European Circular Economy Stakeholder Platform

All societies produce waste, though its characteristics and what happens to it depend on cultural, economic and political factors at local, national and global scales. New business models, technological innovations and social enterprise have the potential to reduce waste. Policymakers have a key role to play in supporting these efforts by fostering better communication between stakeholders; through regulation that prioritises reuse and quality recycling; and by encouraging resource efficiency through education, research and manufacturing initiatives.

Waste nationally and globally is increasingly problematic and challenging to policymakers. It is a problem that is increasing in scale and scope. It matters to all of us for a series of reasons:

• There is simply so much waste. In a country with a small land area and a large population, the sheer bulk of waste is in and of itself a problem;
• As humans congregate in cities around the world, the production of waste has become highly concentrated and that creates particular challenges for its collection and disposal:
• Much waste is harmful. The scale of that harm has become global. It harms both humans and the other species with which we share the planet. That harm comes in many forms.

In a circular economy, materials are more durable and easier to repair, reuse and recycle while waste is turned into a resource. In addition, processes from production to waste management become more resource efficient. Innovative business models enable companies to create value by selling services rather than products. Digital technologies will be pivotal in bringing about this systemic change. The European Union has to make the most of digital solutions for the benefit of a circular economy. This requires addressing the barriers to their uptake, enabling the free flow of data across borders, fostering trust in the data economy, and maximising synergies between the digital and circular economy agendas.

The Knowledge Alliance on Product-Service Development towards Circular Economy and Sustainability in Higher Education (KATCH_e) is a 3-year EU funded project that was launched in January 2017. KATCH_e brings together 11 partners from four EU countries to address the challenge of reinforcing the skills and competences in the field of product-service development for the circular economy and sustainability in the construction and furniture sectors. It develops training materials targeting universities, researchers, practitioners and businesses for the development of sustainable product-services. The main results of KATCH_e are:

• KATCH_e Curriculum
• KATCH_e Course with 10 Modules
• MOOC
• KATCH_e Tools
• Innovative product ad product-service concepts
• Business strategies etc.

Our world economy is only 9.1% circular, leaving a massive ‘"circularity gap". This alarming statistic is the main output of this first Circularity Gap Report, in which we launch a metric for the circular state of the planet. The Circularity Gap Report provides a framework and fact-based to measure and monitor progress in bridging the gap, year on year. Being able to track and target performance via the Global Circularity Metric will help us engage in uniform goal-setting and guide future action in the most impactful way. Closing the circularity gap serves the higher objective of preventing further and accelerated environmental degradation and social inequality. The transition to circularity is, therefore, a means to an end.

The circular economy is attracting significant interest worldwide, as evidenced by the numerous government strategies, business commitments and partnerships devoted to its development. At the EU level, the Action Plan for the Circular Economy and several other policy documents have demonstrated a strong commitment to move towards a low-carbon and circular economy. While the calls for a new economic model grow louder, it is clear that the transformation of markets and industries on a large scale will not be an easy achievement. It will require well-designed and ambitious policies to foster the transition as well as new business models. Against this background, CEPS brought together executives from major multinational companies as well as representatives of business associations and others.

Toxic substances linked to a range of adverse health impacts can be present in carpets sold in the European Union, the European Public Health Alliance and the Health and Environment Alliance warned today following a new study by Anthesis. The study identifies over 59 hazardous substances found in carpets sold in the EU, including endocrine disruptors and carcinogens, linked to serious health conditions such as cancers, learning disabilities and fertility problems.

Transforming the linear economy, which has remained the dominant model since the onset of the Industrial Revolution, into a circular one is by no means an easy task. Such a radical change entails a major transformation of our current production and consumption patterns, which in turn will have a significant impact on the economy, the environment and society. Understanding these impacts is crucial for researchers as well as for policy-makers engaged in designing future policies in the field. This requires developing an in-depth knowledge of the concept of the circular economy, its processes and their expected effects on sectors and value chains.

This paper reviews the growing literature on the circular economy with the aim of improving our understanding of the concept.

8 billion plastic bags end up in the environment in Europe every year. They have dramatic impacts on the environment, and especially on marine ecosystems, killing every year thousands of marine animals, and affecting no less than 260 different species.

As is the case with Mr. Jourdain, who was unaware of what he was writing, industries involved in packaging have already implemented the circular economy model. Results in material recycling are relevant proof thereof. Industries are not getting involved in this process out for ideological reasons but because it often makes sense from an economical point of view. Since we were lucky enough not to be starting from scratch, we offered a tangible approach through illustration for each main material and/or packaging category from: glass to paper, cardboard, food cartons, steel, aluminum, wood, and plastic materials. This also includes the energy consumed by the different materials and the waste produced by all the different activities involved.