Length: 2 Days
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Nuclear Power Reliability Training by Tonex

This course covers the essential aspects of reliability engineering specific to nuclear power plants. It addresses plant reliability and safety, regulatory requirements, aging management, and the reliability analysis of critical nuclear components.

Learning Objectives:

  • Gain comprehensive knowledge of nuclear plant reliability and safety.
  • Understand and comply with regulatory requirements for nuclear reliability.
  • Develop strategies for aging management and life extension of nuclear facilities.
  • Perform reliability analysis of nuclear components to ensure operational safety.

Audience:

  • Nuclear Engineers
  • Reliability Engineers
  • Safety Engineers
  • Regulatory Compliance Officers
  • Nuclear Plant Managers

Program Modules:

  1. Nuclear Plant Reliability and Safety
    • Fundamentals of Nuclear Plant Operations and Reliability
    • Safety Protocols and Reliability Standards in Nuclear Power
    • Reliability-Centered Maintenance in Nuclear Plants
    • Case Studies on Enhancing Plant Reliability
    • Reliability Metrics and Performance Indicators in Nuclear Power
    • Emergency Preparedness and Reliability in Nuclear Operations
  2. Regulatory Requirements for Nuclear Reliability
    • Overview of Regulatory Frameworks for Nuclear Power
    • Compliance Strategies for Reliability Standards
    • Impact of Regulatory Changes on Plant Operations
    • Documentation and Reporting Requirements for Compliance
    • Regulatory Inspections and Audits for Reliability
    • Case Studies on Regulatory Compliance and Reliability
  3. Aging Management and Life Extension
    • Challenges of Aging Nuclear Facilities
    • Strategies for Aging Management in Nuclear Plants
    • Life Extension Techniques and Technologies
    • Condition Monitoring and Maintenance for Aging Equipment
    • Case Studies on Aging Management Successes
    • Future Trends in Aging Management and Life Extension
  4. Reliability Analysis of Nuclear Components
    • Techniques for Reliability Analysis of Nuclear Components
    • Failure Modes and Effects Analysis (FMEA) for Nuclear Systems
    • Reliability Block Diagrams and Fault Tree Analysis
    • Component Reliability Testing and Data Analysis
    • Case Studies on Component Reliability Improvement
    • Advanced Reliability Modeling Techniques for Nuclear Components

 

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