13-22: Application of Controlled Release Chemistry to Cooling TowersThis paper discusses successful application of Smart Release technology to HVAC cooling systems. The paper illustrates how to design the program for success in these smaller hard to access applications.

These calculated efficiencies were compared with experimental values reported in the literature for louver type eliminators

The present trend in the design of power generation facilities is toward increasing size and capacity

Many factors may render a water supply unfit for drinking water or the growth of an aquatic population

operational flexibility and energy savings has been achieved

This paper will highlight some mechanisms of yellow metal corrosion

Each solution will restrain the pressure thrust forces

and environmental impact will be explored

Cooling tower testing is based on the wet bulb psychrometer

the recirculation thermal effect on performance and some guidelines for cooling tower design taking their circulation into consideration

the so-called Maisotsenko-Cycle (“M-Cycle”)

This Electrodynamic field generator that was used is of the pulsed power design with a much higher level of power compared to other pulse powered systems

oxidizes many organic and inorganic contaminants