Abstract
Metal oxides are a developing class of heterocatalysts that behave as a linker between organic and inorganic chemistry. Metal oxide heterostructures illustrate various striking surface features such as oxidation/reduction capabilities, acidic–basic characteristics, porosity, flexibility, and high readiness of lattice oxygen and make them preferable over homogeneous catalysts. The short reaction time, ease of formation and separation, and their reusability and selectivity all make them a prodigious selection in various pharmaceutical and petrochemical industries. These have been widely used in various organic transformations. This chapter highlights the higher catalytic activity of various metal oxide heterostructures and summarizes their significance in various organic transformations.
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