Uncovers how sintering affects catalyst deactivation and product selectivity in carbon dioxide hydrogenation, suggesting pathways for improved catalyst design.
Sintering was identified as the primary factor responsible for the deactivation of the catalyst, while the active Co phases governed the product selectivity—HCP-Co favored CH 4 production, whereas FCC-Co facilitated CO formation.
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Duan et al. (2026) studied this question.
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