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17-12: Current Microbiological Control Techniques in Cooling Tower Water SystemDue to the recent out breaks of Legionnaires Disease such as in New York City it was decided to investigate how and why this could have occurred by cooling tower water systems that were chemically treated. Cooling tower water systems are normally treated by the traditional method of applying microbiocides and often monitored with traditional total bacteria monitoring methods. This has prompted a detailed review of the traditional microbiological

An overview of peer to peer wireless ad hoc networks explaining basic characteristics

reduced plant maintenance costs

in many generating stations regular inspection of pipelines has historically not been a standard practice

improve safety

The paper also discusses improvements that are underway to the biocide and scale-inhibitor feed systems

corrective action can be initiated and repairs can be budgeted

The 2008 paper was focused on how noise affected project cost as a function of reduced far-field noise

Baffles called drift eliminators are placed between the nozzles and the fan to minimize (through inertial impaction) the amount of entrained water droplets that are discharged into the atmosphere

The purpose of the paper is to verify a theoretical way of eliminating the need to use an empirical "hot water correction factor" to obtain accurate cooling tower performance predictions

diagnostics and evaluation of natural-draft cooling towers is presented

150) standard only recommends the use of mechanically-aspired psychrometers

Various instruments and methods were used in investigating the mechanism how BCDMH worked as a biocide

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