Systemiq report lays out plan to improve circularity in Norway

A new study by Systemiq, ‘Achieving Circularity’, sets what the company calls  a ‘practical and ambitious roadmap for all stakeholders to accelerate the transition towards a circular, low-emissions plastic system in Norway by 2040.’ 

‘Achieving Circularity - A low-emissions, circular plastic economy in Norway’ analyses ~80% of the country’s plastic use across seven key sectors: packaging, household goods, construction, textiles, electronics and electricals, automotive, and fishing and aquaculture. Norway is the first country to scrutinise such a comprehensive scope of plastic sectors, making this study one of the most holistic views of a national plastic system ever presented.

The report was created by system change company Systemiq, in partnership with Handelens Miljøfond (Norwegian Retailers’ Environment Fund) and consultancy Mepex, with input from 16 international experts.

It presents five key findings:

• Currently, only 22% of plastic across the seven sectors is reused or recycled. The current plastic system relies to 90% on fossil-based plastic manufacturing processes and ~ 70% of plastic is incinerated. It represents ~ 7% of Norway’s GHG emissions.
• Current policy and industry commitments are inadequate for transforming the Norwegian plastic system in a way that aligns with the goals of the European Green Deal, or the Paris and Glasgow climate agreements.
• The ambitious adoption of circular economy approaches in the plastics value chain - such as elimination, reduction and reuse, substitution as well as mechanical and chemical recycling - can increase circularity from 22% in 2020 to 70% by 2040 and reduce waste disposal by ~35%. 
• Circularity approaches alone are insufficient to bring the system into alignment with Norway’s climate target as they can only reduce GHG emissions by one third, leaving ~1.9 million tonnes of CO₂eq of emissions by 2040 (down from ~2.8 million tonnes in 2020). Additional emissions abatement measures, such as using alternative carbon feedstocks and capturing residual emissions, can reduce GHG emissions by ~75% by 2040 relative to 2020 and decouple plastic from fossil fuel feedstocks. 
• Circularity and net zero pathways are achievable within existing solutions, and the cost is not prohibitive, requiring an annual additional investment of ~$54m (570m NOK) for 20 years. The transformation could create ~1,300 additional jobs compared to 2020 but reskilling will be vital.

Cecilie Lind, General Manager, Handelens Miljøfond, said: “Norway aims to continue to be a frontrunner on addressing the global plastic pollution challenge, and – together with Rwanda – is leading the High Ambition Coalition to End Plastic Pollution. This study lays out a pathway for Norway’s own transition towards a low-emissions, zero-waste circular plastic economy, and reduce the yearly Norwegian per capita plastic disposal from around 73 kg in 2020 to around 41 kg per year in 2040. Handelens Miljøfond is committed to strengthening partnerships and collaboration between stakeholders across the value chain in order to develop a shared vision and strategies for achieving a better plastic system in Norway.”

Yoni Shiran, Partner and Plastics Lead at Systemiq, added: “The global treaty on plastic pollution offers a unique chance to shift towards a circular and low-emissions plastic economy. This study offers evidence-based recommendations on priority areas for a highly developed country’s plastic system. It shows that GHG emissions can be cut by 75% and waste disposal by 35% by 2040 in a way that is both affordable and achievable within technical constraints. This transition requires an ambitious combination of both upstream and downstream solutions, and it will require leadership and collaboration across industry, public sector, investors, and civil society. Only then can we seize this opportunity to shift to the low-emissions circular plastic systems Norway – and the world – needs.”

Systemiq says while the analysis shows that 70% circularity is achievable overall, the seven sectors analysed rely on the different circularity interventions to varying degrees and will experience different levels of impact. Consumable applications are limited to circularity levels of up to 69% by 2040, largely due to the single-use, disposable nature of many plastics and the prevalent throwaway culture. Durable applications, by contrast, could achieve circularity levels of up to 87%, though there is still room for optimisation particularly through greater reuse, elimination of unnecessary plastics, and a shift to sharing models.