79-13: Next Year's Profits...From Your Cooling TowerAmerican industry is paying about twice as much for energy as it did in 1971, after accounting for price inflation. This represents a powerful incentive to conserve energy. To date, industry has been struggling to conserve energy with some success. Plant operators and process engineers are under pressure from management levels to reduce inefficiencies, cut back energy consumption and increase production to improve their operating profit levels.

Separate isokinetic EPA Method 13A and heated cascade impactor tests were performed on three cooling towers before and after drift eliminator modifications

A new treatment program has been applied and is currently providing improvement

Following the principles contained in the “project management body of knowledge” will insure your cooling tower project achieves “on time

scale/deposit

Therefore using calcium hypochlorite had a high overall cost

This paper reviews this situation in view of the continuing difficulty in obtaining proper penetration of the recommended salt treatments

Plant operators and process engineers are under pressure from management levels to reduce inefficiencies

The limited cooling capacity of the HL&P W

With metallic treatments such as zinc and chromate under close scrutiny by governmental agencies

the condenser performance at off-design conditions can be predicted

The process loop cooling tower at the Albemarle Process Development Center in Baton Rouge

Sensor mounting can significantly affect both overall vibration and FFT data