Day 1:
Fundamentals of Water Distribution Systems
Overview of water distribution networks and their components.
Principles of fluid mechanics and hydraulic modeling.
Introduction to water demand estimation and forecasting techniques.
Case study: Lessons learned from historical failures in water systems.
Day 2:
Design Methodologies and Tools
Step-by-step guide to designing water distribution networks.
Hands-on training with EPANET for hydraulic simulations.
Role of GIS in mapping and analyzing water infrastructure.
Workshop: Developing a preliminary network layout for a hypothetical city.
Day 3:
Operational Challenges and Solutions
Common issues in water distribution: Leaks, bursts, and contamination risks.
Techniques for leak detection and repair prioritization.
Strategies for maintaining optimal pressure levels across networks.
Group activity: Troubleshooting a simulated network failure scenario.
Day 4:
Regulatory Compliance and Sustainability
Review of international standards for water quality and safety.
Best practices for integrating renewable energy sources into pumping stations.
Frameworks for conducting environmental impact assessments.
Panel discussion: Balancing regulatory mandates with budget constraints.
Day 5:
Resilience and Innovation
Risk assessment models for enhancing network resilience.
Emerging technologies in smart water management.
Adapting to climate change: Flood mitigation and drought preparedness.
Final project presentation: Proposing a comprehensive water distribution plan.
