Hierarchically ordered porous silica materials (HSMs) with a micro/mesoporous structure
were successfully prepared with the sol-gel method using dextran, dextran/CTAB, and CTAB …

A trimodal nanoporous silica (TS) having unique trimodal pore structure viz., internal
mesopores, textural mesopores and interconnected macropores, has been functionalized …

In this work, we reported a strategy on how to utilize CO 2 in synthesizing adsorbent
materials, which were then applied in CO 2 capture. The innovation was the first discovery of …

A kind of hierarchical porous silica (HPS) was synthesized in a relatively mild condition and
then devoted as the supports to fabricate TEPA-impregnated adsorbents for CO 2 …

The objective of current research is to investigate the effect of pore size of mesoporous silica
supports on the CO 2 capture performance of solid amine sorbents. Two ordered …

A series of amine-functionalized CO 2 sorbents were synthesized by grafting mono-and tri-
amine substituted trialkoxysilanes on mesocellular siliceous foam (MCF) via a facile wet …

Recently, amine-functionalized materials as a prospective chemical sorbent for post
combustion CO2 capture have gained great interest. However, the amine grafting for the …

With the rapid increase of carbon dioxide (CO 2) in the atmosphere, it has become urgent to
reduce CO 2 emissions. It is imperative to develop low-cost and high-efficiency CO 2 direct …

In order to investigate the influence of support structure properties on CO2 capture
performances of solid amine adsorbents, a novel three-dimensional disordered porous silica …

A series of mesocellular siliceous foams (MCFs) with three-dimensional (3D) interconnected
porous structure and tunable porosity were synthesized as supports to prepare triamine …