TiO 2 nanomaterial is promising with its high potential and outstanding performance in
photocatalytic environmental applications, such as CO 2 conversion, water treatment, and …

As one of the most promising candidates for adsorptive removal of CO 2, amine-based solid
adsorbents have been widely investigated by many researchers around the world in the past …

This article reports on the synthesis and characterization of porous nitrogen-doped carbons
synthesized by carbonization of coconut shell followed by urea modification and K 2 CO 3 …

The aim of this study is to exploit low-cost N-doped porous carbonaceous adsorbents with
excellent CO 2 adsorption properties. Herein, the N-enriched porous carbons were obtained …

In this study, nitrogen-enriched porous carbonaceous sorbents were successfully prepared
by co-hydrothermal treatment of d-glucose and urea, followed by KOH activation under …

In this work, graphene-derived N-enriched porous carbons were synthesized by urea
modification and KOH activation of thermally shocked graphene oxide. The prepared …

This work provides a simple and cost-effective way to synthesize carbonaceous sorbents
with superior CO 2 capture performance under ambient conditions. Using a carbonized …

The separation and sequestration of anthropogenic CO 2 is one of the most effective steps to
counter global warming by curtailing the excess CO 2 levels in the atmosphere. However, to …

It is widely acknowledged that the increasing CO 2 concentration has led to the rise of
temperature in the earth. Thus, capturing CO 2 to alleviate environmental catastrophic is …

The objective of this research is to develop a cost-effective carbonaceous CO2 sorbent.
Highly nanoporous N-doped carbons were synthesized with coconut shell by combining …