Research progress on special structure catalysts for dry reforming of methane with carbon dioxide

July 1, 2026Journal of Fuel Chemistry and Technology

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Key Points

This review addresses challenges in methane dry reforming and presents special structure catalysts as solutions.
Analysis of thermodynamic properties and reaction mechanisms of methane dry reforming.
Evaluation of catalyst deactivation mechanisms involving carbon deposition and sintering.
Overview of structural characteristics and applications of specific catalysts like spinels and perovskites.
Identified core challenges in catalyst stability including carbon deposition and active site sintering.
Highlighted the importance of unique oxide structures for improving catalyst performance.
Outlined future research directions for enhancing catalyst designs focusing on active metal stability and oxygen vacancy control.

Review discusses catalytic solutions to methane dry reforming challenges, aiming to limit greenhouse gas emissions.

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Li et al. (2026) studied this question.

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