Synthesis of higher alcohols by CO 2 hydrogenation is a promising way to mitigate CO 2
emissions, meanwhile producing value-added fuels and chemicals. However, CO 2 …

CO 2 absorption and activation play key roles in the process of CO 2 methanation, but
revealing the mechanism and synergistic effects are still challenges, especially in some …

The development of novel carbon dioxide capture or utilization technology is of great
significance to reduce carbon dioxide emissions from fossil energy utilization, as well as to …

Cobalt oxide (CoO x) catalysts are widely applied in CO2 hydrogenation but suffer from
structural evolution during the reaction. This paper describes the complicated structure …

Mitigation of CO 2 emissions by integrated CO 2 capture and utilization (ICCU) is
challenging. This work focuses on widening operation temperature window of the …

Efficient carbon monoxide oxidation is important to reduce its impacts on both human health
and the environment. Following a sustainable synthesis route toward new catalysts …

Thermo-catalytic bio-SNG (CH 4) production is one of the useful tools for converting waste to
gaseous fuels through CO 2 conversion. To abundant properly, however, efficient, robust …

The rational design and in deep understanding of efficient, affordable and stable materials to
promote the light-assisted production of fuels and commodity chemicals is very appealing for …

Based on our previous investigations, it turned out that the Co 3 O 4 material is a promising
catalyst in the ambient pressure CO 2 methanation. This work aims at understanding the Pt …

Morphologically controlled four different catalysts namely nanosphere, caterpillar, pseudo
octahedron, and cube-shaped cobalt oxide (Co 3 O 4) are prepared via a facile …