Pb. Shah et A. Kokossis, DESIGN TARGETS OF SEPARATOR AND REACTOR-SEPARATOR SYSTEMS USING CONCEPTUAL PROGRAMMING, Computers & chemical engineering, 21, 1997, pp. 1013-1018
In the absence of any systematic procedures, heuristics and hierarchic
al decomposition methods have been extensively used for screening and
scoping of process flowsheets. This work introduces a new technology i
n this area in the form of Conceptual Programming. Conceptual Programm
ing combines engineering insights and shortcut design models with math
ematical programming technology. Using only basic information, Concept
ual Programming targets the performance of the chemical process ahead
of simulation and screens for the few promising layouts that need to b
e validated further with rigorous models. The basic idea of Conceptual
Programming is first outlined with a sequencing problem where generic
screening tool has been proposed as a mathematical programming model
set up without the need for simulation, iterations or fine tuning of i
ts parameters. Once constructed, the model is tested against an extens
ive list of examples without additional time or effort required in its
development. The paper also illustrates applications of Conceptual Pr
ogramming with complex separation system and reactor-separator problem
. In all the cases Conceptual Programming outsmarts previous technolog
y available in the form of heuristics, shortcut methods, pure mathemat
ical programming or methods making use of expert systems and inference
rules.