Assessment and Sustainable Management Strategies for Plastic Waste in Can Tho City, Vietnam: A Circular Economy Approach

In Water
Peer-reviewed Article
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This study presents a comprehensive analysis of plastic waste accumulation in both
terrestrial and aquatic environments in Can Tho city, Vietnam, a nation with high per capita plastic
consumption and significant plastic waste discharge. Focusing on urban residential areas, riverside
communities, suburbs, and rural regions, the research investigates the extent and impact of plastic
waste in these diverse settings. Additionally, the study examines the accumulation of plastics at
barriers, under bridges, and in the Hau River, identifying the predominance of single-use plastics
and their environmental implications. The key findings indicate that the plastic waste leakage at
land-based-source emission sites is substantial, with waste persisting for extended periods without
effective clean-up. The study reveals a significant accumulation of plastics at barriers and bridge
bases in aquatic environments, including along the river. The pollution level was observed to be
more influenced by the quantity of waste rather than its mass per unit area, emphasizing the need for
targeted waste reduction strategies. The study also identifies seven types of plastic, each associated
with different sources of accumulation or settlement. This variety presents both challenges and
opportunities for waste management and recycling. Significantly, the research underscores the
potential of repurposing plastic waste into recycled products, aligning with the circular economy
model. This approach not only extends the lifecycle of plastic products but also contributes to
reducing plastic waste generation and minimizing the environmental impact. Overall, the findings
highlight the urgent need for improved waste management practices in Vietnam, particularly in urban
and riverside areas, and advocate for innovative recycling solutions to mitigate the environmental
challenges posed by plastic pollution.

Nguyen Truong
Pham Van
Tran Van
Huynh Vuong Thu
Dinh Van
Fayaz Ahmad