Gas Turbine Controls Upgrade and Obsolescence | USP&E
Why and how to upgrade legacy gas turbine controls: obsolescence risk, scope options, I/O, protection, migration steps, testing and commissioning.
Gas Turbine Inspection Intervals Explained | USP&E
Gas turbine inspection intervals explained: combustion, hot gas path and major inspections, starts against hours, planning outages and spares.
Gas Turbine NOx Control: DLN, Water and Catalysts
How new gas turbines control NOx: why it forms, dry low NOx combustors, water and steam injection, selective catalytic reduction and monitoring.
Comparing Gas Turbines on Lifecycle Value | USP&E
How buyers should compare gas turbines for long-term value: fuel, efficiency, maintenance intervals, availability, degradation, support and residual value.
What Is an Aeroderivative Gas Turbine? | USP&E
What is an aeroderivative gas turbine? How a jet engine core becomes a power plant, what changes, where aeroderivatives work best and how they are run.
New Gas Turbine Delivery Options for Data Centers | USP&E
New gas turbines are in short supply. Compare new, modular, surplus and refurbished routes to data center power, and combine them into a phased power plan.
Aeroderivative or Frame Turbine for a Data Center? | USP&E
Aeroderivative or industrial frame turbine for a data center? Compare start speed, load response, fuel range, footprint and maintenance for campus power.
Gas Turbine Combustion Explained Simply | USP&E
How gas turbine combustion works: combustor types, lean premixed dry low emissions systems, fuel flexibility, dynamics, inspections and buying checks.
GE Gas Turbine Lineup: Frames and Aeroderivatives
The GE gas turbine lineup explained: heavy-duty 6B, E, F and HA frames, LM2500, LM6000, LMS100 and TM2500 aeroderivatives, and how to match one to a duty.
Gas Turbine Compressor: How It Works | USP&E
How a gas turbine compressor works, why it uses so much turbine power, and how filtration, washing, trending and borescope checks keep it healthy. USP&E.