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 …

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 …

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 …

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 …

The present study investigated the role of structural parameters such as pore size, pore
volume, and specific surface area of mesoporous silica on the CO2 sorption performance of …

A trimodal porous support with special trimodal pore structure has been prepared by
physically mixing the silica gel (HPS) and SBA-15 and then devoted to fabricate TEPA …

Amine functionalized mesoporous silica MSU-J with 3-D connective channel is employed as
an effective absorbent for CO 2. CO 2 adsorption measurements were conducted by …

This study presents a pilot-scale spray drying system designed to manufacture spherical
mesoporous silica particles (MSP) that is capable of producing up to 100g per hour. The …

A novel CO 2 sorbent was prepared by modifying polyethyleneimine (PEI) on hierarchically
porous silica (HPS) monoliths with well-defined macro-mesopores through wet impregnation …

Amine loaded solid adsorbents are promising for the post-combustion CO 2 capture. A
current challenge is how to synthesize support with excellent pore structure by cost-effective …