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Fundamentals of Configuration Management: Benefits and Implementation

Learn about Configuration Management (CM) fundamentals, differences in CM programs, the basic CM model, and the benefits of implementing a robust CM system. This presentation covers the key aspects of CM, including design requirements, change control, program assessments, and training content. Discover how CM can lead to more reliable design information, reduced O&M costs, and improved decision-making processes. Presented by Sam Melton, CM Supervisor at Brunswick Nuclear Plant.

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Fundamentals of Configuration Management: Benefits and Implementation

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  1. CM-101 Configuration Management Fundamentals Presented By: Sam Melton, CM Supervisor Brunswick Nuclear Plant 8th Configuration Management Benchmarking Conference October 29 – 31, 2001 Raleigh, NC

  2. Presentation Topics • CM Definition • Differences in CM Programs • Basic CM Model • CM Fundamentals • Benefits of CM

  3. CM Definition An integrated management process to ensure that: • Design requirements for plant systems, structures, components, software and hardware are defined and documented, • Changes to Design requirements are identified, documented, controlled, evaluated and approved or disapproved,

  4. CM Definition (cont.) • Approved design changes and status of implementation are recorded and reported throughout the life of the Plant, which results in the accurate implementation of design output information into the physical configuration of the Plant (i.e., the as-built status matches the design documents),

  5. CM Definition (cont.) • Plant configuration documents specifying operations, maintenance, testing, installation, procurement, inspection and training requirements are updated and maintained consistent with the Plant design, and • The implementation of the program is evaluated for effectiveness.

  6. Differences in CM Programs

  7. Basic CM Model Source: ANSI/NIRMA CM 1.0-2000

  8. CM Fundamentals • Work Processes must assure that: • Elements conform or deviations are identified • Conformance deviation is tracked through resolution • All changes are authorized • Conformance is auditable Source: ANSI/NIRMA CM 1.0-2000

  9. CM Fundamentals • Program Management • Program Planning • Physical Configuration Scope Criteria • Facility Configuration Information Scope Criteria • Concepts and Terminology • Interfaces • Configuration Control Info System (CCIS) • Implementation Source: ANSI/NIRMA CM 1.0-2000

  10. CM Fundamentals • Design Requirements • Establishment of Design Requirements • System and Process Boundaries • Specific Equipment List • Assignment of SSC Classes • Basis • Communication of Design Requirements Source: ANSI/NIRMA CM 1.0-2000

  11. CM Fundamentals • Information Control • Identification • Categorization • Storage • Control and Tracking • Retrieval • Minimization • Operational Configuration Information Status Control Source: ANSI/NIRMA CM 1.0-2000

  12. CM Fundamentals • Change Control • Identification • Review of Changes • Implementation of Changes • Documentation of Changes Source: ANSI/NIRMA CM 1.0-2000

  13. CM Fundamentals • Assessments • Programmatic Assessments • Physical Configuration Assessment Follow-up • Periodic Equipment Performance Monitoring Source: ANSI/NIRMA CM 1.0-2000

  14. CM Fundamentals • Training • Training Content • Specialized Training Source: ANSI/NIRMA CM 1.0-2000

  15. Benefits of CM More Reliable and Credible Design Information Reduced O&M Costs Better Input to Make Informed Decisions Less Time Spent Researching, Verifying and Cross-Checking Data Better Job Planning Reduced Maintenance Time & Rework Improved ALARA Elimination of Duplicate Data Bases

  16. Benefits of CM (cont.) Reduction of Parts Inventory Fewer Condition Reports, LER's, Audit & Inspection Findings Reduced Number of Plant Trips Enhanced Training More Credible, Less Costly Life Extension Evaluations Less Time Spent Responding to NRC Requests Improved NRC Performance Indicator Ratings

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