An annular reactor packed with matrices in which the catalysts/enzyme/microorganisms are immobilized, has been simulated and the results indicate that the overall resistance and hence the conversion depend upon the Thiele modulus and another parameter, α. This parameter characterizes the ratios of the diffusion times and the ratios of length scales of the bulk liquid phase and the solid phase in the reactor shell. Analytical solutions can be obtained for linear reactions and a simplified semi-analytic method has been used for obtaining concentration profiles for nonlinear reactions
For partial oxidation systems, where the reaction order in oxygen of the formation rate of the targe...
For partial oxidation systems, where the reaction order in oxygen of the formation rate of the targe...
In this thesis the focus is on the effect of the oxygen distribution on the performance of the PBMR ...
Analytical expressions of the effectiveness factor of a biocatalytic membrane reactor, and its asymp...
Analytical expressions of the effectiveness factor of a biocatalytic membrane reactor, and its asym...
With a packed bed membrane reactor, the product yield can be significantly enhanced for partial oxid...
Nowadays, most reactions in chemical and petrochemical industries are catalytic due to their enhanc...
There has been great interest in membrane reactors over the last decades. The limitation of selectiv...
The steady state, nonlinear diffusion equations which describe reactions in constrained enzyme solut...
A recently developed technique to estimate effectiveness factor in catalytic pellets [J.C. Gottifred...
A feasibility analysis methodology adopted from reactive distillation is applied to membrane reactor...
The steady state, nonlinear diffusion equations which describe reactions in constrained enzyme solut...
A potential field of applying membrane reactors is the enhancement of selectivity and yields in comp...
In this paper, the modeling of the mass transfer process in packed-bed reactors is presented and tak...
The potential of using various types and configurations of membranes in reactors attracts already a ...
For partial oxidation systems, where the reaction order in oxygen of the formation rate of the targe...
For partial oxidation systems, where the reaction order in oxygen of the formation rate of the targe...
In this thesis the focus is on the effect of the oxygen distribution on the performance of the PBMR ...
Analytical expressions of the effectiveness factor of a biocatalytic membrane reactor, and its asymp...
Analytical expressions of the effectiveness factor of a biocatalytic membrane reactor, and its asym...
With a packed bed membrane reactor, the product yield can be significantly enhanced for partial oxid...
Nowadays, most reactions in chemical and petrochemical industries are catalytic due to their enhanc...
There has been great interest in membrane reactors over the last decades. The limitation of selectiv...
The steady state, nonlinear diffusion equations which describe reactions in constrained enzyme solut...
A recently developed technique to estimate effectiveness factor in catalytic pellets [J.C. Gottifred...
A feasibility analysis methodology adopted from reactive distillation is applied to membrane reactor...
The steady state, nonlinear diffusion equations which describe reactions in constrained enzyme solut...
A potential field of applying membrane reactors is the enhancement of selectivity and yields in comp...
In this paper, the modeling of the mass transfer process in packed-bed reactors is presented and tak...
The potential of using various types and configurations of membranes in reactors attracts already a ...
For partial oxidation systems, where the reaction order in oxygen of the formation rate of the targe...
For partial oxidation systems, where the reaction order in oxygen of the formation rate of the targe...
In this thesis the focus is on the effect of the oxygen distribution on the performance of the PBMR ...