The first experiments on catalytic hydrogenation of carbon monoxide were carried out at the
beginning of 20th century. In 1902, Sabatier and Senderens synthesized methane from a …

Catalytic CO x (CO and CO2) hydrogenation to valued chemicals is one of the promising
approaches to address challenges in energy, environment, and climate change. H2O is an …

Nickel and cobalt-based catalysts are very promising candidates for the dry reforming of
methane, but their role in regulating catalyst selectivity has thus far been overlooked. Here …

The influence of cobalt particle size in the range of 2.6− 27 nm on the performance in
Fischer− Tropsch synthesis has been investigated for the first time using well-defined …

To trace the origin of catalyst deactivation is in many cases difficult. It is usually a complex
problem where several mechanisms contribute to the loss of activity/selectivity. Low …

Cobalt-based Fischer–Tropsch synthesis (FTS) catalysts are an integral part of the gas-to-
liquid (GTL) process. Due to the cost of both cobalt and noble metals, which are often used …

Abstract The Fischer‐Tropsch synthesis is at the heart of the Biomass‐to‐Liquids (BTL)
process. Feasibility studies published in open literature typically consider cobalt‐based …

Methane is the least desired product for the Fischer–Tropsch synthesis so that it is of
paramount importance to reduce methane selectivity in the FT process. Despite numerous …

Fischer–Tropsch synthesis (FTS) process aims at converting synthesis gas to liquid fuels.
Due to high activity and long catalyst life, cobalt-based catalyst is currently the catalyst of …

The structure of cobalt species at different stages of the genesis of monometallic and Pt-
promoted cobalt alumina-supported Fischer–Tropsch catalysts was studied using X-ray …