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Innovative Use of Plastic for a Clean and Sustainable Environmental Management: Learning Cases from Ghana, Africa
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This paper documents innovative approaches in Ghana where plastic waste is creatively converted into artifacts and pavement blocks rather than being discarded. The study suggests that these community-driven recycling initiatives help reduce plastic waste volumes, address urban drainage problems, and offer scalable learning cases for environmental sustainability in developing countries.
Addressing the plastic problem requires rigorous attention and practical education for sustainability. Due to the common effective waste management practices in some parts of the world, the plastics’ menace is generally well recognized and controlled worldwide. However, some developing countries do not have acceptable waste management practices, resulting in significant environmental, social, and health cross-cutting issues. Plastic is a significant threat to the environment in Ghana, specifically the urban environment and oceans. The new paradigm shift of virtually using non-biodegradable plastics in all daily products sold increases plastic waste in the environment, which creates problems, such as choked drainage system and breeding places for insects. The scale of these issues requires innovative and practical ideas to help solve this problem. The paper shows how plastic waste is innovatively and creatively converted to artifacts and pavement blocks in Ghana. These innovative ideas have contributed to reduce the volume of plastic waste and enhance environmental sustainability in Africa. The community’s benefits involving friendly environmental activities are identified and represent learning cases from Ghana to the world, particularly to Africa.
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Plastics as an Educational Resource for Sustainable Development: A Case Study in Ghana
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This paper proposes using plastics—their production, pollution, and circular economy solutions—as an interdisciplinary educational resource for teaching sustainable development across multiple UN SDGs. The authors outline curriculum frameworks that connect plastic lifecycle concepts to goals including clean water, responsible consumption, climate action, and life below water. By grounding sustainability education in a tangible, everyday material, the approach aims to increase student engagement and real-world problem-solving skills.
An Exploration of the Feasibility of Using Plastic Waste for Sustainable Road Construction in Nigeria: A Qualitative Approach
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Researchers explored the feasibility of incorporating plastic waste into road construction in Nigeria using a qualitative approach, identifying socioeconomic, regulatory, and technical factors that could promote or hinder adoption. Findings suggest that leveraging Nigeria's large plastic waste stream for paving could address both waste management deficits and the country's severely underdeveloped road network.
Quantitative analysis of plastic waste accumulation in coastal Ghana: Implications for waste management
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Researchers conducted a quantitative analysis of plastic waste accumulation patterns along the coastal region of Accra, Ghana, evaluating dispersal distributions and spatial clustering to understand the implications for waste management in a developing country lacking robust plastic waste handling infrastructure.
Exploration of Waste Plastic Bottles Use in Construction
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This review examines how waste plastic bottles can be repurposed as construction materials in developing countries like Ghana, potentially addressing both housing shortages and plastic waste accumulation. Valorizing plastic waste in building materials could reduce the amount that degrades into microplastics in the environment.
Innovative approaches to upcycling plastic waste into sustainable construction materials: Addressing the global plastic pollution crisis
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This review examined recent advances in upcycling plastic waste into sustainable construction materials including concrete, bricks, and asphalt as a strategy to address the global plastic pollution crisis. The paper evaluated technical performance, economic viability, and environmental benefits of these approaches while identifying regulatory and infrastructure barriers to wider adoption.
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When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.