Enabling Integrated Synthesis, Design and Operations Through Simulations

Chair(s):
Xu, T., DuPont
Co-chair(s):
Roy, S., FMC

Industrial practical modeling and optimization tools, methods, and applications that improves product/process design and operations, enabling process intensification and plant optimizations are invited to submit papers. The examples or stories can include first principle modeling, equation based modeling, data modeling, stochastic modeling, molecular modeling, population balance modeling, computational fluid dynamic modeling, multi-scale modeling and practical optimization techniques.

Papers:
8:00 AM
(235a) Application of a Digital Twin of an Air Separation Unit with Argon Production
8:15 AM
(235b) Optimization of a 3-D Isothermal Laminar Flow Model of a Monolith Reactor Featuring First Order Reactions
8:30 AM
(235c) Novel Modular Design and Optimization Framework for Intensified Membrane Reactor Systems
8:45 AM
(235d) A CFD-Based Process Design and Operation Analysis of Multi-Tube Membrane Reactor for Hydrogen Production
9:00 AM
(235e) Pharmapy: A Process Synthesis Framework for Hybrid Pharmaceutical Manufacturing Systems
9:15 AM
(235f) A Surrogate Optimization Algorithm for Red Wine Reactor Simulation-Based Design
9:30 AM
(235g) Impacts of Modeling Error on Optimization-Based Materials Design
9:45 AM
(235h) Prediction of Ldpe Molecular Weight Distribution in CSTR Reactor Via Computationally Effective Kinetic Monte Carlo
Topics: 
Computing and Systems Engineering

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AIChE Members $150.00
AIChE Emeritus Members $105.00
AIChE Graduate Student Members Free
AIChE Undergraduate Student Members Free
Non-Members $225.00