| ICESP XI CONFERENCE PAPERS
Held in Hangzhou,
China
October 20-25, 2008
The International
Conference on Electrostatic Precipitation (ICESP)
is the official conference of the International Society for Electrostatic
Precipitation (ISESP).
The following is a list of papers from the XI ICESP Conference under their
respective topic.
Click on the papers title to view the complete paper in PDF format.
Non-Thermal Plasmas
AC/DC
Power Modulation for Corona Plasma Generation
Development
of the PPCP Technology in IEPE
Non-thermal
Plasma Processing for Dilute VOCs Decomposition Combined with the Catalyst
Performance
Characteristics of Pilot-scale NOx
Removal from Boiler Emission Using Plasma-chemical Process
Experimental
Investigation on Styrene Emission with a
1000m3
/h Plasma System
Streamer
Corona
Plasmas and NO Removal
Influence
of Ratio of NO/NO2 on NOx
Removal Using DBD with Urea Solution
Catalysis-assisted
Decomposition of Aqueous 2,4,6-Trinitrotoluene by Pulsed High Voltage
Discharge Process
Plasma-catalytic
Removal of Formaldehyde in Atmospheric Pressure Gas Streams
Relationship
between Discharge Electrode Geometry and Ozone Concentration in
Electrostatic Precipitator
Study
of Carbon Monoxide Oxidation by Discharge
Application
of a Dielectric Barrier Discharge Reactor for Diesel PM Removal
Catalyst
Size Impact on Non-thermal Plasma Catalyst Assisted DeNOx
Reactors
The
Study on Series of Copper Catalyst in the Reactor of Dielectric Barrier
Discharge to Remove NOx
VOC
Removal Using Adsorption and Surface Discharge
A
Novel Concept of Remediation of Polluted Streams Using High Energy Density
glow Discharge (HEDGe)
Gaseous
Elemental Mercury Oxidation by Non-thermal Plasma
A
Multiple-switch Technology for High-power Pulse Discharging
Humidity
and Oxygen Effects on Dimethyl Sulfide Decomposition by a Plasma
Corona
Reactor
The
Mechanism of Naphthalene Decomposition in
Corona
Radical Shower System by DC Discharge
Surface
Modification of Polestar Fabrics by Non- thermal Plasma for Improving
Hydrophilic Properties
Predictive
Model of Nonequiliburium Plasma Decontamination Efficiency for Gaseous
Pollutant
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