SYMBI project will contribute to improve the implementation of regional development policies and programmes related to the promotion and dissemination of Industrial Symbiosis and Circular Economy.
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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.
The main objective of SEA-MATTER is to demonstrate and validate the reuse of coastal algae and seaweed accumulations as raw materials in composites industry.
The “Every Can Counts” programme aims to improve recycling by enabling and encouraging people to recycle drinks cans used outside the home (e.g. workplaces, festivals, tourist locations, etc.).
WFO collects and transforms Ocean Plastic by collaborating with fishermen and brands.
BREAD4PLA is a project conducted by a consortium of four European organisation led by AIMPLAS.
It seeked to demonstrate, in a pre-productive pilot plant process, the viability of poly(lactic acid), a bioplastic polymer (PLA), synthesized from waste products of the bakery industry for the production of bakery packaging.
Recycling plastic parts from scrapped end-of-life vehicles (ELV) in the Basque Country to obtain high-added-value granules.
Hilature Ferre mill has been recycling textile materials since 1947, but it is in 2015 that the company officially launched its Recover Upcycled Textile System for open end high quality recycled yarns.
Hilaturas Ferre collects and sorts textile waste resources from all over the planet, cutting and shredding them to produce new fiber to feed their industrial spinning process.
In Hamburg, green public procurement principles are included in the City's overarching procurement policy. Additional environmental contract requirements are imposed by the City.
Hamburg has taken a significant step forward to encourage an increase of recycling rates in construction materials by establishing an online exchange for soil, debris and construction materials.
Ioniqa is a clean-tech-spin-off based in the Netherlands that has developed an innovative process to recycle all types and colours of PET waste into high quality pure raw materials that ensures a less impact on scarce resources like oil.
Port of Rotterdam: cyclists can enjoy a like-new bike lane, thanks to a bio-based ‘rejuvenator’ for recycled asphalt
The Port of Rotterdam Authority and the Municipality of Rotterdam in partnership with KWS Infra and Arizona Chemical to deploy recycled asphalt. The processing of rejuvenation utilizes a "rejuvenator" using raw material extracted from pine tree by-products.
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.
Secondary raw materials have a place of their own in the economy, but sourcing them or selling them can prove difficult in the absence of a structured market. MarketPlaceHub offers great visibility and search options for those economic operators needing easier market identification.
The European Commission has just launched the pilot phase of a new EU-wide framework for sustainable buildings called Level(s). The pilot phase is expected to last until 2019 and stakeholders are warmly invited to participate in the testing phase.
Aurubis, an expert in multi-metal recycling, and Grillo-Werke, specialised in zinc and sulphur products, cooperate to make a perfect closed loop for non ferrous trace elements.
Residual zinc from copper production is used by Grillo-Werke as a secondary raw material for zinc sulfate. Residues from this production - including copper, tin and lead - are then fed back to Aurubis.
An innovative, industrial-scale, multidisciplinary bio- and circular economy business area, ECO3, is being built. A new creative ecosystem has been developed, which exceeds traditional sector boundaries, and in which one person’s waste is another’s commodity. The plant is expected to be fully operational in 2018.
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.
The functional economy in the chemical industry: 8 case studies demonstrate efficiency and sustainability
Take Back Chemicals is innovating by proposing a 'functional economy' business model in the use of chemicals. Traditional business models are based on sales per volume, whereas TBC uses "chemical leasing" and regeneration process for greater efficiency and sustainability.
The report is based on the study of 3 cases in Belgium and 5 cases in the Netherlands with leading chemical industries.
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.
The Guidelines for green start-ups provide an overview of the most relevant areas and issues for green entrepreneurs in order to facilitate the transition towards a climate-friendly economy, by avoiding the irreparable losses involved in unsustainable consumption and production. There is an overview of main barriers, key opportunities and financial instruments available.
The GtoG project has put in place an integrated approach to construction and demolition waste by holistic management, starting from the major refurbishment/demolition sites to the reincorporation of the recycled gypsum in the manufacturing process via the processing of gypsum waste as a secondary raw material