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The GE Hitachi Nuclear Energy Performance Services portfolio offers existing nuclear plants a unique combination of experience, knowledge, and capabilities.
This portfolio:
- Optimizes plant performance
- Offers enhanced maintenance, reliability, and safety
- Utilizes innovative, patented technology and tools
- Supports eco-friendly power generation systems
- Maximizes return on investment over service life
- Leverages extensive knowledge with utilities
The remotely operated Stinger tool provides Boiling Water Reactor (BWR) nuclear power plants the ability to clean and perform In-Vessel Visual Inspection (IVVI) functions during critical path activities, thereby reducing cost, radiation dose, and critical outage time.
Learn MoreThe Nuclear Measurement Analysis and Control (NUMAC) product line is a best-in-class family of monitoring instruments designed to improve plant performance and increase plant longevity.
Learn MoreGEH’s Buried Pipe Inspection Service offers industry intelligent, state-of-the-art, self-propelled robotic equipment that is capable of navigating complex underground piping systems, saving customers substantial time and money.
Learn MoreGE Hitachi Parts Asset Management Solutions (PAMS) enables the proactive identification of spare part issues and delivers solutions for BWR plant obsolescence issues.
Learn MoreThis solution addresses the concern of stress corrosion cracking by reducing residual tensile stress near metal surfaces and are effective in mitigating Intergranular Stress Corrosion Cracking (IGSCC) and fatigue failure.
Learn MoreSFPLM: is a system that provides accurate measurement of the Spent Fuel Pool (SFP) water level and temperature. The system supports safe and efficient plant operation while meeting the world’s toughest seismic requirements.
Learn MoreThe Jet Pump Anti-Vibration Solution (AVS) utilizes hard stops, compliant stops, and slip joint clamps to mitigate vibration, making it a robust and effective way to address the issue.
Learn MoreCaptures and retains debris as small as 0.016 in. (including brush bristles) in BWRs and Pressurized Water Reactors (PWRs) to prevent potential fuel failures.
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