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.
GE Vernova says the LM2500XPRESS aeroderivative package has been validated on blends of up to 50% hydrogen and the LM6000VELOX package has been tested on 100% hydrogen at its new Greenville, S.C., test facility.
Mee Industries CEO Thomas Mee III explains how wet compression differs from inlet fogging, what it costs compared with a new turbine and how it can help plants meet capacity commitments.
Baker Hughes reported a record $39.4 billion IET backlog in Q3, with gas technology equipment orders up 43%, and raised its full-year IET order guidance.
Mitsubishi Power Americas will add 450,000 square feet and more than 220 jobs at Savannah Machinery Works in Georgia as demand for advanced-class gas turbines grows.
GE Vernova grew gas equipment backlog and slot reservations from 116 GW to 122 GW in Q3, expects at least 130 GW by year-end, raised 2026 guidance and agreed to buy Trench Group for $9 billion.
Ebara Elliott Energy opened its Futtsu No. 2 District in Japan, combining a liquid hydrogen pump test center and a cryogenic equipment plant on one site.