We demonstrate a new case of materials–gene engineering to precisely design
photocatalysts with the prescribed properties. Based on theoretical calculations, a phase …

Methane dry reforming (MDR) converts greenhouse gases into syngas. Exploring active
catalysts to achieve stable MDR performance is still a great challenge because of the …

The rapid and severe deactivation of methane partial oxidation catalysts remains a major
hindrance restraining its potential in commercialization and industrialization for large-scale …

Partial oxidation of methane (POM) is a potential technology to increase the efficiency of
synthesizing a mixture of CO and H2 called syngas, in comparison to steam reforming …

Methane utilization is one of the promising energy‐efficient conversions which can
potentially control its emissions as an additional benefit. In this regard, electrochemically …

The catalytic partial oxidation of methane (POM) presents a promising technology for
synthesizing syngas. However, it faces severe over-oxidation over catalyst surface. Attempts …

Lowering the temperature at which CH4 is converted to useful products has been long-
sought in energy conversion applications. Selective conversion to syngas is additionally …

Electronic and geometric interactions between active and support phases are critical in
determining the activity of heterogeneous catalysts, but metal–support interactions are …

In-depth information about the transformation of biomass during gasification is the key to the
sustainable development of this technology. This study elucidated the evolution of physico …

To meet the globally growing energy demands, it is essential to develop schemes with
higher fuel conversion efficiency at temperatures< 1000° C while suppressing emissions of …