| Title | Characterisation of household single-use packaging flows through a municipal waste system: A material flow analysis for New South Wales, Australia |
|---|---|
| ID_Doc | 23049 |
| Authors | Madden, B; Florin, N |
| Title | Characterisation of household single-use packaging flows through a municipal waste system: A material flow analysis for New South Wales, Australia |
| Year | 2024 |
| Published | Heliyon, 10.0, 12 |
| Abstract | Household single-use packaging has poor rates of recycling, and presents a challenge in transitioning to a circular packaging economy. This study characterises the flows of household single-use packaging in the municipal waste system for 2020-21 in New South Wales, Australia. Households are an important source of packaging usage in Australia, accounting for over 40 % of all packaging used in 2020-21. Our focus spans 17 single-use packaging materials and 11 formats. We estimate the composition of single-use consumer packaging in the kerbside collection stream, and the ultimate fate of used packaging. Results show 1000 +/- 8 % kt of packaging was used by households in NSW in 2020-21 (similar to 123 kg/cap). Composition of the used packaging stream was dominated by glass (36 %), paper (29 %) and plastic (28 %) packaging. HDPE (26 % of plastic packaging), LDPE (24 %) and PET (19 %) were the main polymers in use. 63 % +/- 5 % of used packaging was collected for recycling, and 34 % +/- 7 % was recovered via recyclate generation and overseas exports. Glass packaging had the highest recycling rates at 52 % +/- 3 %, while plastic packaging had the poorest at 11 % +/- 10 %. Findings indicate incorrect disposal of recyclables at the household to mixed-waste systems as a major limitation of the system to improve recycling rates. Expansion in recovery capacity is also essential for improving recycling rates, and the potential for generating the packaging-grade recyclate essential for meeting recycled content targets. The study offers contributions to the understanding of consumer packaging managed within the municipal waste system. Insights gained have application in informing sustainable packaging and waste management strategies. |
| http://www.cell.com/article/S2405844024089096/pdf |
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