Traditional water purification systems have been used to ensure safe drinking water, but they come with inherent limitations when compared to innovative approaches like our solar-powered water purification system with real-time water level monitoring. Chlorination, a widely used method, effectively disinfects water, but can leave behind harmful by-products and alter taste and odor. Filtration systems remove large particles but may fall short in eliminating smaller contaminants. Reverse osmosis systems are effective but require significant energy and produce wastewater. Ultraviolet disinfection kills bacteria but lacks comprehensive contaminant removal.
In contrast, the team from the Dedan Kimathi University of Technology Student Branch, IEEE Kenya Section and the Mishel Initiative Youth Group is collaborating to create system to combat these challenges. The solution offers real-time monitoring, powered by a hybrid solar/battery system for sustainability, integrating multiple purification processes for comprehensive contaminant removal, and employing non-intrusive ultrasonic technology for precise water level monitoring. This innovative approach represents a significant advancement in water treatment technology, bridging the gap between efficiency, effectiveness, and sustainability in providing safe drinking water to communities.
This project was made possible by $7,000 in funding from the IEEE Industry Applications Society (IAS), an EPICS in IEEE partner.