Giving Compass' Take:
- Recent research indicates the potential for the plastics industry to become fully sustainable if it can shift its production methods.
- What role can donors play in contributing to a circular economy? How can donors support conservation efforts in the fight against plastic pollution?
- Learn why plastic pollution is more than just packaging.
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Lots of recycling, combined with the use of CO2 from the air and biomass, could make a completely sustainable plastics industry a reality, according to a new study.
Changing plastic’s image could also help, the researchers report.
Plastic is everywhere. Our society can’t do without it: plastics have numerous advantages, are extremely versatile, and are also cost effective.
Today, plastics are mainly produced from crude oil. When the products reach the end of their life, they often end up in a waste incineration plant. The energy-intensive production of plastics and their incineration release large amounts of CO2 into the atmosphere, making plastic products a major contributor to climate change.
One way out would be to rely on sustainable production methods, such as the circular economy, in which as much plastic as possible is recycled. Then the main raw material for plastic products would no longer be crude oil but shredded plastic waste.
But is it even possible to tweak the plastics economy to absolute sustainability? The researchers say, yes, it is.
BEYOND ENERGY AND CLIMATE ISSUES
The researchers looked at the complete value chains of the 14 most common types of plastics, including polyethylene, polypropylene, and polyvinyl chloride. These 14 bulk plastics account for 90% of the plastic products manufactured worldwide.
As reported in Nature Sustainability, the researchers investigated for the first time whether it is possible for the plastics industry to respect planetary boundaries. These are a measure of comprehensive sustainability that goes beyond energy and climate issues to include, for example, impacts on land and water sources, ecosystems, and biodiversity. In short: processes that adhere to planetary boundaries can be sustained over the long term without depleting the Earth’s resources.
The study finds that circular plastics are feasible within planetary boundaries. This would require at least 74% of the plastic to be recycled. By way of comparison, only around 15% is recycled in Europe today, and the rate is likely to be much lower in other regions of the world.
In addition, the study finds that recycling processes would have to be improved. Specifically, plastics recycling would have to become as efficient as other chemical processes already are today. As things currently stand, not all plastics can be recycled. In the case of polyurethanes used as foams, for example, recycling has yet to be established.
Read the full article about sustainable plastics industry by Fabio Bergamin at Futurity.