Learning Objectives

After completing this module, participants will be able to:

understand the fundamental principles of drinking water transportation within distribution systems and their role in overall water supply infrastructure
distinguish between gravity-fed systems and pumped distribution systems, including their advantages, limitations, and appropriate use cases
select suitable pipe materials based on hydraulic performance, durability, water quality requirements, and local environmental conditions
design and evaluate pressure zones, including the determination of optimal operating pressures for safe and efficient water distribution
develop and interpret distribution network layouts that meet both hydraulic efficiency and hygienic safety requirements
define appropriate pipe burial depths to ensure structural protection, thermal stability, and protection of water quality against external temperature influences
identify different types of water losses (physical and operational) and implement effective strategies for leakage detection and reduction
recognize and avoid common planning, design, and operational mistakes that can compromise system performance and reliability
improve system resilience and supply security through redundant network structures and alternative flow pathways
apply principles of economical, energy-efficient, and sustainable water distribution in both planning and long-term system operation
evaluate the interaction between hydraulic design, infrastructure planning, and operational management to ensure stable long-term drinking water supply performance