AHTS Magne Viking is in compliance with the new IMO Polar Code following a survey by DNV GL
After a successful survey, DNV GL and the Danish Maritime Authority have confirmed that the AHTS Magne Viking, owned by Viking Supply Ships, is in compliance with the new IMO Polar Code.
“Having followed the development of the Polar Code for some years, it is a great achievement to finally survey the first vessel to comply with the Code,” said Morten Mejlænder-Larsen, who is responsible for Arctic and Polar activities at DNV GL – Maritime.
Visualization of how offshore wind turbines would work
Statoil has announced that it will build the world’s first floating wind farm called The Hywind pilot park offshore Peterhead in Aberdeenshire, Scotland.
The Norwegian operator in gas, oil and new energy, Statoil, will install a 30-MW wind turbine farm on floating structures at Buchan Deep, 25km offshore Peterhead, harnessing Scottish wind resources to provide renewable energy to the mainland.
The next generation of wind turbine foundations is being researched by HR Wallingford in association with DONG energy
HR Wallingford is working with DONG Energy as part of a project to develop the next-generation of wind turbine foundations. Work underway in HR Wallingford’s Fast Flow Facility will help inform the design of a novel suction bucket foundation, and will ultimately lead to more cost effective seabed foundation solutions for the renewable energy industry.
As offshore wind farms move into ever deeper water, developers are exploring alternatives to the traditional monopile foundation in order to reduce costs and keep the technology competitive within the energy marketplace. HR Wallingford is helping DONG Energy refine the design of one such alternative – the suction bucket foundation – as part of a research project to determine how these structures interact with, and impact upon, the hydrodynamic conditions and the seabed.
Van Oord’s offshore installation vessel Aeolus has successfully installed Gemini wind project’s first monopile. The offshore wind project, one of the largest in the world, will consist of 150 monopiles. The project is expected to be fully operational by 2017 generating clean and renewable energy for 1.5 million people in the Netherlands.
Gemini is being built in the North Sea. The project consists of two areas of 34 km2 and is located 85 km off the coast of Groningen. Each monopile is designed for its specific location in the wind project. Depending on water depth, they vary in length from 59 to 73 m. The monopiles have a diameter of 7 m, and a wall thickness of 7 to 11 cm. During the three-year construction period, a wide range of equipment including Van Oord’s specialized offshore wind vessels will be deployed. An estimated workforce of 500 will be involved on the project.
Surveying large crewed yachts requires a different skill set to the norm argues Phil Duffy
Article by Phil Duffy MIIMS
Principal Surveyor at Interface Marine Yacht and Boat Surveyors France
The focus of this article is on the process and the logistics involved in surveying large crewed yachts, rather than on the practicalities of the survey. The areas of inspection are basically the same as on any pre purchase survey, albeit larger and with regard to machinery systems can be more technically involved, the time frame of course is much longer.
One question I often get asked is how to get the business, or how to make the jump from surveying small pleasure craft to larger vessels…. As always, the client will need to trust your ability to carry out the job, and for that you will need to prove your track record with references etc. It can be a chicken and egg situation, unless you have worked for one of the larger surveying companies or are able to assist on some large yacht surveys and gain an insight that way. In my case it was quite an easy transition, as during my career at sea I have held both Engineer and Captain Positions of large yachts.
Some 50% of crews working on offshore support vessels are willing to compromise safety rather than say ‘no’ to clients or senior management says a new report by Helm Operations
In a shocking study by Helm Operations, some 50% of crews working on offshore support vessels are willing to compromise safety rather than say ‘no’ to clients or senior management, while nearly 80% believe commercial pressures could influence the safety of their working practices. These findings and more come from a new report on workboat and OSV safety commissioned by operations and maintenance management software specialist Helm Operations.
The chilling findings, released to coincide with this week’s International Maritime Organization Maritime Safety Committee meeting, come from a new report on workboat and OSV safety commissioned by operations and maintenance management software specialist Helm Operations.
Esvagt has taken delivery of two state-of-the-art windfarm service vessels
The Danish shipping company, Esvagt, is now introducing the first SOV vessels especially constructed for servicing windfarms.
The first vessel, “ESVAGT FROUDE”, went on contract on Wednesday February 18th, while her sister ship, “ESVAGT FARADAY” is contracted to start at the beginning of April. In both cases they will work as windfarm service vessels for Siemens Wind Power.
The German energy company has provisionally chartered “ESVAGT FROUDE” for a five year contract to service the field and transport personnel during the constructing and operation of the offshore windfarm Baltic 2 and the “ESVAGT FARADAY” for similar jobs for the Butendiek project in the northern part of the Germany provisionally for a 10 year contract.
South Asia still the preferred end of life location says NGO Shipbreaking Platform. Photo: NGO Shipbreaking Platform
The NGO Shipbreaking Platform has released a complete list of all ship owners and their ships sold for breaking last year.
