Sentence examples for membrane reactor conversion from inspiring English sources

Increasing temperature had a positive effect on membrane reactor conversion.

Membrane reactor conversion rose monotonically with axial distance exceeding the equilibrium conversion by as much as eight times under some conditions.

The simulation results of the model have been validated with experimentally observed pervaporation membrane reactor conversions.

When the Pt-included microporous silica membrane was used in the methanol reforming membrane reactor, methanol conversion at 200 °C (methanol/water feed flow rate = 0.004 ml/min) was improved from 73.2% to 93.2% in comparison with the case of a conventional reactor, and CO in the produced gas mixture was efficiently rejected through the Pt-included silica composite membrane.

At 70 °C the membrane reactor reached a conversion of 70%, higher than the equilibrium value (66%).

Although the membrane reactor showed lower methane conversion at the same reaction conditions, it gave higher C2 selectivity and C2 yield at similar methane conversions.

Thus, the Au/Bi4Cu0.2V1.8O11−δ/Au/MoVTeNbO membrane reactor achieved a higher conversion of propane (42%) and selectivity to acrylic acid (79.6%) at 380 °C with a 0.6 A current.

Maleic anhydride yield was generally higher in the membrane reactor due to higher butane conversion.

The Pd membrane showed the best behavior in the membrane reactor with the highest methane conversion, H2/CH4 selectivity and permeation flux.

As a result of WGS reaction within the novel membrane reactor at 380 °C, the CO conversion was 2 times higher than that of no hydrogen separation.

Based on the reaction mechanism, the author had given a permeation-reforming tubular membrane reactor configuration for the COG conversion to hydrogen.