| Adria Ace Car Carrier | ||
The Adria Ace is the latest car transporter for Ray Car Carriers. |
The ship can carry 4,900 vehicles as a single cargo. |
The vessel was launched in December 2008. |
| AHT Janus - Tug | ||
The AHT JANUS was launched in October 2007. |
Her first project will be in the North Sea towing an FPSO into position. |
The AHT JANUS is outfitted for 27 crew. |
The AHT JANUS is an ocean going tug and will be able to complete projects all over the world. |
The JANUS with her two sister ships in harbour. |
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| Anglegarth - | ||
The Anglegarth and sister ship Millgarth. |
The Anglegarth wheelhouse is equipped with sophisticated control systems. |
Anglegarth's sister ship Millgarth positioned to hold the Isomeria tanker. |
Anglegarth's main propulsion system consists of two Stork 6SW 28 engines, which provide a total power of 3,800bkW (5,095bhp) at 1,000rpm. |
The bollard pull of the Anglegarth is 66t ahead and 60t astern. It has a top speed of 13.5 knots. |
Anglegarth is equipped with an Aquamaster drive unit. |
| Apex - Tug | ||
The Apex already has two sister ships in the Solent Fleet. |
The tug is equipped with a Voith Turbo Fin for additional pulling power and manoeuvrability. |
The vessel has been designed specifically for oil terminal duties. |
There are two Rolls-Royce diesel engines producing 6,850 bhp as the main propulsion. |
The ship was constructed at the Gondan Shipyard in Spain. |
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| BB Worker Tug | ||
The BB Worker in operation. |
The tug is part of a fleet of five. |
The tug has 90t bollard pull. |
The tug will work at the Snohvit LNG terminal. |
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| Blue Giant - Heavy Transport Ship | ||
The Blue Giant is second in a series of four Combi Block ships. |
The ship has a multitude of transport modes. |
The Blue Giant is on a five-year charter to a Mexican oil services company. |
| Boa Sub C - Offshore Support Vessel | ||
The Boa Sub C. |
Boa Deep C will be used for Chevron's deepwater offshore developments. |
Bow view of the Boa Deep C. |
The Boa Deep C's winch system. |
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| Botnica - | ||
Botnica is considered by the offshore industry to be the most advanced state-of-the-art vessel of her type. |
She was built at Aker Finnyards in Finland to Det Norske Veritas class standards. |
In the winter months she returns to her main task as an icebreaker, keeping southern Finland’s waterways and coastlines open to commercial traffic. |
The wheelhouse. |
Each engine room houses three Caterpillar/ABB Gensets. |
The two 5MW Azipods. |
| Cable Innovator - | ||
At 10,040dwt (14,227gt), the Cable Innovator is the world's largest vessel of its kind, specifically designed for laying fibre optic cable. |
Cable Innovator is 145m in length and 24m in breadth. It has a fully loaded draft of 8.5m. |
The cable can pass across two 4m diameter stern sheaves each with a tread width of 1.13m and three 1.5m radius fully conforming whiskers. |
Vessel power comes from five Wärtsilä Vasa diesel engines, three 9R32E units of 3645kW, each driving a 4160kVA/60Hz l3.3kV ABB AC generator. |
The vessel has no rudder to enhance manoeuvrability. There are two 12t KaMeWa tunnel thrusters located at the stern. |
Cable Innovator was developed especially for worldwide transocean fibre optic submarine cable laying. |
| Charlemagne - | ||
Charlemagne at sea. |
Charlemagne hull showing bulbous bow. |
The grab system. |
Charlemagne wheelhouse. |
Charlemagne under construction. |
Control system. |
Charlemagne engine room. |
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| Edda Fonn - | ||
The Edda Fonn is a survey vessel owned and operated by Østensjø Rederi. |
The deck equipment includes two Effer cranes, a Heila provision crane, a Karmøy tugger winch and a Hydramarine wire transponder winch. |
The helicopter deck is designed for Super Puma. |
Accommodation on the Edda Fonn includes 41 cabins with 66 beds. |
The Edda Fonn is driven by two AC asynchronous water-cooled motors. |
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| Ellen Khuzwayo - Research Vessel | ||
The Ellen Khuzwayo on operations. |
