DAiry Waste and REsidues upCYCLing into Microbial ProtEin

Dairy sector, resource recovery, alternative protein, circular bioeconomy

36 months: 01/04/2024 – 31/03/2027

Technology Readiness Level (TRL) 5

Introduction

DARE2CYCLE aims to boost the European protein supply while contributing to a more sustainable and resilient dairy and agriculture sector. It plans to do this by developing a biorefinery system that sources alternative proteins from overabundant dairy waste and residues through efficient and safe recovery and upcycling processes. In DARE2CYCLE, waste such as leftover whey, waste milk and manure, will be converted into useful alternative protein also known as microbial protein. This protein can be used in animal feed, human food, and even in making biodegradable plastics for food packaging. The project involves a complementary consortium of research and industry partners spanning across six European countries and connecting the dairy and alternative protein value chains together.

Background

The EU faces a major protein gap, mainly due to its incapability to meet the high internal demand for protein-rich products. Such an undersized protein production system threatens not only feed and food security, but also hinders the development of innovative, non-food bio-based applications relying on proteins as substitutes for fossil or synthetic products. The dairy sector represents a typical example of strategically important agri-food activities that heavily depend on unsustainable feed protein imports from non-EU regions (e.g. soy form Argentina and Brasil), and which urgently needs to develop and implement more sustainable and circular solutions for the management of its overabundant wastes and residues.

Main project activities

  • Enable anaerobic digestion of dairy waste and residues for contaminants removal and resource recovery

  • Develop contaminant-free nutrients recovery from anaerobic digestate and carbon and nutrients from waste milk

  • Upcycling of dairy residues, recovered nutrients and carbon into high-quality microbial protein through selected microorganisms

  • Validation of the produced microbial protein for feed, food as well as techno-functional applications

  • Identify the most promising and sustainable system-level solutions

  • Maximize the impact of the developed innovations through industrially-relevant testing and multisectoral stakeholders involvement

Expected social impact

DARE2CYCLE will provide cross-sectoral innovation and integration by enabling knowledge exchange between stakeholders and will boost the growth of the circular bioeconomy sector by securing exposure of novel concepts and possibilities. Ensuring European-wide sustainable bioeconomy transition, responsible consumption and production are the ultimate goals of DARE2CYCLE. By unlocking the potential of integrated biorefineries to recycle elements while producing high-value alternative protein, DARE2CYCLE will promote the transition to a cyclic model working alongside ecological cycles while providing valuable bioresources to the growing future population in an industrially efficient and environmentally sustainable manner.

Implementation and plans to reach target groups

The DARE2CYCLE dissemination and communication strategy focuses on engaging specific industrial and scientific communities, as well as the society at large, by tailoring activities to their interests. Key industrial sectors targeted by the project include dairy farming, dairy processing, alternative protein producers, and bio-based industries. The project will further engage stakeholders and policymakers through national associations, EU events, and various initiatives, such as conferences, journal publications, fairs, and forums. Finally, also the general public (citizens, community groups, undergraduate students, press) will be reached through different communication tools such as a public website, social networks, several media channels and public events.

Partners of the project

  • University of Naples Federico II, Italy

    Silvio Matassa

    • University of Galway, Ireland - Piet Lens

    • Fraunhofer Institute, Germany - Victor Takazi Katayama

    • King’s College London, United Kingdom - Miao Guo

    • Norwegian University of Life Sciences, Norway - Volha Shapaval

    • EniferBIO, Finland - Joosu Kuivanen

    • TINE AS, Norway - Katinka Perrott Arntsen

    • Ministry of agriculture, food sovereignty and forestry (MASAF), Italy

    • Department of Agriculture, Food and the Marine (DAFM), Ireland

    • Federal Ministry of Education and Research (BMBF), Germany

    • Department for Environment, Food and Rural Affairs (DEFRA), United Kingdom

    • The Research Council of Norway (RCN), Norway

    • Ministry of Agriculture and Forestry (MMM), Finland