Fischer–Tropsch synthesis using a cobalt catalyst supported on graphitic carbon nitride

Abstract

The nitrogen atoms in a g-C3N4 support improved cobalt reduction in a prepared Co/g-C3N4 catalyst.

Determining the hydrocarbon chain growth pathway in Fischer–Tropsch synthesis through DFT calculations: impact of cobalt cluster size

“…They also found that with the increase in the size of the cobalt cluster, the rate of chain growth increases. In the previous work, 53 cobalt particles of different sizes were prepared by using different supports in the FTS reaction. The results showed that with the increase in the size of the cobalt particles, the chain growth increases.…”

Assembled a new composite and prepared the Pd@g‐C3N4/activated carbon electrocatalyst for HCOOH electrooxidation

“…g‐C 3 N 4 was produced through the procedure in literature by using melamine 47 . To obtain a graphitic carbon nitride nanosheet, 30 g of melamine was kept in an electric furnace and heated at 550°C for 2 h.…”

Investigation of Mn and Ca promoter effects in iron-based catalysts: CO hydrogenation reaction

“…4 Therefore, in most cases Fe and Co are used in the industry. 2,5 Although Co is more expensive than Fe, it has a high selectivity to paraffins and low selectivity to olefins and oxygenated compounds, and therefore, Co is the preferred choice to produce long chain paraffins, 6 while Fe is a better choice to generate olefins. 4 Iron-based catalysts are more desirable than Co-based catalysts, especially for coal- or biomass-derived syngas with lower H 2 /CO ratios.…”