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High ambient temperatures lower air density, causing gas turbines to lose significant power output just as grid demand peaks. Implementing an advanced inlet cooling system helps facilities regain 15–25% of that lost capacity, stabilizing dispatchable megawatts and improving overall heat rate.
Blog: Learn how replacing legacy steam boilers with high-pressure fogging systems can slash museum HVAC energy costs while protecting delicate artifacts.
Learn how MeeFog’s compliant adiabatic humidification systems can help hospitals reduce risk and energy use while maintaining stable, controlled environments.
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.
Laboratories are unique environments where precision and control are paramount. A significant aspect of this control is managing the air quality, specifically the humidity levels. Historically, many labs have relied on steam humidifiers to maintain ideal humidity.
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.
Listen: Thomas Mee, CEO of Mee Industries discusses how fog can act as a bridge between traditional fossil fuel infrastructure and a more sustainable energy future.
Blog: We debunk “dry fog” marketing claims and explain how to choose the best humidification system for your cellar.
Blog: See how a 6,300 sq. ft. printing facility used MeeFog humidification to eliminate paper distortion, improve ink transfer, and reduce annual energy costs by over 99%.