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Fog Cooling for Gas Turbines & Heat Exchangers

A mobile offshore drilling unit featuring a triangular or rectangular hull raised above the water on large open-truss legs

Gas Turbine Wet Compression: A Lower-Cost Alternative to SPRINT Systems

Blog: Get the SPRINT-level power boost without the SPRINT-level cost and maintenance burden. 

 

Beating the Summer Brownout- How Fogging Prevents Power Loss in Combined Cycle Plants

Beating the Summer Brownout: How Fogging Prevents Power Loss in Combined Cycle Plants

Blog: Prevent summer power loss and lower turbine back-pressure with high-pressure fogging for air-cooled condensers. Restore output and boost plant efficiency.

Industrial machinery with blue structures and yellow pipes against a cloudy sky, showcasing modern engineering and design.

How to Protect Turbine Output During Summer Demand Spikes

Blog: Protect gas turbine output during summer grid demand peaks. Implementing an advanced inlet cooling system helps facilities regain 15–25% of the lost capacity, stabilize dispatchable megawatts, and improve overall heat rate.
An industrial power generation facility showing gas turbine infrastructure and heat recovery steam generators partially framed by green foliage.

MeeFog Recognized as the Energy Infrastructure Solution of the Year

Blog: Restore gas turbine output and stabilize the power grid with MeeFog precision fogging. Learn how high-pressure evaporative cooling boosts efficiency without capital expansion.

Illustration of a data center liquid cooling system designed to manage high heat loads from AI or high-density computing infrastructure.

Evaporative Cooling for Data Centers: How Fog-Based Cooling Improves Efficiency and Reduces Energy Use

Cooling prevents overheating of servers, processors, and power systems in data centers so they can maintain high uptime and stay reliable under heavy, continuous operation.

Close-up of metallic piping with threaded nuts and hooks, arranged in a linear perspective against a softly blurred background.

Complete Guide to MeeFog’s Fogging Systems for Gas Turbines

Gas turbines lose efficiency in high temperatures due to reduced air density. MeeFog’s advanced fogging systems use high-pressure water injection to cool the air, increasing turbine output.

MeeFog gauge systems

MeeFog vs. the Competition: A Fogging System Comparison for Data Center Cooling

Blog: Compared to the competition, MeeFog offers higher efficiency, lower maintenance, and proven engineering excellence.

 

How to Increase Gas Turbine Efficiency

How to Increase Gas Turbine Efficiency

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.

 

3D rendering of a MeeFog gas turbine fogging system facility with overlaid text reading "MeeFog Systems Gas Turbine Fogging" and a blue play button.

Inside Turbine Fogging: A 3D Look at MeeFog’s Cooling Technology

Video: Discover why MeeFog leads in turbine fogging with our animated flythrough video.