“…It is commonly accepted that FTS product selectivity depends on the composition, structure, and physical and chemical properties of catalysts. 5 In recent years, promoters have been investigated to improve catalytic performances, 6–10 and corresponding results have indicated that the introduction of promoters play a vital role in improving the production of liquid fuels. Liu et al reported that an appropriate addition of Ni and Na substantially regulates iron carbide formation and suppresses carbon deposition.…”
Design of efficient zeolite-introduced novel Fe-based catalyst is essential for directly production of gasoline fuels via coupling Fischer-Tropsch synthesis (FTS) and hydrocracking reaction. Herein, we constructed a novel Fe2O3 cage...
“…It is commonly accepted that FTS product selectivity depends on the composition, structure, and physical and chemical properties of catalysts. 5 In recent years, promoters have been investigated to improve catalytic performances, 6–10 and corresponding results have indicated that the introduction of promoters play a vital role in improving the production of liquid fuels. Liu et al reported that an appropriate addition of Ni and Na substantially regulates iron carbide formation and suppresses carbon deposition.…”
Design of efficient zeolite-introduced novel Fe-based catalyst is essential for directly production of gasoline fuels via coupling Fischer-Tropsch synthesis (FTS) and hydrocracking reaction. Herein, we constructed a novel Fe2O3 cage...
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