00-01: Design Features and their Affect on High Performance Fill TestingIn the design of a high performance cooling tower fill, many design features must be considered to produce optimum performance. This paper will show laboratory test data and detail the effect on fill performance of the following items; Flute geometry (cross corrugated, offset tube, vertical tube), Cross corrugated flute angle, Sheet pitch (19mm vs. 20mm vs. 17mm vs. 12mm), Microstructure (course, fine, none), Material (PVC & polypropylene), Module
October 2025
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Evaporative cooling towers serve the heat rejection needs of a wide variety of industries
It deals with the physical and thermodynamic properties of air-water vapor mixtures
During the test batch Na-hypochlorite dosing was unable to mitigate the biofilm significantly
Evaluation and successful results of the use of a weak organic acid and amine compound to increase hardness salt solubility at alkaline pH levels in an open recirculating cooling system
105 (ATC-105) dealing with collection and reduction of field data
Mechanical behavior of plastic components are not only dependent on the pure load or load case (e
including maximum tip speed
equipment and job overhead
scaling and biological fouling in a side-by-side comparison to standard chemical treatment
Three separate 50 days research studies using ammonia and phenol stripped coal gasification condensate from the Great Plains Coal Gasification Plant were performed
