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Norwegian Cruise Line orders PrimeServ upgrades for multiple vessels

MAN PrimeServ, MAN Diesel & Turbo’s after-sales division, has confirmed an order from Norwegian Cruise Line for SOLAS (Safety of Life at Sea) insulation upgrades for nine ships, totalling 44 engines, from the company’s fleet.

The order covers the equipping of all engines with an output of over 375 KW with heat insulation, spray protection and resistance to flammability and fluid density, according to the SOLAS 220 convention. MAN 48/60B, 48/60A and 58/64 engine types will receive the upgrades, which represent the first such order from the Miami-based company. The project will be completed in 2018.

Giovanni Canu – Vice President, Technical Operations for Norwegian Cruise Line – underlined the importance of safety aboard the company’s fleet of vessels and employing the use of the modern solutions available. Paolo Mele – Senior Vice President, Technical Operations for Norwegian Cruise Line Holdings – said: “Safety is the top priority at Norwegian Cruise Line and we use all the tools available to ensure the safety of our guests, crew and ships and do so in a transparent fashion such that customers and crew can clearly see it, and in advance of regulatory requirements.”

Dr Thomas Spindler, Head of Upgrades and Retrofits, MAN PrimeServ Four- Stroke, said: “Planning the execution of the insulation upgrade – such that it takes place without disruption to normal cruise schedules – is a key element of this order; indeed, we have already started with the first Norwegian Cruise Line vessel. This is a very significant order for MAN PrimeServ, and I am certain it will not be the last as we are currently holding negotiations with other parties within this segment.”

MAN Diesel & Turbo considers this project a very good example of what it means to act as one global player for its customers worldwide and to execute projects as one big team. This project will be handled from MAN Headquarters PrimeServ Diesel Upgrade & Retrofit and local office, PrimeServ Fort Lauderdale, USA. Both Dr. Thomas Spindler and Michael Kontny (General Manager, PrimeServ Fort Lauderdale) see this as a very good platform to show customers how the company is able to operate worldwide and use resources established in recent years.

Enwa Water Technology teams up with Heinen & Hopman to offer products for shipping

Enwa Water Technology AS has signed an agreement with Heinen & Hopman Engineering BV and its worldwide subsidiaries to introduce its innovative and environmentally friendly EnwaMatic® technology to their customers in the maritime industry.

Heinen & Hopman, a leading specialist in the maritime sector having supplied over 10,000 vessels worldwide, provides world-class quality and service in air conditioning, ventilation, central heating, refrigeration and mechanical ventilation.

Heinen & Hopman has chosen the EnwaMatic® technology to secure ideal water quality and consequently optimal energy transfer in their systems. The agreement with Enwa enables H&H to offer a H&H branded fresh water filtration unit to their customers within the maritime industry.

If any freshwater based, closed loop, cooling or heating system is left without treatment the system will rapidly deteriorate causing operational problems, higher energy consumption and high maintenance cost. Effective water treatment ensures system efficiency is maintained and equipment life is pro-longed. The EnwaMatic® technology is a cost-effective alternative to chemical dosing and offers an ideal documented “clean ship” Water Treatment environment.

“The Heinen & Hopman fresh water filtration unit – by EnwaMatic® is an absolute must to keep your chilled water system clean in a very cost-effective way” Joep Hopman, CEO at Heinen & Hopman.

“We are pleased to see that a reputable manufacturer as Heinen & Hopman recognizes the benefits of the EnwaMatic® technology. Teaming up with Heinen & Hopman means we will reach further and allow more owners and operators to move away from chemicals and into a more environmentally friendly means of maintaining a sound, clean and effective cooling and heating system” says Kjetil Øxnevad, Global Sales Director at Enwa Water Technology.

DNV GL line optimization brings 10% fuel savings for Hapag-Lloyd Cruises’ new expedition cruise vessels

Design changes made as a result of working with DNV GL has resulted in projected annual fuel savings of more than10% for the new Hapag-Lloyd Cruises passenger expedition ships. The two vessels, HANSEATIC nature and HANSEATIC inspiration, are currently under construction at the Vard Shipyard in Romania and Norway and are expected to launch in April and October 2019.

