Fourth European Symposium on Computer Aided Process Engineering, ESCAPE 4: A Three-day SymposiumF. A. Perris The ESCAPE symposia address the applications of computer aids to all aspects of process engineering. The primary objective is the interchange of information on industrial needs, new technology developments and research opportunities. With industrialists and academia contibuting from all over the world, this set of proceedings provides an overview of current international computer-aided process engineering (CAPE). This book is intended for chemical and process engineers, design engineers and computer-aided specialists. |
Contents
Operations | 1 |
Design for Production | 5 |
A prototype of a reactive scheduler for mixed | 9 |
An efficient industryoriented approach for | 17 |
Computercontrolled pilot plant for producing porous | 25 |
Design of an operator decision support environment | 33 |
Model predictive control for grade transitions of | 41 |
an FCCU case study | 47 |
A procedure for operability analysis | 95 |
Dynamics and control of integrated threeproduct Petlyuk | 111 |
ESDIS A modelbased engineering system for evaluation | 119 |
Excess manipulated variables within controllability analysis | 127 |
Integrated design of waste water neutralisation systems | 135 |
Local thermodynamic models applied in dynamic process | 143 |
Models for crystal size distributions in continuous crystallisers | 151 |
On some control problems in batch process integration | 167 |
Nonlinear observers and nonlinear control for batch | 55 |
Operational policies for the startup of batch reactive | 63 |
Optimal operation of thermally coupled batch processes | 71 |
Optimal scheduling for serial multiproduct batch processes | 79 |
Routing scheduling and product mix optimisation | 87 |
branch and bound | 175 |
Simulation as a tool in process design and management | 183 |
Some comments on the simulation of a kraft pulp process | 191 |
Steadystate and dynamic simulation of food processes | 199 |
Common terms and phrases
algorithm analysis application approach batch batch distillation batch processes bound Branch and Bound calculated Chem Chemical Engineering component composition considered constraints control system cost database defined described developed distillation column disturbances dynamic energy Engng environmental equations equipment estimate evaluation example expert system feed Figure Floudas flowrate flowsheet formulation fuzzy fuzzy set Gantt chart heat exchanger heat exchanger network heat transfer homotopy industry inherent safety initial input interaction interface iteration linear liquid manipulated variables material matrix measured melt flow index method MINLP node nonlinear objective function optimal optimisation output parameters performance phase plant possible pressure problem procedure process design process engineering reaction reactor reboiler recycle reduced reflux ratio scheduling separation sequence set-up Simulated Annealing simulation solution solved specific stage step storage stream structure synthesis Table techniques temperature tion update utility consumption values vapor