"The density of the air coming out of our indirect evaporative cooler is more dense than the air coming out of an evaporative cooler. This is a plus because it adds power to the turbine."

Les Schlom

Comparison of Methods for Turbine Generator Inlet Cooling

Over the years Everest Sciences has explored the best ways to create solutions without the side effects associated with traditional inlet cooling approaches. We have assembled a team of industry experts focused on delivering superior product performance and outstanding customer service. Our patented proprietary Everest Cycle™ is the most efficient answer to turbine inlet cooling.

Everest Sciences vs. Direct Evaporative Cooling or Fogging

The Everest Cycle offers:

• Lower gas turbine inlet temperatures across all ambient conditions
• More dense gas turbine inlet air delivering more oxygen for turbine combustion
• Greater turbine power output
• No expensive water treatment (de-ionization) required
• No compressor degradation and failures associated with fogging

Everest Sciences vs. Refrigeration

The Everest Cycle offers:

• Equivalent gas turbine inlet temperatures as refrigeration
• Equivalent gas turbine inlet air density
• Significantly lower parasitic loads
• No separate refrigeration module or cooling tower needed
• Lower water usage
• No cooling coil needed for operation
• Water treatment not required
• Longer operating cycles

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