82-02: Use of a Fouling/Corrosion Monitor to Optimize an Organic Cooling Water Cooling Tower Conversion

82-02: Use of a Fouling/Corrosion Monitor to Optimize an Organic Cooling Water Cooling Tower ConversionThis paper details a method used to streamline and optimize an organic corrosion inhibitor program at a southwest gas processing plant. It involves the use of data generated by a portable fouling, corrosion monitor that is capable of simulating a plant's critical heat exchangers. Both velocity and surface temperature are duplicated in order to provide an identical environment for fouling and corrosion that is occurring in the plants equipment.

but this type of confidence or 3rd party validation for published sound levels does not exist within the industry

While the number of cases remains marginal (~2 per year)

This paper will describe the use of the model to analyze the effectiveness of mitigation measures

the ‘jump’ to the industrial market was logical

and during plume abatement (winter) season

105 (ATC-105) dealing with collection and reduction of field data

The EDF company works to establish a ‘wish-list’ for the next version of the BREF ICS on specific issues: Efficiency of ICS

It addresses how these errors propagate into the calculation of cooling tower capability uncertainty

In almost any water treatment application

over almost a year of additive usage in a major cooling tower of the Shell

A program code developed for prediction of performance of NDCT based on manufacturer's performance curve

The ISO 9001 quality system can be paraphrased as: (1) Make what the customer wants