ShipBuilding Industry 2019 Issue 2

SBI 2019 | VOLUME 13 | ISSUE 2

Coming to get you.

SB I VOL. 13 ISSUE 2 | 2019

ShipBuilding i n d u s t r y

NOR-SHIPPING 2019

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Damen tugs embody a mix of new designs and proven technologies, placing the future on a solid foundation. Our offer combines safety and sustainability with excellent performance, reliability and high value over the vessel’s lifecycle.

The Dutch Dredging Industry focus on the netherlands

Arena for Ocean Solutions Nor-shipping 2019

Offshore Vessels Workboats, tugs & service vessels

G N IN IO G S Y R L G A PU LO CH RO NO P H & TEC

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welcome

Trade Show Season: Nor-Shipping With the trade shoW season noW under Way, We Would like to prepare you for one of the bigger shows in the industry, nor-shipping. From 4 to 7 June 2019, nor-shipping will be taking place across a series of venues in oslo and lillestrøm. this exhibition and event programme attracts close to 1,000 exhibiting companies and around 35,000 visiting delegates from 75 different nations annually. this year, nor-shipping has re-modelled itself to help its traditional maritime audience take advantage of the growing opportunities within the fast-growing ocean industries, emerging as the ‘arena for ocean solutions’. we also look ahead towards europort 2019, which takes place from 5 to 8 november. Already, its overarching ‘special ships, smart solutions’ theme has caught the mood of an industry that increasingly sees smarter use of technology, people and the supply chain. of course, there is more: this issue features an extensive Focus on the netherlands special. in this special, we zoom in on the trends and challenges in the dutch dredging industry. we also take a look at the developments in the netherlands in terms of sustainability and the current status of the tenders for the renewal of the royal dutch navy fleet. we will also present you with some ship reports, including one about Kairos. on 8 February, this lng hunker supply vessel was officially christened in the port of hamburg. referring to the vessel, mahinde Abeynaike, Ceo of nauticor, states that it will secure the supply of lng as a marine fuel in the baltic sea on a large-scale basis. last April, spectrum of the seas was delivered by meyer werft to royal Caribbean international. this 168,666gt vessel will be one of the five largest cruise ships in the world, measuring 347.1m in length and 41.4m in width.

Furthermore, this issue includes interesting articles about ship refit, repair & maintenance and a special on workboats, tugs & service Vessels. enjoy this issue of shipbuilding industry. marco geels

mArCo@ynFpublishers.Com

www.s h i p b u i l d i n g -industr y.eu

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contents

8

40

ISSUE 2 | 2019

22

14

44 34

DECOMMISSIONING & HEAVY LIFT VESSELS

26

Breaking New Ground

EurOpOrT rOTTErDAM 2019

54

Smart Business

FOCuS ON THE NETHErLANDS

12 21 22 34 48

Dutch Sustainability Relaunch of Barkmeijer Shipyard Renewal of the Navy Fleet The Dutch Dredging Industry Cargo Vessel of the Future

NOr-SHIppING 2019

08

Arena for Ocean Solutions

SHIp rEFIT, rEpAIr & MAINTENANCE

14 44 56 60

Major Refit for Drilling Rig Digital Twins and Sensor Monitoring Rebuilding the Titantic First Mega-Container Retrofit to LNG

rEGuLArS

01 04 61 62 64

Welcome News in Brief People Yellow & Finch Pages Next Issues

SHIp rEpOrTS

16 30 40 52

Kairos Antartic Endurance Spectrum of the Seas MSC Bellissima

WOrKBOATS, TuGS & SErVICE VESSELS

32 51

Offshore Vessels Enhancing Tug Safety

On the COver The trailing suction hopper dredger Jose Duarte using Dutch dredging equipment during its first mining job in Lisbon. Read more on page 34 – Photo courtesy of Damen Shipyards. www.s h i p b u i l d i n g -industr y.eu

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news in brief A-ROSA Signs Contract With Concordia Damen for River Cruise Vessel River Cruise specialist A-ROSA has signed a contract with Concordia Damen for a newbuild River Cruise Vessel with a length of 135m and a width of 17.7m. The family-friendly vessel, which will be delivered spring 2021, will have 140 cabins, including a number of two-person cabins (21m2) with a balcony and separate living and sleeping areas. The newbuild will operate in the northern Rhine region. On the sun-deck, next to a large, adult swimming pool, will be a smaller, children’s pool with shallow water. The design also features a separate children’s eating area in the restaurant so young guests can dine with their friends.

Royal IHC to Design and Deliver Dredge Installations for Van Oord

Boskalis Offshore Fleet Management has acquired the Lewek Falcon, a multipurpose DP2 offshore Construction vessel with anchor handling facilities, which is to be renamed Boka Falcon.

The 93.4m-long vessel is of the Ulstein UT 788-CD design and was built in Singapore in 2011. Two MaK type 16M32C main engines with a total maximum output of 16,000kW power the vessel. Furthermore, she is fitted out with four auxiliary engines which have a total output of 9,400kW. In addition, the vessels is equipped with a Rolls Royce Icon DP2 System.

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Royal IHC has been awarded a contract for the design and delivery of the complete dredge installations for two new LNG-powered trailing suction hopper dredgers (TSHD) from Van Oord. The two dredge installations are going to be delivered for the two 10,500m3 TSHDs that Van Oord is currently building in Singapore. The order includes two suction pipe installations with integrated submerged dredge pump unit, four additional shore discharge dredge pumps and six jet pumps in total.

The installations are custom-built with state-of-theart technology and are fully integrated into the design of the vessel.

Lewek Falcon renamed in Boka Falcon

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October

November w w w. s h i p b u i l d i n g -i n d u s tr y. e u

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news in brief New Lifting System Cimolai Technology Spa has successfully handed over its first CIMOLIFT, one of the biggest vessel-lifting platforms in Italy.

The lifting system, which has been designed, manufactured and installed completely by Cimolai Technology Spa, was successfully tested and put into service in Ancona at the beginning of March 2019.

The steel platform, manufactured in Cimolai Technology’s plant in San Quirino (PN), is 81m long and 19m wide and has a max net lifting capacity of 3,300t.

The system is operated via 7 pairs of winches and a management/control software program, all of which are 100% designed and produced in Cimolai Technology’s plant in Carmignano di Brenta (PD). The Italian company already excels in the manufacture of boat hoists on tyres and can flaunt the production of a 1300 unit, as well as a wide range of equipment for shipbuilding and refits, such as rail-mounted dock-side cranes and goliath cranes on rails or tyres.

The turn-key supply of the shiplifting platform CIMOLIFT is the umpteenth time Cimolai has provided evidence of the professionalism of their work, and proof of Cimolai Technology’s skill. The company has already been contracted for the supply of another unit, with bigger capacity, to be delivered in 2020.

New MAN CEON Platform Introduced

MAN Energy Solutions’ new digital platform, MAN CEON, intelligently collects and evaluates operating and sensor data, and enables the real-time monitoring of marine or power-plant engines, turbines and compressors. The new digital platform integrates data and information from MAN machinery and its operational environment, and uses intelligent analysis tools for evaluation and forecasting. After connecting their installation to MAN CEON, customers can access the platform via a web application on their PC, or by using a mobile terminal; data is sent and processed continuously. Encrypted data transmission and a multi-level authorisation procedure during login ensure maximum data security.

New Incat Catamaran Ferry Features Newly Introduced Wärtsilä WXJ Waterjets The recently introduced Wärtsilä WXJ series of modular waterjets has been selected for its first installation: a new 100m-long, wave-piercing catamaran ferry being built for the Government of Trinidad and Tobago at the Incat shipyard in Tasmania, Australia. The ferry will be capable of a service speed of 36 knots. It will be able to carry up to 1,000 passengers and 239 cars, or a combination of trucks and cars. The WXJ series was officially launched in early March, and the booking of the first order took place in the same month as its release. The series is a further development and upgrading of the Wärtsilä LJX waterjets.

| Read more on shipbuilding-industry.eu

www.s h i p b u i l d i n g -industr y.eu

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NEWS IN BRIEF Steel Cutting for Spirit of Adventure Construction work has begun at Meyer Werft in Papenburg on the second cruise ship for the British shipping company Saga Cruises. The shipyard has started its steel-cutting process for Spirit of Adventure. This newbuild for Saga Cruises is to be delivered in the summer of 2020.

Like her sister ship Spirit of Discovery, Spirit of Adventure will be constructed in Building Dock I. It also means three cruise ships will now be delivered to various customers in 2019 and 2020 by Meyer Werft. The vessels each have an overall length of 236m, a width of 31.2m and a tonnage measurement of 58,250GT. 999 passengers can be accommodated.

The newbuilds will be tailored to the British market with a completely new design to make them stand out in every port, and their interior design and technology will set new standards.

Veth Integrated L-drive The most compact thruster ever S AT VISIT U PING, IP H NOR S , E 2019 4-7 JUN OTH, BO MP&P -42 NO E03

Extremely low mounting requirements, high efficiency,

Damen Multibuster 8020 Receives Award Albwardy Damen has received an award for its innovative design of the new Damen Multibuster 8020 shallow draught, multi-purpose vessel during MASTECH international marine technical conference.

The award was based on a number of factors that make this 80m-long oshore workboat highly unusual. Its design draught of just 3.5m is exceptional for a vessel of its size and makes it ideal for the shallow waters of the Arabian Gulf, as well as elsewhere in the world. It also stands out for having a deck strength between the stern roller and the anchor handling and tow winch of 10t or even 20t per square metre as standard, with a corresponding coerdam below decks and a design that ensures maximum visibility from the bridge of the foredeck and the aft working deck.

minimal noise production

T +3178 615 22 66 www.vethpropulsion.com

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news in brief Anthony Veder Has Taken Delivery of Two Combined LNG/LEG Carriers Anthony Veder has taken delivery of two 10,000m3 combined-gas carriers, which can transport liquefied natural gas (LNG) and petrochemical gases including ethylene. With this transaction, Anthony Veder has expanded its fleet to 33 vessels and reinforced its leading position in small scale LNG. With eight small-scale LNG vessels, the company is continuing their strategy to support the potential for LNG as a marine fuel and in the distribution of LNG for power supply.

The gas carriers were part of the Skaugen fleet and have been renamed Coral Favia and Coral Fungia. As an integrated shipping company, Anthony Veder will take over the commercial operation and ship management from the current managers.

Seaways International Takes Delivery of Two Fast Crew Suppliers On 4 March at Damen Shipyards Singapore, Seaways International took delivery of two Damen Fast Crew Suppliers (FCSs) 2206. Although they form part of the group’s standardised vessel portfolio, Damen has tailored Seaways International’s FCSs 2206, including the addition of FiFi with a capacity of 600m3 per hour and a throw length of 85m, additional accommodation and crew facilities, business class seating, fuel monitoring and a full 3G WiFi system. The vessels can carry up to 30 passengers as well as six crew.

Seaways International specialises in offshore marine services and will use the new vessels to transport crew to offshore energy locations in West Africa.

Bakker Sliedrecht Successfully Develops First Generator Protection for Dual Fuel Vessels Bakker Sliedrecht has been the first to develop a generator protection system (CDG-protection) for dual-fuel vessels which operate with a dynamic positioning system (DP) 2 and 3. The system has been successfully tested by classification society DNV GL. The Common Diesel Generator protection system developed by the system integrator will be deployed for the first time on an offshore heavy-lift vessel, which is currently under construction. The newbuild will be equipped with a power plant of four generators of 10MW each, which run on both diesel and LNG. Generator protection is essential to prevent a blackout or failure in the power plant, which could cause the vessel to lose its position during operations.

| Read more on shipbuilding-industry.eu

www.s h i p b u i l d i n g -industr y.eu

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NOR-SHIPPING 2019

The exhibition and event attracts close to 1,000 exhibiting companies and 35,000 visiting delegates from 75 different nations.

