The Role of Polymer Chemistry in Sustainable Development Initiatives in Uganda
Benedict Nnachi Alum
Department of Publications and Extension, Kampala International University, Uganda
Email: benedict.alum@kiu.ac.ug
ORCID: https://orcid.org/my-orcid?orcid=0009-0005-14855776
ABSTRACT
The area of science known as polymer chemistry studies the production, properties, and applications of polymers, or massive molecules composed of repeating structural units. Uganda is utilizing polymer chemistry to tackle the socio-economic issues brought about by the growth of agriculture, urbanization, and industry. This field focuses on the synthesis and utilization of polymers, which are necessary for waste management, manufacturing, agriculture, and water management. In addition to improving industrial efficiency, polymer chemistry also lessens environmental effects, especially plastic pollution. To promote sustainable waste management methods, Ugandan polymer scientists are investigating biodegradable substitutes made from renewable resources that have similar strength and adaptability to conventional polymers but break down naturally. Polymer-based solutions also enhance water quality and agricultural production. This article’s methodology involved a thorough evaluation of the literature, an examination of Uganda’s current socioeconomic difficulties, and the integration of case studies and interview data with insights into polymer chemistry and sustainable development. Education and research, in collaboration with industry, research institutes, and universities, primarily drive Uganda’s goal for sustainable growth in polymer chemistry. Adopting sustainable polymer technology in Uganda can boost the country’s economy, generate employment, and protect its natural resources.
Keywords: Environmental impact, Plastics, Polymer chemistry, Policy and regulation, Educational initiatives
CITATION: Benedict Nnachi Alum. The Role of Polymer Chemistry in Sustainable Development Initiatives in Uganda. Research Output Journal of Biological and Applied Science, 2024 3(3):82-86.