Recovery of paraffin from the filter cake used for paraffin decoloration in the Fischer-Tropsch synthetic process

Enhancement of C5+ selectivity in photothermal Fischer–Tropsch synthesis by an inorganic heteropoly acid catalyst promotor

“…Fischer-Tropsch synthesis (FTS) is a process that converts CO and H 2 to clean liquid fuels under appropriate conditions and is expected to be one of the alternatives used to address to this issue. [1][2][3] Generally, traditional FTS (thermal-driven FTS) requires hightemperature (230-450 °C) and high-pressure (2-5 MPa) conditions, 4,5 and enhancing the catalytic efficiency has been the key issue in this system. In contrast to the approach of enhancing catalytic efficiency by increasing the reaction temperature, the photothermal catalytic FTS reaction provides a mild strategy to enhance catalytic efficiency without increasing energy consumption since solar energy is completely clean and free, [6][7][8] while avoiding the catalyst sintering problems associated with the increasing temperature of the reaction.…”