Both reactive and non-reactive sites are considered.
This work presents a new synthesis and design methodology for reactive distillation columns featuring both reactive and non-reactive sections.
This study reports the application of Cuckoo Search and its modified version for phase equilibrium and stability calculations in both reactive and non-reactive systems.
This work presents a new synthesis and design methodology for hybrid reactive distillation columns, featuring both reactive and non-reactive sections; reactive equilibrium is assumed.
Numerical boundary conditions at slip walls are described, and numerical results are presented for both reactive and non-reactive flows that demonstrate the use and accuracy of the numerical approach.
In this work, we examine the potential of a hybrid reactive distillation column, with both reactive and non-reactive sections, through an example of a single reactant complex reaction scheme (e.g. van de Vusse reaction) in which reactant is intermediate boiling.
Our results indicate that the classical particle swarm optimization with constant cognitive and social parameters is a reliable method and offers the best performance for global minimization of the tangent plane distance function and the Gibbs energy function in both reactive and non-reactive systems.
For participants who underwent testing more than once in a single calendar year and had both reactive and non-reactive results, we classified their results as reactive.
To the best of our knowledge, the performance of PSO in phase stability and equilibrium calculations for both multicomponent reactive and non-reactive mixtures has not yet been reported.
Thus we assume that individual molecules undergo both reactive collisions and non-reactive ones, and the latter is more frequent than the former, mixing the molecules thoroughly [ 11].
It is likely that both cross-reactive and non-cross-reactive antibodies co-exist.
