| Abstract Scope |
Pollution poses a grave threat to human health, the environment, and Earth's critical systems, including climate regulation. Its pervasive impact is felt globally, compromising our well-being through contaminated food, water, and air. Material engineers and scientists are at the forefront of tackling these challenges, developing innovative materials and manufacturing techniques to mitigate pollution's devastating effects.
This research highlights green composites utilizing natural fibers as a key sustainable solution. We explore their significant advantages and acknowledge their current limitations. The study presents several case studies featuring polymer and cement matrices, detailing their properties, manufacturing processes, and diverse applications. Furthermore, we delve into various testing and characterization techniques, with a particular focus on natural fibers sourced from South America. A central theme of this research is the implementation of circular economy strategies, specifically the valorization of waste materials in the creation of these sustainable composites. |