The VETERIA21 project, funded by the Valencian Regional Government and implemented by AIMPLAS, will develop new, more efficient transformation processes for thermoplastic composites that can be used to replace the metal content of electric vehicle batteries.

These materials ensure a major reduction in vehicle weight, thus extending battery life. They are also easily recyclable.

The Event Trailer is a trailer packed with goods and tools needed in the organisation of different events.

The Circular Navarre Catalogue 2021 is an update of the first showcasing booklet published in 2020. This new edition includes 30 organisations - based on circular business models - in the Spanish Navarre region, looking for international cooperation.

In keeping with its mission to respond to the social challenges of sustainable mobility, AIMPLAS has been coordinating RECOTRANS, a EU-funded project which has made it possible to develop new design-efficient technologies and solutions to reduce vehicle weight.

The French management consulting firm Gate C helps clients map the benefits and capture the value of the circular economy.

Pryme converts plastic waste into valuable products on an industrial scale. It has developed a new approach to an existing and proven chemical recycling technology. Pryme has optimised the pyrolysis process by adding proprietary characteristics.

CleanBags machines empty and internally disinfect bags used in healthcare facilities. The disinfectant used is chlorhexidine digluconate which has a broad spectrum of action, meaning that it acts on bacteria and viruses, even COVID-19.

The European NONTOX Project aims to eliminate hazardous and unpleasant substances from plastic waste and thus convert non-recyclable plastics and recycling waste into new resources.

The URBIOFIN project aims to demonstrate the techno-economic and environmental viability of an integrated and innovative biorefinery for the transformation of the organic fraction of municipal solid wasteinto new marketable bioproducts, chemical building blocks, biopolymers and additives for different markets like agriculture and cosmetics.

The RiceRes research project, launched in 2016 by the CNR (National Research Council) and the Universities of Milan and Pavia and financed by the Cariplo Foundation, aimed to make the most of waste materials from processing Italian rice.

UK-based Chip[s] Board have developed a range of innovative, circular materials from potato waste.

Oryzite is a method for incorporating rice husks as a filler in all types of thermoplastics. The company transforms the rice husks into resin, which can then be used to obtain the same volume of injection-moulded plastic using much fewer fossil-fuel-based polymers.

Complementing traditional mechanical recycling efforts, Plastic Energy has developed a patented Thermal Anaerobic Conversion (TAC) technology to convert end-of-life plastic waste into a new feedstock, called TACOIL, that can be used in the manufacturing of virgin-quality plastics suitable for food-grade packaging.

The Horizon 2020 project SUSTAINair was launched recently. It aims to research and develop solutions to increase resource efficiency and aircraft performance while cutting down on waste and material costs throughout the aircraft life cycle - what is known as "circular aviation".

RecyOuest is a green economy start-up that recycles contaminated filamentary thermoplastics such as agricultural nets and twines.

A team of researchers from the research centre CIEPQPF and the CFE of the University of Coimbra has developed an innovative application for recovered waste from walnut fruit: compounds with a “nematocidal” effect have been extracted that can control plant-parasitic nematodes affecting a wide range of species.

The company re:newcell, together with a group of scientist from the Fraunhofer Institute for Applied Polymer Research (IAP), have developed a technique that transforms recycled cotton into viscose rayon fibre, which is a suitable material for mass manufacturing.