LamuOpt – Holistic use of laminaria and bivalve by-products to optimize circuit-based fish farming and products for human consumption.
Project within the innovation area BaMS – Bioeconomy on marine sites
Dipl.-Ing. Susanne Woldmann; Dipl.-Biol. Verena Sandow
Raw materials such as fish, seafood and algae have long been cultivated for human consumption in aquacultures. They are used as food, dietary supplements, in cosmetics, pharmaceuticals and medicine. However, the farmed animals and plants are often only partially used. The LaMuOpt project aims at a holistic utilization of mussels and algae in order to make farms more ecological and economical.
When mussels are grown on a mussel farm, undersized mussels, i.e. those too small for consumption, are not used but returned to the sea. In the production of algae extracts, a large part of the algae, the algae pomace, is not used. These previously unused by-products account for up to 15% of the total mass of a production. In this context, both algae pomace and mussel meal offer great potential in land-based recirculation systems as fish feed components. In addition, innovative ingredients for human consumption will be developed from these by-products during the course of the project.
Both land-based recirculating systems, coastal integrated multitrophic cultures, and consumers of algae, fish, and shellfish products will benefit from the results of this project.
A more detailed description of LaMuOpt, as well as the list of project partners, can be found at https://blaue-biooekonomie.de/de.
Tasks of CRM
• Provision and optimization of algal pomace
• Public relation
• Dipl.-Ing. Susanne Woldmann
• Dipl.-Biol. Verena Sandow
- Christian-Albrechts-Universität zu Kiel (CAU)
- Fraunhofer-Einrichtung für Marine Biotechnologie und Zelltechnik
- Gesellschaft für Marine Aquakultur (GMA) mbH
April 2020 – März 2022
BMBF within the framework of the innovation area BaMS – Bioeconomy on marine sites