Gas turbines draw enormous volumes of air and the contaminants air carries—sand, dust, salt, and moisture. These elements corrode internal metal parts, and lead to unplanned outages. Because ambient conditions vary widely from one location to another, a filtration approach suited to one site can fail at another, producing pressure differential spikes and lost output. This eBook brings together filtration and rotating-equipment insights to explain why intake filtration must be matched to each site's environment. It examines Life Cycle Cost (LCC) analysis, coalescers, cartridge filters, findings from MTRs (mobile test rigs) deployed across four global environments, and the capital expenditure (CapEx) trade-offs of refurbishing versus replacing aging gas turbines. It also highlights how fouling, degradation, and the surge curve affect turbocompressor efficiency and reliability.
Siemens Energy will supply 119 SGT-400 gas turbine cores, about 1.7 GW, for Dynamis' DT18 hypermobile power packages, with deliveries starting in 2027.
The company raised $8 million to commercialize factory-built supercritical CO₂ systems designed to recover exhaust heat from simple-cycle gas turbines.
At the 2026 Turbomachinery and Pump Symposia, Engro Fertilizers’ Muhammad Uzair Javed explained how his team traced persistent high vibration to train misalignment, then moved a 100-ton turbine skid to cut vibration in half.
At the 2026 Turbomachinery and Pump Symposia, Opportune’s Dan Romito warned that grid constraints and a five-year gas turbine backlog are pushing AI data centers toward on-site power, while colleagues honored the legacy of the late Dara Childs.
At the 2026 Turbomachinery and Pump Symposia, John Crane’s Brian Kalfrin explained why volatile natural gas liquids demand custom-engineered seals, from face material selection to installation and flush rates.
The two-frame platform for two-stroke marine engines is built around a cartridge design that lets operators exchange the rotating assembly during port calls.