IOBAC avoids adhesive and attaches its flooring materials partly by means of magnets. Its Dual-Grip technology affixes flooring using both magnetism and tack. This means that tiles can be taken up and reused, keeping the components in the value chain, or recycled. The technology is manufactured using plant-based VOC-free resins, recycled rubber tyres and additives from scrap iron.
In September 2019, nine Resourceful Cities embarked on their journey to develop next-generation urban resource centres as a way to accelerate the transition to a circular economy.
The nine cities together with their local stakeholders were all able to deliver a high-quality Integrated Action Plan. Every one of those action plans is not just an expression of their resilience in times of crisis: it is also a manifestation of their individual response to their local context and needs.
This publication summarises their collective journey as a network and tells the story of each of the nine partner cities from their own perspective. Their journey shows that cities are big enough to make a difference and small enough to make it happen.
There can be no doubt that circular demand creates opportunities for circular supply. But how can closed loop criteria be integrated into public procurement, which represents nearly 14% of Europe's GDP? To figure it out, Renewable Matter interviewed Helena O'Rourke-Potocki and Simon Clement, respectively circular economy and procurement officer and senior coordinator on the circular economy at ICLEI – Local Governments for Sustainability.
ICLEI is a global network working with more than 2 500 local and regional governments committed to driving local action towards a social and ecological transition. In future, whether purchasing services or products such as buildings, furniture and food, local authorities will need to look for increasingly sustainable supplies.
The Hungarian Ministry of Finance has approved a HUF 197.85 million non-refundable grant for Hutoepito, the parent company of KleanLabs, in order to fund research, development and innovation activities under the Upcycling of closed-cell rigid polyurethane foams project, which will run until 31 January 2025.
This roadmap supports governments in their goals to work towards 100% circular procurement and commissioning. The roadmap provides for a step-by-step plan that helps to design the implementation process and select actions needed.
The Lithuanian Commune DIY, a team of skateboarding professionals and enthusiasts, collects old, broken Canadian maple hardwood skateboards that have lost their original purpose and recycles them 100 %. The new products made of skateboards are sustainable, strong and have a new life span which is longer than the one of an average skateboard deck.
The framework for inclusive circular trade is designed to help guide trade and trade-related circular economy and development policies, practices and agreements to ensure these all work towards a shared goal of an inclusive circular economy.
This paper sets out a framework for inclusive circular trade, intended to enable a pathway in which circular trade helps to promote fair, inclusive and circular societies. The framework was developed through the work of an alliance of organizations spanning Africa, Southeast Asia, Latin America and the Caribbean, and Europe.
Chatham House does not express opinions of its own. The opinions expressed in this publication are the responsibility of the authors. A Spanish translation of the paper is also available as a PDF.
Tarkett has launched an independently verified (by EPEA), science-based declaration highlighting the health hazards and risks of materials in a particular product. By introducing this Material Health Statement (MHS), Tarkett completes the environmental data provided by the Environmental Product Declaration (EPD) and complements its indicators.
Are there limits to robustness in our socio-economic metabolism? And is 100% circularity rate in the EU27 theoretically possible? Can we use principles and indicators from regenerative economics to develop (rather than just grow) regenerative circular economies?
This peer reviewed paper is open access and published in the special issue "Sustainable Cities in the Context of Economic Transformation and Climate Change" of the Cleaner Production Letters journal.
Tarkett has developed a technology at its Dutch Waalwijk carpet production facility enabling the separation of the two principal components of carpet tiles. Its recycling centre creates two streams of materials that can be recycled and transformed into high-quality resources for new products.