Training on Water Distribution System Modeling with Bentley WaterGEMS

This intensive 10-day program provides advanced training in hydraulic modeling using Bentley WaterGEMS, a crucial skill for efficient water distribution system management. You'll gain practical, hands-on experience in modeling, analyzing, and optimizing water networks through real-world applications and interactive exercises. This training on water distribution system modeling with Bentley WaterGEMS program equips you with the skills to tackle complex challenges in water resource management, improving system efficiency, reducing costs, and enhancing decision-making within water utilities and consulting firms.

Key Features:

• Advanced Modeling Techniques: Master advanced WaterGEMS features and techniques.
• Real-World Case Studies: Apply your skills to realistic scenarios and challenges.
• Expert Instruction: Learn from experienced professionals in hydraulic engineering.
• Interactive Learning: Engage in dynamic sessions with exercises, discussions, and group projects.
• Practical Skills Development: Gain the confidence to model and optimize complex water networks.

Target Audience:

This training on water distribution system modeling with Bentley WaterGEMS is designed for professionals in various roles:

• Civil Engineers specializing in water resources.
• Municipal Water Utility Managers & Operators.
• Consulting Engineers involved in water infrastructure projects.
• Researchers & Academics in hydraulic engineering.
• Professionals seeking advanced skills in hydraulic modeling and simulation.

Course Objectives: 

Upon successful completion, you will be able to:

• Understand Hydraulic Modeling Principles: Grasp the fundamental principles of hydraulic modeling in water distribution systems.
• Master WaterGEMS Software: Become proficient in using WaterGEMS for modeling, analysis, and optimization.
• Apply Advanced Modeling Techniques: Utilize advanced techniques such as scenario management, calibration, and optimization.
• Interpret & Analyze Results: Accurately interpret simulation results and draw informed conclusions.
• Solve Real-World Problems: Apply WaterGEMS to solve complex real-world water distribution challenges.

Course Content:

Module 1: Introduction to WaterGEMS

• Overview of Hydraulic Modeling Principles
• WaterGEMS Interface and Key Features
• Setting Up a New Project
• Importing CAD and GIS Data
• Understanding Model Components (pipes, pumps, tanks, reservoirs, demands)

Module 2: Building a Hydraulic Model

• Defining Network Components
• Assigning Properties (diameter, roughness, demand patterns, pump curves)
• Creating and Editing Hydraulic Elements
• Checking Model Connectivity and Data Validation
• Using Templates for Efficient Model Setup

Module 3: Hydraulic Analysis Basics

• Running Steady-State and Extended Period Simulations
• Analyzing Pressure and Flow Characteristics
• Assessing Hydraulic Performance Metrics (pressure, flow, velocity, headloss)
• Interpreting Simulation Results
• Conducting Sensitivity Analysis

Module 4: Advanced Modeling Techniques

• Implementing Demand-Driven Modeling
• Modeling Complex Pipe Networks (loops, branches)
• Applying Boundary Conditions and Constraints
• Modeling Pressure-Dependent Demands
• Handling Transient Flow Analysis

Module 5: Scenario Management

• Creating and Managing Multiple Scenarios
• Comparing Simulation Results Across Scenarios
• Optimizing Network Designs and Operations
• Evaluating System Resilience and Reliability
• Integrating Risk Assessment into Scenario Planning

Module 6: Model Calibration & Validation

• Calibrating Model Parameters to Field Data
• Using Optimization Tools for Calibration
• Validating Model Accuracy and Reliability
• Adjusting Model Assumptions and Parameters
• Documenting Calibration Procedures

Module 7: Network Optimization

• Identifying Performance Bottlenecks
• Implementing Optimization Strategies (pump scheduling, pipe sizing)
• Improving Energy Efficiency
• Reducing Water Loss and Leakage
• Integrating GIS for Spatial Analysis

Module 8: Water Quality Modeling

• Incorporating Water Quality Parameters
• Tracking Contaminants and Pollutants
• Assessing Water Age and Mixing Characteristics
• Simulating Water Treatment Processes
• Mitigating Water Quality Risks

Module 9: GIS Integration & Data Management

• Integrating GIS Data with WaterGEMS
• Using GIS for Spatial Analysis and Visualization
• Managing and Updating GIS Data Layers
• Leveraging Spatial Queries and Overlays
• Ensuring Data Consistency and Accuracy

Module 10: Case Studies & Practical Applications

• Analyzing Case Studies of Real-World Applications
• Solving Complex Hydraulic Problems
• Presenting Findings and Recommendations
• Discussing Best Practices and Lessons Learned
• Q&A and Final Assessment

Certification: 

Upon successful completion, you will receive a valuable Uphilos certificate, demonstrating your enhanced expertise in water distribution system modeling using Bentley WaterGEMS. This certification will showcase your advanced skills and commitment to professional development