Sentence examples for membrane reactor performance from inspiring English sources
The model developed can be used in predicting membrane reactor performance under industrial process conditions.
Some operating parameters controlling the membrane reactor performance have been explored and compared with the behaviour of conventional reactors.
Differences were seen in the catalytic membrane reactor performance only when the active phase was heavily charged along the membrane cross-section.
A special emphasis is paid to major considerations in term of application-oriented ceramic membrane design, optimization of ceramic membrane reactor performance and membrane fouling mechanism.
The membrane reactor performance has been studied as a function of the feed and sweep flow rates and of the sweep (co- or counter-current sweep modes).
Microporous silica membranes are first introduced alongside a discussion of relevant gas transport mechanisms, membrane performance parameters, membrane reactor designs and membrane reactor performance metrics.
The comparisons of the membrane reactor performances for nitrogen and steam as sweep gases at optimal conditions illustrate that the use of steam as a sweep gas can produce more hydrogen at higher recovery yield, or produce more hydrogen using less sweep gas or membrane area.
The research goal is searching for a way to increase membrane efficiency by facilitating hydrogen transport across the catalyst bed (suppressing concentration polarization phenomena) that greatly deteriorates fixed-bed membrane reactor (MR) performance.
At this optimum catalytic layer thickness, the performance of a catalytic membrane reactor exceeds the performance of an inert membrane reactor due to the close integration of reaction and separation.
The catalytic membrane reactor shows good performance for the removal of formaldehyde at low temperature.
Experimental results showed that fast ozone mass transfer rate is responsible for membrane reactor's superb performance compared with a semibatch reactor.
