Abstract
An yttria stabilized zirconia (YSZ) membrane reactor system was applied to enhance the direct thermal decomposition of CO 2 at high temperature. The decomposition rate of CO 2 and the permeation rate of oxygen through the membrane were measured and their equations were established. The reaction itself and the reactions involved in the separation process were analyzed by computer simulation. It was found that the YSZ-membrane reactor system may improve the final conversion in CO 2 decomposition. The experimental results were in good agreement with the model predictions presented in this study.
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