A. useful only for common types of equipment.
B. to be avoided because every equipment item is unique.
C. not permitted unless equipment is in identical service.
D. useful as a means of screening together and saving time.
A. $500/year
B. $5,000/year
C. $50,000,000/year
D. $5,000,000/year
A. estimated
B. probabilistic
C. numeric
D. alpha characters
A. What other types of risk assessment and mitigation have been applied to the equipment
B. The codes and standards in use for in-service inspection and evaluation
C. The type of RBI assessment that will be applied to the project
D. The risk thresholds that will be used to determine acceptable vs. unacceptable risks
A. Production needs
B. Labor contracts
C. Regulatory requirements
D. Technology
A. equipment history review
B. mitigation activities
C. changing fluid characteristics
D. results of inspection activities
E. process control
A. relative risk.
B. absolute risk.
C. general risk.
D. specific risk.
A. all damage mechanisms that may be present at a site.
B. situations in which equipment is susceptible to multiple damage mechanisms.
C. causes of failure such as operator errors, PMI inaccuracies, and design flaws.
D. only the damage mechanism that is most likely to cause failure.
A. End of service life and time to replace
B. Corrosion beyond the corrosion allowance
C. Fire or explosion
D. Loss of containment
A. probability of failure.
B. repairs necessary to reduce risk.
C. consequence of failure.
D. examination methods to be used.
