Why Refill? World Refill Day 2023
The Birmingham Plastics Network writes on World Refill Day 2023, a global Day of Action to prevent plastic pollution and help people live with less waste.
The Birmingham Plastics Network writes on World Refill Day 2023, a global Day of Action to prevent plastic pollution and help people live with less waste.
The plastics problem is one of society's largest issues, and it has been gathering pace for decades. Since plastic became widely commercialised in the mid-20th century, the world has produced over 10 billion tonnes[i] and thrown away almost 8 billion tonnes[ii]. Not only this, but current projections suggest that waste entering the ocean each year could triple from 10 million tonnes to almost 30 million tonnes by mid-century[iii].
Choosing to refill means reducing the amount of waste plastic going to landfill or into the ocean. To some extent, it also means that we reduce demand for single-use plastics products, which, in turn, impacts the supply chain and encourages businesses to invest in more sustainable options (including refill) instead.
What about recyclable plastics or biodegradable ones?
Whilst recyclable or biodegradable plastics may seem like a better or more equitable choice to refill options, it's hard to know what happens to these products after we dispose of them. In the UK, despite there being a steady increase in recycling rates for plastics, only 50% of plastic packaging is currently recycled.[iv] Not to mention the fact that recent studies suggest that recycling plastics may even be contributing to microplastic pollution in the environment.[v]
Biodegradable plastics, by definition, decompose through natural biological processes, which sounds sustainable, but in marketing-speak, 'biodegradable' is an umbrella term confusingly used to cover several different processes with different environmental impacts. As such, how biodegradable plastics are marketed, sold, and promoted is often misleading; University of Birmingham research shows us that the public expectation of what types of plastic or processes should be labelled as biodegradable does not match the reality of the way the term is being used commercially[vi].
It is important that we opt to reduce and reuse, as well as recycle, and refill is a key part of this puzzle. Choosing to refill reduces our reliance on single-use plastic, allows us to reuse safely, and can be a much more affordable way to engage in long-term sustainable choices.
So what can I do?
As a consumer, there is increasing pressure to make sustainable choices, but knowing where to start is often difficult. Choosing refill over single-use can seem daunting; with masses of companies and products being introduced daily and heaps of greenwashing mixed in with genuinely sustainable claims, it can be confusing to determine which product is truly the most sustainable option. Additionally, making the swap can sometimes be tricky to invest in due to being more costly upfront, less widely available, or more time-consuming. With a bit of online research, it is possible to make a sustainable choice that feels right for you, and below are some ideas on where to start switching from single-use to reuse.
Alternatively, you can visit the World Refill Day website for their 10 top tips for switching to refills. You can also download the free refill app to see local places supporting refills, either by offering free water refills, offering discounts for using your coffee cup or offering plastic-free shopping.
You can also pledge your commitment to transitioning to refill and influence others by sharing on social media using the hashtag #WorldRefillDay.
References
[i] By 2015, cumulative global production was estimated to have reached 8.3 billion tonnes. We have updated this figure with annual global data from Plastics Europe, Plastics: The Facts, with data ranging from 2016 until 2020. All references for this figure are listed below.
Plastics Europe. Plastics - The Facts 2017 [Internet]. 2017 p. 16.
Plastics Europe. Plastics - The Facts 2018 [Internet]. 2018 p. 18.
Plastics Europe. Plastics - The Facts 2019 [Internet]. 2019 p. 14.
Plastics Europe. Plastics - The Facts 2020 [Internet]. 2020 p. 16.
Plastics Europe. Plastics - The Facts 2021[Internet]. 2021 p. 12.
[ii] By 2015, cumulative waste was estimated to reach 6.3 billion. We have inflated this figure at the annual rate. For 2015 data, see Reference 1.
[iii] The Pew Charitable Trusts. Breaking the Plastics Wave: A Comprehensive Assessment of Pathways Towards Stopping Ocean Plastic Pollution [Internet]. 2020. [cited 27 July 2022].
Available at: https://www.pewtrusts.org/-/media/assets/2020/07/breakingtheplasticwave_report.pdf
[iv] British Plastics Federation (no date) Is only 9% of plastic is recycled?, British Plastics Federation.
Available at: https://www.bpf.co.uk/plastipedia/faqs/is-it-true-that-only-9-of-plastic-gets-recycled.aspx#4
[v] Recycled plastic can be more toxic and is no fix for pollution, Greenpeace warns (2023) The Guardian. Available at: https://www.theguardian.com/environment/2023/may/24/recycled-plastic-more-toxic-no-fix-pollution-greenpeace-warns
[vi] Professor Andrew P Dove, Professor Fern Elsdon-Baker, Professor Stefan Krause, et al. (2023) Plastics: A Call to Action. doi:10.5281/zenodo.6865976.
Staff profile for Andrew Dove, Professor in Chemistry at the University of Birmingham.
Biographical and contact for Professor Fern Elsdon-Baker in the Department of Theology and Religion at the University of Birmingham.
Professor Dr Stefan Krause, Professor of Ecohydrology and Biogeochemistry. His is investigating the impact of global environmental change on hydrological fluxes, biogeochemical cycling & ecohydrological feedback function