Open Innovation & Challenge-Based Program
The Open Innovation & Challenge-Based Program connects startups and research groups with agrifood companies across Europe to co-develop pilot projects and innovative partnerships.
Corporates and SMEs present real industry challenges, while startups and researchers bring forward creative solutions. This collaboration fosters the development of new products, services or technologies, benefiting both sides and driving impact in the agrifood sector.
If you want to be a Solution Provider: We are on the lookout for organisations that can meet and surpass challenges. Click the links below to see the challenges proposed by companies. If you think you can meet them, click the apply button and indicate the challenge you’d like to take up!
List of challenges:








A Porto-based company with farmland in Ponte de Lima is supporting Portuguese farmers by promoting organic local products such as olive oil, vinegar, honey, and lupin. They propose two main challenges within the program: developing robotic solutions to automate the currently manual lupin harvesting process, crucial for replacing imports from Chile, and creating more eco-friendly, biodegradable alternatives to their patented “Ring Pack” packaging, in line with their sustainability mission. It’s the only European company producing biologic lupin. Lupin has a high protein content (40%) and a low glycemic index. It is a sustainable plant-based alternative for both human and animal consumption, with a lower environmental impact compared to soy.
A Porto-based company with farmland in Ponte de Lima is supporting Portuguese farmers by promoting organic local products such as olive oil, vinegar, honey, and lupin. They propose two main challenges within the program: developing robotic solutions to automate the currently manual lupin harvesting process, crucial for replacing imports from Chile, and creating more eco-friendly, biodegradable alternatives to their patented “Ring Pack” packaging, in line with their sustainability mission. It’s the only European company producing biologic lupin. Lupin has a high protein content (40%) and a low glycemic index. It is a sustainable plant-based alternative for both human and animal consumption, with a lower environmental impact compared to soy.
Bio-Venta is the largest biodiesel production complex in the Baltic states, located in Ventspils, Latvia. Founded in 2004, the company operates a state-of-the-art facility with an annual capacity of 100,000 tonnes of biodiesel, primarily serving export markets such as Scandinavia. In addition to biodiesel, Bio-Venta produces rapeseed cake (up to 65,000 tonnes/year), pharmaceutical-grade glycerine (up to 9,000 tonnes/year), and mineral fertilizers like potassium sulphate. The complex includes advanced infrastructure for rapeseed storage, oil pressing, and biodiesel handling, benefiting from its strategic location within the Freeport of Ventspils for efficient logistics. Bio-Venta is recognized for its ongoing investment in research and innovation to improve biodiesel production technologies and is committed to environmental protection and sustainable industrial practices.
- Design cost-effective processes for large-scale production of bioplastics from rapeseed cake, addressing economic viability and scalability challenges.
- Development of new rigid, semi-rigid and flexible applications
Bio-Venta is the largest biodiesel production complex in the Baltic states, located in Ventspils, Latvia. Founded in 2004, the company operates a state-of-the-art facility with an annual capacity of 100,000 tonnes of biodiesel, primarily serving export markets such as Scandinavia. In addition to biodiesel, Bio-Venta produces rapeseed cake (up to 65,000 tonnes/year), pharmaceutical-grade glycerine (up to 9,000 tonnes/year), and mineral fertilizers like potassium sulphate. The complex includes advanced infrastructure for rapeseed storage, oil pressing, and biodiesel handling, benefiting from its strategic location within the Freeport of Ventspils for efficient logistics. Bio-Venta is recognized for its ongoing investment in research and innovation to improve biodiesel production technologies and is committed to environmental protection and sustainable industrial practices.
- Develop a method to optimize glycerine concentration in bioplastics to balance flexibility and mechanical strength without compromising durability.
- Develop technologies or formulations that reduce the moisture sensitivity of bioplastics from rapeseed cake, improving their shelf life and performance in humid environments