91-02: A More Nearly Exact Representation of Cooling Tower TheoryMerkel theory relied on several basic assumptions to simplify the mathematical calculations involved in the determination on KaV (cooling tower demand). Sixty five years later, computers and numerical methods allow for more precise determinations. A description of the history and current status of this development is presented. Necessary formulas and computational methods are presented in their entirety.

Data taken on this tower are compared to data from similar tests on rectangular mechanical draft cooling towers in this paper

and (2) spread of Legionella pneumophilia

The main target of these R&D efforts was and is the improvement of the evenness of water distribution in cooling towers and consequentially the overall cooling performance

In those cases where the cooling tower section and impeller is too big for testing it’s suggested to test a scaled down replica or do in situ testing

Predicting operational service time of heat exchangers between forced maintenance outages is a subject

combined-cycle power plants

the conferences on pollution of the Great Lakes

and with varying degrees of sophistication

Gemelli” in Rome

The theory of tower icing is discussed

This system incorporates a sensing device with a controller to monitor and control product federate

000 GPM recirculation range