Title: Design of a Low-Cost Smart Water Quality Monitoring System for health facilities in Uganda
Authors: Eng. Kibirige David, Kanyana Ruth, Dr. Mugisha Edward, Kitone Isaac
Volume: 8
Issue: 9
Pages: 53-54
Publication Date: 2024/09/28
Abstract:
This project focuses on addressing the critical issue of water management in Ugandan health facilities, where 1.7 trillion gallons of water are wasted annually, with 70% of this waste occurring indoors. Health facilities, which depend heavily on water for sanitation, patient care, and operations, are particularly vulnerable to water supply disruptions. These disruptions, whether caused by rainfall delays or infrastructure issues, can severely impact a health facility's functionality and patient safety. The project proposes the development of a comprehensive electronic water management system that leverages modern technologies, including sensors and microcontrollers, to monitor water quality, usage, and availability in real time. The system will enhance water efficiency, reduce waste, and ensure a reliable water supply by providing health facilities with actionable insights through an intuitive interface. This solution aims to improve operational sustainability in healthcare settings while contributing to the overall resilience of Uganda's health sector.