Carbon dioxide capture and mitigation form a key part of the technological response to
combat climate change and reduce CO2 emissions. Solid materials capable of reversibly …

Recently, lithium containing ceramic based high-temperature CO2 sorbents have received
tremendous attention due to their high CO2 capture capacity, low regeneration …

In recent years, biomass derived Li 4 SiO 4 adsorbent has attracted increasing attentions in
the field of post-combustion high-temperature CO 2 capture. In this work, for the first time …

Carbon capture and storage (CCS) technology has been broadly recognized as having the
potential to play a key role in mitigating the climate changes induced by enormous …

A novel Li 4 SiO 4-based high-temperature CO 2 sorbent was prepared directly from the
expanded vermiculite (EXVMT) for the first time. Due to the separating effect by the existing …

Carbon-based materials adsorption method is a promising technology on CO 2 removal in
exhaust-gas environment for marine NG (Natural gas) engines. In the present study, the first …

Molten salt [MNO3/NO2 (M= Li, Na, and K)]-promoted MgO composite-type CO2 adsorbents
with high capacity and cycling stability are fabricated by controlled hydrolysis along with an …

A series of Li4SiO4 was synthesized using LiNO3 and six different silicon precursors. The
precipitated-silica-derived Li4SiO4 presented the highest CO2 capacity in a 10 h sorption …

Herein, we present a feasible methodology for the improvement of the CO 2 capture
properties of sodium-ferrite-based materials through the addition of lithium nitrate. Initially …

We report a systematic investigation on the high-pressure CO2 capture performance of
molten salts-promoted Mg–Al–palmitate layered double oxides (LDOs) as well as an in situ …