Modulating anionic oxygen in metal oxides offers exceptional opportunities for energy
material synthesis via redox loo**; however, several challenges such as overoxidation …

Lattice oxygen is increasingly attracting the attention of researchers as an active site in metal
oxide catalysts. This paper reviews the strategies used in recent years to regulate the activity …

Over the past two decades, chemical loo** combustion (CLC) has been extensively
investigated as a promising means to produce electric power while generating a …

Tar from biomass pyrolysis is an urgent problem to be solved for the large utilization of
biomass pyrolysis technology. This work focuses on the activity evaluation of perovskite …

Highlights•The CL-ODH utilize the lattice oxygen species to convert ethane into
ethylene.•Alkali promoters suppress Mn 4+ and induces electron-rich intermediate oxygen …

Chemical loo** is a class of emerging process intensification technologies that enable
emission reduction of a wide range of chemical processes. The performance of oxygen …

Perovskite oxides, as oxygen sorbents, exhibit excellent potential in thermochemical redox
applications such as chemical loo** air separation (CLAS), resulting from their excellent …

The crystal facet effect is a critical factor for catalytic reactions on metal oxides due to the
different atomic arrangements and physicochemical properties of diverse facets. Based on a …