Response surface methodology as an efficient tool for optimizing the Fischer–Tropsch process over a novel Fe–Mn nano catalyst

Abstract

A novel Fe–Mn–resol/SiO2 nano-catalyst with improved surface area and porosity was prepared and used in the Fischer–Tropsch process.

Steel: The Resurrection of a Forgotten Water-Splitting Catalyst

“…Also for the catalysis of gas reactions, for example, degradation of ozone, this material showed interesting properties . Furthermore, Fe/Mn systems have proven activity for the catalysis of the Fischer–Tropsch process. , …”

“…164 Furthermore, Fe/Mn systems have proven activity for the catalysis of the Fischer−Tropsch process. 165,166 Exploitation of Steel in Electrocatalysis for Full Water Splitting. Three recently published reports deal with the exploitation of surface-modified steels for usage as both OER and HER electrodes.…”