The Front Cover shows photo-thermal catalyst Ni/TiO2 providing significantly increased CO and CO2 conversion under light irradiation. In their Research Article, F. Yu, B. Dai, Y. Zhou co-workers found that photoinduced charge carriers on the surfaces of could enhance formation intermediate species, reduce activation energy barrier required for reaction advance performance CO/CO2 methanation. Mo...

Steelworks' by-product gases contain significant amounts of carbonaceous species, which can serve as carbon source for Power-to-Gas processes. The COx components from the are converted into methane together with renewable hydrogen in a hydrogen-intensified synthesis reaction. Dynamic operation modes methanation discussed to supersede large gas buffer capacities. This paper presents results two-...

Coupling inherently fluctuating renewable feedstocks to highly exothermic catalytic processes, such as CO2 methanation, is a major challenge large thermal swings occurring during ON- and OFF- cycles can irreversible deactivate the catalyst via metal sintering pore collapsing. Here, we report stable active Ni supported on CeO2 nanorods that outperform commercial (octahedral) counterpart methanat...