Nuclear Executive Update   
An EPRI Progress Report, May 2008
ABOUT THE NEWSLETTER
The Nuclear Executive Update is published bi-monthly. If you have comments about the newsletter, please contact Brian Schimmoller, bschimmoller@epri.com, 704-595-2076.

EPRI Research – Not in a Vacuum

Building off the March newsletter, where we touched on EPRI’s engagement with nuclear-related business and operational entities, in this issue we’ll explore our engagement with nuclear-related research entities. Active interaction with these organizations enables EPRI to clearly delineate its areas of responsibility, avoid duplication of effort, and identify opportunities for collaboration.

Two 2008 EPRI initiatives capture the essence of our external engagement. EPRI interviews in late 2007 with more than 20 U.S. nuclear power plant owners/operators revealed that more than 85% believe plant operation beyond 60 years is not only extremely desirable, but at least somewhat likely. On the heels of an EPRI-INL (Idaho National Laboratory) effort documenting the strategic R&D needed to fulfill the promise of light water reactor technology as a near-zero emission electricity source, EPRI participated in a joint Nuclear Regulatory Commission/Department of Energy workshop in late February to examine research needs pertaining to life after 60. A steering committee comprising EPRI, the Department of Energy, INL, the Nuclear Regulatory Commission, and the Nuclear Energy Institute will be evaluating and prioritizing research opportunities. EPRI is launching a “Long-Term Operation” research program this year to maximize the use of existing nuclear assets, focusing on nuclear plant materials, instrumentation and information systems, and long-term asset management.

The Materials Aging Institute, founded in January by EPRI, EDF and Tokyo Electric Power Company, concentrates nuclear and technical expertise at research organizations and universities around the world to examine the critical link between materials science and power plant component performance and degradation. This critical activity will support many broader strategic R&D goals, including new plant deployment and the Long-Term Operation program. EPRI will help guide research priorities, while gaining access to research findings with global impact. EPRI has assigned a full-time researcher, Dr. Mohamad Behravesh, to MAI on-site in France, and will be rotating additional staff through the facility for short-term assignments.

External EPRI engagement with research organizations spans many other technical areas and many countries.

  • Nuclear Regulatory Commission (NRC): Although research efforts by NRC and EPRI may be conducted for different purposes, the underlying data and results often have common value. To conserve resources and avoid duplication, NRC and EPRI have agreed to cooperate in selected research and to share information and costs related to this research where mutually beneficial.
  • Nuclear Steam Supply System Owner’s Groups: Dialogue and coordination with the PWR Owner’s Group and the BWR Owner’s Group to establish protocols for sharing intellectual property, to better integrate the competencies of each research organization, and to ensure research overlap is avoided.
  • Korea Electric Power Research Institute (KEPRI): Collaboration on selected nuclear issues, including nondestructive evaluation and materials reliability, to capitalize on the two organizations’ complementary technical capabilities. In August 2007, KEPRI and EPRI signed a three-year agreement in which EPRI will provide technical support to Korean efforts to establish a performance demonstration system for dissimilar metal welds.
  • Idaho National Laboratory: With EPRI and other industry partners, INL established the Center for Nuclear Fuels and Materials Research, which focuses on the evaluation and development of fuels and cores for light water reactors, leveraging unique fuel analysis facilities at INL. Joint efforts also are underway in digital instrumentation and control, nondestructive evaluation technology, and advanced fuel cycles.
  • Nuclear Fuel Industry Research (NFIR): This ERPI-led international collaborative ensures safe and reliable use of nuclear fuel materials and reactor core components through fundamental understanding of in-reactor behavior. More than 50 organizations from 14 countries have participated in NFIR.
  • Cooperative IASCC Research (CIR) Program: This EPRI-managed global research program increases technical understanding of irradiation assisted stress corrosion cracking. Membership includes utilities, regulators, vendors and research organizations from the United States, France, Spain, Sweden, Belgium, and Japan.

EPRI engages many other nuclear research-related entities as well, including the Organization for Economic Cooperation and Development/Committee for Safety of Nuclear Installations, the French Atomic Energy Agency, the CANDU Owner’s Group, and the Central Research Institute of Electric Power Industry (CRIEPI-Japan).

As nuclear research priorities shift over time, EPRI will refine these relationships - and develop new ones - to ensure the most effective combination of resources are applied to identify and implement solutions. For more information on any of EPRI's external engagement efforts, please contact me or Dave Modeen, who is responsible for our external affairs activities.


Sincerely,

Chris Larsen
Vice President and Chief Nuclear Officer
EPRI Nuclear Sector

EPRI will host a workshop on advanced cooling technologies for thermal power plants on July 8-9 in Charlotte, N.C. Attendees will discuss research and development opportunities to increase power plant water use efficiency and reduce water consumption. More information is available at: http://my.epri.com/portal/server.pt?Abstract_id=000000000001016469.
TECHNICAL HIGHLIGHTS
Rapid Response to St. Lucie Pressurizer Indications Keeps Eight Units On-Line
Nondestructive evaluation of pressurizer nozzles reveals fabrication defects in the welds, but no significant stress corrosion cracking.
EPRI Completes Materials Management Matrix for ESBWR
Matrix information guides materials-related design improvements; AP1000 and EPR designs are next.
Buried Pipe Initiative Tackles Multiple Age-Related Degradation Issues
Plant license renewal and economic issues are highlighting the need for advanced inspection, repair, replacement, and mitigation technologies for buried pipe.
EPRI Adapts Prognostics and Health Management to Nuclear Plants
Although used successfully in the defense industries, prognostics and health management techniques must be adapted to the unique challenges faced by nuclear plants.
Technology Innovation: From Nano Particles to Wavy Welding
Technology Innovation projects for 2008 address advanced fuel cycles, high-temperature gas reactors, on-line monitoring, and nano-scale crack characterization.
Switchyard End-of-Life Guide Will Inform Long-Term Planning
The fourth in EPRI’s series of end-of-life guides, the switchyard report includes component-level recommendations related to failure likelihood, condition monitoring, and logistics.
Together....Shaping the Future of Electricity®
EPRI | 3420 HILLVIEW AVENUE | PALO ALTO, CA 94304 | WWW.EPRI.COM
© Electric Power Research Institute, Inc. 2001-2007 All rights reserved