
Discover marine biotechnology and sustainable bioprocessing that transform ocean biodiversity into high-value products, including food proteins and omega-3s, through integrated omics and industry collaboration.
Discover how bio based solutions use solar energy, carbon dioxide, and biomass to produce biofuels, chemicals, and bio polymers, while advancing sustainability and a fossil free Baltic Sea region.
Learn how micro algae use photosynthesis to capture carbon dioxide from industry and wastewater nutrients, producing biomass for biofuels, animal feed, and bioplastics while improving clean air and water.
Explore how microalgae clean cement plant flue gas by capturing carbon dioxide and nitrogen oxides, producing a valuable biomass for feed, fertilizers, and biofuels.
Discover how a microbe-driven water treatment system uses algae to remove nitrogen from wastewater, recover nutrients, and produce biomass for feed, fertilizers, and bio plastics.
Explore algae and blue mussels to recycle carbon dioxide, nitrogen, and phosphorus from waste into high-quality biomass and sustainable animal feed. Support scalable pilot plants through lifecycle analysis.
The course Blue-based solutions enables the student to gain knowledge in marine biotechnology and why the marine environment hold great potential. Students will gain knowledge in how marine organisms can be utilized in novel products and processes. The students will understand how blue-based solutions could be a tool to more efficiently utilize marine organisms and habitats. The course will provide the students with insight to an up-and-running blue-based project and understand how microalgae can help solve challenges caused by anthropogenic impact. The student will gain an understanding in how academia and industry can work together to help some of our biggest environmental challenges.