62-05: Sizing Cooling Towers to Optimize Plant PerformanceBecause of the direct impact that a cooling tower has on the system in which it is to be used, there is a great need to specify a cooling tower to optimize the system. Essentially, the question is, "How Big?" A larger cooling tower will supply colder water to the system but will also use more power (both in pumping and in the fans), cost more, use more real estate and cost more to install (in foundation, wiring, switchgear, controls, etc.).

The paper will discuss how the Binary Cooling Tower (BCT) can be utilized in evaporative cooling applications to optimize recycle and reuse of circulating water system designs without the risks usually associated with high TDS water

Depending on the elements to be surveyed

Traditional ways of monitoring include measuring suspended solids

the origin of these problems is frequently either unrelated to water chemistry

we will comment on some promising developments in wood treatment for the future

chemical water treatment has become an easy scapegoat for a wide variety of system failure claims

including investigation of potential potable water sources

including maximum tip speed

This paper outlines the progress made to date on the development and commercial deployment of a forward osmosis process applied to evaporative cooling tower make-up water

The contaminants included a high temperature oil

This paper covers the CTI Standards and how to utilize them properly in specifications

it is the choice of cooling system that frequently mediates this conflict