The bridge of the Ellen Khuzwayo. |
The engine room of the Ellen Khuzwayo. |
The galley, able to cater for the 21 crew and scientists. |
The ship carrying out operations. |
One of the Ellen Khuzwayo's four research laboratories. |
| Far Samson - Subsea Service Vessel | ||
The Far Samson can trench pipelines and cables in water depths of 1,000m. |
The vessel is divided into two operating deck levels. |
The deck cranes and A-Frame are equipped with workshops and winches. |
The Far Samson is the most powerful offshore vessel ever built. |
The ship can cruise at a maximum speed of 20kt. |
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| Fesco Sakhalin Icebreaking and Support Vessel | ||
The Fesco Sakhalin provides icebreaking and support operations to the Sakhalin offshore project. |
The double-acting vessel concept means the ship travels bow-first in ice-free conditions and approaches ice stern-first using azimuthing electric propulsion. |
The Fesco Sakhalin also has fire-fighting and rescue capability and is fitted with high-tech equipment for oil spill recovery. |
The Fesco Sakhalin under construction. |
Three Wartsila 38 main engines provide the power for the Fesco Sakhalin. |
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| Fugro Saltire - Survey Vessel | ||
The Fugro Saltire on sea trials. |
The Saltire leaving the Bergen Mekaniske Verksted shipyard. |
The bridge of the Fugro Saltire. |
The Saltire is designed to provide ROV support. |
The vessel can spend 50 days at sea without having to put into port. |
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| Greatship Dhreti - Platform Supply Vessel | ||
The Greatship Dhriti is now on a two-year charter to the Gulf of Mexico. |
The ship after sea trials in summer 2008. |
The ship will supply oil and gas platforms with provisions and heavy equipment. |
The proliferation of oil and gas platforms in the Gulf of Mexico has meant that there is a great demand for new PSVs. |
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| Ham 318 - | ||
Artist’s impression of the Ham 318. |
The bow of the Ham 318. |
The Ham 318 preparing for embarkation. |
The Ham 318 moulded bow. |
The Ham 318 sailing from its construction shed. |
The Ham 318 under trials. |
The Ham 318 prior to launch. |
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| HLCV Borealis - Heavy Lift Construction Vessel | ||
The HLCV Borealis can handle subsea modules of up to 600t. |
The vessel will be fitted with a 5,000t revolving single mast crane. |
The HLCV Borealis will be used in construction and maintenance operations of offshore surface facilities. |
| Jumbo Javelin / Fairpartner - | ||
The MVs Jumbo Javelin and Fairpartner will be the most powerful heavy lift cargo vessels in their class in the world. |
The Fairpartner super heavy lift vessel under construction. |
The Jumbo Javelin super heavy lift vessel under construction. |
The vessels have one 19,500m³ hold accessed by a single hatchway. |
The super heavy lift new-buildings feature two state-of-the-art rotating mast cranes with a combined lift capacity of 1,600t at a maximum outreach of 28m. |
The heavy-lift / transport vessels are powered by two main engines, rated at 4.320kW. |
| Mayflower Resolution - | ||
The Mayflower Resolution was constructed in China's Shanhaiguan shipyard at Qinhuangdao. |
The Mayflower Resolution has been designed to install wind turbines in hostile coastal environments. |
The six-leg vessel can be jacked clear of the water, turning it into a stable working platform. |
The Mayflower Resolution during installation of turbines at the North Hoyle offshore wind farm. |
There are two cranes on the Mayflower Resolution. |
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| Neuwerk - | ||
Neuwerk, the marine pollution control vessel. |
Neuwerk is capable of breaking a plane ice sheet (0.5m) at a speed of 6 knots. |
Installing one of the three main engines. MTU 16V 595TC 50 (3,000kW). |
Stern view showing the rudder propellers. |
Firefighting equipment includes two water cannons with a range of 120m. |
Equipment for recovering floating pollutants include a skimmer system, separation units and stainless steel tanks. |
| Noordhoek Pathfinder - Survey Vessel | ||
