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MEEFOG TECHNOLOGY
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System Overview Elegant design meets sophisticated efficiency in MeeFog™ high pressure systems. -
Nozzle Design & Performance Proprietary MeeFog impaction-pin nozzles atomize water into billions of ultra-fine droplets. -
Research & Development Mee's research facility is dedicated to the development of groundbreaking fogging systems.
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APPLICATIONS
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Gas Turbine Cooling Increase power output, minimize fuel consumption and reduce NOx emissions with MeeFog™. -
Humidification MeeFog™ technology is the most efficient and economical way to condition ambient air. -
Evaporative Cooling Efficiently cool and condition, eliminate static electricity, and more. -
Special Effects Dramatic and innovative special effects that are cost effective, too. -
Agriculture/Other Custom-engineered MeeFog™ systems are ideal for most agricultural applications.
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SERVICES
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Design Mee engineers design each MeeFog system to exacting specifications and performance objectives. -
Manufacturing Whatever the fogging need, whatever the application, wherever the location. -
Installation MeeFog™ systems are carefully designed for quick installation with minimal downtime. -
Maintenance Mee Industries offers customized maintenance programs. -
Customer Support Mee's Customer Support team is skilled at keeping you up and running. -
Parts Sales Count on our support team's experience to quickly get you the parts you need.
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- CASE STUDIES
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ABOUT MEE INDUSTRIES
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Corporate Information/Capabilities The Undisputed Leader and Innovator in high-pressure Fogging Technology. -
Events & Exhibits Upcoming Opportunities to Meet with Mee. -
Press Room Mee Industries in the News. -
Contact Us Have a question? You can find answers to frequently asked questions? -
Careers We continually keep our eyes open for individuals who share our passion for excellence. -
FAQ Questions and areas of concern regarding this innovative fog technology.
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Downloads
Articles
Brochures
Whitepapers
- Using Outside Air and Evaporative Cooling to Increase Data Center Efficiency
- Inlet Fogging of Gas Turbine Engines, Part A: Theory, Psychometrics and Fog Generation. (Paper No: 2000-GT-307)
- Inlet Fogging Of Gas Turbine Engines, Part B: Practical Considerations, Control, And O&M Aspects. (Paper No: 2000-Gt-308)
- Inlet Fogging Of Gas Turbine Engines Detailed Climatic Analysis Of Gas Turbine Evaporative Cooling Potential In The Usa (Paper No: 2001-Gt-0526)
- Inlet Fogging Of Gas Turbine Engines: Climatic Analysis Of Gas Turbine Evaporative Cooling Potential Of International Locations (Paper No: 2002-Gt-30559)
- Inlet Fogging Of Gas Turbine Engines - Part A: Fog Droplet Thermodynamics, Heat Transfer And Practical Considerations (Paper No: 2002-Gt-30562)
- Inlet Fogging Of Gas Turbine Engines - Part B: Fog Droplet Sizing Analysis, Nozzle Types, Measurement And Testing (Paper No: 2002-Gt-30563)
- Inlet Fogging Of Gas Turbine Engines - Part C: Fog Behavior In Inlet Ducts, Cfd Analysis And Wind Tunnel Experiments (Paper No: 2002-Gt-30564)
- Inlet Fogging For A 655 Mw Combined Cycle Power Plant- Design, Implementation And Operating Experience (Paper No: 2003-Gt-38757)
- Inlet Fogging Of Gas Turbine Engines - Experimental And Analytical Investigations On Impaction Pin Fog Nozzle Behavior (Paper No: 2003-Gt-38801)
- A Comparative Guide to Inlet Air Cooling Technologies Under High Temperature/Humidity Conditions
- Energy Profiles of Steam vs Adiabatic Humidification Systems (TL-201, September 12, 2008)
- Mee Industries, Inc High Pressure Humidification Engineering Application Manual (Release 1.4)
- Humidification Systems: A Cost and Efficiency Comparison
