Metal Organic Framework for Energy Application

Researchers are diligently seeking clean, alternative energy sources to replace fossil fuels due to escalating pollution levels and the ever-expanding energy demand. Consequently, the imperative arises to develop carriers capable of storing energy or facilitating mass and electron transfer for energy storage and conversion. The ongoing advancements in metal-organic frameworks (MOFs) have engendered novel prospects for renewable energy conversion, storage, and utilization. The exceptional attributes of MOFs, alongside their composites and related compounds, have piqued significant interest, leading to augmented investments and the creation of innovative materials for the energy sector. This project presents a synopsis of the latest strides in energy storage and conversion using MOFs and their compositions, with a specific emphasis on elucidating the interplay between structure, composition, and function.