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Study on CO2 Absorption Enhancement by Adding Active Carbon Particles into MEA Solution

机译:将活性炭颗粒加入MEA溶液中的CO2吸收增强研究

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The chemical absorption of CO2 is generally recognized as the most efficient post-combustion technology of CO2 separation at present.A study on CO2 absorption enhancement by adding small particles of active carbon into MEA solution is investigated within a self-designed glass stirring tank.Experiments of different paricle loadings and different particle sizes have been conducted.When active carbon particle concentration is fewer,compared to the absorption rate of CO2 gas absorbed by MEA aqueous solution, the role of active carbon adsorption CO2 gas is negligible. The enhancement efficiency of CO2 absorption could be improved by 10 percent to the upmost in this liquidparticle system.
机译:CO2的化学吸收通常认为,目前CO 2分离的最有效的燃烧燃烧技术。在自行设计的玻璃搅拌罐中,研究了通过将小颗粒加入MEA溶液中的CO 2吸收增强的研究。实验在不同的单块载体和不同的粒度上进行了不同的影响。当活性炭颗粒浓度较少时,与MEA水溶液吸收的CO 2气体的吸收率相比,活性炭吸附CO2气体的作用可忽略不计。 CO 2吸收的增强效率可以提高10%,以至于该液滴系统中最低的10%。

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