Covestro has developed an innovative technology that allows using CO2 as raw material for the production of chemical building blocks for high-quality plastics.
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Processus complexe vers la circularité
The LIFE RECYPACK project will implement a new public-private waste management project for commercial plastic packages in line with the circular economy criteria.
The PlanetCare Filter is a simple, yet efficient filter for removing microfibrers from washing machine waste water.
Cities and regions in Alpine Space have mainly set their low-carbon objectives and adopted relevant strategies in energy, mobility, construction aso. The project GREENCYCLE aims to introduce the system of circular economy as a holistic approach to support implementation of low-carbon strategies and provide additional 2-4 % greenhouse emission reduction to the partner cities.
SCREEN is a Horizon 2020 project covering 17 European regions.
It aims at defining a replicable systemic approach towards a transition to Circular Economy in EU regions within the context of the Smart Specialization Strategy. The project also deals with the identification and implementation of operational synergies between investments in research and innovation under Horizon 2020, the Structural Funds and the European Investment Funds.
PolyStyreneLoop project: pioneer demonstration plant to treat up to 3300 tonnes of polystyrene waste/yr as of 2018
The PolyStyreneLoop Cooperative is the European EPS/XPS industry’s closed loop solution for the recycling of polystyrene (PS) insulation foam waste.
This project employs a ground-breaking technology to dissolve PS foam waste while also allowing for the extraction and recovery of bromine from the restricted flame retardant chemical, HBCD, which can then be used again in the production.
VinylPlus® is the renewed ten-year Voluntary Commitment to Sustainable Development by the European PVC industry. It was developed through dialogue with stakeholders. The scheme delivers concrete results in the use of additives, traceability, collection and recycling.
The BAMB project is an innovation action within the EU funded Horizon 2020 program.
BAMB will enable a systemic shift where dynamically and flexibly designed buildings can be incorporated into a circular economy. Through design and circular value chains, materials in buildings sustain their value – in a sector producing less waste and using less virgin resources.
The EU FP7 funded project R3Water “Demonstration of innovative solutions for Reuse of water, Recovery of valuables and Resource efficiency in urban wastewater treatment“ demonstrated solutions to support the transition from being purely a wastewater treatment plant using energy and chemicals, towards a resource facility delivering different valuables.
The city of Almere, working together with local stakeholders and the company Millvision, has developed an innovative circular economy partnership. The aquatic plant is a local and renewable input to the production of the paper but it also "circular" as something that would be discarded as waste is re-valued as a raw material used in production.
Advanced Dry Recovery (ADR) technology upgrades fine non-ferrous metals from municipal waste-to-energy ash
The Inashco ash recycling consists of an on-site concentrator (ADR) and a centralized upgrading facility. The ADR together with conventional Eddy Current Separators, produce a fine non-ferrous concentrate and a clean marketable mineral aggregate. The non-ferrous concentrate is transported to the Inashco proprietary upgrading facility to be upgraded into metal scrap products.
Contarina’s waste management model success is based on a curbside collection system with a “pay as you throw” fee: a model that has been thoroughly tried and tested. For years, Contarina has been leader in Europe in recycling and is an example of cutting-edge public entity in terms of services and results, working with the community to achieve a common goal: protection of the environment.
Recycling plastic parts from scrapped end-of-life vehicles (ELV) in the Basque Country to obtain high-added-value granules.
In 2017, Ecoembes launched its pioneering circular economy project in Europe, TheCircularLab, which will involve all phases of packaging from creation, via ecodesign, up to the reintroduction of our products into the consumption cycle. TheCircularLab aims to turn the La Rioja region into a great centre for experimentation by enabling innovations to be tested on a real scale.
The research institute IVL has developed a new technology that may revolutionize textile recycling. It consists on sorting effectively clothes or other fabrics based on various types of fibres and it aims to increase efficiency and quality in textile sorting, therefore improving quality of recycled products.
Finland's post office has put in place a new recycling system to collect and separate its employee's valuable and re-usable work clothing that matches the new Posti brand, including mail deliverers’ shell jackets and trousers, winter coats and reflective work clothes.
The project located in the territory of Thau is an experimental project, carried out by the CPIE* Bassin de Thau with the involvement of different partners, including CIRAD* for scientific coordination. This project aims to develop a new fishing field by experimenting with mule farming and by testing the incorporation of bread from the catering industry into fish pellets.
Marketplace Hub maps raw materials markets and industrial synergy networks worldwide by both their locations and what material they trade. It aims to aid interested businesses to find where they could source or sell their materials secondary raw materials.
Best practices, policies, and lessons learned are also included in the interactive web-based platform.
Used nylons, mainly from the fishing industry, are gathered, reprocessed and turned into an innovative ecological nylon material, called econyl. They are afterwards sold for further use.