AIMPLAS has developed a device which demonstrates how the Digital Product Passport for plastic products will work. This tool provides essential information about the traceability, materials, recycling and carbon footprint of products.
Recycling flexible PET packaging is tricky because it is made up of layers but in Spain, recycled polyethylene terephthalate (rPET) is the only type authorised for post-consumer recycled content for food packaging.
The BOTTLE4FLEX project has taken up this challenge and aims to develop 100% recyclable flexible skinpack packaging using rPET.
The ECOFAP project aims to make shoe soles and heels from a material manufactured from tanned leather waste using 3D printing. This research project will help solve the problem of how to recycle leather scraps from the footwear manufacturing industry.
The RECERCO project recovered fired sherds, a form of waste generated when manufacturing ceramic tiles. It proved that it is feasible to use this as a secondary raw material for manufacturing new ceramic tiles and as a reinforcement agent for polymeric matrices to obtain composites for the construction industry.
The METALLON research projectaims to improve the process of reusing and recycling lithium-ion batteries in order to recondition them. If this is not possible, it wants to optimise recycling and recovery processes to extract and recover the lithium and other high-value metals and minerals contained in these batteries.
Increasingly, plastic components are being used in vehicles rather than metal ones, as plastic is lighter. The automotive industry is gradually stepping up the percentage of recycled plastic to reduce its environmental impact.
AIMPLAS, the Plastics Technology Centre, is a non-profit research association active in the plastics industry. It has launched the SURFTOP Project to develop the use of recycled plastic in vehicle parts.
The BUILD-LIMONENE initiative is working on additives and biodegradable materials with a lower carbon footprint that can be used in the construction industry and become viable alternatives to the fossil-based materials currently available.
This new technology will contribute to the recovery of waste by using citrus peels and CO2 emissions.
The RECIMAP project aims to recycle blended cotton and polyester fabric waste, thus contributing to the circular economy in the textile industry.
Recovering this waste will make it possible to obtain recycled polyester and lactic acid, both in high demand on the market. Lactic acid is an essential component for the production of polylactic acid (PLA).
The BRILIAN project is designed to support the adoption of sustainable and cooperative business models in rural areas, enabling a smoother transition to bio-based economies. It plays a fundamental role in revitalising these regions and promoting sustainable economic and social development by transforming primary producers into active players in the supply chain, aligned with the goals outlined in the Common Agricultural Policy (CAP), the Green Deal and the European Bioeconomy Strategy.
The MixMatters project aims to optimise the value derived from mixed biological waste. It will introduce a groundbreaking, integrated and adaptable solution for efficiently harnessing the potential of mixed bio-waste.
