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06-15: Guidelines for Successful Cooling Tower Installations for CampusWater cooled systems provide many advantages for campus type district energy systems, including low first cost, low operating cost, and reduced space requirements. Cooling towers are often the forgotten "back end" of the cooling system, yet play a key role in the operation of the entire system. A well designed evaporative cooling tower installation is critical to achieving the maximum benefit from the system investment. This paper provides insight

The recommendations are applicable for Natural and Mechanical Draft cooling towers

The development and marketing of contemporary modular trickle and splash fills has yielded a perception that any “wire frame model” type fill offers similar resistance to fouling as classic splash bar fills

The present trend in the design of power generation facilities is toward increasing size and capacity

and reduced aquatic toxicity compared to triazole compounds

and results of sound power and vibration analysis are presented

these deposits form on condenser tube walls increasing fluid frictional resistance

These new results include the evaluation of the cooling tower water quality for both sessile and planktonic microbes and the impact of city water chlorination on bio-control and the effectiveness for scale and corrosion control

The index could be determined for regional or even local climate conditions

5 million even though there are no figures to confirm this

but relatively few owners and specifiers of cooling towers appear to know what preservative treatment entails

This paper will discuss the approach and results used in this cooling tower application

It was first used for one- through cooling and quenching sprays in a steel mill

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