Enhancement of ozone production by increasing number density of plasma channels in volume DBD using ceramic foam for water treatment and industrial applications

Abstract

Study shows production of ozone from oxygen and helium using non-thermal plasma based on ceramic foam. The work aimed to enhance ozone generation from oxygen using non-thermal plasma, specifically through the expansion of the plasma channel number density and reduction of voltage for a similar energy density or specific input energy. This work investigates the impact of increasing number density of plasma channels in Volume (DBD) by incorporating ceramic foam with different pore sizes (10 ppi and 20 ppi). VDBD with ceramic foam can be a promising technique for increasing ozone production for water treatment, air purification, and industrial processes.