Abstract
Abstract This study examines the process of groundwater purification from heavy metals through the control of high-frequency ozone generators using a sensor network. The use of high ozone concentrations allows for effective removal of heavy metals from water. The goal is to enhance the efficiency of the purification process by automating it through ozone generator control. The initial ozone concentration starts at zero and gradually reaches 2 mg/L over time. The initial concentration of heavy metals is 10 mg/L, and due to the impact of ozone, it is reduced to 0.2 mg/L. The sensor network ensured real-time adjustment of ozone levels, optimizing the process. As a result, purification efficiency increased by up to 60%. In addition to removing heavy metals, this method allowed for up to 20% energy savings. The modeling enabled prediction and optimization of the system’s operational parameters. Controlling the ozone concentration through sensor networks helped maintain process stability. The results demonstrated the significant role of ozone in the water purification process. This technology is important as an eco-friendly and efficient solution, offering possibilities for energy saving and water quality improvement. Automation of the system reduces human intervention and optimizes the process.