PRODUCTION OF ECO FAPERBRICK FROM USED FABRIC AND PAPER WASTES

Abstract

Fabric and paper waste pose significant environmental challenges, with textile and clothing discards adding to landfill problems and paper waste poses deforestation concerns. Repurposing these materials offers a sustainable solution, reducing their environmental footprint. This project focuses on transforming fabric and paper waste into eco-friendly bricks, addressing production processes and assessing mechanical strength and moisture content. The methodology involves combining fabric and paper waste using a homemade starch-based glue as a binding agent. The molding process employs simple equipment and compression techniques, followed by the removal of excess glue and thorough drying. Tensile strength and water absorption tests are conducted on samples with varying fabric to paper waste ratios of 80:20, 85:15, 90:10, and 95:5. Comparisons reveal the 80:20 ratio of fabric to paper as optimal ratio with 2.67MPa, showing promising structural integrity suitable for indoor construction. By repurposing these waste materials into eco-friendly bricks, the project not only tackles waste-related environmental issues but also contributes to sustainable construction materials. It demonstrates a practical approach to waste management while promoting eco-consciousness and viable construction solutions.