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09-07: The Design and Implementations of Physical water Treatment TechnologyThis paper reviews the design and installation associated with three large cooling towers with capacities from 4,000 tons to 10,000 tons. These installations are connected with a hospital, a university, and a convention center and have operational durations of 2 to 3 seasonal cycles. These design concepts give great flexibility and can be implemented in industrial applications of 100,000 GPM for most scale control requirements. The design of these PWT

as well as recommendations for new installations will be presented

promotes corrosion and increases the potential for illness

pilot cooling tower tests

Cooling Tower 4 experienced a catastrophic failure of the #8 fan

which is different from the test cell from which the rating data was obtained

While effective

and explain the reasons why it is advantageous to include a cooling tower in many dry cooling applications

With the greater restrictions on drift emissions that are now required in many locales

Condition assessments typically involve visual inspections and various nondestructive testing techniques

contaminants in the waste streams frequently present new and significant challenges in corrosion control

In the winter the cooling tower plume creates ice formations on the Turbine Inlets

This paper describes the application of an innovative biodetergent technology to complement conventional biocide programs for fouling control