• To assess the condition of Petrobras' substation, GE Grid Solutions Services team performed a non-intrusive inspection, using digital X-ray technology
  • This is the first time GE has used this inspection method in Latin America, helping reduce plant outage by up to 75% compared to traditional methodologies
  • The non-intrusive service inspection was done at the Abreu e Lima Refinery (RNEST) gas-insulated substation (GIS) in Pernambuco (Brazil)

GE Renewable Energy’s Grid Solutions Services team used digital X-ray technology – guided by the same principle utilized in the healthcare industry – to complement the preventive maintenance in Petrobras’ gas insulated substation (GIS), in the Abreu e Lima Refinery (RNEST), state of Pernambuco (Brazil).

Performed by GE in Latin America for the first time, the inspection strategy designed and implemented at RNEST included several complementary inspection methodologies that eliminate the necessity of opening the equipment to assess the condition of the high voltage circuit breakers. GE’s solution has enabled reduction of equipment downtime for preventive maintenance by up to 75%, minimizing impact on the operations while optimizing risk management through assertive and efficient asset assessment.

In operation for almost a decade, the RNEST 145 kV GIS substation has 15 bays. All equipment underwent preventive maintenance with non-intrusive inspection methodologies, leveraging GE's digital X-ray inspection technology that was applied to evaluate the busbar coupling bay breaker.

“We are very proud to offer Petrobras this non-intrusive inspection strategy, integrating the innovative digital X-ray solution. This ensures that energy is available for its operations, while, concurrently, the care and attention to the assets is applied, mitigating risks of failure,” said Lívia Silva, Commercial Services Leader at GE Grid Solutions in Latin America. “For GE this is a milestone in substation maintenance. Additionally, working in partnership with Petrobras to understand the constraints and objectives of its industrial business helps us identify and streamline the maintenance strategy based on adequate conditions, risk balancing, and productivity."

The overall scope of the inspection was made through dynamic contact resistance measurement, vibration analysis, partial discharge measurement and digital X-ray inspection. GE's Grid Solutions team analyzed data collected to recommend only essential corrective maintenance.

Explore more about X-ray inspection (see case study).

Allison J. Cohen GE Renewable Energy, Grid Solutions business External Communications Manager Allison.J.Cohen@ge.com

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