Seajacks Kraken & Seajacks Leviathan owned by Seajacks International A&P FALMOUTH to deliver the mobilisation of the vessels for the > Walney 2 Offshore wind farm Conversion involves removal of 90 tonne blade racks and pre-fabrication and fitting of 100 tonne blade racks The racks carry massive wind turbine blades to offshore wind farms. Once onsite the legs are lowered to the seabed and the vessel jacked out of the water to provide a stable platform for installing the wind turbines
PRE-FABRICATION
> >PRE-FABRICATION OF 2 BLADE RACKS – 1 on Dockside @ 100Tonne – 1 in Dry-Dock @ 100 Tonne – Jigs laser level flat & Bolted down – Working 24 hours around the clock to meet deadline – High Grade steel used MARINE & ENERGY – Highly skilled work force – Deliver complex projects
TOWER GRILLAGE
Prefabrication of 30 Tonne Tower Grillage in Workshop – these are the vertical bases Removal of Existing Deck Beds Pre-fabrication and Installation ACCREDITATIONS – 9001 / 14001 / 18001 – ISPS / CRC – FPAL
OCEAN DISCOVERY A&P Falmouth 2010
Conversion from seismic vessel to drill ship Cropping of the hull and fitting a moon pool Four point mooring system Drill tower Accommodation upgrade
IT Power: OWEL Consultant on structural design and costing of prototype device, and next generation devices. A&P Falmouth will also manage the construction of the prototype device, with a view to also fabricate the structure of the prototype device.
Fred Olsen : BOLT 2 Device assembly, quayside lifting, berthing and maintenance of the device when deployed in nearby waters.
OPT : PB500 Consult on; manufacture of design, reviewing design changes for cost reduction to manufacture, for both prototype and bulk volume perspectives. Construct a costing model for the prototype and multiples of the devices, along with a manufacturing plan for high volumes of the design.
Falmouth Bay Test Facility Falmouth
What is FaB Test The aim of FaB Test is to aid the development of Marine Renewable Devices towards full scale commercial deployment. Marine energy device developers can conduct commissioning tests at a site providing moderate sea conditions. The test facility would allow cost effective testing of components, system concepts and full scale devices. Local industry, academia and other stake holders will provide their knowledge in instrumentation, assessment of resources, manufacture, deployment, maintenance and operation to users, developing expertise in the local economy.