The Statistics
Out of a total of 1026 ships dismantled globally in 2014, 641 – representing 74% of the total gross tonnage (GT) scrapped – were sold to substandard facilities in India, Pakistan and Bangladesh where ships are dismantled directly on tidal beaches. None of the South Asian yards comply with international standards for safe and environmentally sound ship recycling.
End-of-life ships contain toxic materials such as asbestos, heavy metals, PCBs, oil residues and organic waste within their structures – these pollutants can not be contained or safely removed on a tidal beach. The demolition of the largest movable man-made structures is hazardous and must be conducted in a controlled manner using adequate infrastructure such as cranes as well as necessary health and safety provisions – in 2014 the Platform reported 23 deaths and 66 severe injuries due to accidents such as explosions, workers crushed under steel plates and falling from heights on the South Asian beaches.
There is an important free resource available to the whole of the shipping industry that makes a major contribution to safety and that surveyors can help to improve. This is the Mariners Alerting and Reporting Scheme (MARS) operated by The Nautical Institute. MARS is a free resource and The Nautical Institute hopes that surveyors will help to make its existence known to the maritime world. The Nautical Institute wants as many mariners and, indeed, as many in shipping as possible, to benefit from lessoned learned from accidents and near misses. Surveyors can spread the word to let mariners and companies know the resource is there.
The background to MARS is known to all; across the major transportation modes and in many other fields, human error looms as the leading cause of both accidents and incidents. In recent years, the definition of human error has been expanded to include concepts such as unsafe supervision and organisational influences (e.g. resource management and operational processes). In the maritime industry approximately 90 percent of accidents can be traced to human error despite the promotion of regulations, training and quality management systems.
Pictured are Cammell Laird’s head of construction Jeff Jones, project director John Drummond and steelwork supervisor Joe Dawber.
Cammell Laird has completed its first aircraft carrier centre blocks for a second ship set to become the centrepiece of Britain’s military capability.
The Birkenhead marine and engineering services company has fabricated and outfitted two aircraft carrier centre blocks for the new PRINCE OF WALES aircraft carrier, which are being transported by sea to the Rosyth shipyard in Scotland.
Construction of the blocks began in July 2013 and has involved a workforce of 250 including contractors. Cammell Laird is playing a key role in the aircraft carrier project, the biggest UK engineering project since the London Olympics.
Over 90 per cent of the world’s global trade is carried by commercial deep sea vessels. On any given day there are over 300 commercial, ocean-going vessels in B.C. waters loading and unloading a wide range of cargoes. Whether it be for a tanker, container, bulk or break bulk ship, deep sea vessel surveyors perform a number of services that require a complex skill set based on training, experience and practical problem-solving abilities. Before tackling the issue of qualifications, however, it’s worthwhile to look at the many aspects of deep sea vessel surveying — and with the help of Capt Andrew Korek, Phoenix Marine Services — an added perspective of the even more specialized work of underwater surveys.
It was a dream come true when I got the opportunity to join the Clipper 68 boats as a Delivery Crew member from Cape Town to Albany (Western Australia). While undergoing my Ocean Graduates Course to qualify as a Yacht Master Coastal at the Isle of Wight, we were told about the Clipper yachts and the thrills and adventures associated with them. I was always fascinated with stories that those sailors told about racing on Clipper boats. In the past I wondered if I would ever be able to experience all those thrills and adventures.
It was a God sent opportunity when I communicated with two gentlemen who assisted me in joining a Clipper yacht for a delivery voyage. They were none other than Mr John Lawrence and Mr Peter Lambert, both from the International Institute of Marine Surveying. It was a start of a great on-the-job learning experience I’d never thought about. Yes there were many questions in my mind regarding the yacht and the delivery trip; the main being: “Will I be able to accomplish it?” It was the first time I was going to sail with such a professional and experienced crew and it being my first ever Ocean Crossing, which is termed as one of the harshest legs of the Clipper round the world race.
It was a long journey from Mumbai. The day came when I was in the City of Good Hope – none other than Cape Town. The moment I saw the yachts, CV5 and CV10, at the V&A Waterfront Marina, it was a sight that I can never forget. Finally I was going to step on to Clipper yachts, one of the elite and prestigious names in the yachting industry.
The first three days at Cape Town were pretty much routine with the basic introduction of the boat by the Skipper and Mate along with one other crew members who were already on board. It was the time to familiarize myself with the yacht, CV5. Other crew members (including two elderly ladies) joined the boat from their luxurious hotel rooms, which they had taken up after their long trip from the UK to Cape Town. Two of the crew members were previous year’s Clipper race winning boat crew on the Gold Coast. It felt like there is really a lot more to learn other than just the academics that I did in the UK. Continue reading “My exciting voyage with Clipper”
