While addressing manufacturing issues and projecting future research directions, this review investigates chitosan-based biomaterials, stressing their varied uses in medicine, environmental science, and agriculture. Introduction to Chitosan Originally generated from chitin, mostly from the exoskeletons of crustaceans such as shrimp,…
This review investigates catalytic techniques and conversion technologies in chemical processes involved in the generation of biofuel. It tackles present issues and future directions of research to improve biofuel economy and sustainability. Introduction to Biofuels A major part of the…
This review delves into ionic liquids, highlighting their revolutionary uses in green chemistry and catalysis, as well as addressing difficulties and anticipating future advances in their use and environmental impact. Introduction to Ionic Liquids Ionic liquids are a type of…
This paper investigates cellulose’s molecular structure, chemical characteristics, and reactivity, focusing on its wide range of industrial applications, including textile manufacture, new biodegradable materials, and biofuels. Introduction to Cellulose Cellulose is a fundamental natural polymer with important biological properties and…
This review investigates biodegradable plastics, concentrating on their synthesis, characteristics, and environmental impact. It examines production methods, degradation processes, and the advantages of using this material over traditional plastics in terms of minimizing environmental pollution. Introduction to Biodegradable Plastics Biodegradable…
This review investigates sustainable materials, with an emphasis on environmentally friendly synthesis, industrial uses, and scaling issues. We highlight technological breakthroughs and suggest future prospects for research and development in this area. Introduction to Sustainable Materials Sustainable materials attempt to…