NACE CIP LEVEL 1 2026 FULL REVISION PACK
QUESTIONS AND SOLUTIONS
◉ List some of the common tools/methods used for *corrosion
control*. Answer: Design, Inhibitors, Material Selection, Cathodic
Protection, Protective Coatings, Splash Zone Systems, Alteration of
the Environment
◉ How does NACE define the Inspector's role? Answer: The
inspector's role is that of a *quality control technician* responsible
for *observing and reporting conformance or deviation from the
project specification.*
◉ What is the inspector's responsibility when it comes to safety on
the project? Answer: Safety enforcement is not the responsibility of
the inspector; however, it is his/her responsibility to report any
issues that may affect the project.
◉ Name some tests that may need to be conducted during surface
preparation and coating operations. Answer: Ambient Temperature,
Relative Humidity & Dew Point, Anchor Profile, Surface Cleanliness
◉ Name some of the documentation/reports that may be required
to be maintained on a coatings project. Answer: Daily/weekly
,summary, material usage reports, manpower and equipment,
conformance, and Non-conformance
◉ What are the most important characteristics of a good report?
Answer: Objective, Accurate, and Detailed.
◉ What is the inspector's primary responsibility and what should
the inspector not do as it pertains to the specification. Answer: The
Inspector's primary responsibility as the inspector is to "enforce"
specification. The inspector is *NOT* to make changes to the
specification for any reason.
◉ What type of information could you expect to find on a [Material]
Product Data Sheet (PDS)? Answer: Surface preparation and
application information such as recommended level of surface
cleanliness, recommended application methods and equipment such
as tip sizes. Also, environmental parameters for application such as
max and min temperatures, curing times, recoat windows.
◉ What type of information could you expect to find on a Safety Data
Sheet? Answer: Health, safety and environmental. The PPE required.
Physical characteristics. Emergency responder information.
◉ Explain the difference between Quality Assurance (QA) and
Quality Control (QC). Answer: Quality Assurance - Any systematic
, process of checking to see whether a product or service being
developed is meeting specs.
*Quality Control* - A procedure or set of procedures intended to
ensure that a manufactured product or performed service adheres
to a defined set of quality criteria or meets the requirements of the
client or customer
◉ Identify some of the defects that can be caused by incorrect
application temperatures. Answer: Failure to cure, too rapid solvent
evaporation, poor film formation
◉ Describe relative humidity. Answer: The amount of moisture in
the air compared to saturation level
◉ What is the dew point temperature? Answer: The temperature at
which moisture will begin to form on a steel surface.
◉ Name some of the effects wind may have on a coatings project.
Answer: blowing abrasives, causing excessive drift or overspray,
accelerating solvent evaporation, contributing to the formation of
dry spray
QUESTIONS AND SOLUTIONS
◉ List some of the common tools/methods used for *corrosion
control*. Answer: Design, Inhibitors, Material Selection, Cathodic
Protection, Protective Coatings, Splash Zone Systems, Alteration of
the Environment
◉ How does NACE define the Inspector's role? Answer: The
inspector's role is that of a *quality control technician* responsible
for *observing and reporting conformance or deviation from the
project specification.*
◉ What is the inspector's responsibility when it comes to safety on
the project? Answer: Safety enforcement is not the responsibility of
the inspector; however, it is his/her responsibility to report any
issues that may affect the project.
◉ Name some tests that may need to be conducted during surface
preparation and coating operations. Answer: Ambient Temperature,
Relative Humidity & Dew Point, Anchor Profile, Surface Cleanliness
◉ Name some of the documentation/reports that may be required
to be maintained on a coatings project. Answer: Daily/weekly
,summary, material usage reports, manpower and equipment,
conformance, and Non-conformance
◉ What are the most important characteristics of a good report?
Answer: Objective, Accurate, and Detailed.
◉ What is the inspector's primary responsibility and what should
the inspector not do as it pertains to the specification. Answer: The
Inspector's primary responsibility as the inspector is to "enforce"
specification. The inspector is *NOT* to make changes to the
specification for any reason.
◉ What type of information could you expect to find on a [Material]
Product Data Sheet (PDS)? Answer: Surface preparation and
application information such as recommended level of surface
cleanliness, recommended application methods and equipment such
as tip sizes. Also, environmental parameters for application such as
max and min temperatures, curing times, recoat windows.
◉ What type of information could you expect to find on a Safety Data
Sheet? Answer: Health, safety and environmental. The PPE required.
Physical characteristics. Emergency responder information.
◉ Explain the difference between Quality Assurance (QA) and
Quality Control (QC). Answer: Quality Assurance - Any systematic
, process of checking to see whether a product or service being
developed is meeting specs.
*Quality Control* - A procedure or set of procedures intended to
ensure that a manufactured product or performed service adheres
to a defined set of quality criteria or meets the requirements of the
client or customer
◉ Identify some of the defects that can be caused by incorrect
application temperatures. Answer: Failure to cure, too rapid solvent
evaporation, poor film formation
◉ Describe relative humidity. Answer: The amount of moisture in
the air compared to saturation level
◉ What is the dew point temperature? Answer: The temperature at
which moisture will begin to form on a steel surface.
◉ Name some of the effects wind may have on a coatings project.
Answer: blowing abrasives, causing excessive drift or overspray,
accelerating solvent evaporation, contributing to the formation of
dry spray
