Scientists at the Pacific Northwest National Laboratory (PNNL) have examined the necessity for optimization of energy plant operation using “DSOM® ” – Decision Support Operation and Maintenance and this has been deployed at several sites. This approach has been expanded to include a prognostics component and tested on a pilot scale service water system, modeled on the design employed in a nuclear power plant. A key element in plant optimization is understanding and controlling the aging process of safety-specific nuclear plant components. This paper reports the development and demonstration of a physics-based approach to prognostic analysis that combines distributed computing, RF data links, the measurement of aging precursor metrics and their correlation with degradation rate and projected machine failure.
Revised: May 19, 2011 |
Published: February 28, 2006
Citation
Jarrell D.B., and L.J. Bond. 2006.Physics-Based Prognostics for Optimizing Plant Operation.Sound and Vibration 40, no. 2:12-15.PNNL-SA-48294.