Abstract
Remanent Lifetime Management, which is scientifically based on knowing the degradatory phenomena associated with aging, today allows us to optimize plant life through a long-term maintenance strategy combining preventive maintenance and condition monitoring programmes. Within a project for Remanent Lifetime Management (RLM), the determination of methods of control and mitigation of degradations due to aging depends on the programme of Maintenance Evaluation and Improvement (MEI). This programme, underpinned by the analysis of degradatory phenomena to which plant components are subjected, evaluates current maintenance practices and defines the complementary actions which would facilitate establishment of a long-term strategy to control aging. Together with this main objective of the RLM project, the MEI programme achieves short-term benefits since, right from the beginning, it offers solutions to mitigate and guard against degradations in crucial plant components, and generally sets out a programme to control aging. The MEI programme further serves as a tool to reach the final objectives of the new 10CFR50.65 rule, 'Requirements for Maintenance Programs for NPPs'. The MEI always offers the option should the Utility Owner decide to extend plant life. (author)
Sainero Garcia, J
[1]
- Empresarios Agrupados, Madrid (Spain)
Citation Formats
Sainero Garcia, J.
Management of remanent lifetime. Short-term benefits of the maintenance evaluation and improvement programme; Gestion de la vida remanente de instalaciones industriales. Extension de vida.
IAEA: N. p.,
1993.
Web.
Sainero Garcia, J.
Management of remanent lifetime. Short-term benefits of the maintenance evaluation and improvement programme; Gestion de la vida remanente de instalaciones industriales. Extension de vida.
IAEA.
Sainero Garcia, J.
1993.
"Management of remanent lifetime. Short-term benefits of the maintenance evaluation and improvement programme; Gestion de la vida remanente de instalaciones industriales. Extension de vida."
IAEA.
@misc{etde_20740487,
title = {Management of remanent lifetime. Short-term benefits of the maintenance evaluation and improvement programme; Gestion de la vida remanente de instalaciones industriales. Extension de vida}
author = {Sainero Garcia, J}
abstractNote = {Remanent Lifetime Management, which is scientifically based on knowing the degradatory phenomena associated with aging, today allows us to optimize plant life through a long-term maintenance strategy combining preventive maintenance and condition monitoring programmes. Within a project for Remanent Lifetime Management (RLM), the determination of methods of control and mitigation of degradations due to aging depends on the programme of Maintenance Evaluation and Improvement (MEI). This programme, underpinned by the analysis of degradatory phenomena to which plant components are subjected, evaluates current maintenance practices and defines the complementary actions which would facilitate establishment of a long-term strategy to control aging. Together with this main objective of the RLM project, the MEI programme achieves short-term benefits since, right from the beginning, it offers solutions to mitigate and guard against degradations in crucial plant components, and generally sets out a programme to control aging. The MEI programme further serves as a tool to reach the final objectives of the new 10CFR50.65 rule, 'Requirements for Maintenance Programs for NPPs'. The MEI always offers the option should the Utility Owner decide to extend plant life. (author)}
place = {IAEA}
year = {1993}
month = {Dec}
}
title = {Management of remanent lifetime. Short-term benefits of the maintenance evaluation and improvement programme; Gestion de la vida remanente de instalaciones industriales. Extension de vida}
author = {Sainero Garcia, J}
abstractNote = {Remanent Lifetime Management, which is scientifically based on knowing the degradatory phenomena associated with aging, today allows us to optimize plant life through a long-term maintenance strategy combining preventive maintenance and condition monitoring programmes. Within a project for Remanent Lifetime Management (RLM), the determination of methods of control and mitigation of degradations due to aging depends on the programme of Maintenance Evaluation and Improvement (MEI). This programme, underpinned by the analysis of degradatory phenomena to which plant components are subjected, evaluates current maintenance practices and defines the complementary actions which would facilitate establishment of a long-term strategy to control aging. Together with this main objective of the RLM project, the MEI programme achieves short-term benefits since, right from the beginning, it offers solutions to mitigate and guard against degradations in crucial plant components, and generally sets out a programme to control aging. The MEI programme further serves as a tool to reach the final objectives of the new 10CFR50.65 rule, 'Requirements for Maintenance Programs for NPPs'. The MEI always offers the option should the Utility Owner decide to extend plant life. (author)}
place = {IAEA}
year = {1993}
month = {Dec}
}