Below is a Fire 3303 trivia quiz to help you see What You Know about Fire Prevention? There are different ways in which you can ensure you are safe in case of a fire starting up around you, but before you get to that point, you should ensure that you take up all measures to prevent the event from occurring. Do give it a shot!
It forms a barrier to the movement of the material.
It absorbs the material.
It covers the material.
It reduces agitation of liquid within the boom perimeter.
Gravity
Scherring
Separation
Overflow
PVC pipe
Rebar
Plastic sheeting
Rip-rap
Bounce-off method
Aerial method
Roll-in method
Rain-down method
Once water is added, it cannot be removed.
Chemical treatments may not be effective on diluted solution of the product.
Once water is added, the identity of the hazardous material may be masked.
The diluted product may overwhelm containment measures.
Top-mounted loading control valves
Oval/elliptical cross-sectional tank shape
External ring stiffeners
Circumferential rollover protection
Personnel may be directly exposed to the material.
Water fog will react to many flammable liquids.
Dispersal may cause the vapors to ignite.
Turbulence created by the dispersal may increase vapor production.
Diversion
Diking
Detainment
Damming
Rain-down method
Bounce-off method
Subsurface injection method
Roll-in method
It has poor vapor-suppressing performance.
It is effective on Class B fires.
It is effective as a Class A wetting agent.
It is not available in a polar solvent-resistant formula.
Because liquid agitation will increase the temperature
To avoid directly upsetting the burning surface
To prevent disruption of the foam blanket
To prevent entraining additional air
It has good expansion properties.
It is not effective on class B fires.
It has a longer shelf life than synthetic foam.
It is effective on polar solvents.
Mortar
Baking soda
Stone tailings
Soil
Retention
Diffusion
Remote valve shut-off
Damming
Remediation
Containment
Confinement
Adsorption
Damming
Diking
Retention
Diversion
Bounce-off method
Rain-down method
Roll-in method
Subsurface injection method
An opposing dispersing stream is ready.
The hazardous material is accurately identified.
A containment basin is dug.
The ground has been treated with lime.
Righting an overturned container
Diking
Plugging
Patching
Assess the viability of the proposed operation.
Build containment for the diluted product.
Ensure adequate water supply.
Determine material compatibility.
To suppress vapor production of unignited fuels
As a decontamination agent
To break down the surface tension of fuels
As an emulsifier for heavy hydrocarbon fuels
Attempt to stabilize the situation.
Minimize spread of the material.
Withdraw to a safe distance.
Stop release of the material.
Diversion
Retention
Scherring dam
Diking
Adsorption
Dilution
Dispersion
Suppression
Split
Separation
Underflow
Gravity
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