Development of ozone generating method derived from ozone composing mechanism on surface of electrodes using dielectric discharge

During the production of ozone using needle & plate electrodes and a DC current in 99.5% oxygen, we noticed that the concentration of ozone decreased to 0 after several months in which the electrical discharge had produced ozone. The concentration of ozone increased due to the addition of nitrogen into a gas-mixing chamber located behind an electrical discharge. The concentration of ozone increased due to the addition of heat-energy to an anode located in an electrical discharge. The controlled heating cycles showed a change in the density of nitrogen on the surface of the anode. Simulations confirmed this pattern. We used an industrial ozone generator that consisted of ceramic dielectrics and a titanium expanded metal electrode. A change in the temperature of the cooling water led to the characteristic of ozone concentration making a linear line. It follows the formula of van´t Hoff. The generator was supplied with 99% oxygen gas and produced ozone. The concentration of ozone increased from 98 g/m³ to 120 g/m³ under the same conditions. After reaching its peak, the concentration of ozone decreased to zero. Afterward, we produced ozone which was over 20% higher in concentration than primary state ozone due to change in the third element from nitrogen to antimony.