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79-16: Reduction of Sulfate Concentration in Circulating WaterWith greater emphasis being placed on total water management, and the increased interest in attaining "zero liquid discharge" more attention is being given to cooling tower discharge in order to meet these goals. Since cooling tower discharge can constitute a significant portion of a plant's waste stream, many processes have been evaluated over the last couple of years with the objective of significantly reducing or completely eliminating this waste

These calculated efficiencies were compared with experimental values reported in the literature for louver type eliminators

We have gotten more sophisticated in determining and controlling the natural frequency of drive shafts

Special considerations must be addressed in regard to thermal expansion and contract when fiberglass pipe is anchored

and modern high heat transfer procedures illustrated with actual hands-on field examples

corrosion monitor that is capable of simulating a plant's critical heat exchangers

CTI Grades of Redwood Lumber

Biofouling control has always been a difficult task for cooling tower treatment programs

Cooling tower fill fouling is a major water problem facing the cooling and utility industries

(2) Operational Factors

has been expanded and revised to provide a computerized means to predict the thermal performance and determine the associated energy requirements for specified tower design

the water often becomes polluted

Combining Controlled Hydrodynamic Cavitation treatment with filtration and process controls provides a complete solution for treating cooling tower water that: lowering operating costs

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