Amine‐containing facilitated transport membranes (AFTMs) are emerging membranes and have great potential for CO₂ capture. AFTMs are particularly suitable for humid flue gases, as water vapor enhances the facilitated transportation of CO₂. However, there is a lack of mathematical models available to evaluate the impact of water vapor on CO₂ separation performance for large‐scale membrane modules. Therefore, developing a mathematical model considering the water vapor effects is of great importance to guide the large‐scale applications of AFTMs for CO₂ capture.

中文翻译：

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水蒸气对含胺的便利运输膜（AFTM）模块的CO2分离的影响：使用串联罐法的数学建模

含胺的促进转运膜（AFTM）是新兴的膜，具有捕获CO _2的巨大潜力。AFTM特别适用于潮湿的烟道气，因为水蒸气增强了CO ₂的便利运输。但是，缺乏用于评估水蒸气对大型膜组件的CO ₂分离性能影响的数学模型。因此，开发一种考虑水蒸气效应的数学模型对于指导AFTM在CO ₂捕集的大规模应用中具有重要意义。