Article

A study on cobalt-based catalysts for Fischer-Tropsch synthesis highlights their potential in converting biomass-derived synthesis gas into synthetic fuels, particularly diesel. The research reveals a linear relationship between product selectivities and catalyst properties, with findings indicating that water removal can significantly slow reaction rates, while water partial pressure positively influences reaction rates under low H2/CO conditions. Various catalyst supports, including ordered mesoporous materials, were tested, revealing insights into CO-diffusion limitations.