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Feasibility of Reverse Vending Machine for PET Bottle Recycling in Case of ABC Hypermarket
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This is a duplicate entry for the feasibility study examining reverse vending machines for PET bottle recycling in Thailand, addressing the link between poor PET recovery and microplastic pollution in fine particulate matter. Improving plastic bottle recycling could reduce environmental microplastic loads.
The prevalence of polyethylene terephthalate (PET) in beverage packaging has increased microplastic (MP) accumulation in the environment. MP can become a component of air pollution, especifically of particulate matter with a diameter of less than 2.5 microns (PM2.5). Unfortunately, Thailand has a low recycling rate for plastic bottles, with only 4.5% being recycled. Reverse Vending Machines (RVMs) were introduced in the early 2010s as a potential solution to this problem. RVMs incentivize recycling by providing rewards or refunds for each bottle deposited, thereby reducing the amount of PET waste and MP in the environment. This study analyzed usage and waste collection data from RVMs located at 15 locations of a hypermarket chain in Thailand from June 2020 to December 2022. The results showed that the average PET bottles collected from each machine was approximately 670 kg per year, which was lower than the break-even point of 3,200 kg per year. Economic feasibility indicators also suggested that the use of RVMs might not be economically sound. This study proposed suggestions to improve the business model of RVMs and offered policy recommendations to the government on how to enhance the effectiveness of RVMs.
More Papers Like This
Feasibility of Reverse Vending Machine for PET Bottle Recycling in Case of ABC Hypermarket
AI summary Read the abstract
This feasibility study examines whether reverse vending machines for PET bottle recycling could reduce microplastic pollution in Thailand, where recycling rates are low and microplastic contamination in fine air particulate matter is a growing concern. Improving plastic bottle recovery could reduce fragmentation of PET into microplastics in the environment.
Logística Inversa y medioambiente Sistema de recolección PET
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This study proposes a reverse logistics business model for collecting and recycling PET plastic bottles, addressing the growing environmental problem of plastic waste including potential microplastic formation. The framework aims to make PET recovery economically viable while reducing plastic pollution burdens on the biosphere.
Reverse Vending: A Comprehensive Review of Innovative Approach in Embedded System, Sensing Accuracy, and Sustainability Implications
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This review pulls together a decade of research on "reverse vending machines" — those bottle-return kiosks that use sensors and smart tech to automatically sort and accept recyclables in exchange for money or rewards. The key takeaway: these machines can accurately identify plastic bottles over 95% of the time, and when paired with cash-back incentives, they significantly boost recycling participation in communities. This matters because getting more plastic bottles properly recycled — rather than left to degrade into microplastics that contaminate water, food, and eventually our bodies — is one practical way technology can help reduce our everyday exposure to plastic pollution
Roadmap to sustainable plastic waste management: a focused study on recycling PET for triboelectric nanogenerator production in Singapore and India
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Researchers compared plastic waste recycling systems in Singapore and India to evaluate the potential for turning recycled PET plastic bottles into energy-harvesting devices, finding that each recycling cycle causes a roughly 30% drop in material performance and 65% loss in economic value, underscoring the need for stronger recycling infrastructure.
Sustainable Management of Microplastic Pollutions from PET Bottles: Overview and Mitigation Strategies
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Researchers reviewed the environmental impact of PET bottle degradation and strategies for managing the resulting microplastic pollution. The study highlights that PET bottle usage continues to grow, and its breakdown releases low-molecular-weight compounds and microplastics, while outlining mitigation approaches including improved recycling and waste management practices.
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