Yearly Archives: 2025

How Flow Rate Impacts Cooling Tower Design A. Cross-Sectional Area (Air-Water Contact Zone) B. Fan & Motor Sizing C. Basin Volume Basin Capacity (m³)=Flow Rate (m³/hr)×560Basin Capacity (m³)=60Flow Rate (m³/hr)×5​ 3. Cooling Tower Sizing Example Given: Calculations: Estimated Tower...

Cooling Tower Water Flow Rate vs. Size: Key Factors & Sizing Guide The size of a cooling tower is directly influenced by the water flow rate (measured in m³/hr or GPM) it needs to handle. Below is a breakdown of how flow rate affects cooling tower dimensions, capacity, and selection.  Flow Rate vs. Cooling Tower...

For cooling towers handling high-contaminant water (high TDS, suspended solids, oils, or biological growth), selecting the right fill media is crucial to prevent clogging, fouling, and efficiency loss. Here are the best fill types for such conditions: Fill Selection Guide Based on Contaminant Type 1. Splash Fill...

Water Quality Requirements for Cooling Towers Proper water quality is critical for cooling tower efficiency, longevity, and prevention of scaling, corrosion, and microbiological growth. Below are the key water quality parameters and their recommended limits: **1. Physical & Chemical Parameters Parameter Recommended Range Impact...

Modular Cooling Towers Vs Pultruded Cooling Towers . Definition & Construction Feature Modular Cooling Tower Pultruded Cooling Tower Design Prefabricated, stackable units for scalability Made from pultruded FRP (Fiberglass Reinforced Polymer) components Material Galvanized steel, FRP panels, PVC/ABS fills Entire structure uses pultruded FRP...