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NOR-SHIPPING 2019

Area for Ocean Solutions FRoM 4 To 7 JuNE 2019, NoR-SHIPPINg IS TAkINg PLACE ACRoSS A SERIES oF vENuES IN oSLo AND LILLESTRøM. THIS ExHIBITIoN AND EvENT PRogRAMME attracts close to 1,000 exhibiting companies and around 35,000 visiting delegates from 75 different nations annually. all photos CouRTESy oF NoR-SHIPPINg

I

n Norges Varemesse’s 21,000m2 of exhibition halls in Lillestrøm, approximately 1,000 exhibiting companies will be showcasing their latest products, services and innovations; building relationships, creating awareness and, most importantly, doing business.

Re-modelling

Per Martin Tanggaard, Nor-Shipping’s Director.

This year, Nor-Shipping has re-modelled itself to help its traditional maritime audience take advantage of the growing opportunities within the fast-growing ocean industries, emerging as the ‘arena for ocean solutions’.

In this arena, the six themed halls help visitors to navigate efficiently and access the exhibitors that best suit their individual business needs. Hall A focuses on the blue economy and ‘tomorrow’s business solutions today’; IT & Navigation can be found in Hall B; Safety & Rescue in Hall C; Shipbuilding & Repair in Hall D; Maritime Services & Logistics in Hall E and Propulsion & Machinery in Hall F. In addition, national pavilions provide portals to the expertise on offer from countries around the world.

New Opportunities

With the re-marketing as the arena for ocean solutions, Nor-Shipping’s new Director, Per Martin Tanggaard, is plotting a path forward for an industry and an exhibition that, he believes, can access new opportunities by playing to traditional strengths.

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“Shipping will remain at the heart of NorShipping, you can see that in our name”, says Mr Tanggaard. “Showcasing and supporting the maritime industry is what we exist for. And the best way to do that, we believe, is by embracing new ocean opportunities.”

The potential this will open up for both exhibitors and visitors, is, according to Mr Tanggaard, immense. He continues, “No one needs me to tell them that shipping, and its traditional cyclical nature, has changed over the past decade or so. The only thing we seem able to predict is its unpredictability, and that clearly isn’t a reassuring platform for growth. But here, with ocean activities, we have very clear positive indicators and that provides a huge opportunity for maritime.”

Partnerships

Mr Tanggaard plans to use Nor-Shipping not only as an arena for bringing together industries, but also as a way to bring in new regional organisations, businesses and partnerships, with activities spread across new venues. These small changes will attract new audiences and access fresh business opportunities.

“Maritime is the foundation for building success in the ocean environment”, he says, “so as ocean industries grow, maritime players that are open to new opportunities can grow in tandem with them. This is in no way a threat to our industry. It is simply a compelling prospect for a new wave of

>>

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Experience the progress.

Liebherr Heavy Lift Ship Cranes With capacities ranging from 120 tonnes to 600 tonnes, the Liebherr CBB cranes cover all the main area of the heavy lift segment. Above that range the delivery program includes new developments up to 1250 tonnes SWL. One of the main advantages of CBB cranes is their low self-weight. This has a positive effect on the stability of the vessel as well as cargo handling –simultaneously increasing safety and performance.

ship.port.crane@liebherr.com facebook.com/LiebherrMaritime 1 0 | S B I 2 0 1 9 | Volum e 13 | Issue 2 www.liebherr.com

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NOR-SHIPPING 2019 development.” He continues, “Maritime can benefit enormously from working closer with industries where we can adopt new skills, understanding and innovation – whether that be the tech sector, logistics, manufacturing or financial services. We want Nor-Shipping to be the arena where all these parties can meet, access one another’s talents and build better businesses.”

Young Talents

Nor-Shipping will not only provide an opportunity for today’s industry leaders to get together, but will also be showcasing the very latest innovations from young talents.

Mr Tangaard adds, “The industry wants to connect with young talent, promote opportunities and raise the profile of maritime as an attractive sector for personal development, competence-building and successful careers.”

He continues, “We are responding to that with the Blue Economy hall and the launch of the ocean Now Festival, which will showcase new ideas, innovations and career opportunities in downtown oslo.

Furthermore, we have entered into a partnership agreement with SeaFocus to hold the finals of its established Intelligence Hunt initiative in Nor-Shipping’s exhibition hall B. This initiative, which sees international students presenting new solutions to business challenges, will be an important networking opportunity and showcasing platform for both students and industry players alike.”

Nor-Shipping provides an opportunity to get together and connect.

Sustainability

Mr Tangaard is also committed to NorShipping’s on-going focus on sustainability.

Sustainability for him means more than just the environment; it also encompasses commercial sustainability and the benefits that commerce provides for people worldwide, including education, employment and increased prosperity.

“Sustainability is one of our strategic pillars and we tailor all our activity with the u.N.’s Sustainable Development goals front-ofmind. As maritime and the ocean industries embrace one another and activity blossoms, it’s crucial that we safeguard our environment, people and standards. For long-term success, we have to build on solid foundations. We hope to play an important part in that process.”

Connecting People

“The shipping industry is being redefined by digitalisation”, Mr Tanggaard states.

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Maritime products, innovations and solutions are showcased and sold at Nor-Shipping.

“Connected, smarter ships and businesses are utilising data in ways that are only restricted by our imaginations, while the way we communicate, consume information and go about our day-to-day duties has been transformed. Not over the past decade, but over the past few years.”

“But”, he continues, “we can’t build competence, relationships, innovations, profit and sustainability in isolation. We have to work together to fully realise this industry’s potential. And the best way to do that isn’t via the internet; it’s with a

handshake, a smile and the chance to fully understand one another’s capabilities.”

Nor-Shipping is the place where the maritime, tech, finance and wider business segments cross paths to learn from one another, forge partnerships, discover talent and technology, and access new economic value creation. “There is still no better way to connect than this”, states Mr Tanggaard.

“This – here and now, face-to-face.” i. nor-shipping.com

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focus on the netherlands

Dutch Sustainability In the netherlands, reducIng cO 2 emIssIOns Is hIgh On everyOne’s agenda. dutch shIpyards are currently constructing vessels with a focus on sustainability, such as fuel efficiency and alternative power sources for engines.

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an der Kamp’s new trailing suction hopper dredger (TSHD) Ecodelta, for example, was christened last January in Rotterdam and is one of the few LNGpowered trailing suction hopper dredgers in the Netherlands.

This newbuild is a key component of the new contract entered into by dredging and construction company Van der Kamp and the Port of Rotterdam Authority.

As reported earlier by the Zwolle-based dredging company, under the agreement signed in November 2017, Ecodelta will be responsible for keeping Rotterdam’s port basins at the correct depth until 2023. All in all, the contracted work concerns an annual volume of five million cubic metres of dredged material.

Distinguishing it from a conventional dredger, Ecodelta is equipped with two ‘sweeparms’ to remove oil from the water surface, allowing it to quickly react to emergency response situations.

Electric

The new utility vessel for the province of Groningen, PW 18 was christened on 14 March. This official ceremony was carried out at the Royal Niestern Sander shipyard by

Fleur Gräper-van Koolwijk (deputy province of Groningen). The vessel replaces the current vessel, which is now 46 years old and built by the same shipyard.

The province of Groningen manages approximately 143km of waterways. The monitoring and enforcement of these waterways will be carried out by the newbuild, which will also be deployed for events and for supervising special transportations by water in Groningen and the north of the Netherlands.

This new utility vessel is a Groningen scoop.

It is the first green, fully electrically powered utility vessel in the Netherlands. The installation of a battery pack on a utility vessel of such a size and capacity is unique.

In addition, the vessel possesses the latest technical, energy-saving developments in the field of sustainability, such as usage of residual heat, use of sustainable wood and paint types and a silent electric motor. In short, Groningen will soon be smart and green.

Various subcontractors and suppliers from the Groningen maritime cluster were involved in the construction, engineering, supply of steel and parts of the engine room, as well as navigation equipment and rescue equipment. Both the Province of Groningen and the Royal Niestern Sander shipyard are proud of this innovative and sustainable project.

Fuel Efficiency

Photo courtesy Royal Niestern Sander

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Yard number 861 inside the construction hall of Royal Niestern Sander.

During the christening ceremony of PW 18, Niestern Sander announced that it had received an order from Wagenborg for the construction of a sister vessel of the Egbert Wagenborg. The yard will soon start the construction of the second vessel of the EasyMax type.

The EasyMax concept entails a multi-purpose vessel with a load capacity of 14,000t and was developed by Wagenborg and Niestern Sander. Wagenborg was awarded the KVNR Maritime Shipping Award for this ship design in 2018, partly due to its superior fuel efficiency. The Egbert Wagenborg has now

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focus on the netherlands

Egbert Wagenborg has now proved itself to be a sustainable vessel.

Photo courtesy of Royal Wagenborg

proved itself to be a sustainable and successful type of vessel and will continue to contribute, together with its future sister, to the position of Wagenborg Shipping as a leading multi-purpose shipping company.

Energy Management

Van Oord has ordered the construction of two state-of-the-art water injection vessels from Kooiman Marine Group. The new vessels will be multifunctional and include systems that ensure optimal deployment.

During the design, the energy management of both vessels was given special attention as well.

These new-generation vessels will be versatile and have water injection dredging, mass flowing and power jetting systems. The latest technological developments have also been applied, such as heave compensation and dynamic positioning, which means that the dredging can be pre-programmed to a great extent and performed more efficiently.

Thanks to excellent manoeuvrability and very limited draught, the vessels are perfectly suitable for maintenance dredging in shallow harbours.

The new water injection vessels will further be equipped with a hybrid energy management system. Consequently, the

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PW 18 is the first green, fully electrically powered utility vessel in the Netherlands. vessels can store energy in batteries from residual heat that is normally lost. This energy is subsequently used for purposes including propulsion. Diesel-electric engines will reduce CO2 emissions. The new waterinjection vessels will comply with the new IMO TIER III legislation for reducing harmful NOx emissions and take account of EU STAGE V legislation.

The first vessel will be commissioned in late 2020.

Analysing Software

Furthermore, We4Sea, a Delft-based maritime startup, is developing a platform that analyses and reports fuel consumption and associated CO2 emissions from seagoing vessels based on a unique Digital Twin concept. The collected data is analysed and

then used to minimise fuel consumption.

Vessel speed, draught and water depth form part of the analyses as well as wind, waves and currents. For a vessel with average fuel consumption, savings can easily add up to thousands of tonnes of CO2 emissions and tens of thousands of Euros a year.

Recently, the startup secured new funding to accelerate the development and roll-out of its platform. The investment by ENERGIIQ, Mainport Innovation Fund II and angel investors was announced by Adri Bom-Lemstra, Regional Minister for Economy and Innovation for the Province of Zuid-Holland at the Maritime Delta dinner in Schiedam.

Dan Veen, CEO and co-founder of We4Sea, comments, “We’re proud of the growth achieved in recent years, but there’s still a wealth of opportunity that will help us improve our product, connect with more customers and expand the market. This is in line with our mission to prevent one million tonnes of cO2 emissions from shipping.” i. kooimanmarinegroup.nl i. niesternsander.com i. portofrotterdam.com i. vanoord.com i. we4sea.com

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shIp refIt, repaIr & maIntenance

The most significant aspect of the refit was the installation of an eight-point mooring system.

Major Refit for Drilling Rig Damen Verolme rotterDam (DVr) has completed a major refit of the Stena Drilling-owneD, fifth generation, Semi-SubmerSible drilling rig stena don. the vessel arrived at dVr in october 2018 and departed for her new contract off the uK’s Shetland islands in february 2019.

