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Advanced Combustion Control: from algorithms to open sofware solution

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Abstract:
The objective of Advanced Combustion Control project was to develop a next-generation combustion controller for pulverized-coal fired boilers. While the standard air-fuel interlock provides acceptable steady-state performance, the solution based on classical PID controllers may not be fully satisfactory during the transients, e.g. for boilers operating in cycling regimes, particularly if low-NOx burning with reduced excess air is used. The ACC controller is based on predictive control technology that is an industry standard in chemical and hydrocarbon processing industries The implementation of the model-based predictive control within ACC is focused on power and heat generation applications (e.g. taking into account relatively fast dynamics of boilers and rate limits imposed by the plant life-time considerations). A typical application of the ACC controller is pressure control with simultaneous combustion(air/fuel ratio) optimization where the use of predictive control technology enables tight dynamical coordination of selected controlled variables. The talk will cover: - extensions of the basic model-based predictive control algorithm based on power/heat generation industry requirements - cautious optimization strategy for combustion optimization - implementation of the ACC controller (communication infrastructure, component based design using OPC, COM/DCOM standards) - operation experience, performance evaluation - demo

Type of Seminar:
Public Seminar
Speaker:
Dr. Vladimir Havlena
Honeywell, Prag, Czech Rep.
Date/Time:
Jun 09, 2000   14:00
Location:

ETH-Zentrum, Physikstr. 3, ETL K 25, 8006 Zuerich
Contact Person:

Dr. F. Kraus
No downloadable files available.
Biographical Sketch:
Dr. Vladimir Havlena is a senior principle research scientist of the Honeywell Technology Center Europe, Prague, where he is responsible for the "Model-Based Control and Optimization Group". He is also an associate professor at the Department of Control, Faculty of Electrical Engineering of the Czech Technical University. Dr. Havlena has been working in the areas of control, estimation and filtering for over 15 years. His research was supported by several grants of the GACR and EC. Currently his major interest is control and optimization of distributed power resources. He is author or co-author of about 50 scientific publications and member of the IFAC technical committee Control of Power and Power Systems. The ACC controller received "Honeywell European Technical Achievment Award" in 1999.