March 3, 2026

A sustainable ultramicroporous MOF for hydrogen storage (Highlighted oral presentation)

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Analysis reveals ultramicroporous MOF enhances hydrogen storage, suggesting a shift in energy systems.

Hydrogen storage from the ultramicroporous MOF showed exceptionally strong interactions, with full site occupancy at a few bar pressure.
With an isosteric heat of adsorption reaching 9.5 kJ/mol, this method demonstrates superior performance at low temperatures.
Synthesis involved green hydrothermal and dry mechanochemical approaches, showcasing a sustainable process for material creation.
High adsorption capacity indicates that confinement effects within ultramicropores are crucial for efficient hydrogen storage.

Steenhaut et al. (2025) studied this question.

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March 3, 2026

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Authors

Analysis reveals ultramicroporous MOF enhances hydrogen storage, suggesting a shift in energy systems.

Hydrogen storage from the ultramicroporous MOF showed exceptionally strong interactions, with full site occupancy at a few bar pressure.
With an isosteric heat of adsorption reaching 9.5 kJ/mol, this method demonstrates superior performance at low temperatures.
Synthesis involved green hydrothermal and dry mechanochemical approaches, showcasing a sustainable process for material creation.
High adsorption capacity indicates that confinement effects within ultramicropores are crucial for efficient hydrogen storage.