Cooling Tower Water Loss & Chemical Parameters Explained # Evaporation, Drift, Blowdown & COC

Cooling Tower Water Loss & Chemical Parameters Explained | Evaporation, Drift, Blowdown & COC Where do thousands of liters of cooling tower water disappear every day? 🤔 In this video, we will understand the most important water loss and chemical parameters of cooling towers used in thermal power plants, sugar plants, and industrial cooling systems. You'll learn: ✅ Evaporation Loss – Definition, Formula & Example ✅ Drift Loss – Causes, Formula & Acceptable Values ✅ Blowdown Loss – Purpose, Calculation & Impact ✅ Cycles of Concentration (COC) – Meaning and Importance ✅ Makeup Water Requirement Calculation ✅ Practical 500 MW Power Plant Example ✅ Effects of Low Blowdown and High Blowdown ✅ Benefits and Risks of High COC ✅ Water Conservation and Plant Economics ✅ How Proper Water Chemistry Improves Cooling Tower Performance Why watch this video? ✔ Reduce water consumption ✔ Prevent scaling and corrosion ✔ Improve cooling tower efficiency ✔ Optimize chemical consumption ✔ Understand real plant calculations ✔ Useful for Shift Engineers, Operators, and Power Plant Professionals 🎯 Perfect for: Thermal Power Plant Engineers Sugar Plant Engineers Utility Operators Mechanical Engineers Chemical Engineers Power Plant Trainees Boiler & Cooling Tower Professionals 👍 If you found this video useful, please Like, Share and Subscribe to Power Plant Practical Knowledge for more practical engineering videos. #CoolingTower #WaterLoss #EvaporationLoss #DriftLoss #BlowdownLoss #COC #CoolingTowerWaterChemistry #CoolingTowerCalculations #CoolingTowerOperation #CoolingTowerMaintenance #ThermalPowerPlant #PowerPlantEngineering #MechanicalEngineering #WaterTreatment #UtilityEngineer #IndustrialCooling #CondenserCoolingWater #PlantOperation #ShiftEngineer #PowerPlantPracticalKnowledge #Cooling Tower water makeup requirement