Detailed AOP's Modeling using Computational Fluid Dynamics. In: Webinar - Advanced Oxidation of Water and Wastewater, From Fundamentals to Advanced Modelling and Process Control

DESCRIPTION
•Advanced tools are available to support AOP design
•When multiple design objectives are to be met, process dynamics must be taken into account and appropriately controlled;
•Risk-based methodologies are being developed in order to move from a deterministic to a probabilistic integrated AOPs design framework
The duration of this webinar is 60 minutes.
LEARNING OBJECTIVES
The participants will learn about:
•Main modelling methodologies for AOP design, optimization and scale-up
•Established integrated modelling frameworks for designing and optimizing AOPs for multiple treatment objectives
•Emerging modelling methodologies to assess AOPs under water quality variability and uncertainty
Welcome note by Ulf Jeppsson and Christine Polo
Topic 1: Advantages and Disadvantages of Advanced Oxidation and Reduction Processes (Speaker: John Crittenden – Georgia Tech )
Topic 2: Detailed AOPs Modeling using Computational Fluid Dynamics (Speaker: Bas Wols – KWR Watercycle Research Institute)
Topic 3: Towards a Generalized Approach for Designing and Optimizing AOP Photoreactors (Speaker: Domenico Santoro – Western University)
Q&A session (Moderators: Laith Furatian and Christine Polo)

(Abstract: Advanced Oxidation of Water and Wastewater, From Fundamentals to Advanced Modelling and Process Control – IWA Webinar 14 November 2019)