FSRT PRACTICE EXAM COMPLETE EXAM
QUESTIONS FIRE AND SMOKE RESTORATION
TECHNICIAN CERTIFICATION STUDY GUIDE WITH
VERIFIED QUESTIONS, DETAILED RATIONALES,
IICRC STANDARDS, FIRE DAMAGE ASSESSMENT,
SMOKE ODOR REMOVAL TECHNIQUES,
STRUCTURAL CLEANING PROCEDURES WITH 100%
VERIFIED ANSWERS
Question 1
What is the primary objective of the FSRT (Fire and Smoke Restoration Technician)
protocol during the initial scene size-up?
A. To immediately begin restoration of fire-damaged contents
B. To ensure the safety of the responder and identify potential hazards
C. To collect the homeowner’s insurance information
D. To begin smoke odor removal within 10 minutes
Rationale: Safety is always the first priority in restoration. Hazards such as
structural instability, electrical risks, and contaminants must be identified before
any restoration work begins.
Question 2
In the context of fire and smoke restoration, what does the "Golden Hour" refer
to?
A. The first hour after a fire when soot is easiest to wipe off
B. The critical window to begin cleaning to prevent permanent smoke damage
and odor setting
,C. The hour before the insurance adjuster arrives
D. The time allowed for emergency demolition
Rationale: After a fire, smoke residues become more difficult to remove over
time. The "Golden Hour" (or first few hours) is when prompt action prevents
irreversible damage to porous materials and embedded odors.
Question 3
When performing a primary damage assessment in FSRT, what does the acronym
ABCDE stand for?
A. Air movers, Blowers, Containment, Dehumidification, Extraction
B. Assessment, Bleach, Cleaning, Drying, Evaluation
C. Asbestos, Burn patterns, Char, Debris, Electrical
D. Air quality, Building stability, Contamination, Decontamination, Emergency exits
Rationale: In fire restoration, ABCDE helps technicians remember the sequence of
actions: set up Air movers, Blowers, establish Containment, use Dehumidifiers,
and perform Extraction of debris and water.
Question 4
Which maneuver is recommended for opening a sealed, fire-damaged wall cavity
to check for hidden fire extension?
A. Head-tilt chin-lift (irrelevant in restoration)
B. Jaw-thrust maneuver (irrelevant in restoration)
C. Hyperextension of the neck (irrelevant)
D. Cut a small inspection hole with a keyhole saw or utility knife
Rationale: Hidden fire extension inside wall cavities is common. A small inspection
hole allows visual inspection and thermal imaging without unnecessary structural
damage.
,Question 5
What is the immediate action required if a technician suspects a hidden
smoldering fire behind a wall during restoration?
A. Apply thermal barrier paint over the wall
B. Use a thermal imaging camera to confirm, then open the wall and
extinguish
C. Seal the room with plastic sheeting
D. Increase ventilation to cool the area
Rationale: Smoldering fires can rekindle. Thermal imaging identifies heat sources;
opening the wall allows full extinguishment before restoration proceeds.
Question 6
In FSRT practice, how should severe smoke residue be initially controlled on a non-
porous surface?
A. By applying a solvent-based cleaner immediately
B. By dry-sponging (chemical sponge) to remove loose soot
C. By sanding the surface
D. By applying heat to vaporize residues
Rationale: Dry-sponging removes loose soot without smearing. Solvents applied
too early can drive soot deeper into pores.
Question 7
Which of the following signs indicates a "wet smoke" residue pattern?
A. Powdery, easy-to-wipe gray-black dust
B. Sticky, smeary, often with burned plastic odor, difficult to clean
C. Fine dry chalky residue
D. No visible residue but strong fuel odor
Rationale: Wet smoke results from low-temperature, smoldering fires. It produces
sticky, smeary soot that requires specialized cleaning agents.
, Question 8
What is the purpose of "C-Spine" precautions in fire restoration?
A. To prevent infection from soot
B. Containment, Separation, Pressure differential, Isolation, Negative air,
Engineering controls
C. To reduce swelling in fire-damaged wood
D. To improve drying time
Rationale: In containment protocols, "C-Spine" is a mnemonic for critical
engineering controls to prevent cross-contamination from smoke and soot to
clean areas.
Question 9
During the secondary damage assessment, what is the primary focus?
A. Identifying immediate safety hazards
B. Performing a room-by-room, surface-by-surface inspection to document all
damage
C. Transporting contents off-site
D. Contacting the insurance adjuster
Rationale: After initial safety sweep, secondary assessment catalogs all damage
(structural, contents, HVAC, etc.) for scope of work and insurance.
Question 10
Which smoke odor removal method is most effective for porous materials like
drywall that have been deeply penetrated by protein smoke?
