15th Triennial World Congress of the International Federation of Automatic Control
  Barcelona, 21–26 July 2002 
REAL-TIME MODELLING AND SIMULATION APPLIED TO THE TREATMENT OF ELECTROPLATING WASTEWATER
Cécile NARCE, Konrad SZAFNICKI, Jacques BOURGOIS
Ecole nationale supérieure des mines de St-Etienne
158, cours Fauriel
F-42023 SAINT-ETIENNE Cedex 2 (France)
e-mail: narce@emse.fr
Phone: +33 4.77.42.02.20 Fax: +33 4.77.42.66.33

Eco-industrial processes require high reliability control methodologies, so as to achieve the best compromise possible between the process’ efficiency, safety and economy. Industries often focus on the two first objectives mainly, since they are unwilling to “experiment” not yet validated and/or complex control methodologies if safety and/or efficiency of the process may be jeopardized. This work focuses on an industrial wastewater treatment process, including a cyanides oxidation stage and a neutralization stage, applied to the surface treatment effluents. The project involved the development of a model that enables to simulate various pH-control strategies of in the CSTRs.
Keywords: Environmental engineering, Water pollution, Industrial control, Modelling, Simulation, Diagnosis
Session slot T-Mo-M13: Modelling and Control of Waste Water Treatment Plant/Area code 4d : Modelling and Control of Environmental Systems