Evaluating the efficacy of alternative methods for biofouling control in aquaculture (ALLEGRO)
ALLEGRO shall prove the efficiency of alternative methods to control biofouling on nets and hard surfaces.
ALLEGRO shall prove the efficiency of alternative methods to control biofouling on nets and hard surfaces.
Real-time hybrid testing for extreme marine environments.
The project addresses important challenges in land-based, closed containment aquaculture facilities using water recirculation treatment technology (RAS).
Design Considerations and Performance Evaluation of Energy Saving Devices for Deep-Sea Vessels towards Green Shipping.
The Artifex project explored new ways of executing operations at fish farms by combing remote control, unmanned surface vehicles, unmanned subsea robots and unmanned aerial vehicles.
Abundance and distribution of sea lice larvae in relation to the three-dimensional current flow patterns around and within salmon farms.
Real-Time Hybrid Model Testing is the science of combining advanced simulations, state-of-the-art experimental methods with active control system into a novel approach, to verify the safety and efficiency of marine structures and operations.
Eyes, brain and hands: these are the tools that shall carry Norwegian fish, agriculture and aquaculture from harvest and production, through careful processing, until it reaches the consumer.
Biodegradable gillnets are being tested in Norway since 2016 as an attempt to reduce ghost fishing and marine litter caused by lost gillnets.