Complete Guide to Fogging Systems for Gas Turbines
Recover up to 20% of lost power output during peak ambient temperatures using high-pressure fogging and wet compression technology.
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Recover up to 20% of lost power output during peak ambient temperatures using high-pressure fogging and wet compression technology.
Blog: The thermal efficiency of a gas turbine represents how effectively the machine can convert heat from the combustion of fuel into mechanical work. Due to modern engineering techniques, gas turbines have evolved over the years into ever more efficient machines.
Video: Discover why MeeFog leads in turbine fogging with our animated flythrough video.
Blog: Are outdated concerns costing your plant millions in potential profits? Discover why MeeFog wet compression systems are a proven, safe, and powerful way to maximize turbine performance.
Video: Thomas Mee shares how Mee Industries uses water fogging to boost energy efficiency and performance worldwide.
Case Study: See how we’ve helped Las Vegas Generating Station boost power output and achieve significant energy savings—all while minimizing maintenance requirements for nearly 30 years.
Project Profile: MeeFog wet compression systems fitted onto two Siemens SGT-5000FD2 gas turbines in the state of Durango, Mexico.
Thomas Mee, CEO of Mee Industries: How MeeFog Systems Boost Gas Turbine Power | Mee Industries Explained
Blog: Learn the benefits of Upstream Fogging Configuration in inlet fogging installations, with pros & cons of the other types of fogging configurations.