When SPX Cooling Technologies engineers began their quest to design a new counterflow cooling tower, they were challenged to reach new heights in cooling performance. Equally important was their mission to create a solution that would greatly simplify and speed factory fabrication, delivery and field assembly. The result is the Marley MD Everest, a cooling tower that has unparalleled customer advantages. The MD Everest Cooling Tower’s unique design utilizes preassembled modules with fewer components, delivers to the job site up to 60% sooner and installs up to 80% faster than field-erected cooling towers.
Features
Features
The MD Everest Cooling Tower rises above the rest with unmatched cooling capacity, energy efficiency, fewer components and lower maintenance costs. Additional advantages that distinguish it as a member of the Marley MD Cooling Tower product line:
ROBUST DESIGN AND MATERIALS
•Composite structure meets seismic and wind load requirements
•5-year maintenance-free System 5 Marley Geareducer® gear drive
•Low fan energy requirement
•Spray system evenly distributes water over the fill
•Energy-efficient low-clog PVC heat exchange fill media
•Motor outside the airstream standard
•Fill protected from sunlight to discourage algae growth
HVAC and Light Industrial Applications
Compared to other preassembled counterflow cooling towers, the MD Everest Cooling Tower offers monumental advantages for HVAC and Light Industrial applications:
•Over 85% more cooling capacity than other preassembled counterflow towers
•At 2500 tons (10990 kW), an ideal one-to-one match for large chillers
•Fewer piping and electrical connections to reduce installation costs
•Capable of low drift rates, down to 0.0005 percent of circulating water flow
Process Cooling and Heavy Industrial Applications
Compared to field-erected towers, the MD Everest Cooling Tower offers sky-high advantages for Process Cooling and Heavy Industrial applications:
•Industrial-strength construction and materials to meet the rigors of process cooling applications
•Modular design for consistent quality, safer assembly processes and shorter work duration
•Broad range of heat transfer fill types to accommodate varying water quality
•Scalable design based on project requirements
Certified Thermal Performance
Certified by the Cooling Technology Institute to meet thermal performance as specified.*
*Pending final approval and notification.
