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IICRC FSRT EXAM QUESTIONS WITH SIMPLIFIED
SOLUTION
1. h
eat: The three necessary elements required for combustion (fire) are fuel, oxygen, and.
2. increased: The amount of
smoke reside within a given area is with lack of oxygen.
3. quick response: A in Fire Damage Restoration is just asneces- sary,
if not more necessary, than other components of the restoration industry.
4. additional damages: A Board up must be as secure as possible without causing any
5. pre-test: When a customer asks "Will this item clean up?", you should NOT respond until you have
had the proper time to - the item.
6. acidic soot: There are
many surfaces that are rapidly damaged with residues.
Soot from a Fire Damage is incredibly small, and has a particle size range of to microns.
8. Sentimental items: We
must ask the customer initially where are located.
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9. everyone's: Safety is responsibility.
10. Universal precautions:
is a term for assuming every- thing is dangerous until it can be proven otherwise.
11. chemical
ly senstive; affected areas: Customers that claim to be should be asked to vacate the.
12. label directions:
Restorers need to read, understand, and follow .
13. SDS, product labels, and training: Technicians can obtain accurate information
about product safety through , , and.
14. p
roperly labeled: All restoration products must be kept in containers and in secure areas.
15. leftover
cleaning products: Never give or sell your customer .
16. ventiliation: When working in enclosed
areas is key.
17. 0.1: Soot particle
sizes from a fire damage are incredibly small, down to microns.
18. carcinogenic: Some soot
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27. Subrogation: is the insurance company recovering funds from an at fault
party.
28. payment: The Work Authorization/Contract specifies who is ultimately responsible for
, who is the insured, property owner, or their agent (NOT INSURANCE AGENT!).
29. cooler: Soot particles
from a Fire Damage will naturally attract to surfaces (temperature seeks equilibrium).
30. metallic: Soot
particles from a Fire Damage will naturally attract to surfaces (some soot particles are positively charged).
31. Soot webs: are a technical term for
darkcolored cobweb looking contamination and are not a result of the customerhaving an unclean home!
32. acid: When soot
from a Fire Damage mixes with moisture in the air an is formed.
33. alkaline: In order
to combat acidic soot residue after Fire Damage, cleaning products are used with few exceptions.
34. permanently damaged: As Soot is acidic, emergency service cleaning should be
done on materials that can become.
35. day #1: Deodorization should begin on
of a Fire Damage Project.
36. organic
materials; dry; dry: In a Natural Fire Damage, typically
5 / burn. A " soot" contamination is present throughout the struc- ture and has a less ottensive odor versus other types of Fire Damage. It can be cleaned with either wet or cleaning. The color of the soot contamination is a charcoal/grey/light black color.
37. organic; wet; wet: In a Synthetic Fire Damage, typically non- materials burn.
The " soot" contamination smells more like chemicals and tends to smear. The color of the soot contamination is a dark black color. The soot contamination can be cleaned with either dry cleaning or cleaning.
38. protein; wet: In a Fire Damage, flesh is burnt. The residue is sticky
and a cleaning is always necessary. The residue is gold/brown/yellow, it is sometimes hard to see, and can be really sticky. It has the worst odor of any Fire Damage.
39. chemical: Dry Cleaning is an ettective soot removal technique when wet cleaning isn't possible. Dry Cleaning
Sponges are used, which should not be called sponges.
40. Wet cleaning: is the most ettective cleaning tech-
nique where water-based solutions are used.
41. preconditioning: In some cases, can be
performed to soot damaged surfaces to increase eflciency and decrease product use on a jobsite.
42. pretested: All surfaces within
a structure need to be to determine which cleaning method should be used. Testing begins at the source.
43. source: Fire Damage Restoration begins at the
room and then moves outwards.
7 / may be used as a salvage procedure.
53. wood cream paste: If
conventional cleaning techniques fail, or if there is blistering/moisture gathered underneath the surface of the clear coating, a product can be used.
54. furniture polish: All product
lines have a good or other oil-based product to restore the shine or luster after cleaning is complete.
55. acid-based: Sometimes with stone, masonry, tile, grout, and a few other materials, al- kaline cleaning
products fail. In these cases, the restorer has the OPTION to introduce an
56. easier: Regardless of type of material, the more sealer (in good condition) on the surface will make it
to clean.
57. etching: Acid based cleaning products really don't clean the surface, rather they brighten it by the process of
58. aluminum window frames: Another material that works well with acid-based cleaners is
59. heat line: Surfaces above the are less likely
to restore than surfaces below the heat line.
60. Unsalvageable
materials: should be removed from the structure as soon as possible and before other structure cleaning takes place to prevent cross contamination to other areas of the structure.
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61. pressures and heat: A major consideration in determining the degree of smoke penetration behind
materials is the and generated by the fire.
62. inspection: HVAC
cleaning and repairs need to be coordinated whenever reveals the need.
63. NA
DCA: These repairs and cleaning should be completed in accordance with Stan- dards.
64. oil-fired: Putt Back's are a soot contamination type that result from a malfunction in an
heating system.
65. temperature and humidity:
In times where and are high, odors are significantly more apparent.
66. combination: A of techniques is often required for intense smoke odor
removal.
67. Real odors: are odors that exist and would
be detected by most people.
68. Psychological odors: are also called "heightened
awareness odors". They do not exist, except for in the mind of the person that thinks they detect it. They can be the hardest "odors" to deal with because there's no tried and true methods of dealing with them.
69. 1. Remove the source, 2. Clean the source area, 3. Penetrate into porous
surfaces with solutions, 4. Encapsulation: The four steps to ettective odor removal are:
10 / checks, bills, etc., they should be given to the for evaluation.
81. surface to surface: When moving a customers contents, be sure to pad and strap each large
piece, and never allow to contact.
82. sentimental:
Several factors play a role in determining whether a piece of content is saved after a fire are restoration cost of the item versus replacement cost, appreciated (antique) or value, and amount of physical damage to an item.
83. attics: Contents of
"questionable value" are often found in unfinished and basements.
84. categories: Customers need work/school/critical clothing back ASAP, so clothing must be separated into
, and some will require rush turnaround.
85. Plastic: surfaces subjected to high temperatures can stain or discolor permanently.
86. finish: The more (in good condition) an item has the more likely it will restore.
87. refini
sh: When the finish is permanently blistered or stained, replacement or will be necessary.
88. ozone: Utilizing gas, whether on site or ott site, normally is very ettective on "real wood"
furniture.
89. drapery: Uneven tops and bottoms,
deteriorated fabric (sunlight), and watermarks can be pre-existing damage and must be documented when working with.
90. wire frame: Lamp shades must be
handled by their only.
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91. degre
aser: Usually dishes and cooking utensils respond well to soaking in a , which can be found in any product line.
92. disclaim liability:
Before cleaning any china or crystal, be sure to for discoloration that is hidden prior to cleaning.
93. acrylic: Oil and paintings are generally more restorable than watercolors or
pastels.
94. documented: Unsalvageable
contents must be and a release should be signed by the homeowner before disposal.
