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The preparation of nitrogen-doped activated carbon (NACs) has received significant attention because of their applications in CO 2  capture and sequestration (CCS) owing to abundant nitrogen atoms on their surface and controllable pore structures by carefully controlled carbonization. We report high-surface-area porous N-doped activated carbons (NAC) by using soft-template-assisted self-assembly followed by thermal decomposition and KOH activation. The activation process was carried out under different temperature conditions (600–800 °C) using polyimine as precursor. The NAC-800 was found to have a high specific surface area (1900 m 2  g −1 ), a desirable micropore size below 1 nm and, more importantly, a large micropore volume (0.98 cm 3  g −1 ). NAC-800 also exhibits a significant capacity of CO 2  capture i.e., over 6. 25 and 4.87 mmol g −1  at 273 K and 298 K respectively at 1.13 bar, which is one of among the highest values reported for porous carbons so far. Moreover, NAC also shows an excellent separation selectivity for CO 2  over N 2 .

Imine-Linked Polymer Based Nitrogen-Doped Porous Activated Carbon for Efficient and Selective CO2 Capture