The library contains a wealth of information on the circular economy for use by policy makers and analysts conducting impact assessments. For more information on impact assessments and the EU's Better Regulation Agenda, please click here.
Almut Reichel, Mieke De Schoenmakere, Jeroen Gillabel
This report seeks to help policy makers to better understand the circular economy, by focusing on four of its dimensions; the main enabling factors and transition challenges, indicators for measuring progress and contextual issues. One of the main conclusions regarding the monitoring of progress is that for now the focus is on developments in resource efficiency and waste management, which covers a part, but not the whole, of the circular economy. More data is needed on eco-design, the sharing economy, and repair and reuse. Furthermore, social indicators, industrial symbiosis indicators...
José Potting, Marko Hekkert, Ernst Worrell, Aldert Hanemaaijer
This Dutch study aims to explore how the transition to a circular economy can be measured in the production chain and focuses on asking relevant policy questions for plastic packaging (bottles and other plastic packaging) and electrical devices (washing machines and dryers, and fridges and freezers). However, it does not provide corresponding indicators.
Three types of CE-transitions are identified:
• CE-transitions that place the development of a specific, radical new technology central
• CE-transitions that place socio-economic change central
This report wants to provide countries and their policy makers who are interested in a transition to the circular economy with a toolkit. To test this toolkit, a case study was performed for Denmark. It focused on opportunities in several sectors; food and beverage, construction and real estate, machinery, plastic packaging and hospitals. Eight important conclusions were drawn:
• The transition to a circular economy can deliver the expected lasting benefits of a more innovative, resilient and productive economy.
• The circular economy provides many opportunities that are...
Megan P. O'Connor, Julie B. Zimmerman, Paul T. Anastas, and Desiree L. Plata...
ACS Sustainable Che. Eng.
Rapid innovation in the field of electronic technologies through the use of rare earth and specialty elements (RESE) has made the electronics industry one of the most rapidly evolving industries to date. However, innovations to har-vest these same materials from complex waste streams have not kept pace, thus leading to an unsustainable material supply chain reliant on the mining of increasingly difficult-to-extract ores. Here, we aim to provide a strategy to mitigate these challenges, identifying the technical research and development needed to further sustainable electronics through Green...
"Although most bioenergy is produced by burning agricultural and forestry biomass, it is also generated by burning the organic parts of municipal solid waste, biowaste or urban biomass. This includes food waste from restaurants, households, farmers markets, gardens, textiles, clothing, paper and other materials of organic origin. But have you ever tried to fuel a bonfire with a salad? Probably not, so this may not be the most efficient use of urban biowaste." (https://www.zerowasteeurope.eu/...