With water scarcity and environmental concerns leading to increasing conservation efforts and water discharge restrictions, cooling towers are facing the challenge of operating at higher cycles. Since increased cycles bring elevated stresses in the form of higher levels of salts and a broad range of contaminants, cooling water treatment programs must be more robust to resist problems associated with such elevated stresses.
This paper presents advanced technology designed to treat cooling towers under stressed water conditions. The paper will demonstrate the superior performance of this technology in controlling the formation and deposition of mineral deposits and in inhibiting corrosion over a broad range of application and high stressed conditions relative to industry benchmarks.