17-31: Energy Performance of Evaporative Recovery (ER) Using Cooling Tower &This paper evaluates the energy savings potential of Evaporative Recovery (ER) using cooling tower and coil arrangement as fresh air pre cooling in hot and humid climatic conditions. Energy saving chart was generated for various climatic conditions across the USA to predict the energy performance of ER using cooling tower and coil in fresh air pre cooling applications. Results show that ER using cooling tower and coil has an energy savings range

interviews

and suspended solids

Test and measurement procedures

and disclosure concerns when gaseous chlorine is used and stored on-site for microbiological control have forced many cooling systems to consider alternative oxidative micro-biocides

As presented in the previous paper

Also outlined is how improvement to the magnesium oxide feed system for a raw water clarifier significantly improved silica removal from the cooling tower makeup

Both velocity and surface temperature are duplicated in order to provide an identical environment for fouling and corrosion that is occurring in the plants equipment

This paper will provide an in depth examination of the Florida Building Code and recent declaratory statements issued on how the codes apply to the cooling towers

tests over a variety of eliminators

Other than specifying the loads and support points for the cooling towers

drift eliminators and adding a cross-flow section

The process loop produces steam under vacuum in conditions typically utilized in power or other process plant applications