The objective of PathoRAS is to ensure biosecurity measures in Atlantic salmon RAS through a better understanding of how pathogens proliferate, establish, and survive in a complex ecosystem of the RAS environment.
The centre will become the national knowledge centre for ocean space technology. The purpose of The Norwegian Ocean Technology Centre is to secure Norway’s position as a leading ocean nation and contribute to the green shift in Norwegian ocean...
Drivers of oxygen fluctuations in large commercial fish farms.
Combining salmon and kelp through integrated aquaculture to test the IMTA effect in Northern Norway.
Synergy of blue and green sectors for resilient biomass production and processing to develop sustainable feed ingredients for European aquaculture
Offshore Low-trophic Aquaculture in Multi-Use scenario Realisation
Norwegian seafood products are globally traded products, encompassing varying degrees of social and economic dependency between producing and consuming countries and regions. In times of global shocks affecting production and markets, the Norwegian...
SMARTCHAIN will develop approaches and tools for sustainable utilisation, production planning, logistics optimisation, and traceability to facilitate transfer of bio-resources from catch/production throughout the value chain of fisheries and...
Lifecycle Inspection, Analysis and Condition information system
Exploring the possible benefits of remote controlled and autonomous cranes in aquaculture.
Development and validation of new tools and methods for quantifying the thickness of the mucosal layer of Atlantic salmon in order to better understand what effect various aquaculture operations have on the mucosal layer.
Development licenses as a driver for innovation in fish farming Effects on technology, industry and regulation (DEVELOP)
How are the salmon welfare and health status affected by the variation of environmental parameters in a farm.
BIOCYCLES aims to increase the sustainability of today's bio-based industries by creating a new biomarine production. This production is based on the cultivation of crustaceans that recycles and fully utilises rest raw materials and converts them...
SINTEF has through advanced 3D imaging and analysis developed technology that can easily provide up-to-date information about fish biomass for the aquaculture industry.
Aquaculture operations with reliable flexible shielding technologies for prevention of infestation in offshore and coastal areas.
Environmental requirements and welfare indicators for new cage farming locations and systems.
Abundance and distribution of sea lice larvae in relation to the three-dimensional current flow patterns around and within salmon farms.