The Noordhoek Pathfinder is a remotely operated vehicle. |
The Pathfinder will carry out geo-technical investigations, hydrography, and analogue and digital geophysical surveys. |
The ROV is scheduled to be delivered in the first quarter of 2010. |
The vessel will accommodate 40 crew. |
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| Olympic Octopus - | ||
The deck area of the Olympic Octopus. |
A view of the ship from the stern. |
Diagram showing the dynamic positioning system of the ship. |
An artist's impression of ship's twin cranes. |
A view of the front of the ship. |
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| Orisant - | ||
The Orisant trailing suction hopper dredger at sea. (photo: Bert Visser) |
The trailing suction pipe on the Orisant. (photo: Bert Visser) |
The Orisant in port. (photo: Bert Visser) |
The dredging mechanism rides over the hopper and discharges its sand or gravel on a conveyor belt. (photo: Bert Visser) |
The Orisant in Antwerp. (photo: Bert Visser) |
Sand and gravel from the hopper are discharged automatically. (photo: Bert Visser) |
Orisant unloading in Antwerp. (photo: Bert Visser) |
Layout diagram of the Orisant. (photo: Bert Visser) |
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| R/V Manta - Research Vessel | ||
The R/V Manta is the latest research vessel for the NOAA. |
The R/V Manta is a twin aluminium-hulled catamaran. |
The R/V Manta can accommodate has a crew of 14 and can accomodate 25 passengers. |
The dry lab allows monitoring of work operations on deck. |
The engine room. |
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| REM Etive - Support Vessel | ||
The Rem Etive is powered by Rolls Royce and Siemens propulsion systems. |
The naming ceremony. |
The Rem Etive in dry dock at the Kleven Yards. |
The REM Maritime was originally designed as a rig supply vessel but has been modified to serve as a support vessel. |
The REM Maritime ready for its first major contract in India. |
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| REM Mermaid - Supply Vessel | ||
The REM Mermaid is the latest vessel to join the fleet of REM Maritime. |
The REM Mermaid is a multi-purpose support vessel and is currently on operations in the North Sea. |
The REM Mermaid was launched in March 2008. |
| Rocknes - | ||
Rocknes was the world's largest fallpipe vessel before it overturned in January 2004. |
A cylindrical shaped ROV was installed at the lower end of the fallpipe to funnel the sand and rock material. |
Fallpipe and suction equipment on the Rocknes. |
The ROV being lowered. |
Top view of the Rocknes. |
ROV assembly undergoing construction. |
| RRS James Cook, Research Vessel | ||
The RRS James Cook is the latest addition to the NERC fleet. |
The ship replaces the RRS Charles Darwin, launched in 1989. |
The vessel has a cruising speed of 12kt. |
The RRS James Cook's maiden voyage started in the first quarter of 2007 and has taken her to the Atlantic Ridge. |
HRH the Princess Royal named the ship in February 2007. |
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| Sea Eagle 1 | ||
Sea Eagle 1 is currently hired for anchor handling / towing / supporting a drilling rig in the Russian island of Sakhalin. |
Sea Eagle 1 has a class notation of A1E offshore support vessel, firefighting class 1 + AMS + DPS2 + ACCU. |
AHTS vessels are fitted with winches for towing and anchor handling, and having an open stern to allow the decking of anchors. |
| Siem Swordfish | ||
The ship will operate under a five-year charter for Veolia Environment Inc. |
The main crane can operate at depths approaching 3,000m. |
The vessel can accommodate 100 crew and work personnel. |
The Siem Swordfish is an MT 6016 L design which is becoming more popular for this type of multi-purpose vessel. |
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| Skandi Arctic - Offshore Subsea Construction and Diving Support Vessel | ||
Skandi Arctic is capable of working throughout the year and is suitable for all sea and weather conditions. |
The vessel is propelled by six Wartsila 7L32 diesel engines. |
The vessel is based on STX Europe's OSCV 06 L DSV design. |
| Stril Poseidon - | ||
The Stril Poseidon is a third-generation rapid response rescue vessel to be used on Statoil's Haltenbank fields. |
