This study critically reviews the mechanism of CO2 hydrogenation over Ni, Ru, and Cu, and
the effect of catalyst properties and operating conditions on reaction kinetics. Most studies …

This article describes the main strategies to activate and convert carbon dioxide (CO2) into
valuable chemicals over catalytic surfaces. Coherent elements such as common …

The review discusses how CO2 surface chemistry has developed since the early 1950s.
Emphasis is given to studies of well-characterized surfaces of metals, oxides and some …

Abstract Small Au, Cu, and Ni particles in contact with TiC (0 0 1) display a very high activity
for the catalytic hydrogenation of CO 2. The major product over these catalysts is CO which …

Using ambient-pressure X-ray photoelectron spectroscopy (AP-XPS), we studied the
adsorption and reactions of CO2 and CO2+ H2 on the Ni (111) surface to identify the surface …

We report for the first time results of a systematic density functional theory (DFT) study of the
water-gas shift (WGS) reaction and coke formation pathways on Ni (111) and Ni (211) …

The most important classes of heterogeneous catalytic reactions involving CO 2 are
examined: the incorporation of CO 2 in the C–C, C–H, and C–N bonds with formation of …

The recently demonstrated concept to combine CO 2 capture and utilization in one process
using isothermal unsteady-state operation, namely CO 2 capture and reduction (CCR), was …

We demonstrate that the key step for the reaction of CO2 with hydrogen on Ni (110) is a
change of the activated molecule coordination to the metal surface. At 90 K, CO2 is …

As a promising and practical way to decrease CO 2 emissions, the conversion of CO 2 to
value-added chemicals has received significant recent attention. The activation of CO 2 on …