Aquaculture - Digital Twin of the Ocean

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Aquaculture

Sustainable Aquaculture Through Smart Monitoring

Our digital twin technology provides a comprehensive monitoring framework for the aquaculture sector, enabling detailed tracking of environmental conditions and impacts. It serves as an analytical tool for assessing risks and predicting adverse events, from parasites and disease infections over algal blooms to marine traffic related pollution.

By facilitating informed decision-making, it supports the industry's commitment to sustainability and regulatory compliance. This technology acts as an indispensable resource for maintaining ecological balance while pursuing the growth of aquaculture.

Other Pilots

Coastal Sediment Transport

At Naissaar's Port, an integrated approach using physical measurements and hydrodynamic models will address sediment accumulation challenges.

Aquaculture

Our digital twin technology provides a comprehensive monitoring framework for the aquaculture sector, enabling detailed tracking of environmental conditions and impacts.

Harbour Safety

TUV will employ Iliad's technology at Varna Port to minimise weather-induced disruptions and enhance navigation safety.

Ballast Water Monitoring

The "NPOCRA" DTO in Spain assesses invasive species risk in ballast water, aiding cargo ship sustainability and convention compliance.

Met Ocean

FORTH and MEEO's COASTAL CRETE upgrade offers high-res met-ocean forecasting for the Port of Heraklion.

Fisheries Productivity

A Fishing Suitability Index improves fishing zone identification in the north-western Black Sea.

Ocean Energy Potential

Efforts are underway to harness tidal stream energy in Europe, with a focus on accurate models capturing kinetic energy in coastal channels and assessing tidal-stream energy arrays.

Wind Energy

An interactive tool optimises offshore wind operations, especially Floating Offshore Wind turbines, using Iliad's high-resolution data.

Jellyfish Swarm Forecast

Iliad is developing a Citizen-Science-based forecast and online map to anticipate jellyfish swarms, safeguarding ocean activities and mitigating economic impacts.

Environmental, Water Quality and Pollution Monitoring

The EU's marine environmental monitoring, especially microplastics, will be enhanced through multi-sensor platforms and DTO-based mapping.

Oil Spills

FORTH and MEEO's DTO detects and predicts oil spills around Crete, while DUTH develops a similar tool for the North Aegean Sea with machine learning enhancements.

Insurance

The Aquaculture Risk Management platform developed within Iliad will serve as a holistic risk assessment tool to all stakeholders along the Norwegian aquaculture value chain, combining historic, current and projected data.

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