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Large-diameter dry gas seals in LNG and other cryogenic turbocompressors demand extreme precision, advanced materials, and careful design to survive low-temperature operation.

Baker Hughes will support NLNG Train 7 turbomachinery with a 13-year service deal covering gas turbines, compressors, and monitoring.

Reverse rotation in centrifugal compressors is avoidable in most cases with properly designed piping and surge control systems. This article explains the causes, risks, and engineering solutions.

Mitsubishi Power will supply parts and services for Ilihan’s M501G fleet to support reliability on the Luzon grid.

As Europe leans further into renewable integration, gas turbines and rotating equipment are being redefined by their ability to deliver fast, flexible, and dependable dispatchable power.

Hanwha Power commissioned three fuel gas compressors for the 950-MW Trumbull Energy Center, marking its entry into the U.S. market.

Chevron will supply Microsoft’s West Texas data center with 2.67 GW of dedicated gas-fired power under a 20-year agreement, tapping turbines from GE Vernova and Solar Turbines for the build out.

DOJ invokes national security to defend xAI’s unpermitted gas turbines for Grok, as NAACP Clean Air Act suit tests mobile vs stationary.

Turbomachinery professionals should expect methane performance, MRV compatibility, and contract-grade emissions documentation to become increasingly important in equipment specifications, aftermarket service scopes, and long-term maintenance strategies.

GE Vernova will supply 9HA gas turbines and generators for EVN’s 1.6-GW Quang Trach II LNG combined-cycle power plant.

GE Vernova’s 2025 sustainability results highlight major emissions cuts, 26 GW new capacity, hydrogen/ammonia turbine progress, SMR licensing, CCS buildout, and grid upgrades.

Siemens Energy has secured its third SGT6-9000HL contract with Associated Electric Cooperative for the 420 MW Bristow Energy Center peaking plant in Creek County, Oklahoma, with construction expected to begin in 2027 and commercial operation targeted for 2029.

John Crane has introduced a validated methodology that improves drivetrain analysis accuracy by treating torsional disc coupling stiffness as dynamic rather than fixed, reducing failure risk and commissioning uncertainty for operators in oil and gas, LNG, and power generation.