HYBRID ADIABATIC Cooling System Hybrid design combines dry cooler technology with adiabatic innovations for highly efficient process cooling.

Water and Energy Savings Reduced Water Consumption Save up to 95% in water use annually by utilizing hybrid adiabatic cooling technology versus traditional cooling tower or closed circuit fluid cooler solutions. This system will pull outside ambient air across the coils to remove heat when outside ambient temperature is cool enough and will only turn on the fine misting nozzles when needed to reach the desired temperature. Reduced Energy Use Save up to 86% in energy costs annually with the hybrid adiabatic cooling design versus a package air cooled chiller. The hybrid adiabatic system is designed...

HYBRID ADIABATIC COOLING SYSTEM Cooling Solutions Tailored for Your Process AEC’s Hybrid Adiabatic Cooling System is a freeze proof solution that combines dry air cooling during the cooler months of the year with evaporative cooling during the warmer months, creating a true hybrid cooling system. It provides exceptional savings in water, energy, and maintenance while providing dependable, safe process cooling for nearly any application – in any environment. By eliminating standing water in the system, the potential for harmful bacteria growth is practically eliminated. With the closed-loop system,...

Hybrid Adiabatic Cooling Systems Vs. Traditional Tower Systems Water Supply L_j On an annual basis, the Hybrid Adiabatic Cooling System can save up to 95% versus traditional closed loop tower system or closed circuit fluid cooler solutions. With these savings taken annually, you can expect a payback on your system as fast as 2.5 years versus the cost differential of the investment into an adiabatic system. It also reduces the usage and disposal of chemically-treated water. Adiabatic systems only utilize water when ambient air temperatures are too high to cool the fluid to the desired temperature...

Complete Process Cooling Systems In the Hybrid Adiabatic Cooling System there is a glycol loop and process water loop that both travel through separate dedicated pump tanks and a heat exchanger. A glycol mixture is used to prevent any possibility of freeze up of the outside coils and safeguards the system should the unit require a shut down during cold ambient conditions. The process water loop removes the potential hazards of working with glycol on your production floor by isolating it away from your process. A plate & frame heat exchanger separates the two fluids and cools the process water...

Wet-Bulb Temperature The wet-bulb temperature is the lowest/coldest temperature that air can reach by the evaporation of water into the air. Typical wet-bulb temperature varies by region and is an extremely important parameter to consider in tower selection and design. The heat transfer of the Hybrid Adiabatic Cooling System is optimized by lowering the incoming air from its ambient temperature to the wet-bulb temperature which maximizes the heat transfer performance of the unit. When you walk through water misters on a hot summer day and immediately feel the cooling effect, you are experiencing cooling...

Specifications Standard Output 32.5” Face Height Hybrid Adiabatic Cooling System High Output 70” Face Height Hybrid Adiabatic Cooling System TRADITIONAL VS. HYBRID ADIABATIC TOWER SYSTEM COOLING SYSTEM * Capacity is based on the following conditions: Fluid is 35% Ethylene Glycol, Ambient Air Conditions: Dry Bulb = 95 °F, Wet Bulb = 77 °F, 82 °F Water spray on temperature, 95 °F Entering Fluid Temperature (EFT), 85 °F Leaving Fluid Temperature (LFT), 20 ft. head maximum head pressure, MCA & MOPD Ratings for 480V/3ph/60hz. ** Height is to the top of the mounted control panel Copper Tubing Provides...

Get More From Your Production Floor AEC brings you all the technologies you need to advance uptime, energy efficiency and performance in your operation by offering a full line of cooling towers, central chillers, portable chillers and pump tanks. Turn to our technical support team to evaluate your expected system loads and load characteristics, energy and climate-related issues as well as incorporating new equipment with chillers and process heating equipment you already own. AEC History Application Engineering Company, now known worldwide as AEC has roots dating back to 1957. AEC initially began...