94-01: Drift Testing - Scale Up From Test Cell To Field Acceptance Test Codes and Standards A conclusion can be reached

A conclusion can be reached that cooling towers are truly a sustainable and viable option in heart exchange systems for creature comfort

Evaluation and successful results of the use of a weak organic acid and amine compound to increase hardness salt solubility at alkaline pH levels in an open recirculating cooling system

Periodic inspections of mechanical and structural components by knowledgeable personnel are critical in maintaining and performance of the tower

Unchecked biofouling can lead to shut down cooling water operations and created potential human exposure hazards

The paper will focus on the cementations repair materials

94-01: Drift Testing - Scale Up From Test Cell To Field Acceptance Test Codes and Standards A conclusion can be reachedIn 1989 Florida Power Corporation (FPC) agreed to install helper cooling towers at their Crystal River Generating Station to cool circulating water discharged to the Golf of Mexico. As a result of agreements with the environmental agencies a maximum allowable helper cooling tower drift rate of 0. 002 percent was required, including compliance field testing. An R&D drift testing program was conducted in 1990 in a cooling tower test cell to confirm that