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Modeling of H2S solubility in aqueous MDEA solution using electrolyte SRK plus association equation of state

机译:电解质SRK Plus稳定性MDEA溶液中H2S溶解度的建模

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摘要

H2S solubility in MDEA aqueous solution at different solution compositions, temperatures, pressures, and acid gas loadings was correlated using electrolyte SRK-cubic plus association equation of state. A total of 302 experimental data were used in this work. At first pure components parameters were obtained from literatures. Then binary interaction parameters were calculated through binary subsystems investigation. Finally, ternary system modeled using a reactive bubble point pressure calculation method. Considering number of binary interaction parameters that should be optimized, three scenarios were proposed. All of the scenarios present good results with acceptable absolute average deviation percentage (AAD%) but the third one shows better outputs. The AAD% in this scenario is 17.02.
机译:H2S在MDEA水溶液中的溶解度在不同溶液组合物,温度,压力和酸性气体载体中使用电解质SRK立方Plus缔约置的状态相关。 在这项工作中共使用了302个实验数据。 在第一纯组件中,从文献中获得参数。 然后通过二进制子系统调查计算二进制交互参数。 最后,使用反应气泡点压力计算方法建模的三元系统。 考虑应该优化的二进制交互参数的数量,提出了三种情况。 所有方案都具有可接受的绝对平均偏差百分比(AAD%)的良好结果,但第三个则显示出更好的输出。 此方案中的AAD%是17.02。

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