Abstract:
This thesis presents an electrode design for a high-voltage electrochemical field in a form of highly non-uniform electric field distribution. The objective is to identify optimal point and origin for creating an ozone generator, leveraging the advantageous properties of ozone in chemical reactions due to its ability to disinfect both water and air. Additionally, ozone is beneficial because it does not involve chemicals, can decompose within 20 minutes, and leaves no residues in water or the atmosphere. This research investigates the efficiency and suitability of various electrode types used in ozone generator systems, leading to a comparison of different electrode designs. The results were analyzed using software program to determine potential comparisons with efficient ozone-generating electrode designs. The reserch also identifies the electric fields generated in each set of electrodes to determine the ability to adjust ozone quantity appropriately.