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Artificial panel Wall By using Recycled plastic
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Researchers melted waste HDPE and LDPE plastics into molds to produce lightweight, waterproof wall panels for non-load-bearing interior applications, demonstrating a practical construction use case that repurposes thermoplastic waste otherwise destined for landfill.
Plastic waste has become one of the major environmental problems due to its non-biodegradable nature. Large quantities of plastic are disposed of daily, causing pollution and landfill issues. The main objective of this Capstone Project is to reuse waste plastic for the production of an artificial panel wall suitable for non-load-bearing applications. In this project, waste thermoplastic materials such as HDPE and LDPE were collected, cleaned, and melted under controlled temperature. The molten plastic was poured into a mold to obtain the required panel shape. After cooling and solidification, coloring was done for aesthetic appearance, and a waterproofing coating was applied. The panel was then allowed to dry for 24 hours to achieve proper finishing and durability. The developed artificial panel wall is lightweight, waterproof, corrosion-resistant, and cost-effective. Although it is not suitable for load-bearing structures, it can be effectively used for interior partitions, temporary structures, and decorative purposes. This project promotes sustainable construction practices, reduces plastic waste, and encourages innovative use of recycled materials in civil engineering applications.
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Artificial panel Wall By using Recycled plastic
AI summary Read the abstract
Researchers melted waste HDPE and LDPE plastics into molds to create lightweight, waterproof, corrosion-resistant wall panels suitable for non-load-bearing interior partitions, demonstrating a low-cost construction application that diverts thermoplastic waste from landfills.
Utilization Of Plastic Waste As Construction Material
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Researchers demonstrate that waste plastics such as polypropylene can be melted and repurposed as construction blocks, producing materials with sufficient compressive strength, heat resistance, and water resistance to serve as viable sustainable building materials.
Characteristics of Wall Panels From Thin Plastic Packaging Waste
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Researchers in Indonesia turned hard-to-recycle plastic waste—like plastic bags and food packaging—into wall panels for buildings, offering a promising way to reduce plastic pollution while cutting down on natural resources used in construction. Testing showed these panels meet safety standards for non-structural uses (like interior walls), meaning this could become a real, practical way to repurpose plastic trash instead of letting it pile up in landfills or break down into microplastics in the environment.
An Experimental Study on Performance of HDPE Plastic in Concrete Boundary Wall
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Researchers found that mixing recycled plastic waste (HDPE, the type used in milk jugs and detergent bottles) into concrete for boundary walls can actually make it stronger, with the best results coming from adding about 5% plastic by weight. This matters because it offers a practical way to reuse plastic waste instead of sending it to landfills or letting it break down into microplastics that pollute soil and water—turning a pollution problem into a useful building material.
Exploration of Interior Material Based on Plastic Waste
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Researchers explored the potential for plastic waste to be transformed into interior design materials, using observation, interviews, and documentation methods to analyze the process from material collection through fabrication. The study characterized the physical and chemical properties of plastic waste relevant to its use as an interior material and assessed structural strength alongside its environmental risks.
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