This is an accordion element with a series of buttons that open and close related content panels.
Course Outline
At the completion of this course, participants will be able to:
- Develop and apply wastewater treatment process models.
- Analyze and interpret process data for model calibration.
- Understand key wastewater fractionation concepts and their impact on modeling.
- Conduct mass balance checks to ensure model accuracy.
- Configure and simulate reactor models for different treatment processes.
- Apply calibration techniques to improve model precision.
- Model primary and secondary clarifier performance.
- Optimize aeration basin configurations and airflow strategies.
- Simulate biological nutrient removal processes.
- Evaluate solids processing operations through modeling.
- Perform sensitivity analysis to refine modeling accuracy.
Note that it is recommended for attendees to be familiar with wastewater treatment concepts before taking this course.
Outline
Module 1 – Good Modeling Practice
Module 2 – Data Analysis and Wastewater Fractionation
Module 3 – Data Analysis and Model Setup
Module 4 – Model Setup and Aeration
Module 5 – Biological Nutrient Removal Modeling
Module 6 – Biological Nutrient Removal Modeling (Continued)
Module 7 – Solids Processing
Module 8 – Calibration and Validation
Module 9 – Modeling for Design
Module 10 – Modeling for Operations
The live sessions typically include discussions that center around topics and applications that attendees are interested in. The instructor allows for space to explore attendees' questions, discuss challenges attendees are facing in their work, and consider situations important to you, to make the course very relevant and interesting to attendees.