Modeling CO2 Removal with Hollow-Fiber Modules in COMSOL®
Länge: 58:51
Watch this archived webinar to learn about modeling carbon dioxide removal via hollow-fiber modules in the COMSOL Multiphysics® software. Guest speaker Grigorios Panagakos from the Chemical Engineering Department at Carnegie Mellon University discusses defining the complex transport phenomena in a mathematical model and validating the simulation results for the velocity and concentration profiles with experimental data. In addition, he shows how you can use COMSOL Multiphysics® to optimize a hollow-fiber module's geometry and operating conditions.
Tip: Browse for upcoming live webinars here.
Kapitelauswahl
Introduction (0:00)
Agenda (2:18)
Why Hollow Fiber-Motivation (3:06)
Technology Problems to Address (3:43)
Questions We Want to Answer (4:03)
Stages of Model Development (4:26)
Model Assumptions (4:55)
Porous Support Properties (5:49)
Physics (6:42)
Mixture Viscosities (6:56)
Boundary Conditions (7:28)
Operating Conditions (8:07)
Mesh (8:27)
HFM Optimization (8:57)
Hollow Fiber Module 3D Model-Geometrical Implementation (10:07)
Hexagonal Pattern of Fibers With Varying Spacing (10:32)
Live Demo (10:57)
Results (40:44)
How Multiphysics Simulation Can Boost Process Design (42:00)
COMSOL Multiphysics® (48:20)
COMSOL Server™ (48:55)
App Deployment (49:30)
Q&A (50:15)