Heterogeneous advanced oxidation processes (AOPs) over nanostructured catalysts have
been developed as a potential technique for wastewater treatment with the advantages …

Heterogeneous iron catalysts are active in the hydrogenation of carbon oxides and are
widely investigated for the production of long‐chained hydrocarbons according to the …

In this work, Fe–Zn catalysts were prepared, characterized, and examined for the synthesis
of linear high carbon α-olefins (LAOs; C≥ 4) directly from CO2 hydrogenation. The …

Fischer-Tropsch synthesis (FTS) is a structure-sensitive reaction of which performance is
strongly related to the active phase, particle size, and exposed facets. Compared with the full …

The effects of a sodium (Na) promoter on the catalytic performance of cobalt-manganese
(CoMn) catalysts for Fischer–Tropsch to olefin (FTO) reactions were investigated. For the …

Since CO 2 hydrogenation into higher hydrocarbons is an attractive approach to mitigate
greenhouse effect and to reduce reliance on fossil feedstock, this reaction has been …

Higher alcohols synthesis (HAS) from syngas is quite attractive but still challenging due to
the unsatisfied product selectivity and stability. Here, we prepared a series of CoFe …

Fabrication of χ-Fe 5 C 2 active phase is important for efficient iron-based Fischer-Tropsch
synthesis but faces a challenge in the controllable synthesis of high purity phase. Herein, we …

Understanding of dynamic structure of active sites is of paramount importance for rational
design of industrial catalysts. This work revealed the structure evolution of iron active phases …

The establishment of structure-performance relationship of catalysts during a full life cycle is
highly desirable for catalyst design and understanding of nature of active sites. As a case …