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Amino acids/NH₃ mixtures for CO₂ capture: effect of neutralization methods on CO₂ mass transfer and NH₃ vapour loss

机译:用于捕获CO 2的氨基酸/ NH 3混合物:中和方法对CO 2传质和NH 3蒸气损失的影响

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摘要

Amino acid salts are effective promoters to improve CO₂ absorption in NH₃-based solutions, but at the expense of an increase in NH₃ vapour loss. To address this issue, we proposed the neutralisation of amino acids using NH₃ instead of KOH and investigated the effect of neutralisation methods on NH3 vapour loss and mass transfer coefficient of CO₂ in amino acids/NH₃ mixtures at 15°C. It has been found that NH₃ neutralized amino acids solutions can enhance KG of CO₂ in the NH₃ solution and suppress NH₃ loss at the same time. Among three amino acids investigated, taurine is most suitable for the NH₃ neutralisation. We developed the chemical equilibrium model for amino acid-NH₃-CO₂-H₂O and used the model to predict the species profiles in the mixture and explain the experimental results.
机译:氨基酸盐是改善基于NH 3的溶液中CO 2吸收的有效促进剂,但以增加NH 4蒸气损失为代价。为了解决这个问题,我们提出了用NH 3代替KOH中和氨基酸的方法,并研究了中和方法对15℃下氨基酸/ NH 3混合物中NH 3蒸气损失和CO 2传质系数的影响。已经发现,NH 4中和的氨基酸溶液可以增强NH 4溶液中的KG的CO 2并同时抑制NH 3的损失。在研究的三个氨基酸中,牛磺酸最适合NH 4中和。我们建立了氨基酸-NH 3 -CO 2 -H 2 O的化学平衡模型,并用该模型预测混合物中的物质形态并解释了实验结果。

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