Abstract

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.

Highlights

  • Environmental sustainability has become an essential priority in the 21st century in most developing countries’ ecological agendas

  • This study aims to present learning cases (LC) in Ghana, Africa, seeking to convert plastic into other useful products pursuing environmental sustainability within the communities where the Trashy Bags and Nelplast

  • It is known that plastics that are scattered and found on drainages and nearby surroundings serve as a source of breeding stocks of mosquitoes and other insects [62], a critical source of health concern in African countries due to existing high temperatures

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Summary

Introduction

Environmental sustainability has become an essential priority in the 21st century in most developing countries’ ecological agendas. Maximum attention has been given to plastic pollution resulting in severe environmental problems caused by the lack of a waste management infrastructure, mass consumption of goods, and packaging of products globally [1]. Plastics degrade at a slower rate due to their durability and the chemical bonds that resist the natural degradable process. Plastic is classified according to its chemical structure, polarity (chemical process), and applications [6]. The chemical structure and temperature behavior of plastics (formation of heat application) allow them to be classified into thermoplastics and thermosets. Heated plastics that cannot be remolded are known to be thermosetting plastics. Thermoplastics can be reheated, remolded, and cooled without causing any chemical changes. Examples of thermoplastics include plastic bags or polyethylene (PE), polyvinyl chloride (PVC), and nylon

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