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84-16: Tube Material, Fluid Velocity, Surface Temperature and Fouling a FieldA fouling monitor was operated under different environmental conditions to minimize fouling. Three tubes were made of AL 6X stainless steel and one of 90 10 copper nickel. Operating conditions included different flow rates (1. 0 and 1. 7 fps) and periodic surges in flow to scour the fouling deposit. Results showed: 10 flow surges were partially effective, 2) copper nickel fouled slower but was more difficult to clean, and 3) fouling was greater at 1.

Test results and operating experience are included

Isopleths of the predicted deposition are useful to identify areas of maximum drift transport in the environs of the gaseous diffusion plant

NEMA motor

Elimination of the need for a hot water temperature correction by use of these codes is explained

"What about crossflow curves

and troubles with well water iron and aluminum carryover interacting with the phosphate and escalating dispersant demand

The purpose of this paper is to detail the activities which took place before and during the reconstruction of the (2) cooling towers of Unit #3 during the months of October and November of 2005

Actual operating experience on and design modifications to a zero discharge process-cooling tower wherein the waste waters provided the make-up

1995) that provide cooling for both HVAC systems and industrial applications

The EPA has imposed a 0

Similar results were obtained for a counter-flow

Molybdate-based corrosion inhibitors have been used in cooling water treatment for some time

Exchange/Return Notes