Green Volt Offshore Wind Farm, UK INTOG Site

Client: Flotation Energy/Várgronn

Work completed: Deployed two Floating LiDARs for precise wind resource measurement and deployed ‘marine growth plates’ on the moorings to test the susceptibility of different underwater cabling materials to marine growth. Additionally, deployed a Triaxys buoy to measure waves and current profiles, together with a subsea ADCP mooring for detailed current profiles, all of which contributes to optimised wind farm design and operations.

OCEAN.DAT Celtic Sea Metocean and Seabed Atlas

Client: The Crown Estate

Work completed: Developed a comprehensive metocean and seabed atlas for the Celtic Sea region, featuring over 100 geospatial representations of metocean parameters and over 500 40-year hindcast datasets, including sediment mobility data. This resource is calibrated and verified using in-situ datasets to provide robust data for project planning.

Measurement Campaign:

• Wind Measurement & FLiDAR Deployment: Conducting precise wind measurements to assess site feasibility and economic potential.
• Metocean Measurement: Delivering detailed metocean data to support project design, installation planning, and environmental compliance.
• Equipment: Four FLiDARs (three deployed, one spare), wave buoys, ADCPs, and additional environmental monitoring sensors

Far North Offshore Wind Monitoring: Korsnäs

Client: Vattenfall

Work completed: Supporting offshore wind project in Finland (62.75 degrees north) over two winters. During the first winter, we deployed three ADCP frames in water depths ranging from 15m to 35m, measuring ice thicknesses of up to 2m depth.

Measurements include the full directional wave spectrum, water column profiles of current speed and direction, sea ice thickness and its velocity, salinity, water temperature, and turbidity (via water sampling).