The ambition is for Denmark to be a global business beacon within biosolutions by supporting the sustainable biotechnologies of the future and the transition to a more energy-friendly and climate-neutral production.
Based on a competitive Danish business community and world-class research, we will create one of Europe's three most developed and attractive ecosystems for the development, testing, scaling and production of biosolutions.
DKK 320 million has been allocated for the development of a new campus that will provide a framework for close collaboration between educational institutions while giving students real-world experience through close interaction with the local industry.
Central to the project is the construction of a new 12,000 m² campus building that will house a pilot plant, laboratories, and makerspaces—facilities that support cutting-edge teaching, research, and development.
Our shared vision is to create a solution that minimizes CO2 emissions from small and medium-sized manufacturing companies.
We do this by converting CO2 from industrial production into algae-based biomass using microalgae that absorb CO2 and convert it into feed protein and bio-oil. By reducing CO2 emissions while converting it into new products, we create value on multiple bottom lines.
COPILOT brings together the bioeconomy ecosystem by connecting infrastructures, innovators, and facilitators into a single, shared European network.
The project aims to make it easier and more cost-effective for companies and innovation ecosystems to access testing facilities, key services, training, and matchmaking—thereby accelerating the development of sustainable bioeconomic solutions.
Closing Loops is a close-knit community of small and medium-sized Danish companies working together with skilled experts to reduce 235,000 tons of CO2e and 42,000 tons of waste!
Our ambition is to be an important contributor to Denmark achieving a better circular transition and reaching the 2030 climate targets.
Fehmarn BioLink strengthens cooperation between Denmark and Germany in the areas of biosolutions, innovation, and the workforce of the future.
The project aims to contribute to the establishment of a Danish-German biosolutions ecosystem in which education, research, and the business community collaborate across the Fehmarn Belt region on green transition, innovation, and new skills.
With the opening of the Fehmarnbelt link, Region Zealand will be connected to Northern Germany. It is crucial that the future workforce in the area can master cultural, linguistic and professional relationships across the Danish-German border.
The aim of the project is therefore to promote innovation in education and to build a more cohesive region.
GREENclean develops and demonstrates new solutions designed to make industrial cleaning more efficient, cost-effective, and sustainable.
The project focuses specifically on CIP cleaning in the dairy, brewing, and biotechnology industries, where cleaning membranes currently requires large amounts of water, energy, and chemicals.
Currently, food waste and agricultural residues are either underutilized or used exclusively for electricity, heat production or fuel.
Therefore, PROFIT will convert CH4 and CO2 from biogas into a valuable product, namely feed for animals and potentially humans, in the form of single-cell protein.
SPRING is working on sustainable protein production by converting biogas into functional microbial proteins for future food ingredients.
The project demonstrates how microorganisms can ferment CO2 and CH4 from biogas into food-grade biomass, while also developing methods for extracting and formulating the protein for use in products such as milk and mozzarella.
The Path to Future Skills aims to ensure a greater number of specialists for the biosolutions industry through new educational programs, hands-on courses, and stronger partnerships.
The project develops new educational programs, strengthens recruitment for biosolutions programs, and fosters closer ties between educational institutions, companies, and SMEs throughout Denmark.