A. Surface wiping with degreaser
B. Ozone shock treatment alone
C. Thermal fogging or hydroxyl treatment combined with sealing
D. Simple air scrubbing
QUESTIONS FIRE AND SMOKE RESTORATION
TECHNICIAN CERTIFICATION STUDY GUIDE WITH
VERIFIED QUESTIONS, DETAILED RATIONALES,
IICRC STANDARDS, FIRE DAMAGE ASSESSMENT,
SMOKE ODOR REMOVAL TECHNIQUES,
STRUCTURAL CLEANING PROCEDURES WITH 100%
VERIFIED ANSWERS
Question 1
What is the primary objective of the FSRT (Fire and Smoke Restoration Technician)
protocol during the initial scene size-up?
A. To immediately begin restoration of fire-damaged contents
B. To ensure the safety of the responder and identify potential hazards
C. To collect the homeowner’s insurance information
D. To begin smoke odor removal within 10 minutes
Rationale: Safety is always the first priority in restoration. Hazards such as
structural instability, electrical risks, and contaminants must be identified before
any restoration work begins.
Question 2
In the context of fire and smoke restoration, what does the "Golden Hour" refer
to?
A. The first hour after a fire when soot is easiest to wipe off
B. The critical window to begin cleaning to prevent permanent smoke damage
and odor setting
,C. The hour before the insurance adjuster arrives
D. The time allowed for emergency demolition
Rationale: After a fire, smoke residues become more difficult to remove over
time. The "Golden Hour" (or first few hours) is when prompt action prevents
irreversible damage to porous materials and embedded odors.
Question 3
When performing a primary damage assessment in FSRT, what does the acronym
ABCDE stand for?
A. Air movers, Blowers, Containment, Dehumidification, Extraction
B. Assessment, Bleach, Cleaning, Drying, Evaluation
C. Asbestos, Burn patterns, Char, Debris, Electrical
D. Air quality, Building stability, Contamination, Decontamination, Emergency exits
Rationale: In fire restoration, ABCDE helps technicians remember the sequence of
actions: set up Air movers, Blowers, establish Containment, use Dehumidifiers,
and perform Extraction of debris and water.
Question 4
Which maneuver is recommended for opening a sealed, fire-damaged wall cavity
to check for hidden fire extension?
A. Head-tilt chin-lift (irrelevant in restoration)
B. Jaw-thrust maneuver (irrelevant in restoration)
C. Hyperextension of the neck (irrelevant)
D. Cut a small inspection hole with a keyhole saw or utility knife
Rationale: Hidden fire extension inside wall cavities is common. A small inspection
hole allows visual inspection and thermal imaging without unnecessary structural
damage.
,Question 5
What is the immediate action required if a technician suspects a hidden
smoldering fire behind a wall during restoration?
A. Apply thermal barrier paint over the wall
B. Use a thermal imaging camera to confirm, then open the wall and
extinguish
C. Seal the room with plastic sheeting
D. Increase ventilation to cool the area
Rationale: Smoldering fires can rekindle. Thermal imaging identifies heat sources;
opening the wall allows full extinguishment before restoration proceeds.
Question 6
In FSRT practice, how should severe smoke residue be initially controlled on a non-
porous surface?
A. By applying a solvent-based cleaner immediately
B. By dry-sponging (chemical sponge) to remove loose soot
C. By sanding the surface
D. By applying heat to vaporize residues
Rationale: Dry-sponging removes loose soot without smearing. Solvents applied
too early can drive soot deeper into pores.
Question 7
Which of the following signs indicates a "wet smoke" residue pattern?
A. Powdery, easy-to-wipe gray-black dust
B. Sticky, smeary, often with burned plastic odor, difficult to clean
C. Fine dry chalky residue
D. No visible residue but strong fuel odor
Rationale: Wet smoke results from low-temperature, smoldering fires. It produces
sticky, smeary soot that requires specialized cleaning agents.
, Question 8
What is the purpose of "C-Spine" precautions in fire restoration?
A. To prevent infection from soot
B. Containment, Separation, Pressure differential, Isolation, Negative air,
Engineering controls
C. To reduce swelling in fire-damaged wood
D. To improve drying time
Rationale: In containment protocols, "C-Spine" is a mnemonic for critical
engineering controls to prevent cross-contamination from smoke and soot to
clean areas.
Question 9
During the secondary damage assessment, what is the primary focus?
A. Identifying immediate safety hazards
B. Performing a room-by-room, surface-by-surface inspection to document all
damage
C. Transporting contents off-site
D. Contacting the insurance adjuster
Rationale: After initial safety sweep, secondary assessment catalogs all damage
(structural, contents, HVAC, etc.) for scope of work and insurance.
Question 10
Which smoke odor removal method is most effective for porous materials like
drywall that have been deeply penetrated by protein smoke?
A. Surface wiping with degreaser
B. Ozone shock treatment alone
C. Thermal fogging or hydroxyl treatment combined with sealing
D. Simple air scrubbing
