Microchanneled ceramic membranes for oxygen separation from air
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This thesis describes a novel microchanneled membrane that was fabricated using a mesh-templating phase inversion process. The microchanneled membrane showed remarkable oxygen flux, good mechanical strength and thermal compatibility. Control of the fabrication parameters and the formation mechanism are discussed. Further improvement in the oxygen flux was achieved by changing materials and coating catalysts. Finally, the different mechanisms of oxygen permeation in microchanneled membranes were studied regarding gas diffusion, and contributions from the microchannel walls.
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Shao, Xin; Dong, Dehua; Parkinson, Alan; Li, Chun-Zhu (2014)Microchanneled membranes have demonstrated high oxygen permeation fluxes owing to the shortened oxygen permeation distance and the enlarged membrane surface area. In this study, further improvement of the oxygen permeation ...
Shao, X.; Dong, Dehua; Parkinson, G.; Li, C. (2017)© 2017 Elsevier B.V. A novel dendritic microchanneled membrane has been prepared using a mesh-guided phase inversion process. A mesh-guided phase inversion mechanism is proposed to explain the formation mechanism of the ...
Shao, Xin; Dong, Dehua; Parkinson, Gordon; Li, Chun-Zhu (2014)Microchanneled ceramic membranes have been prepared by a templated phase-inversion process, and the effects of coagulant and slurry properties on the microchannel structure were investigated in order to control membrane ...