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Nace 2 2023 PART 2

Total questions: 76

Worksheet time: 38mins

Name
Class
Date
1.

In a coating survey, what action should be taken based on the survey results?

a)

Ignore the results

b)

Delegate more tasks

c)

Prepare plans for maintenance work if required

d)

Change the survey scope

2.

What role do trained coatings inspectors play in a coatings condition assessment team?

a)

Lead the team

b)

Perform detailed condition assessment surveys on their own

c)

Delegate all tasks to team members

d)

Provide valuable expertise

3.

Why is experience, knowledge, and a clear understanding of scope essential for a coatings condition assessment surveyor?

a)

To increase costs

b)

To confuse the team

c)

To ensure accurate and detailed surveys

d)

To delay the survey process

4.

What should a coatings surveyor not do, especially when driven by legal requirements?

a)

Act as a rubber stamp

b)

Falsify information

c)

Delegate tasks

d)

Ignore legal ramifications

5.

Who should be involved in developing a survey plan?

a)

Only the coatings inspectors

b)

Only the team leader

c)

Only the project manager

d)

The entire team, if needed

6.

What should a coatings surveyor prioritize when preparing final survey reports?

a)

Including personal opinions

b)

Making the report more positive

c)

Accuracy, factual representation, and adherence to standards

d)

Using technical jargon extensively

7.

How should a coatings surveyor approach the task of data summarization?

a)

Include personal opinions for a subjective touch

b)

Ensure accuracy, factual representation, and compliance with standards

c)

Make the data more positive to please stakeholders

d)

Use technical jargon extensively for complexity

8.

What organization recognized the need for formalizing coating condition assessment training?

a)

ISO

b)

NACE International

c)

BOEMRE

d)

A-B-C Facility

9.

Which of the following is NOT one of the coating assessment certification programs mentioned?

a)

O-CAT

b)

S-CAT

c)

N-CAT

d)

None of the above

10.

What does BOEMRE stand for?

a)

Bureau of Offshore Energy Management, Regulation, and Enforcement

b)

Bureau of Oceanic Equipment Maintenance, Regulation, and Evaluation

c)

Bureau of Offshore Engineering Management, Regulation, and Enforcement

d)

Bureau of Offshore Energy Monitoring, Regulation, and Evaluation

11.

The five-day course focuses on inspection and maintenance planning for what type of structures?

a)

Residential buildings

b)

Fixed offshore structures

c)

High-rise buildings

d)

Bridges

12.

Which personnel benefit from the course in corrosion control for fixed offshore structures?

a)

Only offshore platform operators

b)

Only field inspectors

c)

Anyone in the corrosion control facet of integrity management

d)

Only personnel with management responsibilities

13.

What is the main goal of the course for marine vessels?

a)

Evaluate structural integrity

b)

Assess the condition of tanks

c)

Improve offshore platform operations

d)

Enhance corrosion prevention systems

14.

What is the primary purpose of the condition survey's data collection?

a)

Provide rapid access to data

b)

Give management a clear picture

c)

Calculate coating condition over time

d)

Prioritize work based on collected data

15.

What should a surveyor do if they note severe metal loss during a condition survey?

a)

Replace the affected components immediately

b)

Interpret the data within their responsibilities

c)

Make blanket statements about replacement

d)

Properly pass it on to the correct people

16.

According to the information, what is the most critical step in a condition survey?

a)

Data collection

b)

Data interpretation

c)

Data reporting

d)

Data storage

17.

What is the role of database software programs in corrosion control programs?

a)

Collect data during surveys

b)

Prioritize work based on collected data

c)

Conduct in-service inspections

d)

Provide certification programs

18.

What do the database software programs help managers with?

a)

Generate random data

b)

Implement and monitor corrosion control programs

c)

Assess offshore platform operations

d)

Conduct condition surveys

19.

What should surveyors research to recommend effective systems to owners?

a)

Coating materials

b)

Data analysis techniques

c)

Various software systems

d)

Corrosion prevention methods

20.

What is the primary benefit of the coating assessment certification programs?

a)

Increase surveyor's responsibilities

b)

Formalize coating condition assessment training

c)

Introduce new corrosion control methods

d)

Standardize offshore platform operations

21.

According to the information, who benefits from the course on fixed offshore structures?

a)

Only field inspectors

b)

Only offshore platform operators

c)

Anyone in the corrosion control facet of integrity management

d)

Only personnel with management responsibilities

22.

What organization sets the requirements for Level I (Topsides) inspection reporting?

a)

BOEMRE

b)

NACE International

c)

ISO

d)

A-B-C Facility

23.

What does O-CAT stand for?

a)

Offshore Coating Assessment Training

b)

Oceanic Corrosion Analysis Techniques

c)

Offshore Condition Assessment Tool

d)

Operational Corrosion Assessment Program

24.

Which of the following is NOT a function of database software programs mentioned?

a)

Calculate coating condition over time

b)

Recommend progression of maintenance work steps

c)

Conduct in-service inspections

d)

Prioritize work based on collected data

25.

