TP26-23 How Adiabatic Technology Delivers Performance, Savings and SustainabilityAs 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

This paper details application procedures that use chlorine dioxide to greatly reduce biofouling without affecting the phenol destruction capabilities

This paper discusses the structural problems and structural failures associated with the 43 year old cooling towers located at Reliant Energies' Etiwanda Power Plant located in Rancho Cucamonga

For most of the industrial era

in order to establish compliance according to the contract

Feedwater for the tower was Boulder city water

and maintenance Economics

The strategies presented will cover basic operational methods

The largest potential impact occurs when difficult design conditions aggravate trends towards limits for natural draft

In a recirculated cooling water system

The total drift rates were calculated from the ratio of the concentration of the lithium in the sampling train to the concentration of the lithium in the circulating water

functional anions are generated which react to the protoplasm of bacteria to form an isolating film over the bacteria surface

much of the procedure has application for wood towers as well