September 10, 2025Materials Research ExpressOpen Access

Optimizing Titania-supported iron catalysts for high-performance FT-CO₂ conversion

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Under 10 bar, the FeOTi_G catalyst achieved 36% CO2 conversion with 40% selectivity for C5–C10 hydrocarbons.
The study found that cobalt incorporation enhanced CO2 activation but hindered performance via impregnation due to pore blockage.
The FeCoTi_GM catalyst exhibited the highest performance with 62% CO2 conversion and 33% selectivity for liquid fuels at 20 bar.
These findings highlight the critical role of support integration strategy in optimizing the efficiency of CO2 utilization.

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This analysis reveals that specific integration methods enhance catalytic performance for CO2 conversion, suggesting key strategies for optimization.

Suppiah et al. (2025) studied this question.

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This analysis reveals that specific integration methods enhance catalytic performance for CO2 conversion, suggesting key strategies for optimization.