What responsibility should surveyors avoid when interpreting data?

a)

Metal replacement decisions

b)

Providing blanket statements

c)

Recommending maintenance work steps

d)

Assessing corrosion prevention systems

26.

According to the information, what should assessors use for a consistent, orderly, and repeatable process of evaluation?

a)

Random data sampling

b)

Database software programs

c)

Practical guidelines

d)

Coating materials analysis

27.

What are the two major categories of curing mechanisms for coatings?

a)

Solvent-based and water-based

b)

Non-convertible and convertible

c)

Primer and topcoat

d)

Adhesion and cohesion

28.

In non-convertible curing, what happens during the cure cycle?

a)

Chemical changes occur

b)

No chemical change occurs

c)

Only physical changes occur

d)

The coating remains in a liquid state

29.

Convertible curing involves:

a)

No chemical changes

b)

Some chemical changes

c)

Only physical changes

d)

Rapid evaporation

30.

If a cure type is not mentioned on the product data sheet, what should inspectors do?

a)

Guess the cure type

b)

Contact the coating manufacturers’ technical service department

c)

Ignore the cure type

d)

Skip the inspection

31.

What is a characteristic of convertible curing?

a)

No change in state

b)

Rapid drying

c)

Chemical change during the cure cycle

d)

Non-reactive with substrates

32.

In non-convertible curing, what remains constant during the cure cycle?

a)

Temperature

b)

Color

c)

Chemical composition

d)

Viscosity

33.

What is the primary concern for inspectors in convertible curing?

a)

Temperature fluctuations

b)

Chemical changes during curing

c)

Mechanical strength

d)

Surface smoothness

34.

Which of the following is NOT a major curing mechanism category?

a)

Non-convertible

b)

Convertible

c)

Invertible

d)

Soluble

35.

What should inspectors be aware of when testing coatings with non-convertible curing?

a)

Chemical changes

b)

Rapid evaporation

c)

No change in state

d)

Physical changes only

36.

What is the primary reason for limited supply of solvent-evaporation cured coatings in countries with active clean air programs?

a)

High cost

b)

Petrochemical resistance

c)

Large amount of solvent

d)

UV resistance

37.

Why should existing chlorinated rubber coatings not be overcoated with an epoxy mastic during maintenance projects?

a)

Incompatibility with solvents

b)

Low adhesion

c)

Petrochemical resistance

d)

UV degradation

38.

How can inspectors determine if an existing coating is solvent-sensitive?

a)

Conduct a DFT test

b)

Rub the surface with a solvent-soaked rag

c)

Monitor surface temperature

d)

Apply a convertible coating

39.

What is a common form of failure in vinyl coatings?

a)

UV degradation

b)

Solvent blistering

c)

Petrochemical resistance

d)

Low adhesion

40.

What can cause solvent blistering in vinyl coatings?

a)

Excessive DFT per coat

b)

Proper ventilation

c)

Following the recommended recoat window

d)

Low wind speed during application

41.

Why are acrylic resins commonly blended with other resins?

a)

To increase UV degradation

b)

To reduce VOC

c)

To enhance petrochemical resistance

d)

To improve adhesion

42.

What are the most common failure modes in acrylic coatings when a single acrylic resin is the only resin?

a)

Failure to fully cure and failure to adhere

b)

UV degradation and cracking

c)

Solvent blistering and low adhesion

d)

Rapid solvent evaporation and embrittlement

43.

What can cause failure to fully cure in acrylic coatings?

a)

Excessive DFT

b)

Low wind speed

c)

Adequate co-solvent evaporation

d)

Hot surface application

44.

What is a concern when working with vinyl coatings due to their low solids content?

a)

Rapid solvent evaporation

b)

Excessive DFT per coat

c)

Petrochemical resistance

d)

Improved adhesion

45.

What is a common issue with both hot-melt and cold-applied bituminous coatings when exposed to long periods of sunlight?

a)

Solvent entrapment

b)

Cracking and delamination

c)

Failure to fully cure

d)

Low adhesion

46.

When are holidays most commonly a problem for shop-applied bituminous coatings?

a)

During windy conditions

b)

In hot temperatures

c)

Long periods of sunlight exposure

d)

When applied to a hot surface

47.

In which industries are hot-melt and cold-applied bituminous coatings commonly used?

a)

Chemical process and marine industries

b)

Pipe coating industry

c)

Water tanks and water pipes

d)

Waterborne coatings industry

48.

What is a major concern when working with vinyl coatings?

a)

Solvent entrapment

b)

Low adhesion

c)

Petrochemical resistance

d)

Large amounts of solvent in the atmosphere

49.

What inspection points are necessary when working with chlorinated rubber coatings?

a)

DFT, wind speed, and surface temperature

b)

Overcoat window, DFT, and VOC

c)

Solvent entrapment, UV resistance, and petrochemical resistance

d)

Solvent sensitivity, overcoat window, and surface temperature

50.

What can happen if the co-solvent evaporates too quickly from the surface of an acrylic coating film?

a)

Improved adhesion

b)

Rapid solvent evaporation

c)

Enhanced UV resistance

d)

Reduced DFT

51.

