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SP0515-2015-SG, “Implementing Nondestructive Evaluation Technologies to Evaluate Buried Pipe in Nuclear Power Plants”

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For those managing, planning, selecting, implementing, or evaluating buried pipe inspections using Non-Destructive Evaluation (NDE) at nuclear power plant sites. Licensing. Regulations. Inspection. Tools. Analysis.

Product Number: 21196-SG
ISBN: 1-57590-317-2
Publication Date: 2015
Industry: Energy Generation
$109.00
$109.00
$109.00

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This standard is intended for those managing, planning, selecting, implementing, or evaluating buried pipe inspections using Non-Destructive Evaluation (NDE) at nuclear power plant sites. It provides direction for planning and implementing a buried pipe inspection at a nuclear power plant. It provides guidance on: • Pre-assessment activities for nuclear power plants • Factors to consider when selecting NDE for buried pipe inspections • Post-assessment of NDE results Guidance specific to owners of nuclear power plant buried piping has been included to improve inspection success by addressing a number of complicating conditions that could exist at a site, such as: • License requirements and regulations that are unique to nuclear power plants must be considered and adhered to, as they require unique processes and procedures for planning and implementing inspections. • Piping layouts with multiple components such as elbows, reducers, tees, etc. that require the use of special inline tools and/or experienced analysis. • Piping systems at nuclear power plants are generally commonly grounded, which impacts the effectiveness of some indirect examination techniques. • The excavations for inspection purposes may be very deep and below layers of other buried piping systems, cables and other structures. Key words: Nuclear power plant, buried piping, NDE, excavation, grounding

This standard is intended for those managing, planning, selecting, implementing, or evaluating buried pipe inspections using Non-Destructive Evaluation (NDE) at nuclear power plant sites. It provides direction for planning and implementing a buried pipe inspection at a nuclear power plant. It provides guidance on: • Pre-assessment activities for nuclear power plants • Factors to consider when selecting NDE for buried pipe inspections • Post-assessment of NDE results Guidance specific to owners of nuclear power plant buried piping has been included to improve inspection success by addressing a number of complicating conditions that could exist at a site, such as: • License requirements and regulations that are unique to nuclear power plants must be considered and adhered to, as they require unique processes and procedures for planning and implementing inspections. • Piping layouts with multiple components such as elbows, reducers, tees, etc. that require the use of special inline tools and/or experienced analysis. • Piping systems at nuclear power plants are generally commonly grounded, which impacts the effectiveness of some indirect examination techniques. • The excavations for inspection purposes may be very deep and below layers of other buried piping systems, cables and other structures. Key words: Nuclear power plant, buried piping, NDE, excavation, grounding

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