High oxygen permeability and structural stability are required in the presence of high concentrations of CO2 for application of oxygen transport membrane in the oxy-fuel combustion process. MIEC membranes based on alkaline earth metal such as Ba0.5Sr0.5Co0.8Fe0.2O3-δ have low CO2 stability. Carbonates were formed over the surface of membranes including alkaline earth metal in the presence of CO2 and oxygen permeation fluxes are deteriorated. In this work, dense dual-phase hollow fiber membranes were prepared by a phase inversion spinning and sintering process. The oxygen permeation fluxes of dual-phase hollow fiber membrane were evaluated at various temperatures.

• 박세형(동국대학교, Dongguk University) | Se Hyung Park
• 임수민(동국대학교, Dongguk University) | Soo Min Lim
• 신민창(동국대학교, Dongguk University) | Min Chang Shin
• 에도아르도(동국대학교, Dongguk University) | Edoardo Magnone
• 박정훈(동국대학교, Dongguk University) | Jung Hoon Park