TP26-23 How Adiabatic Technology Delivers Performance, Savings and Sustainability Cooling Tower Water ChemistryAs facility demands for energy efficiency, water conservation, and sustainability intensify, cooling systems are under unprecedented pressure to deliver reliable, costeffective, and environmentally responsible performance. Traditional cooling towers, while efficient in energy use, consume large volumes of water and require intensive chemical treatment and maintenance. Dry coolers, on the other hand, conserve water but often fail to meet high load
adjust a thermostat and we satisfy our comfort needs
investigations were initiated into the use of min drainage water
Two methods which have been tested are chemical treatment with a phosphonate- polyacrylate blend and water softening
determining quality of water required for various uses
the circulation pumps and distribution piping system were hydraulically limited
The paper will discuss the structural
Laboratory and field test data are also presented for an alternative
retrofit and installation of metallic heat exchanger coils in the existing FRP Cooling tower structure while in operation
the wastewater permit limitations have become stricter (Total suspended solids
This may impair the structural integrity to withstand dynamic loading due to earthquakes
is a fairly good biological nutrient medium
Data from field evaluations will be presented
