Thoughtful delivery service

Easy 30 day returns

Certified Reviews

Description

87-08: An Economical Solution to Cooling Tower DriftGeneral introduction to cooling tower drift, including its effects on structural steel (corrosion) and lost costs of water and chemicals. Various solutions including the high velocity designs and the Kimre drift eliminator are analyzed for cost effectiveness. Case histories are provided from Dow Chemical that outlines results of Kimre units in operation for 1 2 years.

Also included are future plans for softening hot cooling tower blowdown water in a separate treatment plant

and short and long term accountability for performance in vendor/user partnership after bid has been awarded

As the ambient temperature varies

spray water

new power and industrial plant owners are turning to alternatives supplies for plant makeup

The reheat of the condensate requires energy which is redirected from generating capacity which is often ignored

contaminants in the waste streams frequently present new and significant challenges in corrosion control

and the forgiving nature of the programs in use

Bacteria in Cooling Water systems must be controlled because bacteria attach to surfaces

Freezing ice on coils is a slow and transient process that hinders the deployment of ice thermal energy storage systems for large commercial buildings

associated with their chemical plant

They may be integrated with clarification and other treatment methods to achieve the desired cooling tower makeup quality

Exchange/Return Notes