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06-03: Large Scale Mechanical Equipment Replacement - Simple Steps for SuccessFaced with multiple gear reducer failures on two large cooling towers, an international power generation facility replaced 28 sets of rear reduction drives and supporting structure with new, upgraded equipment. A description of the unique nature of this large scale equipment replacement project provides the reader with several key steps to insure success on construction products of a similar nature.

The water exposure was at room temperature and 125°F revealing no performance advantage obtained from the coating

which has historically been used to relate the sensible and evaporative transfers

2) identify and classify loads imposed on the tower

obtaining negative air through High Efficiency Particulate Air (HEPA) filters

and good fouling protection are the evident results of this testing

the mitigation effectiveness increased significantly

in this solution high stress levels occur in the connecting elements and

An R&D drift-testing program was conducted in 1990 in a cooling tower test cell to confirm that the drift rate limit would be achievable when field-tested using EPA Method 5

The purpose of this paper is to detail the activities which took place before and during the reconstruction of the (2) cooling towers of Unit #3 during the months of October and November of 2005

A "bonus" value proposition

This paper addresses these questions provides cost justifications

Legionella testing is required and chlorine residual control ranges are specified

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