Sentence examples for membrane reactor studies from inspiring English sources

Membrane reactor studies of the ethane dehydrogenation and methane steam reforming reactions are discussed.

Results obtained from membrane reactor studies indicated that the observed initial rate constants for the degradation of 4-NP were almost independent on the amount of TiO2 employed over the range 0.76 4.08 mg/cm2.

Membrane-reactor studies with propylene fed to Cu molybdena YSZ anodes at 723 K showed a high selectivity to acrolein, while Cu ceria YSZ anodes showed only total oxidation products under these conditions, implying that the catalytic properties of the oxides must be important.

To assess techno-economic feasibility of ethane steam reforming in a membrane reactor, parametric studies focusing on a H2 selectivity and economic analysis predicting profitability from cash flow diagrams based on a purified hydrogen in Korea were performed simultaneously providing very useful design and economic guidelines to implement a membrane reactor for ethane steam reforming.

Different methods to integrate reaction and separation in a membrane reactor are studied in the present work, with the aim being to highlight the pros and cons of the different alternatives and the effects of the intervening parameters.

In this work, a hybrid pervaporative membrane reactor is studied for esterification of acetic acid and butanol.

In this simulation exercise a V/MgO catalyst in a differential side-stream catalytic membrane reactor was studied.

The vapor phase dehydration of methanol to dimethyl ether using catalytic membrane reactor was studied for the first time.

The modeling and simulation of enzymatic membrane reactor was studied for lipase-catalyzed hydrolysis of racemic ibuprofen ester in hollow fiber membrane reactor.

In this paper, the effect of varying the distance between a palladium membrane and the steam reforming catalyst in a packed bed catalytic membrane reactor is studied.

In this investigation the interaction between the mass transport in separation membranes and the autothermal steam-reforming in a membrane reactor was studied with a special focus on the consequences for designing smart materials that influence the reactor performance.