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During process cooling, the cooling water absorbs large volumes of airborne particulate while the cooling tower acts as an air scrubber, filtering the surrounding air. With time, these fine particles can build up and settle within the system, adversely affecting cooling performance while lowering the life of wetted subcomponents.
Properly engineered condenser, chiller and cooling tower piping and controls will improve heat transfer and avoid problems such as air slugging and pumps losing prime.
The world of industrial process cooling equipment is one of extremes, with diverse and unique equipment required to complete processes that can have both high and low operating temperatures and with the handling of liquids of both high and low viscosities and various particulate levels.
Model CUP-CVP is designed to provide higher flow rates than vertical-bowl pump designs, thus reducing the number of pumps required. According to the company, the design operates at higher efficiencies and experiences minimal wear during operation due to its low running speed.
This article, which explores methods for selecting a water management program supplier, is the final part of a series on water management basics and technologies.