CE-IoT

A Framework for Pairing Circular Economy and IoT: IoT as an Enabler of the Circular Economy, circularity-by-design as an enabler for IoT (CE-IoT).
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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 777855. Views and opinions expressed are, however, those of the author(s) only and do not necessarily reflect those of the European Union or the Research Executive Agency (REA). Neither the European Union nor the granting authority can be held responsible for them.

Participants

6 members

Start Year / End Year

2018 - 2022

Scope

European

Funding Framework

Horizon 2020 – MSCA-RISE-2017

Budget

1,692,000.00 €

Duration

48 months

About CE-IoT

CE-IoT develops a framework that brings together Circular Economy principles and Internet of Things technologies. The project explores how IoT can support circularity-by-design and how circular practices can, in turn, enhance the sustainability and effectiveness of IoT systems. Through international research exchanges, CE-IoT advances new methods, tools and business models that enable smarter, more resource-efficient and environmentally responsible digital solutions.

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CE-IoT
Key Objectives 

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1.  IoT Enablement

Position IoT as a core enabler of the circular economy by defining business-driven circularity patterns and modelling how intelligent assets create new value.

2. Circular Design

Develop an open, modular and circular-by-design IoT architecture that supports secure, dependable and interoperable integration of smart objects.

3. Framework Integration

Combine circular-economy business models with IoT technical patterns into a unified framework that captures value creation across both domains.

4. Real-World Validation

Evaluate the CE-IoT approach through telecom and cloud demonstrators, assessing business, technical and legal impacts.

5. Policy Enablement

Create conditions that support adoption by businesses and public institutions through risk assessment, policy insight and practical guidance.

6. Ecosystem Engagement

Diffuse CE-IoT knowledge through training, workshops and dissemination to broaden uptake and strengthen industry awareness.

CE-IoT Project Focus

Circular Synergy

Explores how circular-economy principles and IoT technologies reinforce each other to create new value.

Intelligent Assets

Transforms physical assets into data-driven, smart objects through IoT sensing and monitoring.

Pattern Framework

Develops business and technical design patterns that support circularity-by-design.

Modular Architecture

Builds an open, interoperable IoT architecture designed to be secure, dependable and adaptable.

Business Models

Designs new circular business models and supply chains enabled by real-time IoT insights.

Demonstrator Trials

Validates the CE-IoT framework in telecom and cloud sectors to test impact and feasibility.

Value Integration

Combines circular-economy and IoT value drivers into a unified operational framework.

Ecosystem Uptake

Promotes adoption through training, dissemination and engagement with industry and public stakeholders.





Role of EPBS in CE-IoT

Research Contribution

Supports the development of circular-economy methods and IoT-driven business modelling by participating in analytical and exploratory tasks across the project.

Knowledge Exchange

Engages in research staff secondments, sharing expertise in sustainability, innovation and digital transformation to strengthen cross-sector collaboration.

Dissemination Support

Contributes to training, workshops and outreach activities, helping communicate CE-IoT findings to businesses, policymakers and academic communities.

Framework Adoption

Assists in transferring project results into practical contexts by promoting the CE-IoT framework within education, industry networks and applied research environments.

Project Partners