85-15: Study of Cooling Water at High Cycles Fire Protection

85-15: Study of Cooling Water at High Cycles Fire ProtectionThe decreasing availability of high quality water, high pumping costs and environmental regulations are driving cooling water systems towards higher cycles, brackish makeup and zero discharge. This paper presents solutions to the difficulties of recommending chemical treatments for such systems. The methods used to obtain phase diagrams incorporating the kinetics of mineralization rather than pure equilibrium thermodynamics is discussed.

While power plants have historically taken a reactive approach to management of their pipelines

methods of addition and control of the chemistries used and what might happen if the biofilm is removed too quickly

This paper describes the ongoing restoration of two reinforced concrete hyperbolic cooling towers that exhibited extensive deterioration due to corrosion of the embedded reinforcing steel

Pulse Electric Field Devices (PEFDs) have been used as the sole source of water treatment in evaporative cooling water systems for over 10 years often with good results

performance data from field trials will be presented that compares efficacy and cooling system operation during treatment with Aseptrol biocide to baseline data collected during treatment with other biocides

lower maintenance costs

As an illustration

There is an expanding body of evidence that highly prevalent free-living amoebae increase both the numbers and virulence of water based

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

This paper will discuss

pressure increase

it is possible to create a "universal" motor that covers a wide range of requirements