عمادالدين مصطفى كمال عبدالصمد

The following table contains several simulink modules that I have either developed myself or collected from the web. They are useful to cary out steady and dynamic simulations and test different control algorithms.  Click on the Model name to downlaod the simulink module along with it associated files.

Simulink Module	Snap shot
FCCU   Model source: Amoco corporation   Simulink module developed by Dr. Emad Ali   Further reading: McFarlane, R. C., Reineman, R.C., Bartee, J., Georgakis, C., Dynamic Simulator for a Model IV Fluid Catalytic Cracking Unit, Comp Chem. Eng., 1993, 17, 275
FCCU   Model source: Prof. Wayne Bequette web site   Simulink module developed by Prof. W. Bequette
Tow CSTRs   Model source: Paper below   Simulink module developed by Dr. Emad Ali   Furher reading: Y. Cao, and D. Biss, An Extension of Singular Value Analysis for Assessing Manipulated Variable Constraints, J. Process control, 6, 34, 1996.
CSTRSep   Model source: Papers below   Simulink module developed by: Dr. Emad Ali   Further reading: A. Sagal and S. Pushpavanam, A   Comparison of Control Structure for A nonlinear Reactor Separator Network Sustaining an Autocatalytic Isothermal Reaction, Ind . Eng. Chem. Res. 41, 2005, 2002.   S. Gadewar M.Malone,M. Doherty, AIChE, 48, 800, 2002,   C. Farschman, K. Viswanath, E. Ydstie, Process Systems and /inventory Control, AIChE, 44, 1841, 1998
Digester   Model source: Prof. Wayne Bequette web site   Simulink Module developed by: Prof. W. Bequette
Distillation   Model source: Prof. S Skogestad web site   Simulink Module developed by:  Prof. Skogestad
Dimerization Reactor   Model Source: Dr. K. Alhumaizi   Simulink Module developed by: Dr. Emad Ali   Further reading: Alhumaizi, K. I. Stability Analysis of the Ethylene Dimerization Reactor for the Selective Production of Butene-1, IChemE, 78, 492-498 (2000).   Ali, E. and K. Alhumaizi, Temperature Control of Ethylene to Butene-1 Dimerization Reactor, Ind. Eng. Chem. Res., 39, 1320-1329 (2000) .
Polyethylene Reactor   Model source: Dr. K McAuley's group   Simulink Module developed by: Dr. Emad Ali   Further reading: McAuley, K.B.; McDonald, D.A.; Mclellan, P.J. Effects of Operating Conditions on Stability of Gas-phase Polyethylene Reactors, AIChE J. 1995, 41, 868-879.   Emad Ali, Khalid Al-Humaizi and A. Ajbar, Multivariable Control of a Simulated Industrial Gas-Phase Polyethylene Reactor, Ind. Eng. Chem. Res., 42, 2349-2364, 2003.
Evaporator   Model source: book below   Simulink developed by: Dr. Emad Ali   Newell, R. B. and P. L. Lee, Applied Process Control - A Case Study, Prentice-Hall, Sydney, 1989
Rotary Kiln   Model source: Prof. Wayne Bequette web site   Simulink module developed by: Prof. W. Bequette
MSF   Model source: Dr. Emad Ali   Simulink developed by: Dr. Emad Ali   Further reading: Emad Ali Understanding Industrial MSF Operation I: Stability and Steady State Analysis, Desalination, 143, No. 1, 53-72, 2002
Open Evaporator   Model & Simulink Source: Prof.  Anders Granfors and Prof. Bernt Nilsson   Further reading: Introduction, Model, Process
pH   Model Source: Dr. Emad Ali   Simulink Module developed by: Dr. Emad Ali   Further reading: Emad Ali, pH Control Using PI Control Algorithms with Automatic Tuning Method , IchemE, 79(5A), 611-620, 2001
Tennessee Eastman   Simulink Module source: Prof. L Ricker web site
Tennessee Eastman   Simulink Module source: Prof. B. Joseph group
Tow Effects   Model source: Papers below   Simulink Module developed by: Dr. Emad Ali   Frther reading: P. Daoutidis and A. Kumar Structural Analysis and Output Feedback Control of Nonlinear Multivariable Processes, AIChE, 40, 647, 1994.   R. Newell, and G. Fisher, Model Development, Reduction, and Experiment Evaluation for an Evaporator, Ind. Eng. Chem. Proc. Des. Develop. 11, 213, 1972.
Tow Phase Reactor   Model source: Paper below   Simulink Module developed by: Dr. Emad Ali   Further reading: A. Kumar and P. Daoutidis, Feedback Regularization and Control of Nonlinear Differential-Algebraic-Equation Systems, AIChE, 42, 2175, 1996.
Waste Water Treatment   Model source: Papers below   Simulink Module developed by: Dr. Emad Ali   Further reading: Emad. Ali, Optimal Operation of a Wastewater Treatment unit Using Advanced Control Strategy, Fifth Saudi Engineering Conference, Makkah Almakarramah, vol. 4, 187-197, March 1999.   Andrews, J. F. Dynamic Models and Control Strategies for Wastewater Treatment  Processes, Water Res.,8, 1974, pp. 261-289.   Y. Zhao, and S. Skogestad, Comparison of Various Control Configurations for Continuous bioreactor, Ind. Eng. Chem.  Res., 36, 1997, pp.697-705.
Naptha Cracker, Shell Fractiontor, heat exchanger, Temperature & level, Pressure & Level   Prof. B. Joseph Web site