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51315-5779-Cooling System Management to Prevent Silica Deposition

Picture for Cooling System Management to Prevent Silica Deposition
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Product Number: 51315-5779-SG
ISBN: 5779 2015 CP
Author: Libardo Perez
Publication Date: 2015
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Water scarcity has increased the necessity for water re-use utilization of poor quality water and operating systems at higher cycles of concentration (COC). High silica content make-up water is a major obstacle to cost-effective treatment programs for cooling systems operating at high COC. The approach most often used for silica limited cooling systems involves using a base treatment program with an overlay or supplemental treatment such as high polymer concentrations in combination with phosphonate(s) to control silica concentrations approaching 300 mg/L. However this approach leads to very expensive treatments. This study presents a novel treatment program that incorporates a cost-effective silica polymerization inhibitor in combination with current corrosion control technology. The study compares the performance and relative cost effectiveness of this novel treatment program with currently available technologies.
Water scarcity has increased the necessity for water re-use utilization of poor quality water and operating systems at higher cycles of concentration (COC). High silica content make-up water is a major obstacle to cost-effective treatment programs for cooling systems operating at high COC. The approach most often used for silica limited cooling systems involves using a base treatment program with an overlay or supplemental treatment such as high polymer concentrations in combination with phosphonate(s) to control silica concentrations approaching 300 mg/L. However this approach leads to very expensive treatments. This study presents a novel treatment program that incorporates a cost-effective silica polymerization inhibitor in combination with current corrosion control technology. The study compares the performance and relative cost effectiveness of this novel treatment program with currently available technologies.
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