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97461 WATER TREATMENT FOR INDUSTRIAL BOILERS WITH DEMINERALIZED FEEDWATER

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Product Number: 51300-97461-SG
ISBN: 97461 1997 CP
Author: James O. Robinson
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Despite using demineralized feedwater, water related tube failures still occur in some industrial boilers. The failures occur due to overheating or corrosion. The corrosion maybe either caustic or acidic attack. These tube failures can be avoided by employing water treatment programs that minimize deposition and maintain under water chemistry that does not become aggressive to the boiler steel when it is concentrated. The best boiler water chemistry to maintain, congruent phosphate-pH treatment, equilibrium phosphate treatment or phosphate treatment depends on individual system operating conditions. Experience indicates that boiler deposition and boiler water chemistry control are the most significant factors affecting boiler tube failures. Keywords: tube failures, overheating, corrosion, phosphate polymer, congruent phosphate treatment, equilibrium phosphate treatment, phosphate treatment, automatic feed and control.
Despite using demineralized feedwater, water related tube failures still occur in some industrial boilers. The failures occur due to overheating or corrosion. The corrosion maybe either caustic or acidic attack. These tube failures can be avoided by employing water treatment programs that minimize deposition and maintain under water chemistry that does not become aggressive to the boiler steel when it is concentrated. The best boiler water chemistry to maintain, congruent phosphate-pH treatment, equilibrium phosphate treatment or phosphate treatment depends on individual system operating conditions. Experience indicates that boiler deposition and boiler water chemistry control are the most significant factors affecting boiler tube failures. Keywords: tube failures, overheating, corrosion, phosphate polymer, congruent phosphate treatment, equilibrium phosphate treatment, phosphate treatment, automatic feed and control.
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