We can't find the internet
Attempting to reconnect
Something went wrong!
Hang in there while we get back on track
Proliferation of Plastic Packaging and Its Environmental Impacts at the Commune of Agoè-Nyivé 4 in Togo
Summary
This study examined plastic packaging proliferation in a fast-growing peri-urban commune in Togo, finding households used five to six plastic bags daily while waste collection coverage remained below 50%. Researchers identified technical, social, and institutional gaps driving persistent plastic leakage and recommend expanding pre-collection services, integrating informal collectors, and community education to reduce environmental degradation and flooding risks.
The overconsumption of plastic packaging has alarming repercussions on the environment, notably through waste accumulation in public spaces and clogged drains. This study identifies factors driving plastic proliferation, analyzes their impacts, and proposes strategies for sustainable waste management. A cross-sectional design combined document review, field observations, and interviews with 156 households and 24 informants. Descriptive statistics characterized consumption patterns and service access. Impacts were assessed through litter hotspots, blocked drains, flood-prone points, and reported health risks. Households used five to six plastic bags daily, while collection coverage remained below 50%, sustaining persistent leakage. Findings reveal excessive reliance on plastics, shaped by technical, social, and institutional gaps, including weak segregation and limited pre-collection. Agoè-Nyivé 4, a fast-growing peri-urban commune within Greater Lomé, faces limited services but high consumption, making it a relevant case for rapidly growing municipalities. Yet the population often adopts counterproductive practices, hampering responsible waste management. A policy mix is outlined: expanding pre-collection and door-to-door services, integrating informal collectors, and targeted community sensitization. Without urgent interventions, plastic leakage will intensify environmental degradation, flooding, and health risks. The study recommends integrated policy measures to curb single-use dependence and foster a local circular economy.