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The review aims to analyze recent advancements and strategies in the development of mixed matrix membranes utilizing metal-organic frameworks for efficient gas separation.

April 17, 2026Open Access

Metal-Organic Framework-Enabled Mixed Matrix Membranes: Recent Breakthroughs, Limitations, and Interfacial Engineering for Gas Separation

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The review aims to analyze recent advancements and strategies in the development of mixed matrix membranes utilizing metal-organic frameworks for efficient gas separation.
Surveyed advancements in MMMs with MOFs
Analyzed MOF structure, morphology, and loading impact
Discussed strategies for enhancing interfacial compatibility
Identified effective strategies to reduce non-selective voids
Highlighted progress in surpassing Robeson upper bounds for gas separation
Outlined future research directions for applications in carbon capture and hydrogen purification

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Implication

This review reveals breakthroughs in gas separation using mixed matrix membranes with MOFs, indicating new design strategies.

Cite This Study

Ashtiani et al. (2026) studied this question.

synapsesocial.com/papers/69e1cffa5cdc762e9d859061 https://doi.org/10.5281/zenodo.19594088

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Metal-Organic Framework-Enabled Mixed Matrix Membranes: Recent Breakthroughs, Limitations, and Interfacial Engineering for Gas Separation

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Metal-Organic Framework-Enabled Mixed Matrix Membranes: Recent Breakthroughs, Limitations, and Interfacial Engineering for Gas Separation

Key Points

Discussion

Implication

Cite This Study

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