WASTE MATERIAL FROM TETRA-PAK PACKAGES AS AN ALTERNATIVE COMPONENT FOR DRYWALL

Abstract

This study explored the possibility of combining Tetra-Pak waste materials with gypsum coated with epoxy resin as an alternative drywall material. The research aimed to address environmental pollution by reducing waste generated from Tetra-Pak packages through repurposing them into construction materials. An experimental research method was employed to develop a durable drywall alternative using waste materials such as Tetra-Pak. The Tetra-Pak–based drywall was allowed to solidify in an area without direct sunlight for a total of one day. After curing, epoxy resin was applied as a coating. The researchers conducted drop tests and water absorption tests to assess the material’s durability and suitability as a substitute for traditional drywall. The results demonstrated the potential of Tetra-Pak as a component for drywall production. The durability test showed that the alternative drywall broke at a height of 4 feet. The water absorption test revealed that the alternative drywall absorbed only a small amount of water across different trials. Overall, the use of Tetra-Pak waste materials in drywall production contributes positively to environmental sustainability by reducing waste generation. The findings provide valuable insight into the feasibility of creating alternative drywall using recyclable materials. This approach offers an environmentally friendly option compared to conventional drywall materials.