Electrostatic Precipitators have been used for over half a century to control particulate emissions in many industries. They have very high collection efficiency sometimes exceeding 99 percent and can handle large exhaust-gas volumes at high temperatures. This makes them very attractive to industries, such as cement plants and steel mills that produce high temperature flue gases.
This course is designed for engineers and other technical personnel responsible for reviewing the plans for installation of electrostatic precipitators. The course reviews procedures for evaluating the performance of electrostatic precipitators that are used to reduce particulate emissions from industrial sources.
MATERI
1. Electrostatic Precipitator (ESP) System Components
* Discharge electrodes
* Collection electrodes
* Electrical systems
* Rappers
* Hoppers
2. ESP System Operation
3. Condition That Cannot Be Measured Directly
* Resistivity
* Gas velocity
* Rapping
* Air Infiltration
4. Process-Related Conditions
5. Typical Emission Points
6. Typical Inspection Areas
7. Steps To Maximise Performance
* Optimum charging of the dust
* Effective cleaning system design
* High quality integrated ESP control systems
METHOD
Presentation
Discussion
Case Study
Evaluation
Instructor by : Tugino
