05-20: Reducing Cooling Tower costs with Ozone Technology Sidestream SofteningMaintaining high water quality within a cooling tower is an operator's biggest struggle in keeping an efficient, healthy tower. Conventional water maintenance methods include chemicals and regular blowdowns. Ozone technology however, is the fastest growing challenger to conventional treatment. Ozone, the most powerful commercial oxidizer available, has the ability to disinfect tower water, reduce scale, and significantly decrease the amount of
a new spary nozzle for cooling tower applications was developed in co-operation with leading spray nozzle experts over the last three years
This may have a significant impact upon the benefits and requirements of existing reuse applications and/or make the previously less attractive projects worth reconsidering
Predicting operational service time of heat exchangers between forced maintenance outages is a subject
The following three cooling towers earned approximately $160
Basic heat transfer theory and various calculations used to determine fouling rates are reviewed
Also included is a sample calculation of megawatt loss in a thermal electric generation plant and resultant loss of dollars
and cooling tower systems
and microbial fouling
After investigating new recycle options
This paper will describe the original treatment system
The ion association model calculations include the impact of phosphates and polyphosphate treatments on lead and copper solubility
Sensor mounting can significantly affect both overall vibration and FFT data
