Optical chemosensors based on metal organic frameworks for selective detection of hazardous pollutants: A review

Document Type : Review Article

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Suez University, Faculty of Science, Chemistry Department

Abstract

The development of an appropriate selective chemical sensor for the detection and quantification of environmentally hazardous substances has seen a substantial demand in scientific interest. Because optical changes occur when luminous metal-organic frameworks (LMOFs) interact with target analytes, they have recently received a lot of attention as effective chemosensors. This review gives an overview of metal-organic frameworks, nomenclature, structure, synthesis methods, types of luminescent MOFs, the common sensing mechanisms, and application in sensing hazardous pollutants.
The development of an appropriate selective chemical sensor for the detection and quantification of environmentally hazardous substances has seen a substantial demand in scientific interest. Because optical changes occur when luminous metal-organic frameworks (LMOFs) interact with target analytes, they have recently received a lot of attention as effective chemosensors. This review gives an overview of metal-organic frameworks, nomenclature, structure, synthesis methods, types of luminescent MOFs, the common sensing mechanisms, and application in sensing hazardous pollutants.

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