73-12: Softening of Cooling Tower Blowdown Water For Reuse Corrosion

73-12: Softening of Cooling Tower Blowdown Water For Reuse CorrosionThe future of chromium and zinc based corrosion inhibitors in open recirculating water systems will depend greatly upon the approved disposal procedures for these elements. The State and Federal regulatory bodies are expected to sanction control standards that will negate the use of chromates and zinc without acceptable disposal methods. Future power loads at the Oak Ridge Gaseous Diffusion Plant will make the disposal of chromate and zinc corrosion

the importance of defined responsibilities for both vendor

Stagnant water films have 8

the company has to carry out major renovations of the fills located in the cooling towers

but may not have the understanding they need of different motor types

against scaling

" The techniques used include brainstorming

The development of accurate and representative cooling tower performance penalties is critical to the optimization of cooling systems design and the assessment of associated performance penalties

The results of that paper showed that side streams softening followed by Electrodialysis (ED) had the lowest capital investment of several different processes for achieving zero discharge conditions

The Cooling Tower Institute published its book

Proper polymer monitoring allows one to understand true demand factors versus other artifacts that might negatively impact control

and (5) Chemical Factors

we share observations of a novel interfacial phenomenon that was used to engineer an ice-phobic heat exchanger