Agenda
Hosted by
Department of Chemical Engineering
The University of Texas, Austin, Texas 78712
February 4 - 5, 2008
ACES Building – Room 2.402
ACES Building – Room 6.304
Monday, February 4th
8:30 a.m. | Coffee and Donuts | |
9:00 | Introduction/Agenda Overview | T. Edgar, UT |
9:10 | PI Overviews | |
10:10 | Application of Statistical & First Principle Modeling to Chemical Plants | Y. Zhang (UT) |
10:40 | Break | |
10:50 | A New State Estimation Method for High-Mix Semiconductor Manufacturing Processes | A. Prabhu (UT) |
11:20 | Dynamic Sampling for Semiconductor Manufacturing | H. Lee (UT) |
11:50 | Lunch (O’s dining room ACES 2.222) | |
1:00 | Automated Tuning Method for Optimal MPC Control Performance with Process Model Mismatch | D. Thiele (UT) |
1:30 | Economic Optimization with Model Predictive Control | R. Amrit (UW) |
2:00 | Disruption Resilient Scheduling by WIP Control | Y. Cai (UT) |
2:30 | Break | |
2:50 | A New Look at Fault Contribution Analysis for Process Monitoring |
C. Alcala (USC) |
3.20 | Optimization of Oil Production Using a Capacitance Model | D. Weber (UT) |
3:50 | An Engineering Virtual Organization for Zero-Incident Zero-Emission Smart Manufacturing National Agenda | T. Edgar (UT) |
4:20 | Poster Session | |
5:30 | Adjourn | |
6:30 | Dinner – County Line - 5204 FM 2222 (346-3664) |
Poster Session
Student |
Poster Title |
S. Abrol | Use of ISAT in Simulation and Optimization |
C. Alcala | A New Look at Fault Contribution Analysis for Process Monitoring |
R. Amrit | Economic Optimization with Model Predictive Control |
B. Bregenzer | Control Friendly Scheduling Algorithms for Semiconductor Production |
Y. Cai | Disruption Resilient Scheduling by WIP Control |
I. Castillo | Fault Detection |
H. Lee | Dynamic Sampling for Semiconductor Manufacturing |
A. Prabhu | Nonlinear System Identification from Process Data |
Q. Shen | Structural Determination in Subspace System Identification |
D. Thiele | Automated Tuning Method for Optimal MPC Control Performance with |
D. Weber | Optimization of Oil Production Using a Capacitance Model |
Y. Zhang | Application of Statistical & First Principle Modeling to Chemical Plants |
S. Ziaii | Optimization and Control of CO2 Removal from Flue Gases |
Tuesday, February 5th
8:00 a.m. | Meeting with PI’s and Sponsors – Continental Breakfast | |
9:00 | Unreachable Setpoints | J. Rawlings (UW) |
9:45 | Break | |
10:00 | Nonlinear Modeling and Control | Tyler Soderstrom (Exxon-Mobil) |
11:00 | Use of ISAT in Simulation and Optimization | S. Abrol (UT) |
11:25 | Optimization and Control of CO2 Removal from Flue Gases | S. Ziaii (UT) |
11:50 | Adjourn |