All photos courteSy of Damen Verolme rotterdam

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he most significant aspect of the works was the installation of an eight-point mooring system for her future drilling contracts. by using this for holding position, emissions will be significantly reduced and substantial savings on fuel costs will be made. the upgrade also enables the rig to work in waters which are shallower than before, which greatly increases her operational envelope.

DVr, one of Damen Shipyards group’s most experienced yards in the repair and refit of complex offshore structures, began preparations for the installation of the new mooring system well before the stena don arrived at the yard. Various elements of the

system were manufactured by damen in advance, including the anchor chain lockers and sponsons. weighing 1,200t in total, they were fabricated at damen shipyards mangalia before being shipped to rotterdam. other key components included eight anchor winches and the fairleads plus the winch control cabins, new VfD switchboards and brake resistor units. the eight ultrahigh-holding power anchors were delivered by damen anchor and chain factory. in addition to installing the mooring system, the yard also strengthened the hull to comply with the new regulations regarding the mitigation of wave impact forces. the

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shIp refI t, repa Ir & maIntenance extra weight required the fitting of two additional sponsons. furthermore, the Pob capacity was upgraded from 120 to 140 persons on board. this included the fabrication and installation of two triple lifeboat systems. on 18 february, the Stena Don exited the yard for the reinstallation of its six DPS thrusters in the deep water of the port of rotterdam’s maasvlakte. the official handover to stena drilling followed on 26 february, in line with the original schedule. the following day, she departed for bergen for inclination tests and additional assessments prior to starting work off the Shetland islands.

This was Stena Don’s fourth visit to the DVR site.

and the support of different specialist units within the damen Group ensured a successful conclusion.” this was the drilling rig’s fourth visit to the DVr site, with its most recent stopover in july 2015 when it came in for a special periodical survey and a mid-life upgrade.

Stena Don Stena Don, a harsh environment, dynamicallypositioned, semi-submersible drilling rig, can drill in waters up to 650m deep and has an upgraded accommodation capacity for 140 personnel. 95.5m in length and with a beam of 67m, it was built by the Kvaerner warnow werft Shipyard in germany in 2001.

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“this was a major project with limited time available, and not without challenges”, comments Jan Kees Pilaar, managing Director at DVr, “it was effectively a turnkey project with DVr handling every aspect including the detailed engineering. however, we know Stena Don from previous projects and have an excellent working relationship with Stena Drilling, so the combination of familiarity with the vessel

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ship report

World’s Largest Newbuild LNG Bunker Supply Vessel

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ship report

On 8 February, Kairos was officially christened in the port of Hamburg.

On 8 February, the LnG bunker suppLy vesseL (LNGBV) Kairos was officiaLLy christeNed iN the port of hamBurG. referriNG to the VesseL, mahinde abeynaike, ceo of Nauticor, states that it will secure the supply of LNG as a marine fuel in the Baltic sea on a large-scale basis.

All photos courtesy of Nauticor

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he ceremony took place at the hamburg cruise center steinwerder, with more than 250 guests witnessing the christening of the vessel by annegret Kramp-Karrenbauer, federal chairman of the christian-democratic union (cdu). with the words, “may God bless her and all who sail on her”, ms KrampKarrenbauer wished the vessel safe journeys at all times and a hand-span of water under the keel.

Chartering

hamburg-based Nauticor chartered the newbuild from the owner Babcock schulte energy via the joint venture Blue LNG, where Nauticor has a 90% share and Lithuanian energy infrastructure provider KN (Klaipedos Nafta) has a 10% share. since delivery, the vessel has been deployed in the Baltic region to service a number of clients, including the Linde/aGa terminal in Nynäshamn, sweden, and the Klaipėda LNG fuelling station in Lithuania. ms abeynaike says, “with the chartering of Kairos, the availability of LNG as fuel for shipping on a large-scale basis is secured, in areas such as the Baltic sea, for example. with shipping companies having access to a fuel that is not only financially attractive, but also environmentally sustainable, people and nature in Northwest europe will benefit from a substantial reduction of emissions at sea and in port.” ms Kramp-Karrenbauer points out the significance of this project, “the commissioning of this vessel is not only important for the

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Godmother Annegret Kramp-Karrenbauer, Federal Chairman of the Christian-Democratic Union, christening the vessel.

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ship report German shipping industry, but it also addresses environmental concerns in general and the global move towards more sustainable transport modes at sea.”

Director of Energy Projects at Bernhard Schulte Shipmanagement Angus Campbell agrees, “With Kairos, Babcock Schulte Energy is proud to be contributing towards a cleaner energy future for shipping. Our industry is evaluating ways to meet new emissions regulations and reduce its carbon footprint. The use of natural gas is emerging as the most sustainable solution for powering global maritime transportation into the future. We believe that this will offer significant opportunities for the joint venture.”

SPECS Length Beam Draught, laden Deadweight Gross Tonnage Containment system Cargo capacity

117m 20m 5.2m 4,376t 8,070t IMO Type C 7,500m3

Development

LNGBVs are an essential link in the growing LNG marine fuel supply chain. But the development of a LNGBV such as Kairos also presents unique challenges in terms of automation and gas handling. In addition to using boil-off gas in their engines, bunkering vessels must extract vapour from receiving ships to use as fuel, which requires additional interfaces between the gas plant and the rest of the vessel. This means that their automation and gas-handling systems are particularly complex and require tailored solutions.

“The christening of Kairos is the result of several years of thorough preparation by Nauticor’s team and its partners”, Ms Abeynaike says. The conceptual design for Kairos was developed by BMT Titron, a joint venture between the UK’s BMT Group and Hong Kong’s Titron, with its detail design created by South Korea shipbuilder Hyundai Mipo Dockyard (HMD) in Ulsan, South Korea.

Høglund Marine Solutions was commended

by HMD for their cooperation, communication and work that was carried throughout the whole project, in which Høglund provided the automation systems on Kairos.

Wide Range

Kairos can perform both ship-to-ship (STS) bunkering and transhipment operations, providing LNG bunkering for ferries, container vessels, cruise ships and landbased gas consumers.

To cater to this wide range of potential receivers, Kairos features a low-level loading/unloading manifold on the portside, forward of midships, and a stern offloading manifold, in addition to the conventional port and starboard midships

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manifold. The midships and port-side manifold will enable Kairos to load and offload at any of the current LNG terminals, floating storage and regasification units (FSRUs) or floating storage and offloading units (FSUs). The vessel can also utilise the stern offloading station to facilitate a safe and secure mooring arrangement, when the position of the receiving ship’s bunker station and the parallel body of the receiving vessel does not allow Kairos to safely moor alongside and transfer LNG from the midships transfer station LNG is stored in two independent IMO type C tanks with a total capacity of

7,500m3, designed to contain the LNG at a minimum temperature of -163°C and maximum vapour pressure of 3.75 bar(g).

Thanks to the combination of different sized pumps and variable speed drive, the vessel has a flexible transfer rate enabling it to service the wide range of vessels. The transfer rate ranges from 60m³/h up to 1,250m³/h, which is equivalent to more than 30 LNG trucks per hour.

Cargo Transfer System

Babock Schulte Energy has developed its own proprietary cargo transfer system for Kairos. This transfer system is based around

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ship report

This new bunker supply vessel will secure the supply of LNG as a marine fuel in the Baltic Sea on a large-scale basis.

liquid, vapour and nitrogen purge hoses, safely stowed and manipulated from a powered reel. the liquid and vapour hoses are each fitted with quick connect/dry disconnect (Qc/dc) and powered emergency release couplings (perc) to support efficient operation and safe emergency disconnection, respectively. andrew scott, General manager at Babcock LGe process, explains further, “as a number of the receiving vessels have the bunker station connection points inboard, the transfer system is fitted with tail-piece hoses to ensure that the perc, when activated, cannot be trapped in the bunker station.

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the hoses are passed to the receiving vessel using the onboard knuckle boom cranes. during the transfer operation, the crane fully supports the hoses and, in the event of perc activation, ensures that the hoses are held safely and securely.”

Ballast-Free Design

the ice-class vessel has several other innovative features developed by hmd as well, including the installation of a cNG tank to store vapour return gas from customer vessels and a ballast-free design, eliminating the need for a ballast water treatment system (Bwts) and the threat of

transporting invasive species. to develop the ballast-free vessel design, hmd focused on the combination of a special hull form with dead-rise, the forward positioning of the engine room and deckhouse and its twin propulsion system with two azimuth thrusters. to elaborate, the vessel is equipped with Babcock’s fuel Gas supply Vessel Zero (fGsV0) technology, which integrates the fuel system with the cargo systems, allowing BoG and flash gas, which would otherwise be lost during operations, to be collected as compressed Natural Gas (cNG), and used as fuel. however, when cNG is not available, LNG can be vaporised and provided as fuel to the engines. integral components of the fGsV0 system are high-pressure cNG titan tanks supplied by hexagon Lincoln, a subsidiary of hexagon composites. the titan cylinders will store compressed BoG from the LNG tanks and flash gas from cargo operations and supply the cNG as fuel to the vessel’s four-stroke, dual-fuel wärtsilä propulsion engines.

“By compressing the boil-off and flash gas and supplying it as fuel to the vessel’s engines, our clients will save distillate fuel costs and at the same time reduce the vessel’s emissions of sulphur oxides (sox) and particulate matter”, says mr scott. “in addition, we eliminate fugitive emissions of LNG from the cargo systems, providing a true zero emissions solution.” the forward accommodation structure lifted earlier design constraints relating to line-ofsight from the wheelhouse and has the benefit of longitudinally balancing the vessel as well. this, combined with the low-density LNG cargo, means Kairos has no need for water ballast and associated treatment systems. only a limited volume of permanent fresh water ballast is used for trim purposes. the smaller diameter of the propellers fitted in the azimuth thrusters enables the vessel to achieve full immersion in all operational conditions, retaining its damage stability and control over the trim and heel without ballasting. the construction of the vessel started in 2016, and in february 2018 steel cutting took place at hmd where the vessel was delivered from in october 2018. Kairos is the first LNGBV built by hmd, and its success sets the stage for further LNGBV projects at this yard. i. nauticor.de

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The launch of ms Pollux at Barkmeijer shipyards.

Photo courtesy of Barkmeijer Shipyards

Relaunch of Barkmeijer Shipyards The well-known DuTch shipyarD Barkmeijer in sTrooBos has Been relauncheD afTer iT wenT BankrupT in ocToBer 2018, Thanks To Thecla BoDewes (TB) shipyarDs.

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fter an intensive and constructive process of negotiation with the receiver, marco kalmijn, and rabobank, the acquisition and subsequent relaunch of the Barkmeijer shipyard in stroobos was a fact. This relaunch is of great importance to the shipbuilding industry in the northern netherlands. it guarantees employment and the continuity of orders from suppliers.

Specialist Vessels

in recent years, Barkmeijer shipyards has successfully developed and built innovative

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vessels. Their knowledge and expertise in the field of specialist vessels is a welcome addition to the portfolio of TB shipyards, which already has locations in harlingen, kampen and meppel. The addition of Barkmeijer to the Bodewes shipyard group creates an extended portfolio of different vessel types.

Future Strategy

The Barkmeijer shipyard went bankrupt while working on an order for two new trailing suction hopper dredgers (TshD) for hanson uk. The shipyard could not carry the cost of the client’s increasingly stricter demands, and also had a eur 5 million dispute with a croatian buyer. hanson uk eventually withdrew their order, but TB shipyards have already found a new buyer for the hulls at Barkmeijer shipyard. furthermore, TB shipyards is focussing on

starting up the shipyard in stroobos again.

