AIMPLAS produces plastic film from coffee waste

The research project is part of WaysTUP!, a European project that seeks to convert urban biowaste into food additives, condiments, insect protein, bioethanol, biosolvents and bioplastics for packaging.

Used coffee grounds are also transformed into oils and food and feed additives: three ways to recover coffee waste.

Converting biological waste into resources is one of the keys of the circular economy, and the main objective of the European WaysTUP! Project, financed by the Horizon H2020 programme, is working on different lines of research to establish new value chains for the use of urban biowaste. Within the framework of this project, AIMPLAS, the Plastics Technology Centre, has produced a plastic film from used coffee grounds, thus transforming waste into a source of high-value products.

In the words of Nuria López, the project’s principal investigator at AIMPLAS, “WaysTUP! is a clear example of how biowaste can play an important role in the transition towards a circular economy by avoiding biowaste generation and harnessing its potential as a source of high-value secondary resources. In our case, we’re transforming coffee waste into plastic film for packaging. Meanwhile, other project partners, such as SAV – Agricultores de la Vega de Valencia, are project coordinating partners responsible for recovering waste to produce food additives, feed and oils for the food and cosmetic industries.

These are three different ways to recover common waste, in this case, coffee. Thanks to this project, various forms of urban biowaste, including fish and meat waste, and used coffee grounds and cooking oil, are being transformed into new biobased products, such as food additives, condiments, insect protein, bioethanol, biosolvents and bioplastics for packaging.

The biobased plastic film produced by AIMPLAS was obtained from PHA from restaurant coffee grounds collected by Bio-Bean (United Kingdom). AIMPLAS first formulated the PHA so it could be processed by extrusion and then manufactured the film, which can be used in different types of flexible packaging.

Citizen awareness of selective waste collection

The WaysTUP! Project aims to improve the current perception of citizens and local communities about the importance of urban biowaste as a resource. The idea is to promote the community’s active participation in selective urban biowaste collection for subsequent recovery. In addition, local administrations are receiving guidelines on adopting new organizational models in favour of urban biowaste recovery, as well as European-level evidence-based policy recommendations for decision-making.

The project is financed by the EU Research and Innovation programme Horizon 2020 under funding agreement no. 818308. A total of 26 research centres, local authorities, companies and city networks are participating in the project: Sociedad Anónima Agricultores de la Vega de Valencia, Biopolis, AIMPLAS, National Technical University of Athens, Technical University of Crete, Universidad de Alicante, Bio-Bean, Nafigate Corporation, Novamont Spa, Perseo Biotechnology, Centro de Investigaciones Energéticas, Medioambientales y Tecnológicas (CIEMAT), TBW Research, Hayat Holding, Nutrition Sciences, ADM Wild Valencia, Terra i Xufa, Draxis Environmental, Fundación CIRCE Centro de Investigación de Recursos y Consumos Energéticos, IMEC, Instituto Valenciano de Investigaciones Agrarias, Biosense Institute, ETAM, Área Metropolitana de Barcelona, Valencia City Council, Hellenic Society for the Protection of Nature, and Diktyo Poleon Gia Ti Viosimi Anaptyxi Kai Kykliki Oikonomia.

About AIMPLAS

At AIMPLAS, we help companies apply circular economy criteria to their business models and turn the legislative changes that affect the plastics industry into opportunities to improve company efficiency, reduce environmental impact and increase profitability. With the aim of developing innovative solutions that help solve current environmental challenges, AIMPLAS also does research in areas such as recycling, biodegradable materials and products, and the use of biomass and CO₂.