Process Systems Engineering and CAPE – What Next?(R. Gani, I.E. Grossmann).
Reactive and Hybrid Separations of Chemicals and Bioactive Substances: Modeling and Optimization,
Crystal Engineering for Product and Process Design(M.F. Doherty).
Among the Trends for a Modern Chemical Engineering: CAPE an Efficient Tool for Process Intensification and Product Design and Engineering (J.-C. Charpentier).
Perspectives for Process Systems Engineering - a Personal View from Academia and Industry (K.-Ulrich Klatt, W. Marquardt).
Theme 1. Modelling in CAPE - New Horizons
State-of-the Art in Short-Term, Medium-Term, and Reactive Scheduling for Large-Scale Batch and Continuous Processes (C. Floudas).
Perspectives on Process Systems Engineering R&D in Support of Pharmaceutical Product/Process Development and Manufacturing (G.V. Rex Reklaitis).
Theme 2. Products and Processes Design
Renewable Raw Materials: Chance and Challenge for Computer-Aided Process Engineering (A.C. Dimian).
Management of Innovation and Process System Engineering (J.-M. LeLann, S. Negny).
Theme 3. Optimisation and Optimal Process Control and Operation
Parametric Programming & Control: From Theory to Practice (E.N. Pistikopoulos et al.).
Large-scale Nonlinear Programming: An Integrating Framework for Enterprise-Wide Dynamic Optimization (L.T. Biegler).
Theme 4. Systems Biology and Biological Processes