Metal-Organic Frameworks: Synthesis and Applications

Metal-organic frameworks are crystalline, highly porous solids built by linking metal ions or clusters with organic molecules, creating structures whose internal surface area can rival that of a football field packed into a single gram of material. Researchers study how to control their geometry and chemistry during synthesis in order to tune properties like pore size, selectivity, and stability — qualities that determine how well a given MOF can capture carbon dioxide, store methane for fuel applications, catalyze chemical reactions, or release drug molecules at a controlled rate. A central challenge is translating laboratory performance into robust, scalable materials that hold up under industrial conditions, moisture, and repeated use cycles. Active work is also exploring how to move beyond serendipitous crystal discovery toward rational design, where a target application drives the choice of building blocks from the outset.

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Keywords

Metal-Organic FrameworksPorous MaterialsGas AdsorptionCatalysisMethane StorageCrystal Engineering