Statistical Product Selectivity Modeling and Optimization for γ-Al2O3-Supported Cobalt Catalysts-Based Fischer–Tropsch Synthesis

Modelling and Simulation Applied to Fischer- Tropsch Synthesis

“…The Fischer-Tropsch process consists of a series of reactions which start with CO and H 2 and behave like a series of polymerization reaction to reach hydrocarbons of bigger carbon chains, this behavior can be described by the reactions shown in equations 1 to 4, which describe the formation of methane (1), paraffins (2), olefins (3) and alcohols (4) respectively [7].…”

Electrocatalysis CO2 to Tunable Syngas upon Fe Clusters Catalyst Dispersed on Bamboo-like NCTs

“…Considering this reason, EC-CO 2 RR catalysis was focused on minimizing the hydrogen evolution to achieve higher CO 2 RR Faradaic efficiency (FE). − However, value-added products synthesized should be reacted with hydrogen. Instead, if the syngas with a desired, the H 2 :CO ratio can be produced from the electrochemical catalytic CO 2 RR, and it may be directly used in a thermo-catalytic process such as Fischer–Tropsch synthesis. , Nevertheless, most catalysts applied in the EC-CO 2 RR process, providing a limited versatility due to the products ratio, are not suitable for typical syngas application. Consequently, how to tune the H 2 :CO ratio under control in accordance with the sequent thermo-reaction is the key factor to the electrochemical catalysis of CO 2 RR. − …”