Through the CircEUlar project, CMCC conducted research titled "From (Micro-)Circularity To (Macro-)Mitigation" that identified how circular economy initiatives can trigger unintended increases in resource consumption elsewhere in the economy and explored theoretical conditions to counteract such effects at the societal level. The Circular ReBoundary project translates these theoretical conditions into practical actions that companies can implement to mitigate unintended resource increase.
While companies may not be able to control all rebound effects, since many occur as part of broader systemic dynamics, these targeted initiatives propose high-potential starting points for companies aiming to preserve resources beyond their own operations.
Indeed, companies can proactively address rebound effects by targeting the choice of the circular practice and influencing consumption patterns through advertising, investment choices, and resource use throughout product lifecycle analyses. In addition, businesses can show support to policymakers engaged in tackling rebound effects through policies. Examples of policy briefs can be found at the bottom of this page.
Finally, these actions should be considered a starting point rather than definitive solutions. Companies are encouraged to assess these recommendations against their own constraints, operational realities, and business models, refining them through pilot testing to ensure contextual feasibility and applicability.
In this channel, enterprises can implement rebound mitigation strategies such as managing potential overconsumption driven by lower prices, directing profits from circular initiatives responsibly, and preventing unintended substitution with more sustainable alternatives. These strategies must be carefully designed to balance long-term customer satisfaction and trust with the company’s financial viability.
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Visit the sufficiency database:
The Business for Sufficiency Database, developed within the project CircularX, provides real-world examples of businesses that promote sufficiency to their customers through awareness-raising actions, such as informing customers about the environmental impact of products or “Buy Less” campaigns.
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This channel concerns the direct effects of circular practices on material flows. To limit rebound effects, companies can implement metrics and contractual systems that reliably demonstrate reductions in overall material use and the substitution of virgin materials with recycled materials throughout the value chain.
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In this channel, it is essential that the production processes and material requirements associated with implementing and maintaining circular practices use as few resources as possible. A pre-requisite is to verify the resource demands and environmental impacts of these circular processes.
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The Circular ReBoundary project translates theoretical anti-rebound principles into practical, preliminary actions that companies can use to reduce the risk of unintended increases in resource use. These actions should be viewed as a starting point rather than definitive solutions. We encourage companies to assess how these recommendations align with their own constraints, operational realities, and business models, and to test and refine them—such as through pilot phases—to ensure they are both feasible and meaningful in their specific context.
The Circular Rebound Tool, developed by Maastricht University, allows organisations to detect and mitigate potential rebounds across different R-strategies, such as preventing resource-intensive repair activities through low-tech alternatives, in order to preserve the environmental benefits of circular strategies. https://www.circularx.eu/en/tool/28/the-circular-rebound-tool
European Platform on LCA (EPLCA) The EPLCA supports the methodological development of Life Cycle Assessment (LCA) for the analysis of supply chains and end-of-life waste management. https://eplca.jrc.ec.europa.eu/
OpenLCA is a free and open source software developed by GreenDelta GmbH, offering professional Life Cycle Assessment capabilities with a broad range of features and many available databases. https://www.openlca.org/
BrightwayLCA is a python-based LCA software, open source and open access, allowing users to perform comprehensive lifecycle assessments through programming interfaces and customizable analytical workflows. https://docs.brightway.dev/en/latest/#
Activity Browser builds a user interface on Brightway while remaining open source and open access, enabling users to conduct LCA studies through an intuitive graphical interface without requiring programming knowledge. https://github.com/LCA-ActivityBrowser/activity-browser
KBOB Database provides open access LCA data for construction materials and components, allowing users to access environmental impact data for building materials without requiring an ecoinvent license, though it builds on ecoinvent datasets. https://www.ecobau.ch/fr/instruments/donnees-des-ecobilans
Bonsai footprint analyser (building on exiobase) enables users to calculate environmental footprints and analyze supply chain impacts through a web-based interface that leverages comprehensive economic and environmental datasets. https://lca.aau.dk/FootprintAnalyser