Independent on-site and remote engineering oversight for planned and forced outages. SYNVERA engineers serve as your technical representative — reviewing contractor work, witnessing critical tests, evaluating findings, and signing off on return to service.
The decisions made during a turbine generator outage — about scope, repair, and return to service — have consequences that extend years beyond the event. Without independent engineering oversight, those decisions are made under schedule pressure, without a dedicated technical advocate.
Whether planned or forced, a turbine generator outage represents lost generation revenue and schedule pressure. Decisions made in the first hours determine whether the outage stays on track or escalates.
Original equipment manufacturers are managing more assets with fewer engineers. When your outage competes for OEM attention, you may not get the senior technical presence the scope requires.
Without an independent engineer reviewing repair recommendations and test results, scope can expand unnecessarily — or critical findings can be missed entirely.
Returning a generator to service without thorough technical sign-off creates reliability risk. An independent review of all test data and repair documentation is the final safeguard before energization.
We review your maintenance history, previous outage reports, and current condition data to develop a technically defensible inspection and testing scope. This includes identifying high-risk areas and defining acceptance criteria before the unit comes offline.
SYNVERA engineers serve as your technical representative on the floor — reviewing contractor work, witnessing critical tests, evaluating findings in real time, and escalating issues that require engineering judgment before work proceeds.
When findings require repair decisions, we provide independent engineering evaluation of repair options, contractor proposals, and OEM recommendations. Our goal is to ensure you make the right technical decision, not just the fastest or cheapest one.
Before the unit is returned to service, we review all test results, repair documentation, and reassembly records against acceptance criteria. We provide a written engineering summary that supports your operations team and satisfies regulatory and insurance requirements.
No commercial relationship with the OEM or contractor — our only obligation is to the owner's technical interests.
Senior engineers available on short notice for forced outage response, with the ability to provide remote support immediately while travel is arranged.
Direct OEM engineering background on GE hydrogen-cooled and air-cooled generators, including TLRI, TARI, and THRI frame types.
Engineering interpretation of EL CID, partial discharge, rotor winding, and insulation resistance results — not just data collection.
Independent review of contractor repair proposals prevents unnecessary scope expansion and ensures recommended work is technically justified.
Written engineering summary of all findings, decisions, and test results — suitable for regulatory review, insurance purposes, and future outage planning.
SYNVERA provides on-site and remote engineering oversight throughout the outage lifecycle — from pre-outage scope development and inspection planning through testing, repair evaluation, and return-to-service sign-off. Our engineers can serve as the owner's technical representative or supplement your existing team on specific scopes.
Yes. SYNVERA maintains the ability to mobilize senior engineers on short notice for forced outage response. We understand that unplanned outages are time-critical, and we structure our engagements to provide immediate technical value from the first call.
SYNVERA engineers have direct experience with GE, Siemens, Alstom, and Westinghouse turbine generators across nuclear, combined cycle, simple cycle, steam, and hydroelectric environments. Our primary depth is in GE-frame machines, including hydrogen-cooled and air-cooled designs.
SYNVERA provides engineering oversight and technical interpretation for EL CID stator core testing, rotor winding resistance and impedance testing, partial discharge surveys, insulation resistance and polarization index testing, and high-potential testing. We do not perform the physical testing ourselves but provide the engineering judgment to plan, witness, and evaluate results.
Pre-outage engineering engagement is the highest-leverage point in any outage program. Contact SYNVERA to discuss your upcoming scope, timeline, and technical requirements.