Imagine trying to plan a trip but your map only shows roads and ignores shortcuts. Most climate plans only look at energy, ignoring how reusing materials saves the planet. This work creates a better map that shows exactly how recycling and reducing waste actually lower carbon emissions.
Companies struggle to quantify how recycling and reusing materials actually lowers their carbon footprint because standard climate models only track energy and fuel.
A data hub, a joint data model for consistent collection, and simplified models for mapping circular strategies to climate scenarios.
If you are a manufacturer dealing with high raw material costs and carbon taxes — this project developed a data hub and modeling tools that help you predict how switching to circular material cycles reduces your greenhouse gas footprint.
If you are a waste manager dealing with inefficient resource recovery — this project developed a joint data model that helps you quantify the climate benefits of your recovery processes to attract green investment.
If you are a consultant dealing with vague corporate sustainability claims — this project developed an analytical framework that maps circular strategies to global climate scenarios for more accurate reporting.
Based on available project data, no pricing information is provided as the project emphasizes an open repository and publicly available database.
The project focuses on high-level modeling and scenarios for European and global institutions, meaning it provides the logic for industrial scaling rather than a physical plant.
Based on available project data, the results are disseminated via a publicly available database and open documentation, suggesting an open-access approach.
It provides data and scenarios to inform climate policy and international assessments like the IPCC, which directly influence future environmental laws.
Companies can use the CIRCOMOD data hub and visualization tools to align their material use with recognized climate mitigation scenarios.
The consortium is research-heavy with 7 universities and 1 research institute, but maintains a 25% industry ratio with 3 companies (including 3 SMEs). This balance suggests the project is driven by academic rigor but validated by practical industrial perspectives across 7 different countries.
Contact Universiteit Utrecht regarding the CIRCOMOD data hub access.
Request a deep dive into the CIRCOMOD data model for your sustainability roadmap.
