BioRural D3.3 - Bio-based solutions innovation report

This Bio-based Solutions Innovation Report presents the outcomes of the BioRural project’s national multi-actor workshops, which were designed to engage diverse stakeholders in rural communities across Europe. A total of 43 workshops were conducted across 14 countries covering three overlapping themes (i) inland raw material production, (ii) aquatic raw material production, and (iii) biological raw material processing. To effectively capture the grassroots-level opinions of stakeholders across 14 countries, an innovative workshop series was developed. This series was specifically designed to engage key bioeconomy stakeholders and gather insights on the transition to circular bio-based value chains. The main innovations emerging from the workshops were centered around ‘waste’ management and the reuse of residues and byproducts from existing value chains. This focus reflects the importance of maximizing resource efficiency by repurposing byproducts and waste to create new bio-based products. Innovations in this area aimed to reduce waste while creating valuable products, such as bioenergy and bioplastics, from byproducts of agricultural, forestry, and industrial activities. Another prominent theme was the development of sustainable materials, with many ideas focused on replacing conventional fossil-based materials with bio-based alternatives. The main bio-based product ideas revolved around agricultural products, such as bio-based fertilizers, bioplastics made from agricultural residues, and bioenergy from crop residues, which were seen as essential for reducing the environmental impact of current production systems. The main challenges identified during the workshops included high costs associated with transitioning to and implementing circular value chains, significant research and technological gaps, and regulatory barriers that impede the development and scaling of bio-based innovations. High costs were particularly tied to the logistics of feedstock collection, the development of processing technologies, and the lack of infrastructure necessary to support circular systems. Research gaps were also highlighted, particularly in areas such as biorefining technologies and residues valorization processes, where current technologies are not yet efficient or scalable enough to meet industry needs. Additionally, regulatory challenges—such as unclear waste classifications, byproducts definitions and inconsistent policies across regions—further complicated the adoption of circular bio-based practices. To overcome these barriers, several key solutions were proposed. First, there is a need to simplify and clarify regulations, particularly around waste management and the classification of bio-based products, to encourage the reuse of byproducts and streamline circular practices. Stakeholders also suggested continued support for research and innovation, especially in closing technological gaps related to processing efficiencies, advanced biorefineries, and recycling technologies. Investment in these areas will be critical to reducing the costs of bio-based products and making circular systems more competitive with conventional alternatives. In addition, fostering regional bioeconomy clusters, where local industries can collaborate to share resources and infrastructure, was seen as an effective strategy for addressing logistical challenges and promoting the growth of circular value chains. Overall, the insights gained from these workshops provide a foundation for shaping future policy recommendations coming out of the BioRural Project and accelerate the transition to a more circular bioeconomy.