Brought in during the initial design and conception phase, DNV GL experts first created and explored more than 100,000 hull variations for the vessels. They worked to give Hapag-Lloyd Cruises and Vard an idea of the technical possibilities of various hull forms and how the interactions between the hull form, the initial general arrangement and stability requirements would impact fuel consumption.

“The design concept for the two new ships was ‘inspired by nature’,” says Dr. Henning Brauer, Head of New Builds, Hapag-Lloyd Cruises. “The vessel interiors have been created to reflect the environments our passengers are experiencing inside the ships. But these are also sensitive environments, so reducing the environmental impacts of our vessels is an integral part of the design concept. Working with DNV GL has allowed us to significantly reduce fuel consumption, which also decreases our overall emissions.”

“We are very pleased to have been able to exceed Hapag-Lloyd Cruises’ expectations and offer an optimization solution that demonstrates that efficiency and sustainability can go hand in hand,” says Knut Ørbeck-Nilssen, CEO DNV GL – Maritime. “These results show that by bringing greater computing power and smart software to the ship design process we can help to unlock efficiencies for our customers.”

After the initial assessment, the efficiency of the hull form was optimized within the given constraint set using DNV GL’s unique formal optimization approach. During this phase, another 10,000 hull designs were analyzed, with the most promising candidates undergoing high fidelity computational fluid dynamic (CFD) analysis to confirm the results. Finally, the stern was optimized for passenger comfort by minimizing impact from slamming.

“Because these ships will have the highest ice class possible for passenger vessels, PC6, fuel consumption is an essential factor in their economic feasibility,” adds Juryk Henrichs, Senior Project Engineer, DNV GL – Maritime. “With roughly 7,000 CPUs doing the heavy lifting, our unique form-parametric hull model was able to identify the optimal design to meet Hapag-Lloyd Cruises’ specifications.”

Aboa Mare has Provided the First Basic and Advanced Level IGF Course in Turku, Finland to ESL Shipping

Liquefied natural gas (LNG) is a new, more environmentally friendly fuel for the maritime industry, as LNG does not emit soot or other particles during combustion.

It is cost-efficient in marine transport over long distances. Aboa Mare has met the maritime industry’s training needs and offers Basic and Advanced training for mariners working on board vessels subject to the Code of Safety for Ships using Gases or other Low-flashpoint Fuels (IGF Code). Aboa Mare is the first Maritime Academy in Finland, offering Basic (A-V/3, paragraph 1) and Advanced (A-V/3, paragraph 2) training for personnel on ships subject to the IGF Code.

The Finnish Maritime Authorities approve that the required 30 sea days on board an IGF ship, including three LNG bunkering operations for the Advanced certificate STCW Regulation V/3 [8.2], can be substituted with a separate IGF simulator course. The IGF courses are a result of the cooperation between Aboa Mare, Meriturva, Wärtsilä Land and Sea Academy, ESL Shipping and the Finnish Maritime Authorities.

The International Code of Safety for Ships using Gases or other Low-flashpoint Fuels (IGF Code) entered into force on January 1st, 2017. The IGF Code addresses ship design, construction and equipment, as well as operational and training concerns (imo.org).

Aboa Mare offers comprehensive Basic and Advanced level training including practical fire-fighting exercises subject to the IGF Code. Aboa Mare’s Basic and Advanced IGF Code courses also comply with the requirements laid down in the International Convention on Standard of Training, Certification and Watchkeeping for Seafarers (STCW).

The Basic level course intends to provide Basic training for seafarers responsible for designated safety duties associated with LNG fuel care, use or emergency response on board ships subject to the IGF Code. The Advanced level course intends to provide Advanced training for masters, officers and all personnel with immediate responsibility for the care and use of fuels and fuel systems on ships subject to the IGF Code.

– This course is an excellent example of seamless cooperation needed between different stakeholders, when introducing new environmentally friendly technology and solutions. We have been very satisfied with the course syllabus, organizer, facilities and flexible service received from our partners on this project, says Mikko Rausti, Sea Personnel Manager at ESL Shipping.

Aboa Mare offers degree and continuing education for the maritime industry. The maritime education and training centre in Turku was founded in 1813. Aboa Mare offers secondary education at Axxell vocational institute, where you can study for a Watchkeeping Officer’s or Watchkeeping Engineer’s degree, and Bachelor level education at Novia UAS, where you can study for a Sea Captain’s or Marine Engineer’s degree.

