CT261

Overcoming Biofilm Resistance: The primary reason for choosing this biocide enhancement additive is its ability to address a common challenge in cooling tower maintenance. Biofilms, which are communities of microorganisms encased in a protective extracellular matrix, can be highly resistant to traditional biocides. This resistance can limit the efficacy of biocides in eliminating harmful microorganisms and preventing biofilm formation.

Improved Biocide Efficacy: Aquatech CT 261 is chosen because it helps biocides break through the protective coatings of biofilms. This breakthrough is essential for achieving better efficacy in controlling microbial growth and preventing the formation of new biofilms. Enhanced biocide performance can result in a cleaner and more efficient cooling tower system.

Biofilm Removal: In addition to improving biocide efficacy, this additive also aids in the removal of existing biofilms from cooling towers. Biofilm removal is crucial as it can restore heat transfer efficiency, reduce the risk of corrosion, and prevent the growth of harmful microorganisms such as Legionella pneumophila.

Cost Savings: Using Aquatech CT 261 can lead to cost savings by improving the performance of biocides and reducing the need for frequent cleaning and maintenance of cooling towers. It can also contribute to energy savings by maintaining the efficiency of heat exchange processes.

Long-Term System Health: By addressing the challenges posed by biofilms effectively, this additive helps maintain the long-term health and functionality of cooling tower systems. Reduced biofilm accumulation and enhanced biocide performance contribute to equipment longevity and reduce the risk of operational disruptions.

Environmental Impact: Maintaining clean and efficient cooling towers also has environmental benefits, as it can lead to reduced energy consumption and lower water usage, which aligns with sustainability goals.