Transitioning towards sustainable, circular and climate-neutral future
Through innovative governance, digital tools, and participatory methodologies
The challenge
Industrial areas are crucial engines of Europe’s economic growth and competitiveness, providing jobs, resources, and driving innovation. However, their traditional focus on short-term efficiency has come at a price for the long-term environmental and social sustainability of the surrounding communities.
The cost?
Environmental strain: high energy and raw material consumption, excessive emissions, and poor waste management.
Community impact: pollution and resource depletion that spill over into nearby cities, affecting the health and well-being of residents.
Why is change so hard?
While major European initiatives like the Green Deal are pushing for urgent climate action, real progress is blocked by fragmented policies, high upfront costs, limited digital interoperability, cultural resistance to change, and low stakeholder trust.
CIRCUIT responds to these challenges with an integrated, systemic approach.
Co-creation
Establishing local
participatory processes
Proposal
Engaging the cities in a bottom-up
identification of needs and challenges
Innovation
Deploying of data-driven services
and circular solutions
Demonstration
Demonstrating solutions
and replicating actions
Replication
Facilitating scalability and replicability
Evaluation
Assessing impact and performance
Outreach
Fostering visibility and clustering
Our Approach
Our main objectives
To foster collaboration and encourage the development of joint efforts by integrating the most relevant target groups, their activities and behavior towards circularity and decarbonization.
By integrating their benefits into local strategies that take into account long-term planning and data challenges through inclusive and well-designed participatory approaches and an evaluation framework.
By identifying the needs and challenges at the local level and engaging stakeholders in an integrated, co-creational and multi-level process.
By integrating them conceptually, operationally and strategically.
By working together with the cities’ stakeholders and establishing long-lasting cooperative schemes.
Our innovative Tools & systemic Solutions
Interoperable city–industry data space
Secure, privacy-compliant digital platforms that allow different sectors (like energy, transport, and local government) to share real-time data for better urban planning and resource management.
Modular digital twins
Advanced virtual models of industrial sites and regional transport networks that allow users to run simulations, optimize logistics, and test climate mitigation scenarios before implementing them in the real world.
AI-driven decision support system
A smart tool that uses Machine Learning and Explainable AI (XAI) to predict climate risks, track greenhouse gas emissions, and provide transparent, data-backed recommendations for green interventions.
Interoperability frameworks (MIMs Plus)
Standardized technical architectures that ensure all the digital tools developed can seamlessly connect, share data, and be easily adapted by other European cities and industrial sectors.
Digital marketplace and dashboard
A centralized online hub with an interactive user interface where stakeholders can access the project’s digital tools, monitor environmental metrics (like air quality and emissions), run “what-if” simulations, and find training materials.
Construction material recovery workflows
Strategic frameworks and digital systems (including “material passports”) designed to maximize the recycling of demolition materials and successfully integrate them back into the construction market.
Sustainable mobility module
An extension of the project’s digital twin technology that serves as a dashboard to monitor freight movement, optimize logistics routing, and promote low-emission transport to reduce traffic and pollution.
Automotive by-product valorization pathways
Specific technical routes and recovery strategies to recycle manufacturing waste (such as metals, polymers, and composites) and safely reincorporate them into new automotive production.
Food, Water, and Nutrition toolkit
A lightweight digital application to monitor and optimize the flow of water and nutrients in systems like industrial fish farming, greenhouses, and organic waste recovery.
Smart Energy Management toolkit
An AI-powered module that tracks industrial energy consumption in real-time, provides predictive insights, and helps facilities prioritize self-generated renewable energy to reduce reliance on external grids.