“The most important thing is that the shipyard will become healthy again financially”, comments Bodewes. This, according to them, means that Barkmeijer shipyard will work on smaller projects in the future. “in kampen, we have enough room for large vessels”, Bodewes adds. “in stroobos, we are going to look at what suits the shipyard best.”

Barkmeijer shipyards will continue its activities under its own name. i. barkmeijer.com i. tbshipyards.com

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focus on the netherlands

Renewal of the Navy Fleet SINCE 2014, WITH THE DELIVERY OF THE HNLMS KAREL DOORMAN, THE CONSTRUCTION OF NAVAL VESSELS FOR THE DUTCH NAVY HAS BEEN ON HOLD FOR A LONG TIME. LAST YEAR, HOWEVER, SECRETARY OF DEFENCE BARBARA VISSER announced a renewal of the Royal Dutch Navy fleet, including a new combat support vessel (CSV), two multipurpose frigates and six mine countermeasures vessels (MCMVs).

I

n November 2018, Ms Visser and Secretary of Economic Affairs Mona Keijzer presented the scale model of the first naval newbuild at the Maritime Research Institute Netherlands (MARIN).

The CSV will be developed and constructed in the Netherlands. Her name: HNLMS Den Helder.

Vice Admiral Rob Kramer, commander Naval Forces, comments, “We are very content with the combat support vessel as a first step in the renewal of the Royal Dutch Navy’s fleet.”

Largest Naval Investment

The total investment is about EUR 4 billion and the largest naval order to date. The replacement of the M-frigates and MCMVs is a joint order from the Belgian and Dutch Navy, with the Netherlands being in charge of the M-Frigate and Belgium the replacement of the MCMVs. The order for the four M-frigates was awarded by the Netherlands to Damen Schelde Naval Shipbuilding and Thales Nederland. Thales Nederland is going to deliver the state-of-the-art fire-control system for these newbuilds. The Above Water Warfare System (AWWS) will offer a better defence and consist of a combination of new-generation sensors and intelligence software. CEO of Thales Nederland, Gerven Edelijn, comments, “We are proud to deliver this new standard to the Dutch and Belgium Marine. This system can strengthen the Dutch naval industry even further, both in Europe and globally.”

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The supply of twelve MCMVs and their toolbox (payloads) was attributed by Belgium to the Belgian Naval & Robotics consortium, bringing together the French Naval Group and ECA Robotics. Like the HNLMS Den Helder, these newbuilds will feature unmanned systems to secure safer operations at sea. The first of the twelve MCMVs is expected to be delivered to Belgium in 2023 and to the Netherlands in 2025.

Submarine Replacement Project

Another call for tenders comes from the Netherlands’ submarine replacement project. Saab Kockums and Damen Shipyard Naval Shipbuilding (DSNS) are contenders and want to build the replacement submarines for the Dutch Walrus class, in a balanced cooperation between the Netherlands and Sweden.

The evolutionary design of these new submarines is based on Sweden’s decades of experience in designing and building submarines. Since 1960, Sweden has developed six classes of submarines and modernised five existing classes for various countries. The pressure-hull modules will be produced in Sweden, after which the complete assembly and integration of each submarine will take place in Vlissingen.

Thanks to the unique modular structure of the new submarines, various sub-projects can be completed by the Dutch maritime cluster; as a result, companies and institutions from all over the Netherlands

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focus on the netherlands

The Dutch Naval Cluster Over the past years, the Dutch naval cluster, consisting of Damen Shipyard Naval Shipbuilding (DSNS), Thales, RH Marine and other smaller marine companies, have proved their expertise in the Netherlands and across the border, with naval vessels of high quality, fitted with innovative technology and at a relatively low cost.

Hein van Ameijden, DSNS’s Managing Director, says, “The Dutch naval cluster remains a vital and future-proof OEM shipbuilding and integration base, capable of complex naval projects, offering the ability to act for the Netherlands, and opening ways for a meaningful (industrial), Dutch contribution to international cooperation; be it for the Royal Dutch Navy, the EU or NATO.”

HNLMS Karel Doorman is currently the Dutch Royal Navy’s only combat support ship.

Photo courtesy of the Dutch Department of Defence

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The prototype of HNLMS Den Helder.

Photo courtesy of MARIN

innovate as long as the new Dutch submarines are in service.

The Royal Dutch Navy is investing in the replacement of its fleet with newbuilds.

Photo courtesy of MARIN

Photo courtesy of Damen Shipyards

Jelle Loosman, Managing Director, Damen Shipyards Den Helder and Wing Commander KLTZ Marc Hermsen, Head of Purchase Office DMO.

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will be involved in the construction. The final phase of submarine assembly, as well as maintenance and modernisation throughout the vessels’ lifetime, will take place in Den Helder.

According to DSNS, this project is of great importance for the Dutch naval industry. As with earlier submarine maintenance and modernisation projects, this initiative will generate many high-quality jobs for skilled Dutch workers. Companies involved in construction will therefore continue to

The Naval Group has put in its bid as well, and have formed a strategic partnership with Dutch Royal IHC. Within this partnership Naval Group would define the submarine design with the Dutch authorities, while Royal IHC would be appointed to perform the construction and outfitting of the end product leveraging the Dutch maritime sector.

The agreement is designed as a stepping stone to allow maximum involvement of the Dutch maritime cluster. Hervé Guillou, Naval Group Chief Executive Officer, comments, “Naval Group aims for a long-term presence in the Netherlands and has built a robust network of over seventy Dutch industrial partners. We have been engaging actively with the Dutch industry and knowledge centres for over a year-and-a-half and have reinforced our local footprint with several important milestones, such as the creation of Naval Group subsidiary in the Netherlands. Today, we are joining our strengths together with Royal IHC to support the Netherlands MOD in getting the most capable submarine responding to the specific needs of a first-rank NATO partner.”

Dave Vander Heyde, CEO of Royal IHC, adds,

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”Royal IHC is pleased to partner with Naval Group not only due to its extensive track record in building submarines, but also given the values our companies share; we are committed and reliable; we can offer the best-value product and we are extremely well placed to include a strong Dutch content base. Having these shared values as part of our DNA, we are confident that together we are able to offer the best solution for the Netherlands’ Submarine Replacement programme.”

Over the next months, Naval Group and Royal IHC will reinforce their partnership with the review of building sites in the Netherlands and by engaging in an ongoing dialogue with Dutch industry partners.

Another Prototype

Alongside the newbuilds announced earlier, Damen Shipyards Den Helder (DSDH) and the Netherlands’ Defense Material Organiation (DMO) procurement agency signed a contract in March for the design, build and delivery of a prototype Expeditionary Survey Boat (ESB).

This naval vessel will be optimised for rapid environmental assessments and hydrographic surveys in ports, river mouths, shallow waters, coastal areas and shipping channels.

The newbuild will be manned by four persons; two to crew the vessel and two technicians to operate the hydrographic equipment, and will be able to spend over 60 hours continuously at sea at her survey speed of 5 knots.

The contract furthermore requires that the ESB be capable of being transported to worldwide destinations in davits on board large logistics support vessels such as the JSS Karel Doorman and the LPD Johan de Witt, as well as other suitable Royal Dutch Navy vessels, so as to carry out its operational tasks over a number of days.

The result is that the vessel must be limited in size, profile and weight to 15.7m in length, 4.18m in height and 24t overall.

However, within those parameters, she will need to carry a full suite of hydrographic equipment and incorporate both hardened weapons’ positions and ballistic protection around the wheelhouse, engine room and the gun positions.

DSDH is responsible for the design and engineering as well as the build. “We are very pleased to have won this specialist project”, says Jelle Loosman, Managing Director of DSDH. “We have eighteen

months in which to build and deliver this vessel. It will be a small but complex project and we hope it will be a valuable addition to the Royal Dutch Navy.”

The ESB will replace smaller vessels of approximately 10m that are currently used for hydrographic surveys, but which are not specifically designed for survey work. i. defensie.nl i. naval-group.com i. nlnavy.damen.com i. marin.nl i. royalihc.com

The current Dutch mine-countermeasures vessels are over 30 years old.

Photo courtesy of the Dutch Department of Defence

An artist’s impression of the new mine-countermeasures systems.

Photo courtesy of the Dutch Department of Defence

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Decommisioning & Heavy Lift vesseLs

Breaking New Ground The global offshore wind indusTry is currenTly developing The nexT generaTion of offshore wind Turbines wiTh heighTs over 270m and blades 120m long. offshore insTallaTion vessels now available on the market are facing increasing difficulties when installing these types of turbines, due to the turbines’ sizes and installation heights, as well as the ever-increasing foundation dimensions.

All photos courTesy of Jan de nul

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Decommisioning & Heavy Lift vesseLs

Voltaire compared to Jan De Nul’s two other jack-up vessels.

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o be able to support the renewable energy industry in the construction of future wind farms at sea, Jan De Nul is breaking new ground with their third jackup installation vessel. This new vessel will feature an unrivalled crane capacity of over 3,000t and is set to be delivered in 2022 by COSCO Shipping Heavy Industry in China.

Key Features

Voltaire, as the newbuild is called, is specifically designed to transport, lift and install offshore wind turbines, transition pieces and foundations. The vessel will have better operational limits when compared to the existing jack-up installation vessels. It will also be deployable for the oil and gas industry and for the decommissioning of offshore structures.

Key features include a main crane of over 3,000t, an operating depth of approximately 80m, a payload of some 14,000t and accommodation for 100 persons. The vessel has four legs to lift itself above sea level and maintain stable working conditions and is equipped with a DP2 system.

Compared to Jan De Nul’s two other jack-up vessels, Vole au Vent and Taillevent, Voltaire has almost 100% more deck space. The extra deck space will enable Jan De Nul to optimise installations at sea and to lower fuel consumption and emissions.

Ultra-Low-Emission Vessel

Voltaire will be an environmental pioneer, taking the same highly advanced emission

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control technology on board as all other ultra-low emission vessels (ULEVs) in the Jan De Nul fleet.

The latest generation of Jan De Nul ULEVs are equipped with a highly advanced exhaust gas filtering system which uses a selective catalytic reduction (SCR) system and a diesel particulate filter (DPF) which complies with the much stricter European inland waterways emission regulations EURO STAGE V and VERT protocol for Best Available Technology.

This leads to a reduction in the impact that maritime transport and port development have both on public health and ambient air quality. The use of such filters has been compulsory in other industries for many years but was relatively new in commercial sea-going vessels.

Emission Control Technology

First, exhaust gases pass through a SCR unit.

By adding urea (Ad Blue) to the exhaust gasses, the NOx emissions are reduced when passing through the catalytic material.

When the SCR unit is active, the engine runs in optimal conditions, therefore using the fuel more efficiently, and thus reducing its carbon footprint (even taking into account the footprint of urea). After the SCR, the treated exhaust gases pass through the DPF system, removing 99.9% of all particles from the exhaust gases. At the same time, black carbon is eliminated, a climate-forcing agent 1,000 to 3,200 times stronger than CO2.

“Emissions have a profound impact on

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DecommIsIonI ng & HeaVy LIft VesseLs

No engines should be operated without filters to protect the health of the crew and citizens.

human health, making air pollution from vessels highly unwelcome in urban areas”, Michel Deruyck, Fuel Coordinator at Jan De Nul, begins. “Nanoparticles come in a wide range of sizes; from a few nanometres to 100,000 nanometres. Nanoparticles are invisible. Their size can be compared to the breadth of a human hair, allergens, pollen, the flu virus or bacteria. That is precisely the reason why nanoparticles, which are emitted by all types of engines and fuels, behave like Trojan horses once inhaled.”

“In a DPF,” Mr Deruyck continues, “exhaust gases are forced to flow through a porous filter wall in which even the smallest lungpenetrating and carcinogenic particles are captured. No engines should be operated without filters to protect the health of the crew and citizens. Engines without particle filters, regardless of engine technology or fuel used, cannot compete with engines with filters when considering solid particle emissions in the real world.”

