Nuclear Plant Journal Outage Management ... - Digital Versions
Nuclear Plant Journal Outage Management ... - Digital Versions
Nuclear Plant Journal Outage Management ... - Digital Versions
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New Documents<br />
EPRI<br />
1. <strong>Nuclear</strong> Maintenance Applications<br />
Center: Preservation of Failed Parts to<br />
Facilitate Failure Analysis of <strong>Nuclear</strong><br />
Power <strong>Plant</strong> Components. Product ID:<br />
1016907, Published March, 2009.<br />
Equipment failure analysis and damage<br />
mode determination are cornerstones<br />
for improving equipment reliability.<br />
Methods and techniques for performing<br />
failure analysis are becoming more sophisticated<br />
and are used to prevent recurring<br />
equipment failures. Maintenance and<br />
engineering personnel usually perform at<br />
least initial troubleshooting and disassembly<br />
of failed components.<br />
2. <strong>Nuclear</strong> Maintenance Applications<br />
Center: Tiered Valve Maintenance Program,<br />
Product ID: 1018015, Published<br />
March, 2009.<br />
Thousands of valves of various types<br />
with various actuators perform a variety<br />
of functions in a nuclear power plant.<br />
These valves require varying degrees<br />
of corrective, predictive, and preventive<br />
maintenance, depending on their safety<br />
significance, economic impact, or other<br />
factors such as operating environment or<br />
historical performance.<br />
3. Steam Generator <strong>Management</strong> Program:<br />
Automated Analysis of Array<br />
Probe Eddy Current Data, Product ID:<br />
1018559, Published March, 2009.<br />
Utilities perform eddy current tests<br />
on nuclear power plant steam generator<br />
(SG) tubes to detect degradation. This<br />
report summarizes the status of ongoing<br />
research to develop signal-processing<br />
algorithms that automate the analysis of<br />
eddy current test data.<br />
4. US Steam Turbine Valve Metallurgy<br />
Guide, Product ID: 202+89+, Published<br />
March, 2009.<br />
This report provides nuclear and<br />
fossil plant personnel with current<br />
information on the metallurgical aspects<br />
of the steam turbine valve components<br />
used in U.S. power plants.<br />
5. Materials Reliability Program:<br />
Inspection and Evaluation Guidelines for<br />
Reactor Vessel Bottom-Mounted Nozzles<br />
in U.S. PWR <strong>Plant</strong>s (MRP-206), Product<br />
ID: 1016594, Published March, 2009.<br />
This report presents inspection and<br />
evaluation guidelines for reactor vessel<br />
bottom-mounted nozzles in U.S. pressurized<br />
water reactor (PWR) plants.<br />
6. Quantifying Corrosion Products Removed<br />
from Fuel Assemblies by Ultrasonic<br />
Fuel Cleaning, Product ID: 1018718,<br />
Published April, 2009.<br />
Ultrasonic Fuel Cleaning (UFC) is a<br />
mechanical cleaning process developed<br />
by EPRI to remove corrosion product<br />
deposits (crud) that have formed on<br />
nuclear fuel assemblies during the<br />
operating cycle. This report documents<br />
the effort and procedure that will allow<br />
utilities to determine the mass of crud<br />
removed during UFC.<br />
7. BWRVIP-210: BWR Vessel and Internals<br />
Project, XGEN Engineering Jet<br />
Pump Restrainer Bracket Repair Design,<br />
Product ID: 1018868, Published April,<br />
2009.<br />
The purpose of this work is to develop<br />
conceptual designs for modification of<br />
jet pump restrainer brackets to provide<br />
rigid lateral restraint of the jet pump inlet<br />
mixers.<br />
8. International Review Team Report: A<br />
Peer Review of the Yucca Mountain IM-<br />
ARC Total System Performance Assessment<br />
EPRI Model, Product ID: 1018711,<br />
Published April, 2009.<br />
The intent of this peer review is to<br />
provide an independent evaluation of<br />
EPRI’s TSPA code, IMARC, in light of<br />
EPRI’s role as an independent third party<br />
to the Yucca Mountain process.<br />
9. Program on Technology Innovation:<br />
Information Integration for Equipment<br />
Reliability at <strong>Nuclear</strong> <strong>Plant</strong>s, Product ID:<br />
1018910, Published April, 2009.<br />
The nuclear power industry has made<br />
notable advances in the effectiveness of<br />
the equipment reliability process over the<br />
last decade. As the plants’ equipment and<br />
workforce age, it will be even more challenging<br />
to sustain and improve current<br />
high levels of equipment performance.<br />
10. Surface Analysis of Pressurized<br />
Water Reactor Steam Generator Tubing<br />
Specimens: Results of Surface and<br />
Microstructural Analysis of Tubes from<br />
Diablo Canyon 1, Oconee 2, Seabrook,<br />
and Vogtle 1 and 2 PWRs, Product ID:<br />
1018720, Published April, 2009.<br />
The amount and composition of surface<br />
oxides present on the surface of pressurized<br />
water reactor (PWR) reactor coolant<br />
system (RCS) components can have a<br />
major impact on fuel assembly corrosion<br />
product deposits during the operating<br />
cycle. This study analyzes primary side<br />
surface oxides of steam generator tubes<br />
from five U.S. PWRs.<br />
The above documents may be obtained<br />
from EPRI Order and Conference Center,<br />
1300 West WT Harris Blvd., Charlotte,<br />
NC 28262; telephone: (800) 313-3774,<br />
email: orders@epri.com.<br />
Publication<br />
The ASTM International technical<br />
publication, STP 1492, Effects of Radiation<br />
on Materials: 23 rd International Symposium,<br />
features 18 peer-reviewed papers<br />
focused on the irradiation embrittlement<br />
of reactor pressure vessel steels. The new<br />
research provides a broad perspective on<br />
the development and application of trend<br />
curves used to predict fracture toughness<br />
transition temperatures in irradiated reactor<br />
pressure vessel steels. ISBN: 978-0-<br />
8031-3421-8, 237 pages. Price: $74.<br />
Contact: ASTM Customer Service,<br />
telephone: (610) 832-9585, fax: (610)<br />
832-9555, email: service@astm.org. <br />
<strong>Nuclear</strong> <strong>Plant</strong> <strong>Journal</strong>, May-June 2009 www.nuclearplantjournal.com 17