The aquaculture industry invests significant resources to ensure optimal fish health, welfare, and survival until harvest. The primary goal is to reduce the proportion of fish that die before regular slaughter. However, utilizing the mortalities that...
The purpose of the project is to develop new knowledge as well as an integrated model to predict and assess the production environment for new production concepts and locations for exposed aquaculture and offshore aquaculture.
OptiFish aims to develop, test, and validate technologies that will improve onboard monitoring of catch volumes and fish health, enabling fishers to improve the sustainability of their operations and to better meet control requirements.
DYNAPORT will develop new optimization and coordination tools for ports and ships that reduce the ship's fuel consumption and increases port efficiency with at least 10% and ensure implementation by relying on internationally accepted information...
TAILWIND embraces sustainable-by-design principles to shape the next generation of floating offshore wind (FOW) farms.
AquaStar will develop an autonomous underwater system for targeted inspection and repair of holes in fish farm nets. The aim is to improve today's inspection routines and enable the immediate repair of holes.
The goal is to design and demonstrate safe and effective connection of an emergency towing line for ships without an IMO requirement for onboard emergency towing system.
FUEL-UP aims to accelerate the deployment of advanced biofuels made from fast pyrolysis by de-risking and upscaling all the steps until fuel use. Allowing new routes to biofuels entering the market, which will mean an at least 80% emissions reduction...
MikRho will establish a stable, reproducible microalgae culture optimised for industrial production that has a favourable microbiome, good nutrient composition, and increased growth rate.