This review explains the various methods of conversion of Carbon dioxide (CO 2) to
methanol by using homogenous, heterogeneous catalysts through hydrogenation …

In recent years, researchers are develo** novel nanoparticles for diagnostic applications
using imaging techniques and for therapeutic purposes through drug delivery techniques …

Catalytic hydrogenation is one of the most innovative techniques for reducing atmospheric
carbon dioxide (CO 2) by converting it into beneficial products such as methanol (CH 3 OH) …

Carbon dioxide (CO2) capture and valorization have great potential for mitigating emissions
of this greenhouse gas and accordingly for preserving the environment for future …

Abstract A Pd 2.0/CZZ catalyst (CeZrZnO x supported Pd catalyst with 2.0 wt% Pd) with
dendritic morphology and highly dispersed Pd was prepared for methanol (MeOH) synthesis …

Catalysts with the CeTi bimetallic modified dendritic mesoporous silica nanospheres (CTD)
as supports, and the PdZn as active metal phase, PdZn/CTD catalysts with higher Pd metal …

The graphene oxide (GO) modified In 2 O 3 composite catalyst was applied for CO 2
hydrogenation to methanol. The GO significantly promoted the formation of hexagonal In 2 O …

CO 2 hydrogenation coupled with renewable energy to produce methanol is of great
interest. Carbon coated In 2 O 3 hollow tube catalysts embedded with ultra-low content ZnO …

The active sites of copper-based catalysts and their impacts on activity and selectivity are
first examined in this work, after which an overview of the regulation of the active sites and …

The viability of catalyzed CO 2 conversion routes strongly depends on improving the
catalytic performance and understanding of the process. Herein, we investigate the effect of …