Metal organic frameworks (MOFs) are a well-known material with broad applications in various fields, such as drug delivery, devices, catalysts, sensors, adsorption, and separation. There are different subclasses of MOFs that depend on the metal cation and organic ligand present. The ZIF-67 is one of the most widely used MOFs for various applications. These materials stand out due to their structure, porous nature, specific morphology, extensive surface area available. ZIF-67 exhibits the characteristics of high thermal and chemical stability, and adjustable pore size, etc. The nanostructures and average particle sizes of ZIF-67 can be adjusted by controlling experimental conditions carefully. Also, the synthesis of ZIF-67 is a facile and environmentally friendly method Therefore, they were main topics as well as large-scale applications. Additionally, combining the benefits of ZIF-67 with other components or constructs results in better performance of the compounds than pure ZIF-67. This review highlights synthesis strategies, structural properties, and application of ZIF-67.