The stern of the Stril Poseidon showing the ramp door and slipway for the FRDC. |
The vessel has accommodation for 25 persons as well as a sick bay. |
The Stril Poseidon under testing. |
The Stril Poseidon is primarily a rescue craft but can also provide rapid oil spill response and emergency towing. |
The bridge on the Stril Poseidon. |
| Svitzer Bristol - | ||
The Stitzer Bristol showing its raked bow and high-visibility wheelhouse. |
The double winch on the Svitzer Bristol. |
The Svitzer Bristol testing its fire pumps. |
The Svitzer Bristol from the stern showing the crane and winch. |
The engine room of the Svitzer Bristol. |
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| Toisa Paladin - Support Vessel | ||
The Toisa Paladin is the newest member of the Toisa fleet. |
The Toisa Paladin is under a five year charter to Bluestream Group of the Netherlands. |
There are 100 berths on the ship and equipment for an 18-man saturation diving team. |
The Toisa Paladin was launched and christened at the end of 2007. |
The Toisa Paladin can make 15.5kt. |
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| Toisa Pegasus - Diving Support Vessel | ||
The Pegasus undergoing sea trials. |
The Pegasus being floated out prior to fitting out the topsides. |
The Pegasus being launched. |
The Pegasus under construction. |
The Pegasus is registered in the UK and features the latest saturation diving equipment. |
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| Toisa Perseus - | ||
The 6,948gt Toisa Perseus was built at Van der Geissen de Noord in the Netherlands. |
Toisa Perseus is a monohull, multipurpose offshore support vessel with a large deck area. |
Soon after delivery in late 1998 she joined Rockwater’s fleet of three semi-submersibles and two diving support vessels. |
The Toisa Perseus is a monohull multipurpose offshore support vessel suitable for unrestricted, worldwide operation. |
Key features include high-capacity craneage, below decks carousels and large twin moonpool of 6m² each situated fore and aft. |
The propulsion system is a diesel electric arrangement based on four Wärtsilä 9L26 engines, each driving an alternator producing 2,660kW at 660V. |
| Vasco Da Gama - | ||
Artist's impression of the Vasco da Gama in operation. |
Vasco da Gama in port. |
Vasco da Gama ready for operation. |
Vasco da Gama in operation. |
Testing the jet pump. |
Vasco da Gama in operation. |
Another view of Vasco da Gama. |
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| Viking Avant - | ||
The Viking Avant is a platform supply vessel, designed to carry out regular supply and cargo transport functions for the oil industry. |
In a significant departure from many designs, the bridge and accommodation lie at the aft of the vessel, in a similar manner to an oil tanker. |
Model of the Viking Avant. |
Emergency lifesaving equipment includes a Norwegian Maritime Directorate (NMD)-approved Norsafe man-overboard rescue boat, a telescopic launch / retrieval system and life-saving appliances according to SOLAS. |
The Viking Avant has tanks for fuel oil, fresh water, ballast water / drill water, liquid mud, brine, mineral oil / base oil and methanol. |
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| Viking Energy - | ||
The Viking Energy is the world's first LNG-powered supply vessel. |
The bridge of the Viking Energy. |
The touchscreen operating console used on the bridge. |
Diagram of the piping on the Viking Energy. |
The Viking Energy can carry fuel oil, water ballast or drill water, potable water, methanol, brine, liquid mud and dry bulk. |
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| Yasin - Trailing Suction Hopper Dredger | ||
The Yasin is a suction hopper dredger with a secondary use as a vessel designed to combat oil pollution. |
The Yasin trailing suction hopper dredger being launched from IHC Holland's Kinderdijk yard. |
Moving the Yasin dredger through the Don Volga channel. The Wagenborg tug Kulanborg is towing the Yasin under a bridge over the River Don. |
The Yasin was built for the Ports and Shipping Organisation in Iran. |
The Yasin's dredging system is based on a 1,000m³ hopper. |
The Yasin was built at the enclosed IHC shipyard in Kinderdijk, Holland. |