Jan De Nul has already applied this pioneering emission-control technology on two trailing suction hopper dredgers and three more, currently under construction.

Voltaire will be the very first ULEV seagoing installation vessel of its kind.

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A Pioneering Vessel

The vessel is named after the French writer, historian and philosopher François-Marie Arouet, known by his pseudonym Voltaire; an icon of the European Enlightenment of the 18th Century. Both Voltaire and Jan De Nul’s newbuild are pioneers within their field of expertise.

Philippe Hutse, Offshore Director at Jan De Nul Group, comments, “Upon her delivery in 2022, we will be capable of efficiently installing the next generation of offshore wind turbine generators and foundations.

This investment is a logical step forward in the development of our offshore wind capacities. This third jack-up vessel will enable us to cope with our increased number of offshore wind projects worldwide. In addition, we recognise the global trend towards larger wind turbines for increased green energy demands.

Voltaire will have all the required specifications to meet the upcoming challenges.” i. jandenul.com

SPECS Length Overall

169.3m 181.78m (incl. helideck) 60m 7.5m 14.6m 21,500t

Breadth Max. Draught Moulded Depth DWT Max. Crane anD JaCk-up SySTeM Max. Lifting Capacity aux. Hoist Cargo Deck Max. Deck Load Max. payload Jack-up System Max. Water Depth Leg Length

more than 3,000t 250t at 135m 7,000m2 20t/m2 14,000t Rack and pinion abt 80m abt 130m

MaCHInery & prOpuLSIOn Main Gen. Sets

Diesel engines 4x 3,535kW 4x 2,650kW 3x 6,600V, 50Hz emergency Gen. Set 600kW emissions ULEv (Ultra Low Emission vessel) IMO Tier III, Euro stage V Inland Waterway (using DPF) Main propulsion 4x azimuth thrusters 3,000kW retractable Thrusters 2x 2,600kW Bow Thrusters 2x 2,600kW Max. Speed 11.5 knots

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shIp report

One of a Kind Utilising a nUmber of innovative processes and technologies onboard, this krill-harvesting vessel showcases the very best of norwegian maritime engineering expertise and innovation. the vessel is 30% more environmentally efficient than today’s standard trawlers.

All photos coUrtesy of aker biomarine

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his one of a kind, energy-efficient trawler has been developed and designed for sustainable fishing operations in antarctica. it is therefore equipped with state-of-theart technology for environmentally friendly operations. the newbuild features low-resistance hull lines, designed for speed, low fuel consumption, good sea-keeping performances, excellent manoeuvrability, high capacities and good stability.

In Tribute

in tribute to the great explorers of antarctica, aker bioMarine have named this

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new krill-harvesting vessel: antarctic endurance. the name is in honour of the renowned british polar explorer sir ernest henry shackleton and his vessel, endurance. the honourable alexandra shackleton, granddaughter of sir ernest shackleton and godmother of antarctic endurance was invited to officially name the vessel. she comments, “it is an incredible day for me to see my grandfather and his crew’s heroism honoured in this way. antarctic endurance is a symbol and reminder of the importance of our shared polar expedition legacy and an important part of the history of both norway and the United kingdom. My

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The newbuild was named in tribute to the British polar explorer Sir Ernest Henry Shackleton.

SPECS Length overall Length between p.p.

Breath moulded Depth main deck Maximum draught Speed Main engine Auxiliary engines Thrusters

Main Propulsion

grandfather, sir ernest shackleton had his vessel, endurance, built in sandefjord in norway and now a new vessel named endurance has also been built in norway and is on its way to antarctica”.

Matts Johansen, Ceo of aker bioMarine adds, “the name also reflects our own perseverance over the years.” he continues, “energy-efficient and equipped with a host of environmentally friendly technologies, the antarctic endurance is specifically designed and constructed for our unique business, with direct input from our experienced crew. it is truly one of a kind, and our very first purpose-built krill harvesting vessel”.

Norwegian-build

CEO of Aker BioMarine Matss Johansen and Alexandra Shackleton, granddaughter of Sir Ernest Shackleton and Godmother of the vessel.

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Constructed by norwegian shipbuilders at vard, the naming ceremony and official launch were the culmination of over two years of design, collaboration and construction. With a total of 40 norwegian vendors contributing to the vessel, the build and final fit-out kept more than 900 people busy working to have the vessel ready for the 2019 harvesting season.

Mr Johansen states, “We have put all our experience and know-how into building a vessel capable of matching our ambitions and operational needs, a vessel we could only have dreamt of when we started our very own antarctic adventure more than a decade ago”. the 130m-long, norwegian-flagged vessel

129.6m 123.8m 23m 13m 7.9m 18 knots 1x MAK 12 VM 32 E – 6,720kW/720rpm 1x MAK 6 M 32 E – 3,300kW/720rpm 2x CAT 32 1x Rolls Royce Azimuth Thruster, SWING-UP TCNS100/M-220 1x Rolls Royce Thunnel Thruster TT1850 AUX CP 1x Rolls Royce 111A/4 D-B/P/N-4400 + OD box 70FA, Step 1 6,000kW / Step 2 2,900kW 1x Rolls Royce Stearing Gear SR742 FCP 1x Rolls Royce Rudder FMP 3600x4500

was constructed at a cost of just under eUr 125 million and showcases the strength of norway’s maritime cluster. antarctic endurance is fitted with a host of innovative technologies and equipment from a wide variety of norwegian companies. the vessel is a vard 8 10 design and the specially designed hull was built by vard tulcea. it was outfitted, tested and finalised at vard brattvåg. vard electro supplied their seaQ green Pilot, the vessel’s fuel and energy monitoring system. this system enables the crew to optimise the use and recovery of the energy onboard the vessel. vard electro also delivered their seaQ bridge solution, enabling a working environment that gives the operator control of the bridge systems from one tablet. the system gives the operators the possibility of adjusting the bridge set-up based on their operational needs. vard accommodation provided the interior onboard.

Yard director Fredrik Mordal hessen from vard brattvaag concludes, “We are incredibly happy to see antarctic endurance set sail from our yard for its debut harvesting season. it is a unique project, and in partnership with aker bioMarine, we have overcome a number of challenges to deliver what we believe is an industrydefining vessel.” i. akerbiomarine.com i. vard.com

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workboats, tugs & Vessels

Photo courtesy of Flying Focus

Offshore Vessels WiTH THE rENEWABlES AND Oil & gAS MArkET gOiNg STrONg, THE FUTUrE iS lOOkiNg UPBEAT FOr THE OFFSHOrE VESSElS iNDUSTry. Thanks to new offshore projects and investments, existing offshore vessels can keep doing what they are made for: work.

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n April, the Dutch company Vroon Offshore Services secured a contract with Total E&P in the Southern North Sea. Under the new contract, Vroon’s walk-to-work vessel VOS Start will provide logistics support to offshore assets in the Southern North Sea (SNS).

Fitted with a 50t active-heave-compensated crane and able to accommodate up to 60 client personnel, VOS Start was designed to allow optimal people and cargo workflow between main deck, accommodation areas and the offshore asset.

Her Barge Master motion-compensated gangway system is a pivotal element of the

shipboard workflow, as people (and cargo trolleys, if required) can enter a lift built in the tower, along which the gangway system slides vertically between 9m and 27m on the sea level, maintaining a horizontal position when landing at any height between 14.5m and 22m.

At the beginning of April, VOS Start will sail to the irish Sea where she will engage in similar walk-to-work operations for an offshore-renewable client.

Norwegian-based golden Energy Offshore Services AS (gEOS) have extended their contract with Wintershall Norge AS. The

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workboats, tugs & vessels

Bibby WaveMaster Horizon was developed in close consultation with the offshore renewable energy industry.

Photo courtesy of Damen Shiprepair

The contracts are on a call-out basis for a period of three years with an option to extend for one year plus one year.

Vroon’s walk-to-work vessel VOS Start has secured a new contract with Total E&P.

offshore vessel operator said that the contract is in direct continuation of the charter contract of 2013. In 2013, the large platform supply vessel (PSV) Energy Swan was chartered for a firm period of four years plus optional (total of five years’ options).

The charter rate reflects the market conditions in a region which is reasonably tight on availability of this type of high-spec PSV tonnage.

Icon Offshore Bhd’s subsidiary, Icon Offshore Group Sdn Bhd (IOGSB), have secured a series of contracts for the provision of offshore support vessels (OSVs) for petroleum arrangement contractors and a straight supply vessel for Petronas Carigali.

IOGSB have received five contracts for the OSVs from three petroleum arrangement contractors for production operations.

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In addition, a number of new offshore vessels are being constructed and delivered.

Just recently, Damen launched Bibby Marine Services’ second service operations vessel (SOV) 9020 at Damen Shipyards Galati in Romania. Officially named Bibby WaveMaster Horizon, the SOV was developed in close consultation with the offshore renewable energy industry. The design combines walk-to-work capabilities with DP-2, a new motion-compensated gangway, hull design, internal layout, and comprehensive features to increase efficiency and reduce costs.

Boskalis Offshore Fleet Management has acquired the multipurpose DP2 offshore Construction vessel with anchor handling facilities Lewek Falcon, which will be renamed the Boka Falcon.

The 93.40m-long vessel was built in Singapore in 2011. At Damen Shiprepair Rotterdam, she was fitted with four auxiliary engines with a total output of 9,400kW. In addition, a Rolls Royce Icon DP2 System was installed.

class 2 PSV. Designed by Master Boat Builders, Bayou La Batre, Alabama, the newbuild has a clear deck area of 561m2, with a length overall of 67m, beam of 15m, depth of 5m and loaded draught of 5m. It is fitted with four Schottel thrusters and two Caterpillar 3512C main engines, rated at 1,911hp at 1,600rpm. The engines drive a pair of five-bladed bronze propellers via shafting and Twin Disc reduction gearing.

Seacor Totonaca can reach a maximum speed of 11.8 knots.

Next to Seacor Totonaca, Seacor Marine acquired three PSVs from China’s COSCO Shipping Heavy Industry (Zhoushan) Company earlier this year, which expects to deliver the first vessel in September 2019.

Vattenfall, in turn, has signed a contract with Windcat Workboats for the provision of crew transfer vessels (CTVs) for the Hollandse Kust Zuid 1 & 2 offshore windfarm in the Dutch North Sea. Under the agreement, Vattenfall will be one of the first users of Windcat’s hydrogen-powered vessels, currently being developed. The vessel operator is working with CMB Technologies on the vessel development, which is expected to be completed by 2020.

In February Seacor Marine took delivery of Seacor Totonaca, a dynamic positioning

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focus on the netherlands

Trends & Challenges

The Dutch Dredging Industry The global dredging markeT has long been dominaTed by duTCh Companies. however, The Trends of inCreasing protectionism and the differences in sustainability requirements across countries are challenging the competitive position of the Dutch dredging industry.

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he report ‘The Dutch and Belgian Dredging Industry: An Exploration of the Future’, written by Jan van den Ende, professor of Management of Technology and Innovation at Rotterdam School of Management, Erasmus University (RSM) and Marut Tarakci, associate professor of Innovation Management at RSM, indicates that several trends can strengthen the sector further.

Based on interviews with a number of key players in the sector and on archival research, RSM investigated the main trends the dredging industry has been experiencing and its innovation capabilities to stay relevant in the future.

Macro Trends

On the one hand, macro-economic and climate trends are creating new markets, or enhancing the size of existing markets, for dredging; on the other hand, there is a trend to put limits on the operations of dredging companies, such as governments’ sustainability policies, increasing protectionism and increasing safety requirements.

