To ensure the safe and reliable operation of the plant.

To minimize the risk of accidents.

To comply with regulatory requirements.

All of the above.

Preventive maintenance.

Corrective maintenance.

Condition-based maintenance.

All of the above.

To prevent failures before they occur.

To minimize the risk of accidents.

To extend the life of plant components.

All of the above.

To repair or replace failed components.

To minimize downtime.

To prevent further damage.

All of the above.

To monitor the condition of plant components.

To identify potential problems early.

To schedule maintenance activities accordingly.

All of the above.

Inspection of plant components.

Testing of plant systems.

Repair or replacement of failed components.

All of the above.

The high level of radiation in the plant.

The need for specialized equipment and personnel.

The complex and interconnected nature of plant systems.

All of the above.

Using appropriate personal protective equipment.

Following strict radiation safety procedures.

Maintaining a clean and orderly work environment.

All of the above.

The Nuclear Regulatory Commission (NRC) regulations.

The American Society of Mechanical Engineers (ASME) codes.

The Institute of Electrical and Electronics Engineers (IEEE) standards.

All of the above.

To ensure that maintenance activities are performed safely and correctly.

To identify and report any potential safety hazards.

To comply with all applicable safety regulations.

All of the above.

To ensure that personnel have the necessary knowledge and skills to perform maintenance activities safely and correctly.

To comply with regulatory requirements.

To minimize the risk of accidents.

All of the above.

Radiation detection and monitoring equipment.

Specialized hand and power tools.

Remote inspection and repair tools.

All of the above.

Robotics and automation.

Artificial intelligence and machine learning.

Advanced non-destructive testing techniques.

All of the above.

The high level of radiation in the plant.

The need for specialized equipment and personnel.

The complex and interconnected nature of plant systems.

All of the above.

Using appropriate personal protective equipment.

Following strict radiation safety procedures.

Maintaining a clean and orderly work environment.

All of the above.