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Reducing microbial contamination in circulating cooling water is crucial for preventing biofouling, maintaining heat transfer efficiency, and extending equipment lifespan. This requires a combination of chemical, physical, and operational control strategies to effectively limit microbial growth. This guide outlines key

Biological fouling in cooling tower circulating water systems can significantly impact heat exchange efficiency, corrosion rates, and system performance. Microorganisms, algae, bacteria, and biofilms contribute to clogging, increased maintenance costs, and reduced cooling efficiency. This article explores effective strategies for

As environmental regulations become more stringent and industries push for greater sustainability, cooling tower technology is evolving toward higher efficiency, lower water consumption, and reduced environmental impact. The latest eco-friendly innovations in cooling tower design focus on energy conservation, noise

The material of cooling tower fill plays a crucial role in heat transfer, water distribution, durability, and overall cooling performance. Different materials have varying thermal conductivity, temperature resistance, and structural properties, directly impacting evaporation efficiency and long-term reliability. This article

Cooling tower fill plays a critical role in heat dissipation, water distribution, and overall cooling efficiency. Selecting the right fill material and ensuring proper installation and replacement are key to maintaining optimal cooling performance and system longevity. This guide outlines