Experience
SEASTATES metocean information has been used to manage coastal risk, design offshore structures, provide weather downtime statistics and much more. Here you can browse a selection of projects that have benefited from our SEASTATES services.
Supporting cable repair project with metocean statistics
Delivering a bespoke metocean study to provide workability statistics ahead of a planned cable repair off Scotland’s northern coast
Metocean criteria to support Morgan and Mona offshore wind farm development
Delivering a validated metocean Basis of Design for each wind farm area and support during the certification process
Metocean studies for first floating wind farms in Welsh waters
Delivering the certifiable metocean design bases to inform FEED and Detailed Design for Erebus and Valorous floating offshore wind farms
Floating offshore wind weather downtime support for O&M cost assessment
Testing scenarios for floating offshore wind operation and maintenance repairs using our weather downtime calculator, Weather Downtime Express
Metocean data for long vessel transit route (Denmark to Taiwan)
Informing plans for a large vessel long transit route from Denmark to Taiwan
Understanding seabed mobility risk for offshore wind farm development
The Crown Estate appointed ABPmer to help them better understand the potential for seabed change within their offshore wind farm lease areas
Caribbean cyclone assessment for marine infrastructure
Providing data on tropical cyclones to support feasibility assessment and preliminary engineering design for marine infrastructure in the Caribbean Sea
Detailed Design for Devon coastal railway frontage
ABPmer was commissioned by Arup and Network Rail to undertake wave modelling and multivariate analysis along the Dawlish Frontage
Supporting cable installation in Bay of Fundy
Providing wave, current and weather downtime information to help plan operations for interconnector cable installation
Supporting Channel Islands cable project with metocean information
Informing the design and installation planning of 100 km of undersea cabling
