Last week, Deltares hosted an exciting series of experiments conducted by John Fitzgerald from IMPACT-9 , along with Jessica Knoop and Ajie Brama Krishna Pribadi from Ghent University. The team focused on testing John’s submersible backbone system, which has also undergone trials in various bays in Ireland.
The experiments at Deltares are part of a broader effort to gather crucial data on the impact of different wave climates on loaded seaweed lines and their anchoring systems. These tests were conducted in the state-of-the-art bi-directional wave flume at Deltares, known for its ability to simulate realistic marine conditions.
The initial phase included preparation and setup in the flume, ensuring that the experimental conditions accurately mimic the diverse wave environments that seaweed farms might encounter. The team aimed to evaluate how the submersible backbone system performs under various stress scenarios, providing insights into its durability and effectiveness.
Here are some highlights from the recent activities:
- Submersible Backbone System Testing: John Fitzgerald’s innovative system was put through rigorous tests to assess its performance in different wave conditions. This involved simulating various wave climates to observe the system’s stability and resilience.
- Data Collection on Seaweed Lines: The experiments focused on how different wave patterns impact loaded seaweed lines. This data is vital for optimizing the design and deployment of seaweed farming infrastructure.
- Anchoring Systems Evaluation: The team also examined the anchoring systems and structures used in seaweed farms, assessing their ability to withstand different wave forces.
These experiments are a significant step forward in enhancing the sustainability and efficiency of seaweed farming practices. By understanding how different wave climates affect seaweed lines and their supporting systems, ULTFARMS can develop more robust and reliable farming methods.
Stay tuned for more updates on our progress and findings from these groundbreaking experiments.
