A cooling tower is a specialized heat exchanger where air and water are brought into direct contact to lower the water temperature.
When air and water come into contact in a cooling tower, a small volume of water evaporates, reducing the temperature of the circulating water in the cooling tower.
In an industrial process or the condenser of a cooling unit, the heated water is conveyed to the cooling tower through pipes.
As the water flows through the cooling tower via nozzles, it is exposed to air drawn by an electrically powered fan from the cooling tower. When the water and air meet in the cooling tower, the water cools by transferring heat to the air, with a small portion evaporating, creating a cooling effect.
The cooled water is collected in the tower’s cold water basin and sent to the condenser or process equipment. The air, which becomes more humid due to water evaporation (nearing saturation), is expelled into the atmosphere with the help of fans.
FRV Series CTP open-circuit cooling towers offer energy savings with high efficiency, ease of use, quiet fan options, and a broad model range.
TAY Series open-circuit cooling towers offer efficient solutions with low energy use, quiet fan options, and a wide model range.
RTAY Series radial-fan open-circuit cooling towers combine high efficiency, quiet operation, and a wide model selection for energy savings.
TCY Series Closed Circuit Water Cooling Towers; a high-capacity industrial cooling solution with ultra-quiet fan option and container-sized design.
TY-SON Series; an ultra-quiet fan option and container-sized design make it a reliable choice for industrial cooling. Explore now!
RTCY-M Series: radial fans and closed-circuit technology isolate the process fluid from the ambient environment. Explore now!
RUBY Series V-type adiabatic coolers deliver energy-efficient, cost-saving solutions for businesses with a wide capacity range.
RUBY Series H-type adiabatic coolers provide high efficiency and a broad capacity selection for energy savings.
Lower capital and operating costs than air-cooled condensers, while occupying up to 50% less space.