A major trend here is the quest for sustainability, as exemplified by the Sustainable Development Goals of the United Nations. Although the importance of this trend for the dredging industry is most evident in Europe, it is also becoming increasingly relevant in other parts of the world, for instance in Asia, where international institutions, such as the World Bank, are financing projects and requiring certain levels of sustainability in their execution. Companies in the maritime sector in general have to comply with the rules set by IMO, an UN body in charge of naval and maritime regulations.

Eco-friendly Innovations

As a result of these changing sustainability requirements, new ecofriendly trends are visible within the dredging sector, namely reducing emissions from dredgers and eco-engineering.

Dredgers are becoming greener thanks to the use of after-treatments to clean exhaust gas and switching to cleaner and/or more renewable fuels.

Boskalis, for instance, has started a programme with Goodfuels to develop

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Her Majesty Queen Måxima performed the christening ceremony for Van Oord’s trailing suction hopper dredger Vox Amalia in Rotterdam last December.

Photo courtesy of Van Oord

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The trailing suction hopper dredger Jose Duarte during its first mining job in Lisbon using Dutch dredging equipment.

Photo courtesy of Damen Shipyard

The study was supported by Van Oord, DEME, Boskalis, Royal IHC, Damen Shipyards Group, MAN Energy Solutions and PON Power. It was conducted by Rotterdam School of Management, Erasmus University (RSM) with advice from the Dutch Association of Dredging Contractors IADC, Maritime Delta, InnovationQuarter and Netherlands Maritime Technology (NMT). Maritime Delta, InnovationQuarter and Netherlands Maritime Technology were also responsible for the organisation of the symposium.

biofuels for the maritime sector. Other initiatives in the sector focus on energy storage and waste-heat recovery, as well as intelligent power-distribution systems.

Dredging companies are also looking to reduce environmental effects. Van Oord has developed the FaunaGuard, to keep animal life at a distance using sound. Other examples are the artificial coral developed

by Boskalis and the Royal IHC’s Plumigator.

Furthermore, the Netherlands is the frontrunner when it comes to ecoengineering. This concept essentially entails developing hydraulic engineering solutions in which the forces of nature are integrated.

One example is the use of the momentum of a dredging project to realise other natural environment projects in the vicinity.

Dredging Vessels

Since experience in dredging is highly relevant when designing a vessel, dredging

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companies have a strong input when it comes to new high-end vessels. Dredging companies, such as Dutch Dredging, strongly rely on the ‘tacit’ knowledge of their operational personnel in the process of designing a new vessel. In this way, experience is effectively translated into innovative solutions that affect the future efficiency and effectiveness of operations, thus giving a competitive advantage.

Shipbuilding companies traditionally bring in their own system integration capabilities as well. Suppliers in the dredging industry are companies such as Bakker Sliedrecht for electrical installations, MAN for Marine engines and systems and Damen Dredging or IHC Dredge Equipment for dredging installations. These companies are specialised towards these and similar technologically advanced industries, and propose innovative equipment designs. To some extent, dredging firms deal directly

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with such equipment suppliers to explore new equipment technologies.

Recently, some dredging companies have taken on the role of ship designer, including system integration. Jan De Nul was the first dredging company to create this capability, but other dredging companies such as Van Oord are following suit. In some cases, dredging companies hire engineering design agencies such as Vuyk Engineering for that purpose. In such cases, shipbuilders can be seen more as executors of a design developed by the dredging companies.

Furthermore, some dredging companies are tending to order more and more readymade vessels, or copies of earlier designs. In other words, the integration capability is being transferred to the shipbuilder, who, however, will only apply it for a series of dredging vessels at the same time. While these sister vessels can still target higher ends of the market, some high-end shipbuilders are also starting to enter at the low-end of the market with ready-made ships. A good example of this is Royal IHC’s Easydredge project.

Bigger Vessels

Another dominant trend when it comes to dredging vessels has been, and still is, the trend towards larger vessels equipped with new dredging techniques. Since the 1990s, large dredging companies have been building the so-called ‘Jumbo hoppers’, with capacities ranging from 15,000m3 to 20,000m3.

Nowadays, hoppers are operated with a

capacity of more than 45,000m3. The trend towards larger vessels is particularly evident with cutter dredgers. The largest cutter dredgers have a capacity of more than 40,000kW installed power, referring particularly to the Willem van Rubroeck and Spartacus, owned by Jan De Nul and DEME respectively.

The development of the large hopper dredgers has been stimulated and justified by several extremely large projects that have come on to the market. The larger hopper capacity ships are also more efficient in other projects. Larger cutters are not always more cost-effective than smaller ones, but they can be deployed for new markets with harder rock and longer discharge distances, which haven’t been addressed before.

Market Changes

When it comes to deep dredging with ranges over 100m, new markets have opened up, such as pipeline projects and dredging in regions with sand shortages.

Damen shipyard has developed a modular unit called the RoRo Deep Dredge. It is a submersible drag-arm, similar to the dragarm of a trailing suction hopper dredger, which can be lowered to a depth of 29m. In the future, dredging at an even greater depth may be used for mining purposes, with deep-sea mining possibly being used to extract scarce minerals. Dedicated modules to scrape materials from deep-sea surfaces still need to be developed.

Alongside the possibilities of new markets,

competition from China has also emerged.

This competition mostly concerns the shipbuilding sector, where Chinese shipbuilders have already created a strong position especially in the developing and underdeveloped markets. The Chinese market itself, on the other hand, remains closed to international dredging companies.

Future of Dutch Dredging

The main conclusions of the report are that the dredging sector in the Netherlands still has a strong international position. Jointly, both large and smaller Dutch dredging companies have a dominant position in the global dredging market, and the sector is leading in innovation and performance in shipbuilding and dredging technologies.

Two innovation arenas have created this position: the triangle of dredging firms, shipbuilders and equipment manufacturers producing high-quality dredging vessels and equipment, and the triangle of dredging firms, research institutes and government agencies developing new methodologies for dredging, such as eco-engineering.

Despite this positive outlook, the Dutch dredging industry needs to strengthen their collaboration in order to keep up with growing international competition. Both vertical partners (equipment manufacturers, shipbuilders, and dredging firms), as well as the competing dredging firms, should redefine how they compete and cooperate in developing innovative solutions. i. rsm.nl

Photo courtesy of Kooiman Marine Group

Van Oord has ordered the construction of two state-of-the-art water-injection vessels at Kooiman Marine Group.

In March, Royal IHC signed a contract with National Marine Dredging Company to build a second trailing suction hopper dredger.

Photo courtesy of Royal IHC

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ship report

Spectrum of the Seas The FirsT QuanTum ulTra Cruise ship

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ship report

ON 11 APRIL, SPECTRUM OF THE SEAS WAS DELIvERED By MEyER WERFT TO ROyAL CARIBBEAN INTERNATIONAL IN BREMERHAvEN. THIS NEWBUILD REPRESENTS THE NExT EvOLUTION OF THE CRUISE LINE’S HIGH-TECH QUANTUM-CLASS CRUISE SHIPS, PLACING THE vESSEL IN A NEW CLASS OF HER OWN CALLED THE QUANTUM ULTRA. ALL PHOTOS COURTESy OF MEyER WERFT

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he official start of construction was in November 2018, with the keel-laying ceremony in Rostock-Warnemünde, where the vessel’s engine room unit was produced.

The newbuild was further constructed in Dock II at Meyer Werft in Papenburg, where it left the covered building dock in March 2019. Berthed at the shipyard’s outfitting pier, the vessel was later fitted with its funnel cladding before being conveyed on the River Ems to Eemshaven, the Netherlands. In Eemshaven, the newbuild went through several days of technical and nautical sea trials on the North Sea. Before the Spectrum of the Seas was able to berth at the out-fitting pier, the floating section (engine room unit) of the Norwegian Encore that was currently moored there was moved to another berth in the shipyard port. Once Spectrum of the Seas left the dock, the floating part for the Norwegian Encore, which is due for completion in autumn 2019, was manoeuvered back into the free covered building dock II for further construction work.

entertainment on board in accordance with the highest technical standards.

“It is our great pleasure to build these innovative ships for Royal Caribbean and to continue our long-standing business relationship”, comments Stephan Schmees, Executive Board Member at Meyer Werft.

SPECS Length Overall Width Draught Gross Tonnage Speed Passengers Passenger cabins Decks Machinery

Total output Propulsion Power

347.1m 41.4m 8.5m 168,666t 22 knots 4,246 2,137 18 4 Bow Thrusters 2x Wärtsilä 12V 2x Wärtsilä 16V 67,200kW 41,000kW

One of the Biggest Cruise Ships

The 168,666GT Spectrum of the Seas will be one of the five largest cruise ships in the world, measuring 347.1m in length and 41.4m in width.

Accommodating 4,246 guests at double occupancy and 1,551 crew members, the newbuild will debut Royal Caribbean’s first exclusive suites-only area, which will feature suite accommodation in a private enclave at the forward end of the ship on decks 13 through 16. For families, Spectrum of the Seas will introduce the two-level, 261m2 Ultimate Family Suite, accommodating up to eleven guests.

Two tugboats, with 9,000 horsepower each, pull the newbuild out of the dry dock.

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Quantum Ultra

As a further development in the Quantum class, Spectrum of the Seas – like its three sister ships Quantum of the Seas, Anthem of the Seas and Ovation of the Seas – is fitted with state-of-the-art emission control systems such as the so-called hybrid scrubber. Highly energy-efficient technical systems, optimised hydrodynamics, heat recovery and exceedingly effective underwater paintwork together with an extremely energy-saving LED lighting system result in considerable energy savings.

A diesel/electric pod drive, extensive alarm and safety systems, interactive communication systems and the very latest stage equipment guarantee safety and

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Spectrum of the Seas during her final phases of construction at Meyer Werft.

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ship report

The virtual reality, bungee trampoline experience Sky Pad is a new feature onboard.

The vessel is fitted with state-of-the-art control systems. The cruise ship has many dining options.

Smart Ships

Royal Caribbean’s new Quantum-class cruise ships are known as ‘smart ships’ and have a number of innovative technological features. They offer, for instance, real-time luggage tracking thanks to RFID technology, high Internet speeds on land and a bar where robots mix drinks.

The Asia Explorer

Spectrum of the Seas, nicknamed the Asia Explorer, is specifically designed for guests in China and the Asia-Pacific region. “With the debut of Quantum of the Seas three years ago, we were able to win over many Chinese guests. This positive feedback gave us the impetus to further extend our position within the cruise ship market in China with the new Spectrum of the Seas ship generation”, says Michael Bayley, President and CEO of Royal Caribbean International.

He continues, “The new Quantum Ultra class offers a completely new ship design and has been tailored to meet the needs of our Asian passengers.” To this end, Spectrum of the Seas will feature a Royal Caribbean first with its ‘Star Moment’: a

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lively and energetic karaoke venue where family and friends can belt it out and sing like stars.

The vessel is further fitted with the ‘North Star’, a glass capsule that soars more than 100 metres above the ocean; RipCord by iFly, a skydiving simulator experience; the FlowRider surfing simulator; and the iconic Sky Pad, a virtual reality, bungee trampoline experience located on the aft of the ship.

Guests can strap in and don their vR headset to transport them to another time and planet.

Shanghai before moving to Tianjin in the summer of 2019. The voyager of the Seas will return to Hong Kong and Shenzhen for the summer, heading for various cruise routes to vietnam, Japan and the Philippines. i. meyerwerft.de i. royalcaribbean.com

Itinerary

On 18 April, Spectrum of the Seas began her maiden voyage, which entailed a 51-night Global Odyssey from Barcelona, Spain, to Shanghai, including visits to thirteen countries. When the vessel arrives at her new home in Shanghai in June 2019, she will introduce new itineraries with visits to new ports, such as Hakodate and Niigita, Japan; Ilocos, Philippines; and vladivostok, Russia.

