Title :
Simulation of micro discharges for the optimization of energy requirements for removal of NOx from exhaust gases
Author :
Russ, Holger ; Neiger, Manfred ; Lang, Jürgen E.
Author_Institution :
Lighting Technol. Inst., Karlsruhe Univ., Germany
fDate :
2/1/1999 12:00:00 AM
Abstract :
Experimental and theoretical investigations to remove NOx from oxygen rich engine exhaust gases using dielectric barrier discharges are conducted in our laboratory. To explain experimental results in different reactor geometries, a two-dimensional fluid model using an unstructured grid was implemented for the simulation of transient microdischarges. As an example, simulation results of simultaneously occurring microdischarges in a packed bed reactor are presented in this paper
Keywords :
air pollution control; discharges (electric); nitrogen compounds; plasma applications; plasma simulation; NO; NOx removal from exhaust gases; dielectric barrier discharges; energy requirements optimization; microdischarges; packed bed reactor; simulation; transient microdischarges; two-dimensional fluid model; unstructured grid; Chemicals; Dielectrics; Electrons; Engines; Gases; Inductors; Plasma chemistry; Plasma simulation; Solid modeling; Surface discharges;
Journal_Title :
Plasma Science, IEEE Transactions on