This work presents a comprehensive insight about simulated moving bed (SMB) technology,
from concept to unit operation and process demonstration. A particular relevance is given to …

The design of temperature swing adsorption (TSA) cycles aimed at recovering the heavy
product at high purity is investigated by model-based design and applied to the capture of …

In this paper, we review applications of dynamic optimization for design, control, and
operation. This paper presents a review of approaches toward the analysis of the interaction …

Simulated moving bed (SMB) processes have been applied to many important separations
in sugar, petrochemical, and pharmaceutical industries. However, systematic optimization of …

We present an analysis of a novel temperature swing adsorption (TSA) process with
condensers capable of treating wet flue gas reaching 90% CO2 recovery and 95% purity (on …

Simulated moving bed (SMB) chromatography is attracting more and more attention since it
is a powerful technique for complex separation tasks. Nowadays, more than 60% of …

Over the past decade, many operating modifications have been proposed for simulated
moving bed (SMB) processes, including three-zone, VARICOL, and PowerFeed …

In this work we present a comparison of different discretization techniques, in the context of
finite volume formulation, for the solution of separation processes involving adsorption …

This paper presents the analytical and numerical investigations of two established models
for simulating liquid chromatographic processes namely the equilibrium dispersive and …

Many decisions must be made when determining design and operation of a
chromatographic process. Such decisions should optimize the performance, including …