D3.2: Future-fit sustainable packaging business models blueprint

The Future-Fit Sustainable Packaging Business Model Blueprint uses sustainable business model innovation as a systemic lens to accelerate the transition to circular plastic food packaging. It defines a business model as the way a business creates, delivers and captures value for its stakeholders, and circular business models as those that cycle, extend, intensify or dematerialise resource loops. These models follow the hierarchy of R-strategies, from Refuse and Rethink down to Recycle and Recover. In the plastic food packaging industry, they aim to eliminate, narrow, slow or close resource flows. Positioned along an upstream-to-downstream life-cycle continuum, they fall into five approaches: material, design, sufficiency, reuse and recovery innovation. To support strategic decision-making, the blueprint co-creates four future scenarios shaped by key trends such as sustainability requirements, digitalisation, convenience, hygiene, transparency and e-commerce, and framed by the tensions between individualism and collectivism and between efficiency and resilience. It sets out a portfolio of strategic, operational and relational system change levers to support the scale-up of circular business models. It also defines five key pathways: designing out unnecessary plastic packaging, designing for recycling, incorporating recycled content, scaling up reuse systems, and optimising collection and sorting. Finally, a backcasting approach from a 2040 vision of a circular plastic food packaging ecosystem produces a roadmap with three phases: formalising the transition by 2030, accelerating it by 2035, and strengthening it by 2040.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-10-26
DOI
https://doi.org/10.5281/zenodo.23669735
Primary Topic
Sustainable Supply Chain Management
Type
article
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article

D3.2: Future-fit sustainable packaging business models blueprint

Erwan Mouazan, Ella Kärkkäinen, Emma Väre, Tiia Vuorinen
Zenodo (CERN European Organization for Nuclear Research)
Sustainable Supply Chain Management
article

D3.2: Future-fit sustainable packaging business models blueprint

Erwan Mouazan, Ella Kärkkäinen, Emma Väre, Tiia Vuorinen
article en

Abstract

The Future-Fit Sustainable Packaging Business Model Blueprint uses sustainable business model innovation as a systemic lens to accelerate the transition to circular plastic food packaging. It defines a business model as the way a business creates, delivers and captures value for its stakeholders, and circular business models as those that cycle, extend, intensify or dematerialise resource loops. These models follow the hierarchy of R-strategies, from Refuse and Rethink down to Recycle and Recover. In the plastic food packaging industry, they aim to eliminate, narrow, slow or close resource flows. Positioned along an upstream-to-downstream life-cycle continuum, they fall into five approaches: material, design, sufficiency, reuse and recovery innovation. To support strategic decision-making, the blueprint co-creates four future scenarios shaped by key trends such as sustainability requirements, digitalisation, convenience, hygiene, transparency and e-commerce, and framed by the tensions between individualism and collectivism and between efficiency and resilience. It sets out a portfolio of strategic, operational and relational system change levers to support the scale-up of circular business models. It also defines five key pathways: designing out unnecessary plastic packaging, designing for recycling, incorporating recycled content, scaling up reuse systems, and optimising collection and sorting. Finally, a backcasting approach from a 2040 vision of a circular plastic food packaging ecosystem produces a roadmap with three phases: formalising the transition by 2030, accelerating it by 2035, and strengthening it by 2040.

Zenodo (CERN European Organization for Nuclear Research)
University of Vaasa (FI), VTT Technical Research Centre of Finland (FI)
Openalex Percentile: Top 8%
Sustainable Supply Chain Management
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D3.2: Future-fit sustainable packaging business models blueprint — Erwan Mouazan, Ella Kärkkäinen, et al. · Zenodo (CERN European Organization for Nuclear Research) (2026) | TGRS Research Map | TGRS