Cooling towers are essentially large air scrubbers. If your facility is located near a dusty road, a construction site, or an agricultural area, airborne particulates can enter the tower, dissolving and artificially spiking conductivity. This often necessitates a higher bleed rate than calculations predict.
Cooling water conductivity is a critical parameter in industrial cooling systems, as it directly impacts the efficiency, reliability, and longevity of the equipment. Conductivity refers to the ability of water to conduct electricity, which is influenced by the presence of dissolved ions, such as salts, acids, and bases. In cooling systems, water is used as a coolant to absorb heat from equipment, and its conductivity plays a crucial role in preventing corrosion, scaling, and biological growth. cooling water conductivity
In the realm of industrial water treatment, conductivity is arguably the most critical operational parameter. While pH and biocide levels often get the spotlight, conductivity is the silent watchdog that dictates the efficiency of your heat transfer and the lifespan of your capital equipment. Cooling towers are essentially large air scrubbers
Conductivity tells you how many times the dissolved solids have been concentrated due to evaporation. By setting a high-limit conductivity setpoint, you automate bleed/blowdown —dumping concentrated water and replacing it with fresh make-up water. Cooling water conductivity is a critical parameter in
If conductivity is ignored or mismanaged, the results are inevitable: skyrocketing energy costs, catastrophic equipment failure, and excessive water waste.
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