • Drowning
  • Waterborne infections
  • Hypothermia
  • Cold water reflex
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2
Q

Working on water

What PPE must be worn at waterside incidents ?

A
  • boots
  • fire tunic
  • leggings
  • gloves
  • PFD
  • helmet (after risk assessment , helmet should be removed when wearing PFD , if worn , undo chin strap)
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3
Q

Working on water

How long is a safety line?

A

50m

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4
Q

Working on water

How long is a throw line ?

A

25M

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5
Q

Working on water

What is the PDA for an incident on an urban waterway ?

A
  • 3x pumping appliances
  • 1x SM (informed)
  • 1x ambulance (if called to water incident or request of IC)
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6
Q

Working on water

What our the initial actions at working on or near water?

A
  • gather information using DMM
  • conduct a risk assessment
  • assess/request resources Send appropriate message
  • establish a 3m restricted zone
  • ensure the number of personnel within the restricted zone are kept to a minimum and rigged appropriately
  • assess the need to wear a fire helmet when working near water.
  • consider the need for lighting
  • be aware of overhead electrical hazards
  • be aware that during abnormal flooding conditions power supplies may still be live
  • take care when walking in areas covered by floodwater as there may be underwater hazards present e.g. displaced inspection covers.
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7
Q

Working on water

When should a firefighter enter water?

A

Firefighters may only be committed to water to carry out a rescue, as a very last resort, when the situation is so critical that to await the arrival of further resources is likely to result in the loss of life.

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8
Q

Working on water

If a firefighter has to enter water In such exceptional circumstances the IC must put into place the following safe systems of work?

A
  • appoint a firefighter who is considered competent and capable of performing the rescue
  • appoint a floating safety line officer
  • anyone entering the water must be rigged correctly with a floating safety line attached
  • enter water slowly to minimise cold water shock
  • use a means to gauge the depth (e.g. ceiling hook)
  • The following priority message is to be sent: “Firefighter entering water – implement water operations procedure, level 2, Tactical Mode Oscar”
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9
Q

Working on water

Inland water can be broadly defined under what two headings?

A
  • Still water – is a body of water that is usually contained and has no visible movement.
  • Moving water – is a body of water which, in either its normal state or in its heightened state, has noticeable surface movement
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10
Q

Working on water

What should the IC considers when undertaking a risk assessment of the incident?

A
  • surface movement.
  • strength of current/flow
  • presence of undercurrents or eddies, whirlpools, weirs, stoppers
  • depth of water
  • size of the body of water
  • temperature of water/air
  • water clarity (due to mud silt, rocks etc)
  • pollution/contamination/biological risks
  • entrapment in or under the water (due to, trees, fencing, cars, roots, weeds and rocks etc)
  • moving vessels and debris in the water
  • drain covers and other surfaces becoming dislodged in flooding incidents
  • unexpected change in flow
  • sluice gates.
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11
Q

Working on water

What are hazards associated with water rescues and operations near water?

A
  • noise and compromised communication
  • poor access, steep banks
  • slippery surfaces and trip hazards
  • electrical hazards (overhead power lines, live power supplies in flooded basements etc)
  • manual handling injuries caused by over-reaching, pulling and lifting
  • inadequate levels of light
  • panicking casualties causing difficulties for the rescuer/s
  • bystander pressure This should be alleviated by crews demonstrating maximum activity when exercising the hierarchy of rescue to the limit of training and equipment until further resources arrive.
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12
Q

Working on water

To assist with the formulation of clear objectives and an operational plan what information could be sought from witnesses on arrival?

A
  • The number of people involved
  • Where the casualty was last seen
  • Whether the casualty was wearing a life jacket
  • What clothing the casualty was dressed in
  • Information on hazards that may pose a threat to crews entering water e.g. undercurrents, downstream weirs, and subsurface debris.
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13
Q

Working on water

When conducting a rescue under ‘Level 1’ conditions what rescue methods are availble to FF?

A
  • Talk (self rescue)
  • Reach
  • Throw
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14
Q

Working on water

Before a firefighter (non SRT) enters the water to affect a rescue the incident must be escalated to what level water ?

A

Level 2

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15
Q

Working on water

What does “SRT” stand for?

A

Swift-water Rescue Technician

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