Join the FertiCovery workshop, where participants will explore promising technologies for producing biofertilisers from secondary raw materials.
This interactive session will bring together stakeholders to share experiences, validate key case studies and shape the future of bio-based fertilisers.
Shifting to a circular economy, which is nature-positive by design, can build prosperity while tackling climate change and other global challenges. This study shows that a targeted set of investable and scalable actions in the built environment sector represents a significant economic opportunity for Europe, increasing resilience, competitiveness and the vibrancy of its cities. It also aims to show that circular and nature-positive strategies can be applied across sectors.
To illustrate how the benefits of a nature-positive, circular economy can be realised in a tangible, high-impact way, this study focuses on the built environment using new analysis drawn from quantitative modelling and interviews with expert practitioners.
Over the past decade, the EU has demonstrated an unprecedented commitment to advancing a circular economy, advocating for action at national, regional and local level. However, most economies remain predominantly linear.
This report provides a comprehensive analysis of circular economy practices, challenges and opportunities in cities and regions, building on a survey of 64 cities and regions of the EU, lessons learned from 10 place-based policy dialogues in specific cities and regions, and desk research. It concludes with policy recommendations to accelerate a territorial approach to the circular economy for place-based policies that are aligned with EU-wide goals.
The Horizon Europe project INBUILT aims to bring about a shift in the European construction industry by integrating circular economy and digitalisation. It focuses on scaling up and demonstrating 10 innovative products and systems designed to make building practices more sustainable.
These innovations fall into two key categories: Reused and recycled materials which will reduce waste through the smart repurposing of materials from existing sources, and low-carbon building products developed using bio-based or geo-sourced materials to significantly lower the environmental impact of construction.
This booklet presents a series of factsheets outlining each innovation developed by INBUILT. They will be updated when the project comes to an end.
SOPHIA is an EU-funded Horizon Europe project that aims to implement advanced digital solutions in end-of-life solar panels, involving the full value chain in order to increase their current reuse, repair and recycling rates. The end goal is to foster a more circular, innovative and competitive Europe.
This conference will focus on future-proofing clean energy, end-of-life assets, circular energy markets, and advanced technologies and successful business models.
Join top asset owners, recyclers, manufacturers and investors at the second Recycling Renewables Summit and help shape the future of circular renewables.
While circular economy practices offer substantial environmental and economic benefits along with local job creation, their implementation requires significant adjustments in working conditions and practices.
This briefing dives into two of the circular building pathways identified as having high social impacts in the Circular Buildings Coalition’s 2024 Four Pathways Report: 1) Build with the Right Materials; and 2) Build Nothing.
These pathways are explored, along with their regulatory and market-level drivers, barriers and the measures needed to safeguard workers.
The ReLEAF and UPSTREAM projects are keen to promote the transition of wastewater treatment plants into circular economy hubs for resource recovery. They're asking for input.
STICA Climate Action Week 2025 took place just last month - and the interviews with various stakeholders which were released during it are now available. From the impact of climate change on workers to circular textiles made from waste, you're sure to find some in line with your area of interest!
Coffee!UP has adopted a unique cascade recycling system for used coffee grounds which is in line with the zero waste concept. In this way, they support the circular economy and thus mitigate the impact on climate change.
Through this system, Coffee!UP obtains high-quality ingredients by gradually removing the valuable parts of coffee grounds. These are then used in the cosmetics industry and serve as an input material for making plastic products.