Marley NC Everest

SPX Cooling Technologies embarked on a mission to design and build a cooling tower like no other in the world. Like adventurers climbing Mt. Everest, we knew the challenges yet were driven to achieve something remarkable. We forged a path to the summit that takes cooling to a higher level. The result, the NC® Everest TM, provides epic customer advantages, with up to 50% greater cooling capacity, higher energy savings, fewer components and lower maintenance costs. Compared to other factory-assembled towers, NC Everest rises above the rest.


The NC Everest includes additional advantages that distinguish it as a member of the Marley NC Cooling Tower Series:


  • Heavy gauge steel structure, galvanized or stainless steel
  • 5-year mechanical component warranty
  • Rugged genuine Marley Geareducer® drive
  • Energy-efficient PVC heat exchange fill media
  • Integral louvers and drift eliminators


  • Certified by the Cooling Technology Institute to meet thermal performance as specified.


  • FM approved for use without a fire protection system to allow more affordable operation insurance


  • Less sunlight exposure for reduced water treatment requirements
  • Reliable cold weather operation from crossflow design
  • Variable flow water distribution system for improved energy efficiency in off-peak loads

Compared to other single-cell, factory-assembled cooling towers, NC Everest offers monumental advantages for HVAC and Light Industrial applications:

  • Up to 50% greater cooling capacity than any other cooling tower in the world
  • Higher energy savings with up to 35% less fan power
  • Reduced piping and electrical connections for greater installation savings
  • Unrivaled interior access for easier and safer inspections and maintenance

Compared to field-erected towers, NC Everest offers dramatic advantages for Heavy Industrial and Power applications:

  • Up to 50% more cooling capacity than any other pre-assembled cooling tower in the world
  • Up to 60% faster delivery
      • Up to 80% faster installation
      • More site flexibility and safer assembly process
      • No costly concrete basin construction required
      • Higher energy savings with up to 20% reduction in pump energy
      • Lowest drift rate, down to 0.0005% of circulating water flow