Water treatment technology serves as the critical defense mechanism for public health and environmental sustainability in an era of accelerating climate change, urbanization, and industrial growth. This module provides an in-depth exploration of the scientific principles, engineering designs, and operational frameworks used to transform raw, contaminated water into a safe, reliable resource for municipal and industrial use. Students will trace the journey of water through the entire treatment train, analyzing the physical, chemical, and biological mechanisms that govern clean water production. The module challenges participants to evaluate both conventional processing methods and cutting-edge innovations shaping the future of global water utilities. Learners and technicians will collaborate on diagnostic case studies, learning to analyze structural failures, calibrate specialized dosing pumps, and optimize treatment trains under varying environmental conditions. This dual-focus approach creates a shared technical language between designers and operators, directly preparing both cohorts to meet strict environmental compliance standards and ensure community water security.
- Teacher: MUNYEGAJU Jacques