In winter 2019, the cruise ship will reposition to Hong Kong.

Meanwhile, her sister ship Quantum of the Seas will begin her farewell season from

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ship refit, repair & maintenance

Digital Twins and Sensor

DNV GL has DeVeLopeD a methoDoLoGy for huLL coNDitioN moNitoriNG that iNcorporates the use of the VesseL’s DiGitaL twiN, a VirtuaL moDeL prepareD DuriNG the DesiGN staGe. combined with wave, position and sensor monitoring, it vastly enhances the value of predictive and preventive maintenance.

All photos courtesy of DNV GL

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esign models, which are also sometimes referred to as digital twins, die at birth.

It is our ambition to bring these models back to life during the operational phase of an asset”, says Dr Gaute Storhaug, Principal Specialist at DNV GL Maritime Advisory. In its Nerves of Steel Extraordinary Innovation Project, DNV GL Maritime has been investigating new ways of calculating the wave-induced damage risk for hulls.

Designers and yards invest significant amounts of time and money in preparing analytical models to document the design of vessels and offshore structures and to perform simulations. The continued use of such a virtual model as a digital twin during operation is a great means to visualise all key components, perform analyses and calculations, and improve the understanding

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ship refit, repair & maintenance

Monitoring

A Crucial Aspect: Sensor Data Quality

and control of the long-term effects of operation on the vessel’s structural and functional components. This adds significant value to the asset.

In addition, a digital twin can be very useful for inspection and maintenance planning, while extending the vessel’s lifetime through preventive actions to avoid hull damage.

The increased transparency and control that the digital twin provides can even result in a competitive advantage by improving predictability. This makes the vessel more attractive to cargo owners, banks, insurance companies, class societies, vetting companies, investors, buyers and other stakeholders.

Sensors Create Synergies

“Using sensor technology to determine the response of a vessel or offshore structure to specific wave conditions, as well as to monitor structural and functional components, is common practice in the industry today”, says Ørjan Fredriksen, Senior Engineer, Technical Advisory Structures, who was the project manager for the Nerves of Steel Extraordinary Innovation Project. “Sensors can capture physical effects such as deformation, vibration or temperature under real-life conditions that cannot always be easily described by numerical models”, he adds.

“But the number of sensors installed on board limits the number of data points available for monitoring. Considering the complexity of modern vessels and the interdependence between all their

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Verifiable data quality is a key requirement of authorities and across the industry. components, comprehensive instrumentation can provide crucial insights.”

Combining the data provided by these sensors with the vessel’s digital twin makes sensor-based hull condition predictions much more meaningful and accurate. It does this by extending the range of structural details accessible to monitoring.

This may include any element considered during the design that may be critical during operation. Examples of typical fatiguecritical details on vessels are the stiffener end connections of frames and transverse bulkheads, stringer toes and heels, or terminations of hatch coamings.

A hybrid monitoring approach as described above can also be helpful in determining the best sensor positions to ensure costeffective instrumentation. This concept has been applied successfully on assets of various types, including container vessels, FPSOs, semi-submersibles, flare towers, pipelines, and fixed platforms.

DNV GL is currently piloting the hull condition monitoring methodology, working together with several stakeholders in the maritime and oil and gas industries. The ambition is to enable owners to monitor their assets in real time, either through the innovative DNV GL Nerves of Steel user interface, which will be available on the DNV GL Veracity platform, or by using technology directly integrated in their own systems.

Sensors are offered by hundreds of suppliers, but one wide-spread problem is data quality. If the data output of a sensing element cannot be trusted, it is useless in any decision-making process.

“Verifiable data quality is a key requirement of authorities and across the industry”, explains Lars Holterud Aarsnes, Nerves of Steel Project Manager. The DNV GL rules for alternative survey arrangements state that “any sensor data used shall be qualityassured”. To facilitate the implementation of this rule, DNV GL provides a qualityassurance app for hull monitoring suppliers through its Veracity portal. The app’s data quality dashboard applies sensor-specific rules to verify the plausibility of the statistical data collected so it can be useful to the owner.

The term sensor, for the purposes of this discussion, includes not only sensors in the narrow sense but also the output of transducers and indicators as well as numerical and hybrid sensing elements. The DNV GL hull monitoring rules associated

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OFFSHORE WIND

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ship refit, repair & maintenance

A digital twin can help calculate the wave-induced damage risk for hulls.

with the HMON-class notation basically cover any sensor type. They require automatic on-board processing and storing of statistical data, which can be uploaded by the supplier to the Veracity cloud automatically or manually after conversion to the compact Veracity format. The quality dashboard then reads the data and presents it on a web interface. Any data quality issue is quickly evident, and data quality improvements following maintenance by the supplier can be confirmed by the system.

Building Trust in Data

Once the ship-owning company sees that the data is trustworthy, they can use it for decision support using the results dashboard. The leading provider of hull monitoring solutions has been feeding data to this data quality dashboard for many vessels and owners. In addition to this standard app for assessing the quality of statistical data, DNV GL has established a Data Management Competence Centre to support tailor-made solutions involving

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We encourage owners to make better use of this valuable resource. alternative sensor types, data formats or dashboards. The data quality and decision support dashboards can be merged into a single one, which is frequently done to enhance awareness of the hull condition and take appropriate proactive steps to ensure safety and reduce operational risks and costs.

This system can be used by all industries using statistical data for equipment monitoring, including oil & gas and wind energy, and for purposes far beyond structural monitoring, such as fuel and emission studies, navigation, or tail shaft

monitoring. Structural monitoring is quite common on FPSOs and gas carriers today.

On cruise ships, yachts and passenger vessels, where excessive vibration can lead to passenger complaints and reputational damage, it can play an important role in comfort monitoring.

“Amazingly”, says Dr Storhaug, “on average, as little as 1% of the data available on board has been used for shore-side decision support! We encourage owners to make better use of this valuable resource. In many cases, the benefits become more numerous and apparent once the data is available.”

Mr Aarsnes stresses, “Being able to supply monitoring data while demonstrating high data quality builds trust among all key stakeholders, from charterers and operators to insurance companies, and can ultimately be a significant competitive advantage.” i. dnvgl.com

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focus on the netherlands

Cargo Vessel of the Future On 15 February, SendO Liner waS named during a ceLebratiOn at cOncOrdia damen, werkendam, the netherLandS. buiLt FOr SendO Shipping the dry-cargo vessel has been designed for the optimal and efficient transportation of high cube containers between Rotterdam and Groningen, the Netherlands, and other inland terminals.

All photos cOurteSy OF damen

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endo Shipping, in cooperation with Concordia Damen, has designed a completely new dry-cargo vessel which demonstrates Sendo Shipping’s long-term view; a vessel for the future.

Sendo Shipping managing director Sebastiaan van der Meer says, “Sendo Liner’s design is driven by our findings over many years of research and experience. It showcases our long-term strategy and vision for the future and will enable us to achieve our goals of increased sustainability while considerably increasing our operational capabilities.”

Cargo Capacity

The vessel is fully optimised for the transportation of containers. The liner, measuring 110m x 11.4m, has the ability to carry additional containers in its cargo hold.

Furthermore, it features an innovative ballast system which enables it to sit lower in the water to increase its available air draught at full loading when passing under the bridges it encounters on its route. In total, the Sendo Liner delivers an 8% increase in loading capacity relative to a conventional vessel of similar size.

Sustainable Credentials

Sendo Liner’s efficiency is not limited to increased capacity. thanks to its dieselelectric propulsion, the innovative newbuild can sail up to three hours with a speed of 12 to 13km/h without using any fossil fuel.

Mr van der Meer comments, “This is ideal when shipping through the ports of Amsterdam and Rotterdam, and even the crowded parts of the Prinses margriet canal.” The diesel-electric propulsion results in very low emissions, offering a reduction in cO2 of 40% per container transported. the engines are driven by one of the two Volvo Penta generators (435kWe each) and/ or the EST Floattech lithium-ion battery (560kWe).

Modular Design

“When designing Sendo Liner, we really started from zero and worked with a simulation program. With every added part we looked at what happened with the energy consumption”, says Mr van der Meer.

“With this design, we prove that cargo vessels are not the big polluters people think. Inland shipping can be emission-free as well.”

Rendering of Sendo Liner.

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focus on the netherlands

Sendo Liner was named at the Concordia Damen shipyard in Werkendam, the Netherlands, on 15 February.

Sendo Liner’s efficiency is not limited to increased capacity.

The future-proofing of the Sendo Liner goes beyond its sustainable credentials and increased cargo capacity, however. The design is modular, thereby providing the vessel with the versatility for fast adaptation in the future, as well as easy maintenance.

Mr van der Meer adds, “The vessel can easily be refitted to hydrogen, for example.”

More Under Construction

Sendo Shipping has already placed an order with Concordia Damen for the delivery of two similar vessels that are currently under construction.

“It’s been a pleasure to work on a vessel as forward-thinking as this one”, says a press representative at Concordia Damen. “The Sendo Liner is, in many ways, a vessel that reflects our own philosophy for a more efficient, cleaner future on inland waterways. We wish Sendo Shipping every success with their new vessel and look forward to constructing similar vessels in the future.”

The vessel is fully optimised for the transportation of containers.

i. concordiadamen.com

The Liner measures 110m x 11.4m.

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The dry-cargo vessel propulsion is diesel-electric.

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The solution is inspiration Inspiration breeds solutions, that help turn maritime challenges into business opportunity. At Nor-Shipping 2019, world class industry leaders, speakers, innovators and visionaries converge to connect and collaborate. This is your opportunity to discover inspiring solutions, during conferences, exhibitions, gatherings and more.

Welcome to Nor-Shipping 2019 – your arena for ocean solutions Buy your ticket at nor-shipping.com/tickets

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Partners:

Charity partners:

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WORKBOATS, TUGS & SERVICE VESSELS

Enhancing Tug Safety DANISH MARINE SAFETY EQUIPMENT MANUFACTURER, DANIAMANT, HAS LAUNCHED A VERSION OF ITS ELECTRONIC INCLINOMETER (EI) especially for tugs. This EI is an advanced heel-and-pitch measuring device that will enhance safety in line with Bureau Veritas Group’s recent classification rules.

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s of January 2019, Bureau Veritas’ classification rules stipulate that escort tugboats must be equipped with a calibrated heeling angle measurement system, otherwise referred to as an inclinometer. This equipment must feature an adjustable audible and visible alarm which informs crews if the heeling angle or steady towline force exceeds permissible values applicable to the relevant loading conditions and escort speed.

“With increasing pressure to optimise efficiency in the shipping and marine industry, and tugs and their crew operating in high risk conditions, meeting safety requirements is of the utmost importance”, comments Kevin Rough, CEO at Daniamant.

“The new version of our EI for tugs, the DanEI-300T, has been designed to ensure that it has a multitude of features to comply with the most recent safety requirements.

The sensor unit and a display combine advanced electronic technology and sophisticated mathematical algorithms to assist in improving the safety and ease of operation of escort and other tugboats.”

Sensors

The EI’s sensor features an advanced gyro micro-electro-mechanical system (MEMS) component, accelerometer MEMS component and a powerful microcontroller.

Using complex algorithms, three rotation parameters (pitch, heel, yaw) and three acceleration parameters (surge, sway,

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Photo courtesy of Daniamant

heave) can be accurately calculated. This data is then sent from the sensor to the display unit, where it can be retrieved via serial or Ethernet interface, in standard NMEA (National Marine Electronics Association) format. The self-calibrating unit is easy to use and fit and can be installed by tugboat crews. As position to the tugboat’s centreline is calculated automatically, the sensor does not require a special location.

