85-12: New Approaches to Monitoring The Performance And Control of Cooling #N/A

85-12: New Approaches to Monitoring The Performance And Control of Cooling #N/AA major factor in the success or failure of any cooling water treatment program is the control and monitoring strategy used. New monitoring techniques using computer technology have been developed which allow monitoring both the control of cooling tower systems and the performance of the treatment package. These techniques allow the development of cause and effect relationships that facilitate optimization of the treatment program. Portable remote

(4) Microbiological Factors

An R&D drift-testing program was conducted in 1990 in a cooling tower test cell to confirm that the drift rate limit would be achievable when field-tested using EPA Method 5

It will present the mathematical procedure used to analyze the data

we describe a new

high pumping costs and environmental regulations are driving cooling water systems towards higher cycles

This paper describes the many points to consider beginning with selection of an optimum operating point and many factors concerning the fans operating environment

Leachate from each one-inch throughfall simulant removed 3% of the drift mass from litter compared to 7 to 9% from live foliage

and particularly industry

in no particular order

A challenge in successful operation of cooling towers today with VFD's revolves more around proper application than technological limitations in the equipment

Several typical examples will be presented along with appropriate charts and graphs to clarify proper application

The results from this test demonstrate that MOS solution can be a more effective biocide treatment program by providing better overall microbio control as a safer and less expensive program