News & Events

A CircEUlar member of the UOXF team was invited to share insights on the direct and indirect footprint of digitalisation and participated in a panel discussion on planning urban transport infrastructure to accommodate autonomous mobility systems.

Drawing on data from the United Kingdom, Lithuania, Italy, the Netherlands, and Germany, this research, part of the multinational CircEUlar research project, captures activities that contribute to circularity—a key component in achieving sustainable development.

As 2024 draws to a close, our partner T6 Ecosystems and IIASA have been busy planning next year’s stakeholder engagement activities which will further enrich the research tasks.

Mobility, housing behaviour, and efforts to influence others to be more circular are some of the most tangible ways to observe circular behavior. Over the past two years, the CircEUlar team has collected data from over 5,000 households in five European countries to understand how circular people’s behavior currently is.

Researchers Gamze Ünlü, Alessio Mastrucci, and Volker Krey shared some of the latest findings from integrated modeling activities in the CircEUlar project with the research community.

Understanding the size and spatial distribution of socio-economic material stocks is important to inform strategies aimed at more sustainable resource management, a circular economy, as well as climate change mitigation.

As part of the process of developing a joint model to analyze energy flows and material stocks in urban areas, INEGI has currently concluded the estimation of material stocks in both buildings and mobility infrastructure for one of its case studies, the city of Porto.

The event provided the CircEUlar team with a lot of good insights on the next steps for ensuring further feedback loop mechanisms between academic researchers and policy officers so that modelling can facilitate the circular economy as a means of supporting the Climate Agenda.

Repurposing obsolete steel pipelines shows significant potential to reduce the environmental burden of district heating networks, transform obsolete infrastructure into an essential part of the transition, and introduces an additional circular strategy helping to achieve green energy targets.