In the previous chapters of this book, several types of membrane reactors have been introduced for several applications. This chapter reports a few general models that can be used for membrane reactors. Examples of model results from the literature are also given. Although the list of models is perhaps not complete, most of the membrane reactors reported in this book can be modeled with one of the models proposed in this chapter. Of course, kinetics and membrane flux closure equations are only valid for the examples reported here and should be changed and verified by the users for their specific problem.</p
A mathematical model, based on the dusty-gas model extended with surface diffusion, is presented tha...
The performance of a membrane reactor using two types of membranes has been studied experimentally. ...
Fundamental Modelling of Membrane Systems: Membrane and Process Performance summarizes the state-of-...
In the previous chapters of this book, several types of membrane reactors have been introduced for s...
A model library for spatially distributed membrane reactor models is presented. The structure of the...
The potential of using various types and configurations of membranes in reactors attracts already a ...
This chapter deals with the modeling approach toward membrane reactors, making a short overview on t...
Membrane reactors have been proposed for many different applications, in particular for hydrogen pro...
The integration of porous and dense membranes in chemical reactors provides various attractive possi...
A membrane reactor is a device for simultaneously performing a reaction and a membrane-based separat...
A membrane reactor is a device for simultaneously performing a reaction and a membrane-based separat...
Ceramic Membrane Reactors offer an opportunity towards the transition to renewable energies and defo...
The aim of this chapter is the study of membrane reactors with polymeric membranes, particularly cat...
Packed bed membrane reactors are the easiest configuration studied in laboratory settings for the pr...
A mathematical model, based on the dusty-gas model extended with surface diffusion, is presented tha...
The performance of a membrane reactor using two types of membranes has been studied experimentally. ...
Fundamental Modelling of Membrane Systems: Membrane and Process Performance summarizes the state-of-...
In the previous chapters of this book, several types of membrane reactors have been introduced for s...
A model library for spatially distributed membrane reactor models is presented. The structure of the...
The potential of using various types and configurations of membranes in reactors attracts already a ...
This chapter deals with the modeling approach toward membrane reactors, making a short overview on t...
Membrane reactors have been proposed for many different applications, in particular for hydrogen pro...
The integration of porous and dense membranes in chemical reactors provides various attractive possi...
A membrane reactor is a device for simultaneously performing a reaction and a membrane-based separat...
A membrane reactor is a device for simultaneously performing a reaction and a membrane-based separat...
Ceramic Membrane Reactors offer an opportunity towards the transition to renewable energies and defo...
The aim of this chapter is the study of membrane reactors with polymeric membranes, particularly cat...
Packed bed membrane reactors are the easiest configuration studied in laboratory settings for the pr...
A mathematical model, based on the dusty-gas model extended with surface diffusion, is presented tha...
The performance of a membrane reactor using two types of membranes has been studied experimentally. ...
Fundamental Modelling of Membrane Systems: Membrane and Process Performance summarizes the state-of-...