Why are acrylic resins commonly used in water-borne coatings?

a)

Low petrochemical resistance

b)

High VOC content

c)

Excellent resistance to UV degradation

d)

Rapid solvent evaporation

52.

What is a common consequence of applying a coating containing solvent to a hot surface?

a)

Improved adhesion

b)

Rapid solvent evaporation

c)

Enhanced UV resistance

d)

Reduced DFT

53.

What is a primary concern when working with vinyl coatings in terms of safety?

a)

Low adhesion

b)

Solvent entrapment

c)

Excessive DFT per coat

d)

Large amounts of solvent in the atmosphere

54.

What is the primary cause of failure for polymerization-cured coatings?

a)

Improper mixing

b)

Exposure to UV radiation

c)

Moisture absorption

d)

Incorrect surface preparation

55.

What is the common issue with alkyds that leads to wrinkling and a soft film?

a)

Applying the coating too thinly

b)

Applying the coating too thickly

c)

Insufficient induction time

d)

Exceeding the overcoat window

56.

What is the recommended Wet Film Thickness (WFT) for alkyds in a single coat?

a)

Over 100 µm

b)

75 to 100 µm

c)

50 µm

d)

Below 50 µm

57.

What is the potential issue with zinc-rich epoxy coatings during mixing?

a)

Quick induction time

b)

Difficulty in mixing due to the high load of zinc

c)

Rapid pot life

d)

Thin application

58.

What is a common failure mode for topcoats over epoxies?

a)

Failure to cure

b)

Delamination

c)

Color and gloss differences

d)

Blushing

59.

What is a critical consideration for polyureas during application on steel and concrete?

a)

Application over epoxy primer on both surfaces

b)

Application without the need for an epoxy primer on concrete

c)

Application without the need for an epoxy primer on steel

d)

Application with a short pot life

60.

What is the primary cause of delamination in coatings applied over non-compatible products?

a)

Improper formula

b)

Inadequate surface preparation

c)

Moisture absorption

d)

Rapid curing process

61.

What is the major concern with coatings that use water as a thinner or diluent during shipping and storage?

a)

Rapid moisture absorption

b)

Freezing

c)

UV degradation

d)

Excessive heat

62.

What is the primary cause of pinholes in coatings?

a)

Applying too thickly

b)

Applying too thinly

c)

Improper mixing

d)

Moisture absorption

63.

How does chalking in coatings occur?

a)

UV exposure

b)

Failure to cure

c)

Moisture wicking

d)

Overcoating too soon

64.

What is a potential issue with coatings curing through water evaporation in high heat conditions?

a)

Delamination

b)

Mud cracking

c)

Failure to cure

d)

UV degradation

65.

What is a common problem associated with applying alkyds too thickly?

a)

Pinholes

b)

Wrinkling and soft film

c)

Chalking

d)

Failure to cure

66.

What is the recommended cure temperature for most epoxy paints?

a)

Above 100°C

b)

Below 4.5°C

c)

Between 40°F and 100°F

d)

Between 4.5°C and 40°F

67.

How does wicking impact coatings with glass fiber included in the resin?

a)

Causes blushing

b)

Results in underfilm corrosion

c)

Facilitates curing

d)

Prevents delamination

68.

What is a common issue with epoxies related to glass fiber inclusions?

a)

Blistering

b)

Cracking

c)

Delamination

d)

Chalking

69.

Which industry standard was referenced for abrasive blasting in the specification?

a)

ASTM D3359

b)

NACE 3

c)

SSPC SP1

d)

ISO 8501-1

70.

At what temperature was the application taking place when the coating contractor reported curing problems?

a)

25°C (77°F)

b)

38°C (100°F)

c)

10°C (50°F)

d)

50°C (122°F)

71.

What was the specified range for the water-borne acrylic primer application in micrometers (µm)?

a)

50 to 100 µm

b)

75 to 125 µm

c)

100 to 150 µm

d)

25 to 50 µm

72.

Which coating layer was applied on the top and 50% of the sides before the contractor noticed the curing issue?

a)

Finish coat

b)

Intermediate coat

c)

Primer

d)

None of the above

73.

What surface preparation standard was specified for abrasive blasting in the given scenario?

a)

SSPC SP2

b)

SSPC SP6

c)

SSPC SP10

d)

SSPC SP14

74.

What statement was included in the specification regarding inspection requirements?

a)

Detailed inspection procedures were provided

b)

Inspection was not required

c)

Inspection procedures were to be determined by the contractor

d)

Inspection recommendations were provided by the coating manufacturer

75.

According to the specification, what industry standard inspection procedures should the contractor follow?

a)

NACE 2

b)

SSPC SP5

c)

ASTM D3276

d)

Coating manufacturer's recommendations

76.

According to the specification, what industry standard inspection procedures should the contractor follow?

a)

NACE 2

b)

SSPC SP5

c)

ASTM D3276

d)

Coating manufacturer's recommendations