Figure Abstract (IMAGE)
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Simultaneously suppressing primary CO2 formation through the stabilization of phase-pure iron carbides and secondary CO2 generation via hydrophobic surface engineering and graphene confinement has emerged as a promising strategy in iron-based Fischer-Tropsch synthesis. These approaches effectively mitigate side reactions such as the water-gas shift and CO disproportionation, enhance active phase stability, and ultimately improve carbon efficiency, reduce CO2 emissions, and promote selective formation of long-chain hydrocarbons under realistic FTS conditions.
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Chinese Journal of Catalysis
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