At the same methane conversion the membrane reactor gave 10% higher C2 yield and 30% higher C2 selectivity than the co-feed reactor.
At the same methane conversion, the membrane reactor gave about 3% higher C2 yield and selectivity than the co-feed reactor.
and delineates regions of parameter space where the membrane reactor gives improved yield with no higher maximum temperature.
Photocatalytic membrane reactors have been recently considered as promising reactor types for photodegradation of organic compounds.
In this particular case, the membrane flow reactor gave a 280-fold improvement in enzyme utilization compared to 0.2 mL of the homogeneous solution protocol with 20 μg of Loki for a total of 2.4 × 10 8 mol UDP-Glc.
Finally, brief concluding remarks on porous ceramic membrane reactors are given and possible future research interests are also outlined.
Comprehensive overviews of the available literature data for glucose removal by membranes and for cellulose enzyme stability in membrane reactors are given.
A survey of recently published research work on solid electrolyte (SE) membrane reactors is given, with focus on high-temperature oxygen ion conductors, high-temperature proton conductors and low-temperature proton conductors.
Five milk cooperatives had positive brucellosis reactors, giving an overall herd prevalence of 35%.
This combination gives plants set-up named Photocatalytic Membrane Reactors (PMRs).
