TurbineIQ provides independent aeroderivative and industrial gas turbine engineering support for power generation projects, combining field execution, commissioning and troubleshooting experience with controls, electrical, generator and protection system capability.
Support can be provided for outages, failed starts, nuisance trips, controls issues, AVR and generator interfaces, site diagnostics, commissioning activities, data review and practical technical resource when additional engineering support is needed.

Hands-on support for turbine outages, site troubleshooting, commissioning, inspection and practical engineering problem resolution across gas turbine and balance-of-plant systems.
Tooling and diagnostic capability can be combined with controls experience to trace faults from field hardware through to PLC logic, protection interfaces and operating trends.
Support for PLC logic, industrial communications, AVR systems, generator protection, HMI/DCS interfaces, signal tracing and alarm/event reconstruction.
Practical review of real plant behaviour, not just theoretical logic: trend interpretation, sequence checks, protection return paths, nuisance trips and stabilisation recommendations.


TurbineIQ is developing lightweight historian gateways, data capture utilities, deployment scripts and secure remote support concepts for industrial turbine and balance-of-plant environments.
The focus is practical OT engineering: selected tag capture, CSV/SQLite ingestion, diagnostic data retention, remote review and deployable gateway appliances.
Installation supervision, pre-commissioning, first fire, reliability runs, site coordination and handover.
Providing practical support for PLC, AVR, generator protection and control system issues to improve reliability and minimise operational disruption.
Assisting with generator protection, synchronising systems and grid-code compliance requirements to ensure secure and dependable plant operation.
Investigating failed starts, nuisance trips and performance concerns using structured analysis and real-world experience to identify practical corrective actions.
Delivering on-site inspections and testing activities including borescope inspections, vibration analysis, alignment verification and condition assessments to support informed decision-making.
AutoCAD updates, as-built markups, schematic revisions, wiring changes, drawing redlines and technical documentation alignment.
Developing bespoke engineering tools including historian gateways, remote support platforms and practical software solutions designed around real operational needs.
Supporting the identification and sourcing of turbines, generators, controls equipment and difficult-to-obtain components through an established international network.
Plant condition review, recovery engineering, dismantling support, isolation planning and equipment assessment.
A fuller view of TurbineIQ support areas across turbine field work, controls, diagnostics, development and sourcing.