How much power boost can a MeeFog inlet air cooling system deliver?
A 20°F (11°C) reduction in inlet air temperature can increase output by 10% or more.
FAQs
What is the purpose of using inlet air cooling for a gas turbine engine?
When you use the inlet air cooling method for a gas turbine, it increases air density, allowing greater mass flow through the compressor. Denser, cooler air requires less compression work, resulting in higher efficiency and output.
How does using inlet air cooling methods for a gas turbine increase power output?
Inlet air cooling makes the air denser. Since the compressor of the gas turbine moves a fixed volume of air, the mass flow increases when the air is denser. More mass flow means more power output and improved efficiency.
What type of water is required?
You should use high-purity demineralized water to prevent fouling and maintain operation reliability.
Is maintenance extensive?
No, MeeFog wet compression systems are designed for minimal maintenance due to high-quality materials and a simple design.
How much water does a system typically consume?
Consumption varies by turbine size and configuration but usually equals 1%–2.5% of the air mass flow.
How does wet compression affect emissions?
By improving efficiency, it reduces both NOx and CO2 emissions per kW of power produced.
How can I determine if my turbine is a good candidate?
A turbine is likely a very good candidate for wet compression if it operates in conditions above 45°F and has a high pressure ratio. For a customized power recovery analysis of your specific site and turbine, please contact the Mee Industries expert team.
Can it be added to an existing MeeFog system?
Yes, many facilities upgrade their existing MeeFog inlet cooling system to include wet compression for additional output, like the Eagle Point Power Generation (EPPG) facility in Westville.