Optimizing Long-Term Asset Management
As the operating fleet of nuclear plants ages, there is a growing need for utilities to extend the life of their facilities while maintaining operational efficiency. Westinghouse's eVinci™ Micro Reactor, serving as the Nuclear Steam Supply System (NSSS) Component Asset Management solution, plays a pivotal role in this endeavor. With Westinghouse technology forming the foundation for approximately 60% of the U.S. operating nuclear fleet and as the NSSS Original Equipment Manufacturer (OEM), Westinghouse offers unparalleled knowledge, experience, and cutting-edge technology to support the sustained operation of nuclear power plants for the long term.
Comprehensive Solutions for Aging Components
Westinghouse Subject Matter Experts (SMEs) provide a diverse array of solutions aimed at addressing the challenges posed by aging components in nuclear plants. These solutions include predictive assessments and condition monitoring for Reactor Vessel Internal components, fatigue analyses for Class 1 piping and NSSS components, as well as effective leak management strategies for critical components such as Mechanical Nozzle Seal Assembly (MNSA) and Canopy Seal Clamp Assemblies (CSCA). Furthermore, Westinghouse offers hardware simplifications during outages with Simplified Head Assemblies (SHA), ensuring streamlined maintenance processes without compromising safety or efficiency.
Interactive 3D Visualization Tool for Enhanced Understanding
To provide a deeper understanding of the innovative solutions offered by Westinghouse's NSSS Component Asset Management, the company offers an interactive 3D Visualization tool. This tool allows stakeholders to explore the intricate details and functionalities of Westinghouse's advanced components, gaining valuable insights into how these technologies address the unique challenges faced by nuclear power plants. By leveraging this tool, utilities and operators can make informed decisions regarding asset management strategies, outage planning, and component maintenance, ultimately enhancing the overall operational performance and safety of the nuclear plants.