Plateforme des acteurs européens de l'économie circulaire

Different types of waste have been successfully co-processed as alternative fuels and raw materials (AFR) in cement kilns in Europe, Japan, USA, Canada and Australia since the beginning of the 1980s.

In 2006, the first edition of the GTZ-Holcim Guidelines on Co-processing Waste Materials in Cement Production was published (GIZ-Holcim, 2006), aiming to gather the lessons of these experiences and offer it particularly to low and middle income countries as an option to improve approaches to waste management. Since then, waste management has earned a much more prominent place on the political agenda.

This revised edition of the guidelines updates technical, institutional, legal and social aspects of the original document as well as incorporate new ideas and information.

Pollution caused by incorrect packaging of waste is a serious problem. It can be addressed by designing products that are easier to recycle and by investing in collection and recycling systems. Establishing these kinds of systems requires a strong coordination body, backed up by transparent and stable sources of funding.

Experience suggests that the principle of Extended Producer Responsibility (EPR) can have significant potential to achieve a range of policy objectives. The EPR Toolbox contains detailed information about EPR and provides an introduction to a number of distinct issues.

So far, the debate on material use and recycling has primarily been held in terms of tonnes, cubic metres, and environmental impact. This is all highly relevant, but a focus on volumes and flows also leaves important questions unanswered.

The report takes a step towards painting a more complete picture, taking an economic value perspective on material flows, and it assesses Europe’s use of steel, plastics and aluminium in terms of Euros instead of tonnes. Its objective is to answer the following questions:

1. When 100 Euros worth of raw materials enter the European economy, how much economic value is retained after one cycle of use?
2. What are the main reasons for loss of material value?
3. How could more value be retained?
4. What business opportunities arise as a result?

The report takes an economic value perspective on
material flows and assesses Europe’s use of steel, plastics
and aluminium in terms of Euros instead of tonnes. The
‘exam questions’ we ask ourselves are: If 100 Euros of raw
materials is entered into the European economy, how much
economic value is retained after one use cycle? What are
the main reasons that material value is lost? How could
more value be retained? What business opportunities arise
as a result?”

The study sheds light on the background of the prevention of plastic waste from packaging and disposable products by explaining the need for action, the environmental impacts and risks to human health.

Experiences of the members of the PREVENT Waste Alliance and their partners in the prevention of plastic waste by multi-actor partnerships are presented by means of 17 best practice examples.

Finally, the study gives recommendations for the reduction of plastic waste and the further work of the PREVENT Waste Alliance. These include success factors for waste prevention, necessary next steps and conclusions regarding the necessary political framework conditions.

The academic paper "Analysing European Union circular economy policies: words versus actions" comprehensively reviews and analyses the EU’s circular economy (CE) policies. Results show a dichotomy between words and actions, with a discourse that is rather holistic, while policies focus on “end of pipe solutions”.

To address these limitations, the paper proposes a set of 32 science-based policy recommendations which can help strengthen circular economy policies both within and outside the EU. This research thus brings key insights for practitioners and academics seeking to better understand the EU’s CE policies and how to improve circular economy implementation at both national and international level.

See here for more results, insights and recommendations.

This report follows on from the publication Circular Czechia from July 2018, exploring the circular economy in the Czech Republic.

The report explains how innovation has developed in this field since 2018, and aims to be an inspiration for firms, organisations and authorities on how to implement circular principles. It sets out a wide selection of good practices from the Czech Republic, and includes the retail, wastewater treatment, transport, construction and furniture sectors. 

The report analyses the relationship between resilience and the circular economy.

It presents socio-ecological resilience mechanisms, with particular reference to the impacts of COVID-19.

It explores various relevant topics such as resource efficiency, shared resources, regenerative resources, decentralisation, skills transferability, lifelong learning, flexible labour contracts and the strengthening of the sociological foundation.

It also presents three case studies from the Netherlands, Ecuador and India, showing how local companies enhance resilience and reduce vulnerability in various sectors.

Lastly, it gives recommendations for educating stakeholders in how to improve and implement stronger circular economy strategies. 

This report, drawn up by the Swedish Environmental Protection Agency, describes innovation competition as a method of tackling major environmental challenges, specifically how to provide food sustainably and resource-efficiently in the future.

Two teams with expertise in plastics, logistics and sustainability developed solutions focused on a more regional food supply enabling us to reduce the amount of plastic, packaging and transport used. The winning submission is a conversion tool describing the principles of sustainable production and consumption of food.

How can design help the circular economy? Design is born from the need to find or adapt solutions to everyday problems.

Design is present throughout the value chain: production, location, distribution, transformation, transport, sales and user experience. Design can minimise the impact on the environment and simultaneously empower people in their habits and environmental preservation. This is done through shapes, materials, production processes, colours, legibility, concept and narratives that value what is systemic.

A design project starts by thinking about what you intend to achieve. A design collaboration (a dynamic of cause and effect) helps identify weaknesses and opportunities when it comes to adopting a circular design to each stage of the process.