European Circular Economy Stakeholder Platform

Across the globe, current approaches to sustainability are leaving lower-income countries behind. The authors of this paper believe a different vision for the future can be built, but transitioning to a circular economy, where waste is eliminated, materials are used and reused at their highest value, and nature is regenerated, won’t be socially just by default.

It is necessary to design the transition well to ensure that workers aren’t left behind, labour rights are uplifted, social benefits are maximised, and a wide range of approaches to circularity are recognised. 

This brief highlights where we are headed if we do not take action, and illustrates key levers to address current oversights on circularity and its relationship to power, trade and technology.

Small Scale Actions (SSA) are a new element introduced for this round of URBACT action planning networks (2019-2022). This compendium summarises all of the SSAs carried out within the Resourceful Cities Network. It aims to support and inspire other cities which want to accelerate their circular transition.

A wide range of SSAs were carried out by Resourceful Cities partners, each one responding to an identified need within the individual city context. Actions included promoting citizen engagement and participation, enhancing knowledge and raising awareness of the circular economy, business support, data collection and monitoring and trialling new business models.

The built environment has a huge impact on the environment. This means that it is a key lever for achieving both the goals set by the Paris Agreement and many other sustainability objectives. Activating that lever will require a long-term transformation of the entire sector.

The circular economy is a way to secure resources, limit impact and promote affordability.

The Metabolic Institute, supported by the Laudes Foundation Built Environment Programme, set out to explore the circularity of the built environment in Europe. The resulting snapshot lays out key challenges, needs and opportunities in this field.

This exploration fed into the process of shaping a new programme starting in May 2022: Accelerating the Circular Economy in the Built Environment.

In the research Youth competencies in the circular economy labour market – A taxonomy of competencies, 50 circular entrepreneurs across Europe were interviewed on the competences that are relevant in their work. The central question is: How should young people be equipped to shift the labour market towards circularity and sustainability?

The results provide an overview of the types of skills, knowledge and attitudes that characterise circular entrepreneurship and leadership. The study concludes with a discussion on the role of youth workers in developing these competences.

This report is the second intellectual output of the Circular Economy - Sustainable Competences for Youth (CESCY) project, co-funded by the Erasmus+ Programme of the EU.

The aim of this study is to report on the status quo of circular economy and sustainable practices implementation at the EU level, as well as in Estonia, Italy, the Netherlands, Portugal and Spain.

This status quo is considered from different perspectives – rules, social norms, funding, knowledge and education, knowledge dissemination vehicles and implementation of the circular economy vision – and involves different stakeholders: state (national government, regional/local government and municipalities), public companies, public and private universities, civil society, private businesses, cooperatives, association of companies and transnational corporations.

This is the first intellectual output of the Circular Economy - Sustainable Competences for Youth (CESCY) project.

Circular economy interventions in four key sectors can halt global biodiversity loss and help the world's biodiversity recover, finds this study.

Tackling root causes - Halting biodiversity loss through the circular economy, written by experts from Sitra and Vivid Economics, is the first to quantify the role a circular economy can play in tackling global biodiversity loss, targeting the four sectors with the largest impacts:

• food and agriculture
• construction
• textiles
• forest and forestry

Circular interventions in these sectors can halt biodiversity loss even if no other action is taken. And more than that, the study finds that the world’s biodiversity can recover to 2000 levels by 2035, if the circular interventions are implemented.

Urgent global action is required to address unsustainable material resource use. This report explores the possibility of, and analyses the implications associated with, developing an international agreement on the management of natural resources.

Why an international agreement?

An international agreement could support

• incentivizing action on a global level
• generate awareness to tackle the issue of resource management
• solve the issue of uncoordinated actions at various regional and governance levels.

The report also looks at the extent to which Free Trade Agreements (FTAs), many of them including provisions relevant to developing circular solutions, cover natural resource management and could be leveraged to enhance resource efficiency.

Ireland is at a turning point for the transition to a circular economy (CE). The 2022 Whole of Government Circular Economy Strategy provides the policy framework for the CE in this country, and the forthcoming Circular Economy Bill is expected to strengthen waste and CE legislation.

Nevertheless, with a circularity material use rate of 2% in 2020, Ireland shows significant scope for progress. This report analyses the state of play and challenges of the circular transition in Ireland and provides policy recommendations for CE policy across levels of government. It is the result of a two-year policy dialogue between the OECD, the Department of the Environment, Climate and Communications, as well as a broad range of public, private and civil society stakeholders.

The goal of this study was to investigate the feasibility for Smart Integrated Decentralised Energy (SIDE) systems to contribute to the resilience, flexibility and circularity of the Dutch national power system infrastructure. The energy sector plays a crucial role in tackling the challenge of transitioning into a circular, renewable energy-based economy. For this reason, the Dutch government has decided to quintuple renewable power generation by 2030.

Thanks to recent developments in renewable energy technologies such as batteries, heat pumps and solar panels, but also biodigesters in which organic waste and black water are collected providing an alternative heating source, it is now possible to produce, convert and store energy locally within so-called microgrids.

Russia is among the larger suppliers of raw materials to the EU. It is the biggest world supplier for palladium, platinum and nickel, and a prominent one for aluminium and copper. The country still holds large untapped reserves of rare-earth elements.

This paper provides an overview of EU import dependency on raw materials and Russia’s share among EU sources of key supplies for low-carbon technologies. It then looks at prospects for meeting future material demands through circularity for three technologies, namely lithium-ion batteries, wind turbines and fuel cell electric vehicles.

The analysis is based on two scenarios with different levels of ambition. They aim to give an indication of the scale of potential benefits that can be achieved through circular approaches.