This PostDoc project is supported by the Research Council of Norway and will examine the risks of current biofouling management practices in Norwegian salmon aquaculture on fish health and biosecurity.
NanoWASTE is a research project funded by the Norwegian Research Council that studies the fate, removal, release and subsequent impacts of manufactured nanomaterials (MNMs) in wastewater treatment plants (WWTPs).
The overall objective of the project is to study and recommend different sustainable technologies for large scale macroalgae and marine aquaculture that can be applied to the Brazilian coast
Access to omega 3 sources in fish feed is a limiting factor for growth in aquaculture. Researchers from SINTEF and NTNU will explore the potential of using bacteria as a "production machine" for the beneficial fatty acids.
The aim of this project is to transfer knowledge and experience accrued by Norwegian researchers and industry and adapt them to Lithuanian fisheries sector.
Could kelp cultivation work as biological filters for aquaculture effluents in land-based hatcheries?
Full Scale Performance Prediction for Energy Efficient Ship Design.
The aquaculture industry will experience a lack of fish oil for feed production, and there is a need for alternative EPA and DHA sources. Marine microalgae can be a source of marine oils.
Supported by Statoil and NFR (Demo2000) SINTEF is developing a real-time decision support application for drilling operations in sensitive areas.