ICMS Installs Pontoon System in Eyemouth Harbour for CTVs Serving Scottish Wind Farm
Inland and Coastal Marina Systems (ICMS) in Scotland said Friday it had installed a heavy-duty pontoon system in Eyemouth Harbour as part of the new operations and maintenance (O&M) base for the Neart na Gaoithe offshore wind farm.The system comprises a 58m x 4m pontoon and a 27m x 4m pontoon, both with one meter freeboard to match that of the vessels, creating a berthing facility for crew transfer vessels (CTVs) serving the new wind farm which is located 15.5 kilometers of the coast of Fife…
Seaward Marine Adds New Tug Dock
Norfolk, Va.-based marine services company Seaward Marine Corporation has added a new 260-foot workboat pier to accommodate its seven-boat fleet of tow and tug vessels in Chesapeake, Va.The pontoons for the Seaward Marine project were made in SF Marina Systems' Norfolk, Virginia production facility and towed by water to the installation location. Because of their intimate familiarity with SF Marina products, Seaward Marine installed the dock themselves.Engineered for commercial ports…
ICMS Installs CTV Pontoon for Scotland’s Largest Offshore Wind Farm
Inland and Coastal Marina Systems (ICMS) said Tuesday it had installed a new 30-meter pontoon for the Montrose Port Authority to service the Seagreen Offshore Wind Farm, Scotland’s largest wind farm.The new 30m x 4.4m pontoon will allow safe berthing and access for crew transfer vessels (CTVs) to the new operations and maintenance (O&M) base for the wind farm which is currently under construction 27km off the coast of Angus."Located on Montrose Port’s South Quay, the new pontoon is topped with GRP decking suitable for a commercial application offering excellent anti-slip properties.
Inland Docking Infrastructure 101
When it comes to docking and protecting your most valuable assets, there is no room for compromise.In relation to the sea, there is no room for compromise. That’s the philosophy that SF Marina Systems has brought to the design and manufacturing of concrete floating structures, stretching over 100 years of design history, research and development. These “Storm Proven” systems have evolved over time, producing longevity, low maintenance, and a single-cast design with proven connections endure decades of service. That’s especially important for municipalities and passenger vessel operators looking to enhance, expand or even to start a new…
Concrete Floating Docks Delivered to Boston FD
As a part of a waterfront upgrade project at the Boston Fire Dept Burroughs Wharf Station, a floating dock system of Type 1200 concrete floating docks manufactured by SF Marina Systems USA was delivered. The Type 1200 system was design to withstand the vessel loads and wave action of the exposed Boston harbor location. With winter holding on, Coastal Marine Construction accomplished the installation in tight quarters between the city piers. The dock was designed in three sections…
Mega Dock for Tug and Super Yacht Berthing
SF Marina Systems supplied a large two piece tug berth, designed for vessels up to 1,100 tons. The berth measures 150 x 32 ft. with a freeboard of 5 ft. The units were cast in SF Marina’s Factory in Walham Sweden, each weighing more than 240 metric tons. The high loading of the Pier can accommodate truck traffic, and features such as cranes, and fueling systems integrated into the design. The standard units can be shipped world wide and moored with a variety of anchoring systems with infinite lengths. The concrete structures are targeting the large tugboat and super yacht markets.
Breakwater's Effectiveness Proved by Research Institute
Experts are professionals who are curious and never stop learning. To better understand how breakwaters function and to perfect their products, SF Marina's team collaborates with professional research institutes throughout the world. Recent testing of their new SF Type 600 floating breakwater confirmed the predicted wave attenuation was correct. "Nothing is straightforward about the physics of waves," said SF Marina CEO Lars Gunnar Odhe. "Through research and extensive testing…