Hibernian Marine

Offshore Renewable Energy (ORE) and Offshore Wind Farms (OWF)

  • Metocean studies and analysis
  • Metocean data needs – Planning and feasibility: design; Transport and installation; Operation and maintenance; Decommissioning;
  • Data measurements and collection – considerations
  • Wind; waves; currents; sea/water-leve
  • Atmospheric and other ocean variables and parameters
  • Satellite and remotely – sensed measurements
  • Data quality control and management
  • Numerical modelling – simulation and prediction
  • hydrodynamic/ocean circulation models; wave models; atmospheric models
HIBERNIAN MARINE

Offshore Renewable Energy (ORE) and Offshore Wind Farms (OWF)

  • Metocean studies and analysis
  • Metocean data needs – Planning and feasibility: design; Transport and installation; Operation and maintenance; Decommissioning;
  • Data measurements and collection – considerations
  • Wind; waves; currents; sea/water-level
  • Atmospheric and other ocean variables and parameters
  • Satellite and remotely-sensed measurements
  • Data quality control and management
  • Numerical modelling – simulation and prediction
  • hydrodynamic/ocean circulation models; wave models; atmospheric models
  • numerical modelling at the site
  • storm prediction
  • process modelling
  • Data analysis and interpretation
  • Wind; waves; ocean currents; sea/water-level and surge;
  • Joint conditions
  • Extreme conditions
  • Downtime analysis – waiting on weather
  • Metocean Survey support
  • FEED Design Parameter Requirements (Front End Engineering Design)
  • Survey design and risk assessment
  • Survey specifications and supporting background information
  • Survey tender support and assessments
  • Client representation and support of metocean survey
  • Data QA and QC, handling and repository
  • Metocean data analysis for FEED design basis (multi-year data)
  • Climate change – impacts on farm and metocean conditions over farm lifetime
  • Climate models – contemporary, 20th c. climate change studies, analysis; 21st century climate scenarios
  • Environmental Impact Analysis
  • Marine physical processes
  • Marine growth modelling and analysis
  • Early ground model development
  • Model validation

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