This paper analyses CE policies and discourses in three European cities to draw critical insights and recommendations.
It first reviews the academic literature on urban CE policies to develop a new conceptual framework for analysing CE discourses and policies. This is then used to analyse and compare the CE policies of Glasgow, Amsterdam and Copenhagen.
Results show that technocentric approaches to the CE are dominant in the three cities. Moreover, they have very limited social justice policies for fair distribution of the costs and benefits of a CE transition. Key policy recommendations to address these shortcomings are thus proposed.
The insights offered by this paper are valuable for practitioners and academics seeking to improve urban CE policies.
Many consumer products pose significant waste management challenges and end up in landfill or incinerators. Using findings from an European Environment Agency study, the event "Headache fractions in mixed municipal waste" on 11 May will discuss these issues and what needs to change to increase recycling and promote circularity.
The World Circular Economy Forum 2023 will be held in Helsinki from 30 May to 2 June 2023. This global collaboration forum is co-organised by Finnish Innovation Fund Sitra and Nordic Innovation, with international partners. It will attract more than 2 000 leading circular economy players in the world to Finland to find circular solutions that can help our economies fit within the boundaries of nature. Part of the programme will also be accessible online.
This working paper outlines how a circular economy (CE) can help avert the climate crisis. It outlines nine calls-to-action to take to maximise CE benefits in order to help limit warming to 1.5 ̊C and avoid the worst impacts of climate change.
Shift consumption patterns
Stimulate product circularity from the design phase
Incorporate circularity across clean energy value chains
Integrate CE strategies into national climate policies and plans
Incentivise cross-border greenhouse gas emission reductions
Connect CE metrics with climate change impacts
Increase transparency and comparability in modelling methodologies
Apply systemic and context-specific impact assessment to inform decision-making
Investigate the role of CE in climate change adaptation.
Neue Effizienz is an institution for knowledge transfer and research in the area of energy and resource efficiency based in Wuppertal, Germany. As a regional association, it is funded by the municipalities, public utilities and regional economic development institutions of Wuppertal, Solingen and Remscheid.
It promotes innovation as well as science and technology transfer in the fields of energy, circular economy, new mobility and smart cities.bergisch.metall, a competence network for the metal industry, fouses on the circular economy; the bergisch.circular project assists the municipalities with the establishment of intermunicipal structures and initiatives supporting the circular transformation.
Following the success of Lignofuels 2022 which brought 150+ senior industry professionals to Helsinki in June 2022, we are pleased to announce that the 2023 conference will be taking place in Helsinki again on 8-9 February 2023.
The Hydro Ben project focuses on resource recovery for reuse in other industrial activities. It consists of recovering fatty substances from wastewater in professional catering facilities, by means of a special device which is placed under the sink.
One major issue at the moment is making the EU less reliant on Russia.
This paper from the CEPS Think thank provides insights on Russia’s share among EU sources of key supplies for low-carbon technologies. It looks at prospects for meeting future material demands through circularity for three technologies: lithium-ion batteries, wind turbines and fuel cell electric vehicles.
The project EffiSludge for LIFE has found a way to clean industrial wastewater with significant environmental benefits. The project team has developed an integrated wastewater treatment method that takes an "industrial symbiosis" approach where the waste from one sector becomes a resource for another.
