Wet Compression Boosts Power Output by 24 MW
Project Profile: In 2023, three MeeFog wet compression systems were installed on three GE 7EA gas turbines.
Fog Cooling for Gas Turbines & Heat Exchangers
MeeFog Inlet Cooling & Wet Compression Boosts Turbine Efficiency
Thomas Mee, CEO of Mee Industries: How MeeFog Systems Boost Gas Turbine Power | Mee Industries Explained
Comparing Upstream, Downstream, and Wet Compression Fogging for Gas Turbines
Blog: Learn the benefits of Upstream Fogging Configuration in inlet fogging installations, with pros & cons of the other types of fogging configurations.
Using Outside Air and Evaporative Cooling to Increase Data Center Efficiency
Blog: Ten years ago, it was all about the gigahertz, as Intel and AMD raced to put out ever faster processors. These days it’s all about the gigawatts.
11 Ways to Improve Gas Turbine Fog System Performance
Blog: Old gas turbine fog systems are prone to regular maintenance, high operating costs, and are not able to perform at today’s standards. Upgrading and replacing old parts and technologies can improve system performance and reduce operating costs.
Inlet Fogging & Wet Compression Boosts Efficiency
Blog: The MeeFog system is a very cost-effective way to increase gas turbine power output. Installed costs are typically less than $150/kW.
Let Inlet Fogging Systems Improve Your Gas Turbine Performance
Blog: Evaporative cooling with inlet air fogging can be effective and economically beneficial in humid environments.
Oil Refinery Increases Output with Inlet Air Cooling
Blog: Refineries must continually find ways to lower their energy usage and reduce their environmental impact.
Precise Cooling Gives Italian Refinery a Power Boost
Blog: Fog evaporates, bringing temperatures down by up to 10°C.