Starting in autumn 2017, Aboa Mare also offers Master level education in the form of a Master’s degree programme in Maritime Management. In addition, Aboa Mare offers continuing education for both professional seafarers and boaters. The training centre provides safe and environmentally sustainable training, which fulfils the requirements laid down in the International Convention on Standards of Training, Certification and Watchkeeping for Seafarers (STCW). The education and training on offer makes use of the simulators developed by Aboa Mare.

Our simulation department consists of 10 ship bridge simulators, one engine control room simulator, one VTS-simulator, one Navis DP-simulator and one GMDSS simulator. The first-rate simulators are also used for different R&D projects within the maritime industry. www.aboamare.fi

       LNG is becoming more popular as ship fuel for many reasons:

  • Cost-efficient in marine transport over long distances
  • Reduction of environmental impacts in comparison to conventional engines
  • Up to 20% lower GHG (Green House Gas) emissions
  • Up to 30% lower CO2 (Carbon Dioxide) emissions
  • Up to 85% lower NOx (Nitrogen) emissions
  • Very low or no SOx (Sulphur) emissions
  • Very low PM (Particle) emissions. Particles pose a problem when using e.g. heavy fuel oil.
  • No visible smoke
  • No sludge deposits

Deck and engine officers from ESL Shipping completed IGF courses at Aboa Mare in October 2017

Captains, engine officers and crew involved in bunkering operations on IGF ships at the Finnish bulk shipping company, ESL Shipping, participated in a combined Basic and Advanced IGF course as well as in an IGF simulator course at Aboa Mare and Wärtsilä Land and Sea Academy in Turku, Finland, in October 2017.

Aboa Mare’s Basic and Advanced courses comply with the requirements of the International Code of Safety for Ships using Gases or other Low-flashpoint Fuels (IGF Code) and with the requirements laid down in the International Convention on Standard of Training, Certification and Watchkeeping for Seafarers (STCW).

 

Scanship and Virgin Voyages joining forces for cleaner oceans

A mutual interest in contributing to cleaner oceans has translated into an agreement between Sir Richard Branson’s Virgin Voyages and Scanship, a Norwegian company specializing in waste management and waste water purification. Together they will join forces to develop a game changing technology which will transform waste to energy. The news on the collaboration was presented by Richard Branson during a Virgin Voyages event in Italy earlier this week.

“At Virgin Voyages, we are committed to having one of the cleanest fleets at sea and to work towards being zero discharge. Scanship’s technology could help us get closer to that goal,” says Tom McAlpin, Chief Executive Officer in Virgin Voyages.

“We are thrilled with the prospect of working with Virgin Voyages. Their vison for environmental sustainability fits well with our ambitions to convert waste to clean energy and to eliminate pollution to sea, says Henrik Badin,” CEO of Scanship.

The agreement between the two parties was announced during an event at the Italian shipyard Fincantieri in Genova Tuesday this week. Branson and his team marked the keel laying of Virgin Voyages’ first cruise ship. The ship is scheduled to be delivered in 2020.

“According to the agreement Virgin Voyages will support Scanship in its dialogue with shipyard and regulatory authorities and provide technical support and marketing efforts. Virgin intends to install the system on board its ships once the system has been shown to be effective and assuming that the cost is reasonable and can be agreed,” Badin says.

The technology is based on microwave assisted pyrolysis (MAP), a solution which rapidly heats organic waste with microwave power. On a cruise ship, energy from waste will replace fossil fuels to generate heat and energy. The final product of this process is purified water and charcoal.

“We believe that MAP can be scaled up and applied for waste management and climate friendly energy production in “smart cities” and industrial plants around the world”, says Badin.

Some technical details

– Scanship’s MAP solution rapidly heats organic waste with microwave power. Rapid heating without air converts waste to syngas (synthesis gas) and charcoal (solid carbon).
– Syngas has multiple energy conversion opportunities. On a cruise ship, it will replace fossil fuels to generate heat and energy.
– Charcoal is carbon captured in solid form. It is sterile, inert and can be used for soil improvement on farmland. The product can also be utilized for further clean energy production.

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