The design and facile preparation of ionic liquids (ILs)-functionalized polymer materials is a
hot research topic due to their potential wide applications. Herein, taking the reaction …

Carbon dioxide as the main culprit of global temperature rising has seized the attention
worldwide. CO2 capture and storage can rapidly decrease the CO2 concentration in the …

Tröger's bases (TB) containing two steric nitrogen atoms, are alternated as building block for
constructing molecular acceptors to form covalent bonds with acids, making TB a promising …

An effective approach for tuning CO2 adsorption, activation and transformations of various
epoxides in CO2 fixation reactions is introducing functional groups into the pores of metal …

The atmospheric concentration of carbon dioxide (CO 2) is gradually rising every year,
resulting in the increasing global temperature along with thorny environmental and health …

Synthesis of cyclic carbonates via catalytic cycloaddition of CO 2 to epoxides represents one
of the most promising green routes for CO 2 utilization. The present work investigates, from a …

Mining practices, chiefly froth flotation, are being critically reassessed to replace their use of
biohazardous chemical reagents in favor of biofriendly alternatives as a path toward green …

Adsorption of carbon dioxide and other gases on a novel acetate functionalized silica
adsorbent under various conditions is investigated experimentally and theoretically by grand …

The effective fragment molecular orbital (EFMO) method has been developed to predict the
total energy of a very large molecular system accurately (with respect to the underlying …

CO 2-epoxide cycloaddition represents one of most attractive approaches for chemical
fixation and utilization of CO 2, but highly efficient and fully heterogeneous green catalysis is …