Abstract:
Institutional settings, particularly universities like Busitema University where there are a number of manholes put in place, face significant challenges with sewage infrastructure management, especially concerning the risk of flooding. The potential consequences, including pollution and infrastructure disruption, underscore the critical need for robust monitoring and management solutions. Traditional methods like manual inspection which is currently used in monitoring the manholes often prove inadequate in addressing these challenges efficiently and cost-effectively, necessitating innovative approaches.
This document proposes a comprehensive solution, a sewage monitoring and notification system leveraging Arduino technology interfaced with Sewage Level sensors and GSM technology for notification and a web application for monitoring the levels of sewage on a daily basis. Tailored for implementation within the manholes of institutional settings like universities and urban areas where a number of manholes have to be monitored simultaneously, this system offers proactive management capabilities for the university's sewage infrastructure. By integrating geographic data and cutting-edge sensor technology, it enables timely interventions to mitigate flooding risks and ensure optimal sewage management across the university campus. This proactive approach not only enhances operational efficiency but also minimizes potential environmental and public health hazards associated with sewage system failures.
