Metal-Organic Frameworks as Versatile Materials for Energy Storage, Environmental Remediation, and Catalytic Applications

Section: Reviews
Categories: Sound Science, Organic Chemistry
Keywords: metal-organic frameworks, heterojunction,, composite, doping, photoelectrochemistry, photoelectronic device

The reticular chemistry of metal-organic frameworks (MOFs), also known as porous coordination polymers (PCPs), with a high degree of structural diversity and tunability, has advanced to the point where the MOF can be chemically rebuilt for use in storage, separation, purification, delivery, and catalysis, among other applications, with careful constituent selection and the interaction between structure and desired properties.Their distinct qualities and adaptability continue to stimulate creative investigation. The current developments in MOF synthesis are the main topic of this review, which also emphasises how promising these materials are for tackling important issues in environmental and energy sustainability.In this review, we wrap up the most recent breakthroughs and predicted prospects of MOF on heterojunction, composite, doping, and other technologies enhancing its capabilities.The review offers a thorough overview of the present status of research on MOF and emphasizes its prospective applications in materials science, energy, environmental science photoelectrochemistry, and photoelectronic devices.