The total flow rate was 100 cm3 min−100
The total flow rate of the reactant mixture was 200 cm3 min−1.
The gas mixture was then switched to a 20% H2/He (total flow rate of 100 ml min−1).
Photocatalytic and thermaocatalytic measurements were performed at a 1 1 ratio of CO2 H2 (total flow rate of 10 s.c.c.m.).
Other parameters, such as suspension concentration and total flow rate are less important.
The inlet gas was then switched to a 20% H2/He gas mixture (total flow rate of 100 ml min−1).
For iso-butane dehydrogenation, a reaction atmosphere of 2.5%C3H88, 2.5% H2 balanced in N2 with a total flow rate of 100 cm3 min−1 was used.
A good agreement is found between the total flow rate and the corresponding slip flow value at large rarefaction parameters.
Important variables used in assessing the optimization of the process included agitation speed, solvent rate and total flow rate.
The optimum operational conditions were: agitation speed, 428 rpm; solvent rate, 0.37; total flow rate, 2.0 l h−1.
Results show strong dependence of the diversion performance on permeability contrast, foam quality and total flow rate.
