⚡ Electrostatic Precipitator (ESP) Working in 3D | Complete Power Plant Animation Explained

🔥 How Does an Electrostatic Precipitator (ESP) Work? In this video, I have explained the complete working of an Electrostatic Precipitator (ESP) used in thermal power plants with realistic 3D industrial animation. You will understand how flue gas enters the ESP, how fly ash particles are charged by the discharge electrodes, how they get collected on collecting plates, and how the rapping mechanism removes the ash into the hopper. This animation-based explanation is designed for students, engineers, GATE aspirants, and anyone interested in power plant technology. 🏭 Important Parts of ESP Explained This video covers all major components of an Electrostatic Precipitator, including the Inlet Duct, Gas Distribution Screen, Discharge Electrodes, Collecting Plates, Transformer Rectifier (TR) Set, Rapping System, Hopper, and Clean Gas Outlet. Each component is explained step by step with engineering accuracy, making it easier to understand the real working process inside an actual thermal power plant. 🎯 Who Should Watch This Video? Whether you are preparing for GATE Mechanical, SSC JE, RRB JE, PSU exams, or working in a thermal power plant, this video will help you build a strong conceptual understanding of ESP systems. If you find the animation and explanation useful, please Like, Share, Comment, and Subscribe to support more high-quality engineering animations on thermal power plant equipment. Video credit - Chaitrali jagtap, Subhanki and My lovely sister Riya #ElectrostaticPrecipitator #ESPWorking #ThermalPowerPlant #PowerPlantAnimation #MechanicalEngineering #ElectricalEngineering #GATEMechanical #SSCJE #RRBJE #PSUPreparation #NTPC #FlyAsh #RappingSystem #CollectingPlate #Discharge