Kinetic and Energetic Analysis of the Ozone Synthesis Process in Oxygen-fed DBD Reactor. Effect of Power Density,Gap Volume and Residence Time

The analysis of measurements of ozone synthesis process rate in pure oxygen with the use of the unique plasma reactor was presented. The kinetic measurements have been made using the integral and the differential method. The effect of energy stream delivered (i.e., power) and gas residence time in a discharge gap on the rate and energy efficiency of the process carried out in dielectric barrier discharge was shown. It was presented how the process rate and energy efficiency change along a discharge gap and the way they depend on both power density and a residence time.