[en] 3D models; Activation barriers; Atmospheric pollution;
Dielectric barrier discharges; Electrical field; Endothermic
reactions; Environmental problems; Kinetic mechanism; MATLAB
program; Plasma process; Post-discharge; Reaction engineering;
Reactive species ; Air pollution; Dielectric devices; Flow
control; Industrial applications; Methane; Navier Stokes
equations; Reaction kinetics; Three dimensional ; Electric
discharges [en] As atmospheric pollution is causing several
environmental problems it is incumbent to reduce the impact of
pollution on the environment. One particular problem is the
production of CO2 by many transport and industrial applications.
Instead of stocking CO2 and instead of being a product, it can
be used as a source. The case considered is the CO2 reformation
of methane producing hydrogen and CO. It is an endothermic
reaction, for which the activation barrier needs to be
surpassed. This can be done efficiently by the method of
Dielectric Barrier Discharge. The process relies on the co