Why are Nanostructured Supports Important in Catalysis?
Nanostructured supports are crucial in catalysis for several reasons:
High Surface Area: Their nanoscale dimensions provide a large surface area for active sites, enhancing the overall catalytic activity. Enhanced Stability: They can stabilize metal nanoparticles, preventing sintering and agglomeration during reactions. Tunability: The properties of nanostructured supports can be tailored to optimize interactions with catalytic species and reactants. Selective Catalysis: They can promote selective reactions by controlling the environment around the active sites.
