About the Course
The “Potable Water Distribution Network Design” course is an exceptional opportunity to develop technical skills in the field of water management and distribution. This course focuses exclusively on the theoretical foundations, making it ideal for engineers and technicians seeking a structured and methodological approach to learning water network design. The content is meticulously aligned with modern labor market requirements, providing participants with the essential knowledge to understand effective planning and design principles for water infrastructure.
Course Objectives
- Comprehend the fundamental principles of potable water distribution network design.
- Analyze the technical and engineering requirements specific to water utility systems.
- Apply international standards in the selection of network materials and piping.
- Utilize appropriate methodologies to determine hydraulic loads and demands.
- Study the factors affecting network efficiency and strategies for reducing water loss (NRW).
- Prepare preliminary distribution maps using simplified engineering tools.
- Evaluate the environmental and economic aspects associated with water distribution projects.
Course Syllabus
Day 1: Introduction to Water Network Design
- Core concepts of potable water distribution systems.
- The importance of sound design in ensuring service continuity and reliability.
- Key stages in planning a water network project.
- Fundamental infrastructure elements and components of water systems.
Day 2: Hydraulic Analysis of Networks
- Basics of hydraulic analysis within the context of water distribution design.
- Calculating flow rates and head losses (pressure drops).
- Determining optimal pipe diameters for system efficiency.
- The impact of topography and elevation on network performance.
Day 3: Designing Main and Branch Networks
- Designing primary trunk lines according to consumption requirements.
- Methods for partitioning networks into sub-distribution zones (DMAs).
- Strategic placement of valves, air release units, and washout points.
- The concept of modular design in modern water networks.
Day 4: Materials and Equipment in Water Systems
- Classification of piping materials (Ductile Iron, HDPE, PVC, etc.) and their engineering properties.
- Selecting materials suitable for the local environment and operational pressures.
- Auxiliary system components: Valves, pumps, and metering devices.
- Material lifespan, durability, and corrosion rate analysis.
Day 5: Economic and Environmental Efficiency
- Economic feasibility analysis for water distribution projects.
- The environmental and financial impacts of water leakage.
- Principles of sustainable design in potable water systems.
- Risk assessment and mitigation strategies in network projects.
