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Dry Cooling Tower

Design and engineered to be easy to install the SmartMist system is proven to take full advantage of the power of mist pre-cooling will dramatically increase the cooling efficiency of Industrial Dry Cooling Tower systems. The misting system works effectively to ensure 100% evaporative cool air with the pre-cooling system.

Why Invest in a Dry Cooling Tower?

Using a high pressure evaporative mist which is controlled by a series of manual and designed automated controls to work with our HP Smart Pump system. SmartMist allows the Cooling Tower to work seamlessly so that the demands of cooling large areas no matter how hot it is. Because of this we can provide fast ROI (measured in days & weeks - not years) because of improved production and “zero” (0) downtime.


Quick Facts Dry Cooling Tower

  • Dramatically increases cooling capacity
  • Increases plant production
  • Eliminates downtime
  • Low start up and operating costs
  • Fast ROI (measured in days/weeks)
  • Controls to optimise performance under changing conditions
 

Dry Cooling Tower System Consists Of 2 Main Components

 

HP Smart Pump and Control System

Built together with a series of high pressure pumps (1000 - 2000 PSI), each unit is designed to meet the cooling load required for each individual tower. This can be anywhere from a few to hundreds of GPM (gallons per minute) depending on the size of the tower and its demands of the climate.

 

The controls are designed to allow for a full automatic and manual control, which allows each system to meet various cooling demands such as climate without the waste or water and other resources.

HP Smart Array Misting Arms & Nozzles

The HP Smart Array is a series of designed high pressure nylon and/or stainless steel mist runners and nozzles designed for your Dry Cooling Tower’s size and environmental conditions. With each run including up to hundreds of nozzles the can be tired together through a series of manifolds to individual or multiple pumps depending on the controlled needed for each particular spaces. To maximise their efficiency each fit out we carefully position our product to insure the least amount of resources are used whilst it’s running.