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69-06: Cooling Water Anti-Foulants, Theory and ApplicationGood morning! It is a pleasure to address you on the use of synthetic organic polyelectrolytes as cooling water antifoulants. During the next few minutes, will discuss some of the possible theoretical bases for the known uses of polyelectrolyte as antifoulants in once through and open recirculating cooling water systems. Following this discussion, we will present some of our polyelectrolyte application experiences at various industrial locations.

To achieve peak cooling tower operating efficiency

and both bio-mass and suspended bacteria testing was established for a cooling tower water system to determine the effectiveness of an Electrodynamic Field generator

The new laboratory consists of hall laboratory and exterior experimental facilities

standards or guidelines

the model cooling towers offer a relatively simple and meaningful method for evaluating cooling tower biocides in a realistic lab test

by clogging film fill surfaces

There are many reasons for this but primarily Halogen is different from every other type of water treatment because unlike other water treatment chemicals halogens are continuously being consumed or depleted

The velocity also has an effect on the condensate temperature

recent environmental legislation has increased restrictions on industrial chromate discharge

decrease heat transfer efficiency

which of course is the primary material in many condenser tubes

One of the most difficult chemistry parameters to control in a cooling water system is Free Halogen levels

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