Sponsored Article | MeeFog Gas Turbine Inlet Air Cooling & Wet Compression
With over 32 years of pioneering service in power augmentation, Mee Industries has empowered gas turbine operators worldwide to boost output and improve heat-rate at minimal cost. Since 1991, our inlet-fogging and wet-compression systems have been installed on more than 1,200 turbines, ranging from aeroderivative to heavy-frame units, across all leading OEM platforms.

MeeFog systems increase mass flow and reduce compressor discharge temperatures, driving 10–30% higher megawatt output and 2–8% better heat-rate depending on site climate and turbine model. These gains translate directly into more flexible, responsive generation assets that support grid balancing, defer infrastructure upgrades, and accelerate the integration of variable renewables. Fog systems boost turbine mass flow and peak efficiency, delivering more megawatts at lower fuel-consumption rates and reducing CO₂ emissions per kWh. Rapid deployment and the industry’s lowest incremental cost per kW make MeeFog the fastest, most cost-effective enhancement for both baseload and peaking plants.

Key advantages:
- Integrates with all major OEM platforms and plant DCS/SCADA
- Delivers high ROI with negligible parasitic load
- Cuts CO₂ per MWh, complementing hydrogen blends or carbon capture
As grids absorb more variable renewables, fast‑responding, scalable capacity is essential. Mee Industries provides that headroom—supporting peak loads, emergency response, and year‑round efficiency without new fuel‑burning assets.

Learn how fogging unlocks dormant megawatts, compare performance across turbine frames, and review case studies from hot‑climate combined‑cycle and peaker plants. Join us to see how MeeFog turns existing turbines into flexible, low‑carbon workhorses for the next generation of power systems. Download the brochure "Gas Turbine Inlet Air Cooling & Wet Compression" here.
Visit our website at www.meefog.com or come see us in person at Enlit Asia 2026 in US Pavillion booth #1020.

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