The purpose of the workshop is enrichment of knowledge so as to
• Have clear idea about Air Pollution Control --BASICS
• Know the principles of equipment design and their operations
• Know the New Generation Air Pollution Control equipment
• Select proper equipment suitable for any particular application
• Understand the importance of properly balanced system design
• Carry out proper operation and maintenance of the plants
All the operating parameters are clarified with theoretical background enabling the operators to get back to the basics in case of any problem.
Case Studies are also made with detailed theoretical analysis.
Simple clarifications with mathematical treatments make the subjects interesting.
With clear knowledge of the basics the engineers as well as the operators of the industries take confident steps in their activities.
The target is to achieve the best possible stable performance of the Air Pollution Control Systems.
Engineers, supervisors and operators already operating and maintaining the Air Pollution Control Systems at the plants as well as students of the universities will be able to acquire clear ideas of many subjects on Air Pollution Control about which they might be having only sketchy idea.
Higher Management will also find it useful for the selection of proper equipment suitable for any particular application.
Understanding the importance of correct system design will help in achieving the best possible stable performance.
BASICS:
1) AIR -- AIR POLLUTION
2) DUST & FUME EXTRACTION & COLLECTION SYSTEMS
3) IMPORTANCE OF PROPER HOOD & ENCLOSURE
4) IMPORTANT DUCT CONFIGURATIONS
5) IMORTANCE OF BALANCED DUCT LAYOUT
6) IMPROVEMENT OF PERFORMANCE OF EXISTING PLANTS
7) SCIENTIFIC WORKING
BAG FILTER:
1) IMPORTANT FEATURES OF BAG FILTER SELECTION & OPERATION
2) IMPORTANCE OF KNOWING MORE ABOUT "DIFFERENTIAL PRESSURE" TO BE A DOCTOR OF YOUR BAG FILTER
3) IMPORTANT CONSIDERATIONS FOR BAG FILTER DESIGN & INSTALLATION
4) SOME CRITICAL ASPECTS OF BAG FILTER OPERATION
5) FILTER BAG CHARACTERISTICS & FABRIC SELECTION FOR BAG FILTERS
6) COMPARISON BETWEEN ESP & BAG FILTER IN SIMILAR APPLICATIONS
7) COMPARISON BETWEEN SCRUBBER & BAG FILTER IN SIMILAR APPLICATIONS
8) R & D ACTIVITIES FOR NEW GENERATION BAG FILTERS
Electrostatic Precipitator:
1. Electrostatic Precipitation—Basics
2. Principles & Characteristics
3. Strength of Electrical Field
4. A Case Study
5. Power Supply ( Charging ) & Control
6. Voltage and Current Curve
7. Flue Gas Conditioning System
8. Mechanical Aspects
9. Summation
WET SEPARATORS
1. Definition & contaminant removal principle
2. Sprays (Spray Tower/ Spray absorption tower)
3. Scrubbing in Packed Bed (Packed Tower / Packed Bed Scrubber)
4. Impingement Action (Impingement Plate Scrubber)
5. Venturi Scrubbing (Ventury Scrubber)
6. Wet Electro-Static Precipitator
7. Proper Maintenance to achieve the best Performance .
DYNAMIC COLLECTORS (CYCLONES):
1) Principle of Centrifugal Separation
2) Forces acting on the dust particles inside a cyclone
3) Frictional forces and their role in centrifugal separation
4) Terminal velocity equivalent diameter
5) Stokes’ Law
6) Non- Cyclone geometrical factors & dynamics
7) Cyclone geometrical factors
8) Residual curve and fractional separation efficiency for a cyclone
9) Summation