Mars relies on recycled material from chemical recycling. Is this the silver bullet?
Thomas Reiner
CEO at Berndt+Partner | 30+ Years of Leading in the Packaging industry | Shaping the Future of Packaging for Global Brands.
US food company Mars is relying on recyclate derived from chemical recycling for the flexible packaging of its "Kind" snack bar brand. The recyclate, which is processed into certified polypropylene (PP), comes from low-grade used mixed plastics from packaging waste. Mars is thus taking a step toward its goal of using an average of 30 percent recycled material in its packaging by 2025. The fact that it is relying on chemical recycling to achieve this is significant. Because from an ecological point of view, there are definitely question marks here. However, the quality of mechanical recycling does not deliver the necessary food quality in the case of mixed waste. It's a dilemma - but the pressure of one's own sustainability goals is overpowering.
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Project partners: Mars, Landbell, Sabic
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Closing loops
The stated aim of the project partners was (and is) to recycle plastic packaging from the yellow garbage can, which is difficult to recycle and can only be incinerated or recycled at low quality in a mechanical recycling process. To turn it back into food packaging they must rely on chemical recycling. This is referred to as a "high-quality cycle".
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The recyclate - and its production
The certified recyclate is of food quality. According to the company, it is obtained by the so-called pyrolysis process from low-grade, used mixed plastics from packaging waste.
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Chemical recycling the silver bullet?
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Food contact is a sticking point
The recyclate is also needed above all for use in packaging that comes into contact with food. This is because mechanical recycling processes are not capable of producing recyclate from mixed plastics of used packaging derived from household collection that meets the necessary hygiene and quality requirements.
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The eco-dilemma
So-called chemical recycling is anything but uncontroversial. Critics point out, and not without good reason, the very high energy input required for the innovative processes. Particularly in view of the current focus on climate issues and greenhouse gas emissions, this is a weighty disadvantage.
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The brand dilemma
Mars, like almost all of the major brand companies, has set itself ambitious environmental and sustainability targets. For example, by 2025, an average of 30 percent of the plastic required for all Mars packaging is to come from recycled material.
The path to this goal is extremely difficult, especially in the area of refined plastic packaging. Without recyclate from chemical recycling, it is almost impossible to achieve. At the moment, companies like Mars see no other way out - even if this means possibly paying into one account what you withdraw from the other.
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Former Sales Director UK & Ireland at Schafer Container Systems In search of Freelance strategic work, part time or temporary.
1 年We will end up eating the packaging in the future ??a banana skin or peel from an orange or apple is bio degradable . Would it not be easier to just eat nuts and fruit if we want instant energy boost
Connecting Renewability and Circularity
1 年I do not see the silver bullet in this solution. It might help to slightly reduce use of virgin material at very high costs and significant environmental impact. The much bigger problem I see in collection. A lot of the material in Europe might end up in general waste streams and will likely not be available for recycling. If no efforts are made to improve collection in developing countries, we will just see packaging material with recycled contents ending up in the oceans. Collection is as big a challenge as defining recyclable structures.