Dispersing amino acid ionic liquids (AAILs) in porous supports is an effective method to overcome the viscous and corrosive issues of AAILs. Herein, a facilely synthesized mesoporous polymer—polydivinylbenzene (PDVB) was proposed as the support of AAILs for CO₂ capture. A simple AAIL—tetraethylammonium glycinate ([N₂₂₂₂][Gly]) was synthesized and then dispersed in PDVB by physical impregnation. The prepared [N₂₂₂₂][Gly]@PDVB samples were systematically characterized and examined for CO₂ capture performance. Owing to the large pore volume and rich mesoporisty of PDVB, the CO₂ capacities of [N₂₂₂₂][Gly]@PDVB samples are very impressive, with the highest value of 1.55 mmol/g at 75 °C for 10 vol.% of CO₂ balanced in N₂. The utilization ratios of dispersed [N₂₂₂₂][Gly] at 75 °C approach the theoretical value of 0.5, suggesting the efficient utilization of [N₂₂₂₂][Gly] for the capture of CO₂. The adsorption selectivity and reversibility of [N₂₂₂₂][Gly]@PDVB samples are also very good, justifying their promising application in the capture of CO₂ from anthropogenic source.

将氨基酸离子液体 (AAIL) 分散在多孔载体中是克服 AAIL 粘性和腐蚀性问题的有效方法。在此，提出了一种简单合成的介孔聚合物聚二乙烯基苯 (PDVB) 作为 AAILs捕获CO ₂的载体。合成了一种简单的 AAIL-甘氨酸四乙基铵 ([N ₂₂₂₂ ][Gly])，然后通过物理浸渍将其分散在 PDVB 中。系统地表征和检查制备的 [N ₂₂₂₂ ][Gly]@PDVB 样品的 CO ₂捕获性能。由于大的孔体积和PDVB的丰富mesoporisty中，CO ₂的能力[N ₂₂₂₂][Gly]@PDVB 样品非常令人印象深刻，在 75°C 下，对于在 N _{2 中}平衡的10 vol.% CO ₂的最高值是 1.55 mmol/g 。分散的 [N ₂₂₂₂ ][Gly] 在 75 °C 时的利用率接近理论值 0.5，表明 [N ₂₂₂₂ ][Gly] 用于捕获 CO ₂的有效利用。[N ₂₂₂₂ ][Gly]@PDVB 样品的吸附选择性和可逆性也非常好，证明它们在人为来源的 CO ₂捕获中的应用前景广阔。