Dynamic combinatorial chemistry in amine-appended porous melamine network for carbon capture

Abstract

In a recent work in <i>Science Advances</i>, researchers develop a new low-cost, scalable, stable, amine-appended porous melamine network for highly efficient carbon capture from post-combustion flue gas stream. Atomically precise characterizations by 2D solid-state NMR spectroscopy clearly elucidate the double-level dynamic combinatorial chemistry involving CO₂ chemisorption.