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92-08: Automated Oxidant ControlThe challenge of controlling microbiological activity is often the most difficult phase of water treatment. Due to changes in demand and limitations of current testing technology the system is subjected to a series of overfeed underfeed situations. The relative effective of the oxidant (work value) must be taken into account to achieve automated control. The redox technology (ORP or Oxidation Reduction Potential Technology) is able to control by

Actual operating conditions can produce pressure and flow conditions that create significant dynamic piping loads

process and environmental exposure conditions render the towers susceptible to corrosion of embedded steel reinforcing

components

and is starting to rival internal fungus attack as a causative factor

This paper will present both field and laboratory test data independently obtained from operating cooling tower water systems that rely solely on PEFDs for microbiological control

Construction of the plant was begun in 1951

Bonneville Power Administration is a bureau of the Department of the Interior

Laboratory tests demonstrate broad-spectrum algicidal properties against a range of green algae and blue-green bacteria (cyanobacteria)

Wind is an important factor affecting the performance of air-cooled condensers

and the forgiving nature of the programs in use

mechanical and chemical cleaning of process equipment)

A full-scale model of the structural frame was constructed and tested under static and dynamic loads

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