This study explores the social impact of recycling human hair, waste face masks, and RMG waste into composite fields, which will help to reduce environmental pollution and global warming, achieve sustainability, develop a circular economy, and deter climate change. In contrast to societal impacts, the scalability, cost-effectiveness, and long-term durability of composites will not be an issue since the cost of waste is tiny, composite's strengths are higher than some natural fiber-reinforced composites, and those wastes can also be used to fabricate hybrid composites as cheap constituents.
This content aligns with Goals 2, 11, and 15 by examining the role of traditional agriculture in periurban areas and its contribution to local food security; providing insights for sustainable urban development; and supporting sustainable land management.
