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01-08: An Innovative Biodetergent for Fouling ControlBiofouling control has always been a difficult task for cooling tower treatment programs. The growth of biofilm can aggravated mineral scaling and the deposition of corrosion products. Unchecked biofouling can lead to shut down cooling water operations and created potential human exposure hazards. This paper describes the application of an innovative biodetergent technology to complement conventional biocide programs for fouling control. Two case

Two non-traditional examples of water reuse are presented

and the physical condition of the lumber when pressure treating industrial water-cooling tower lumber

Test and measurement procedures

splash fills

It has also shown excellent compatibility with other commonly used corrosion inhibitive chemistries

An R&D drift-testing program was conducted in 1990 in a cooling tower test cell to confirm that the drift rate limit would be achievable when field-tested using EPA Method 5

The following tests are conducted on fill: mechanical strength

the bulk of this paper will consider the exterior concrete shell of a cooling tower in our examples

Revised August 2017

The paper presents the results of field tests at five plants with ACC's to determine the mechanism and magnitude of the effects

and tolerance of high pH and water system contaminants

The treatments that were successful in maintaining biological control of biofilms in model cooling towers corresponded to commonly recommended programs used in industrial systems

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