A selection of completed projects — from turbine rotor repairs and gearbox overhauls to control system upgrades and customized filtration solutions for power plants across the world.
Turbgear undertook a comprehensive service and repair program for a GE MS5001 gas turbine rotor for a power generation client. The scope included full rotor disassembly, dimensional inspection, blade refurbishment, balancing and reassembly to OEM specifications.
All compressor and turbine blades were individually inspected using fluorescent penetrant inspection (FPI) and blended where required. The rotor was dynamically balanced to ISO G2.5 standard before reassembly, significantly extending the unit's operational life without full replacement.
Custom filter housing design
3D engineered solutionCustomized filter cartridge
Precision manufacturedTurbgear engineered and supplied a fully customized inlet air and lube oil filtration solution for a Siemens V94.2 gas turbine power plant in Iraq. The plant was experiencing accelerated fouling and frequent unplanned outages due to high particulate levels in the ambient air.
We conducted a full filtration audit, redesigned the inlet filter house configuration, and supplied a multi-stage filtration system including pre-filters, pulse-jet cartridges and high-efficiency final stage filters matched to the turbine's airflow requirements and local environmental conditions. Lube oil filtration elements were also upgraded to extended-service high-capacity elements to reduce maintenance intervals.
Turbgear carried out service and full overhaul of accessory gearboxes for multiple GE gas turbine frames — MS5001, MS6001 and MS9001 — across several client sites in the region.
The scope for each unit included complete disassembly and cleaning, gear train inspection and dimensional verification, bearing and seal replacement, gear tooth profile inspection, lubrication system cleaning, and full reassembly with functional testing. All work was performed to OEM specifications with traceability documentation provided for every replaced component.
Turbgear executed control system upgrade projects for gas turbine clients operating on legacy GE Speedtronic Mark II and Mark V control platforms, migrating them to the modern GE Mark VIe distributed control architecture.
The upgrades eliminated obsolescence risk from discontinued hardware and software, delivering significant improvements in diagnostics, remote monitoring capability, alarm management and operational reliability. The scope included full panel replacement, rewiring, I/O mapping, logic migration, FAT/SAT testing, and commissioning support. Clients experienced immediate reduction in unplanned shutdowns and improved turbine availability following cutover.