ICESP XIII

13nth International Conference On Electrostatic Presipitation

On behalf of the International Society for Electrostatic Precipitation (ISESP) Board, it is our pleasure to invite you to participate in the XIII International Conference on Electrostatic Precipitation being held in Bangalore, India. The conference provides an international forum for experts to present and discuss recent developments in the field of Electrostatic Precipitation technology.

This conference is specifically designed for the practicing researcher/engineer interested in this field, thus leading to professional development, learning from experts, exchange of experience, and interaction with peers.

For the first time, we are organizing an ESP School for disseminating basic knowledge in the field of ESP and Fabric Filters. This is primarily targeted at young researchers/engineers/users to gain knowledge and ultimately enhance performance levels of Precipitation. We look forward to your esteemed participation at the XIII International Conference on Electrostatic Precipitation!

ESP School

Innauguaration Photos

Tours Photos

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Conference Paper

Session 1: ESP Design and Upgrade – I

Some observations regarding the Matts Ohnfeldt equation Andreas Bäck, Alstom Power, Sweden
An Overview of the Design, Performance and Monitoring Aspects of Thermal Power Station ESP's - Indian Scenario
Renovation and Modernization of Pollution Control Equipments to meet the challenges of high resistivity fly ash and demanding particulate norms in Indian Thermal Power plants
Results from ESP-upgrades, including control systems

Session 2: ESP Design and Upgrade – II

Review on the Development of Electrical Precipitation Industry in China
Poor Electrostatic Precipitator performance on old boilers in India
Emission reduction and Availability improvement in old Electrostatic Precipitators at Gold Roaster – A Case Study
Top Electromagnetic Hammer Rapping ESP Applied in 660MW Units of Tiroda Power Plant in India

Session 3: ESP Performance Enhancement

Enhancing Quality of Gas Distribution Tests in Electrostatic Precipitators
Influence of Electrode Geometric Arrangement on the Operation of Narrow Circular Electrostatic Precipitator
Monitoring of Electrostatic Fire and Explosion Hazards at the Inlet to Electrostatic Precipitators
Gaining control of ESP fly ash hoppers using 3D acoustics

Session 4: Numerical Simulation

Simulation and Experimental Studies on an Existing Industrial Electrostatic Precipitator
Strategy and Criterion of Gas Distribution about EFIP
The Airflow Distribution Design of ESP-FF Hybrid Dust Collector and the Application at Balco Power Plant in India
The Numerical Simulation of Different Spacing Coordinate Double Cylindrical Vortex
Numerical Analysis of the Gas Characteristics in ESP Inlet Nozzle

Session 5: HV Power Supplies and Electrical Operation– I

Development of IGBT based High Voltage Power Supply for ESP Application
High Frequency Power Supply Technology Progress and Development Trend
Reliability considerations: Using 50/60Hz Precipitator Transformer Rectifiers at elevated frequencies
ESP Controls for Plastic Tube Wet ESP

Session 6: HV Power Supplies and Electrical Operation – II

Use of three-phase rectifiers in ESP’s for low resistivity applications
The Three-Phase Power Supply for Low Ripple High Voltage in Conventional Technology
Three phase PF HV system for ESP in a glass factory
Electrical parameters of an industrial operating electrostatic precipitator under intermittent energization: simulation and continuous measurement analysis

Session 7: HV Power Supplies and Electrical Operation – III

Energy Optimization in Electrostatic Precipitators
Emission reduction by optimization of electrical parameters to enhance performance in existing ESP installations
Methods to ensure Availability and Operational Flexibility of Performance Monitoring and Control System of ESP
Soft Core Processor for Electrostatic Precipitator Controller

Session 8: Industrial Application

Wet type Electrostatic Precipitator Technology for Industrial and Power Applications
Comparison of wet and dry electrostatic precipitator (ESP) technologies
Dust resistivity measurements for industrial process
Wet ESP For The Collection of Submicron Particles, Mist and Air Toxics
Industrial particulate de-dusting plants, optimization in operating cost

Session 9: Hybrid ESP and Fabric Filter Precipitation – I

Development of Advanced Electrostatic Fabric Filter
High Ratio Fabric Filters With 12 m Long Bags for Large Coal Fired Power Plants
Bag filter Retrofit Option for Indian Utilities – Challenges and Solutions
Evaluation of FF Pulse Cleaning Valves

Session 10: Hybrid ESP and Fabric Filter Precipitation – II

The Application of ESP-FF Hybrid Dust Collector In India Coal-fired Power Plant 600MW Unit
Fractional bypass of raw gas to improve performance of ESP-FF hybrids after coal-fired boilers
Application of EFIP Technology to Coal-Fired Power Plant in India
Hybrid System to Enhance Particulate Collection Efficiency in Coal Based Thermal Power Plants
Experimental Research on EFIP Technology

Session 11: Flue Gas Conditioning

Experimental studies on WFGD sewage injection upstream of electrostatic precipitator
Experimental Study on Impact of Ammonia Dosing on the Resistivity of Fly Ash
The development & application of LSC heat recovery ESP
Hybrid System to Enhance Particulate Collection Efficiency in Coal Based Thermal Power Plants
Application of the lower temperature Electrostatic Precipitatory

Session 12: Flue Gas Conditioning

Computational Modeling of Electrohydrodynamically-Influenced Mercury Adsorption within ESPs
Development of single-stage, small-size Electrostatic Precipitation for high gas-velocity with slit-type collection-Electrode
Electrostatic precipitator installed with ceramic foam on a collection plate

Session 13: Gaseous Discharges & NonThermal Plasma Applications

Total emission control for Multi-fuel boiler system with plasma-chemical aftertreatment
Study of particulate matter removal mechanism by using non-thermal plasma technology
Optimisation of gas EHD pump with nozzle downstream
Research on the Airflow Distribution in the Fabric Area of Electrostatic Fabric Precipitator

International Society For Electrostatic Precipitation

XIII - Bangalore, India, September 16th-21th, 2013