The segmentation technology reduces waste volume and increases spent fuel pool storage capacity.

Using our innovative and sophisticated technology, we are delivering a new way to approach decommissioning, with solutions tailored to your specific needs.

Innovative outage and inspection solutions that support reducing dose and meeting the most stringent standards.

eMAX replaces visual inspections and cumbersome radiography with quick and easy ultrasonic testing on a mobile platform.

The “in-line” Feedwater Debris Strainer (FWDS) is designed to provide additional protection from unwanted debris in primary systems (BWRs) and secondary systems (PWRs).

The 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 this issue.

Methods to optimize safety margin and support life extension. We additionally provide equipment, engineering analysis and modifications services to address material and obsolescence issues.

A portfolio of services and programs aimed at maintaining our customers’ most valuable assets.

The NUMAC product line is a best-in-class family of monitoring instruments designed to improve plant performance and increase plant longevity.

GEH deploys expert service teams globally to conduct in and under-vessel maintenance, inspections, and advanced tooling.

To meet the needs of Boiling Water Reactors (BWRs) globally, the GEH PARTS team delivers a diverse portfolio of replacement parts and services.

GE Hitachi Parts Asset Management Solutions (PAMS) enable the proactive identification of spare part issues and deliver solutions for BWR plant obsolescence issues.

Products and services aimed at increasing capacity factor and reducing forced loss rate.

The remote uncoupling solution quickly and easily separates control rod drives from the control rod blade.

The remotely operated Stinger tool provides 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.

The industry has recognized that some of the materials used in both Boiling Water Reactors (BWRs) and Pressurized Water Reactors (PWRs) are susceptible to stress corrosion cracking caused by environmental conditions.