User Interface

Daniamant has developed the user interface of the EI based on feedback from internationally recognised Canadian highperformance tugboat naval architects, Robert Allan Ltd. Using a traffic light system, crews can easily see the heeling of the tugboat and will be promptly alerted to the level of response required to return the vessel to the safety of the green zone.

A clear alarm will sound when the display

The DanEI-300T Electronic Inclinometer display for tugboats.

changes from green to amber, signalling momentary heel and an imminent need for response. An additional alarm will be triggered when the display enters into the red zone, signalling the need to reduce the heel immediately as it has exceeded the safe limits of stability. The range of each zone can be entered and adjusted easily via the keypad on the front of the display.

In closing, the DanEI-300T measures the heeling angle of the vessel in real time, updating every 0.1 seconds to ensure data is collected continuously in the display unit.

This ensures that an immediate response can be made to rectify a potentially dangerous situation and means that a maritime investigation authority can get detailed information on the sequence of events in the case of an accident. i. daniamant.com

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ship report

Belle of the Ball MSC BELLiSSiMA wAS THE BELLE OF THE BALL DuriNg HEr NAMiNg CErEMONy ON 2 MArCH 2019.

MSC CruiSES’ NEw FLAgSHip iS DESigNED FOr ALL SEASONS; SHE iS riCH iN guEST FEATurES AND iNTrODuCES THE wOrLD’S FirST VirTuAL pErSONAL CruiSE ASSiSTANT, ZOE. All photos COurTESy OF MSC rigHTS

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he voice-enabled virtual personal assistant can be found in all ten different types of cabins and can answer hundreds of questions about the cruise in seven languages, simply by saying “Okay Zoe”.

Other cutting-edge technology includes Near Field Communication Technology, which allows passengers to pay, open cabins or locate their offspring via smart devices and wristbands.

Sustainable Technology

MSC Bellissima is also fitted with a large number of innovative technologies to reduce her environmental footprint. Just like her sister ship MSC Meraviglia, she is equipped with such facilities as: an exhaust gas cleaning system for cleaner emissions; an advanced wastewater treatment system; smart heating, ventilation and air conditioning systems (HVAC) to recover heat from machinery spaces; and LED lighting and smart devices to significantly save energy.

Flexible Design

The 5,686-passenger, 171,598gT MSC Bellissima is furthermore just 315m long, giving her considerable flexibility and enabling access to most of the world’s cruise ports. Still, she was the largest cruise ship ever christened in the port of Southampton, united Kingdom. present during this celebration were a host of stars, Vips, key travel partners and international media, as well as top management from MSC Cruises and its parent company MSC group. gianluigi Aponte, MSC group’s founder, Executive Chairman and owner of the vessel, was also present, together with the Aponte and Aponte-Vago families. MSC Cruises’ godmother and Hollywood icon Sophia Loren officially named the cruise ship.

Sparkling Interior

The cruise ship features 2,217 cabins, 200 shops, over 20 bars and lounges, twelve dining venues and four pools. The sparkling

MSC Bellissima was delivered by Chantiers de l’Atlantique.

interior was created by De Jorio Design international. The studio designed all cabins, suites, apartments and most of the public spaces onboard the ship. The contemporary industrial restaurant design of Hola! Tapas bar and the Chocolaterie was delivered by ySA Design.

Other highlights are the signature Swarovski-gem-encrusted staircase, a desert-themed water park, a Formula 1 simulator, a full-size bowling alley and, at 80m, the longest LED Sky Screen at Sea, providing the ceiling to a stunning 96m-long Mediterranean-style promenade, designed to become the social hub of the vessel.

Built in France

MSC Bellissima was built at Chantiers de l’Atlantique in Saint-Nazaire, France during an 18-month period. pierfrancesco Vago, MSC Cruises’ Executive Chairman, says, “Together we have already brought to life fourteen highly-innovative cruise ships, paving the way for our Company’s initial growth. we will build many more over the coming years, to further extend the reach of our fleet. Furthermore, MSC Bellissima’s elegance and beauty, as well as the focus on the best and latest maritime and environmental technology at sea, bear testament to our restless pursuit for innovation.”

As part of MSC Cruises’ unprecedented newbuild programme, another thirteen next- generation cruise ships are due to join their fleet by 2027. These include four world Class mega cruise ships capable of welcoming nearly 7,000 guests as well as four smaller vessels that will serve the ultraluxury segment. i. chantiers-atlantique.com i. msccruises.com

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ship report

SPECS Gross tonnage Length Beam Height Decks Max speed Passengers Crew

171,598 315.83m 43m 67m 19 22.7 knots 5,686 1,564

MSC Bellissima received a warm welcome in Southampton ahead of her official naming in the port.

MSC Bellissima is fitted with a large number of innovative technologies. Virtual assistant Zoe will be present in every room.

Pierfrancesco Vago, MSC Cruises Executive, Captain Raffaele Pontecorvo and Godmother Sophia Loren at the naming ceremony on 2 March.

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The vessel features a 25m outdoor pool with special night illuminations.

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EUROPORT ROTTERDAM 2019

Over 27,000 professional visitors and 1,100 exhibiting companies will be attending Europort 2019 in Rotterdam.

Smart Business In the run-up to europort 2019, the shIpbuIldIng Industry Is seeIng the Increase In the smarter use of technology, people and the supply chain as the most effective route to converting opportunity into profitability.

All photos courtesy of europort.

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ithin the overarching theme of europort this year – ‘special ships, smart solutions’ – the conference programme and exhibition will be focusing on smart solutions that also develop business models, addressing cost, safety and environmental challenges in the specialpurpose vessels market.

Disruptive Influence

the shipping industry is changing. blockchain, the Internet of things (Iot), artificial Intelligence (aI) and big data are some of the developments that are bringing about this change. the impact of new legislation, new roles and new actors may not, and cannot, be ignored either. still, the focus must remain on the profit motive that truly drives these ‘disruptive’ influences on the market. this is why europort 2019 has made ‘smart business’

one of its central themes.

When it comes to smart business, the digitalisation of the industry does, in fact, offer prospects in the areas of greater operational efficiency, reduced emissions, safer navigation and easier compliance. the sub-theme smart business is based on results in a broad sense, ranging from new ways to harness fleet performance and energy management to smart tools enabling better financial and tax planning. metIs cybertech has already shown particular interest in smart business. the greek company has developed a cyber ‘personal assistant’ for vessel monitoring and management. chief executive at metIs cybertech, mike Konstantinidis says, “the biggest problem for the shipping industry that aI can solve is the most obvious one – maximising profits. In maritime, it is all about using minimum resources to ensure

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EUROPORT ROTTERDAM 2019

In maritime, it is all about using minimum resources to ensure maximum efficiency.

the maximum efficiency of engines, optimising routes, improving cost-effective operation of equipment onboard and, of course, minimising fuel consumption.”

Programme Highlights

at europort 2019, visitors will be able to explore the potential held by aI, remotely operated vessels, evolving blockchain logistics and other developments to change the maritime sector forever. one of the significant highlights at europort 2019 will be the 19th mare forum ship finance congress on 6 november, which will examine smart investments for shipowners, classification societies and the maritime community through collaboration with financial institutions. during the exhibition, top professionals will also share their knowledge and experiences at four inspiring europort masterclasses, jointly organised by rotterdam ahoy and netherlands maritime technology. one of these is the masterclass ‘optimising efficiency of short sea operations’, in which short sea industry experts present their vision on short sea operations in the future. they will zoom in on what innovations are needed to optimise the efficiency of short sea operations and how digitalisation will help the industry in this process. another highlight is the marine Industry 4.0 conference. this conference, organised by the royal Institution of naval architects (rIna) on 5 november, will explore how new innovations in digital technology will transform the maritime sector, ushering in a fourth industrial revolution.

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the conference plans to focus on technical developments, including: innovations in digital technology, from aI and Iot to 3dp; smart sensors; intelligent data analysis; robotics; additive manufacturing; and constrained and fully autonomous operations. the eta (european tug owners association) will furthermore be hosting their second conference (their first one at europort) with a special focus on smart business. this conference will bring in over 120 tug-fleet owners and represent 85% of the fleet in europe, while simultaneously allowing tug owners from outside europe to join.

Europort 2019 europort is one of the world’s leading maritime meeting places and focuses on special-purpose vessels and the smart solutions which drive success. from 5 to 8 november, over 27,000 professional visitors and 1,100 exhibiting companies will be attending europort 2019 in rotterdam for strategic cooperation and technological partnerships with like-minded ‘smart’ businesses. to facilitate such connections, there will be a number of matchmaking and networking events throughout the week next to the programme.

i. europort.nl

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ship refit, repair & maintenance

Rebuilding the Titanic AustrAliAn entrepreneur Clive pAlmer hAs CAptured the world’s imAginAtion ever sinCe he AnnounCed in April 2012 thAt his shipping company, Blue star line, would recreate the famous rms titanic. while every bit as luxurious as her namesake, titanic ii will incorporate modern technology and navigation methods, and have more lifeboats. “

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illions have dreamt of sailing her, seeing her in port and experiencing her unique majesty”, mr palmer says. “titanic ii will be the ship which makes those dreams come true.’’

Exact Replica

The newbuild will be a faithful reproduction of the original vessel and follow the original journey, carrying passengers from southampton to new York. under supervision of a history research team, the new design features the same interiors and cabin layouts as the original vessel, combined with 21st-century technology to produce the highest level of comfort. it will have replicated dining rooms and restaurants, cabin rooms and interiors. the First Class, second Class and third Class categories of the original titanic will be mimicked as well. there will be no phones or televisions and the Blue star Line management is still debating whether to make Internet access available. titanic ii will be the same length as her namesake, but a few metres wider to provide additional stability. The 2,435-passenger vessel will carry almost exactly the same number of people on board.

Extra Lifeboats

The replica will be almost identical to the original, but with air-conditioning, vastly improved navigation and safety technology and extra lifeboats on board. mr palmer elaborates, “we have raised the bridge by 1.3m and that means we can now look over the bow, which was not possible on the original titanic.” markku Kanerva, director of sales at Deltamarin, continues, “We have also included a new safety deck to include all the safety features, fully enclosed motorised lifeboats and so on.”

The original coal-fired boilers and steam engines are being replaced by a diesel-electric propulsion system with four

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The original Titanic under construction at Harland and Wolff in Belfast.

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SPECS Length 269m Breadth 32.2m Height A-Deck 28.7m Max. Draught 7.8m Gross Tonnage 56,000 Passengers 2,435 Cabins 835 Crew 473 Power 2x twelve-cylinder 12V46F engine 14,400kW 2x eight-cylinder 8L46F engine 9,600kW 3x Azipod Steering and Propulsion Modules

Photo courtesy of Blue Star Line

Wärtsillä diesel generating sets and three azimuth thrusters. stabilisers and a wider beam will enhance the stability of the vessel and improve the passengers’ comfort while sailing.

Other differences can be found in the construction of the vessel. The hull, for example, will be welded and not riveted and

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the original wooden panelling will be replaced by veneers to comply with modern fire regulations.

Resuming Construction

originally, the passenger vessel was planned for launch in 2016, but the project was delayed due to financial disputes. However,

construction has recently been resumed and the replica of the ‘unsinkable’ ocean liner is due to set sail in 2022. deltamarin has recommenced work on the project. The Finnish shipbuilding firm is reviewing the project to ensure that titanic ii will meet Blue star line’s design criteria and still be compliant with all relevant

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HO EX RE TR EN A D ER IST GY RIB ,E U UR TIO OP N OR AT T&

VISIBILITY is of utmost IMPORTANCE

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FACTS & FIGURES – – – –

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ship refit, repair & maintenance

Rendering of the iconic Grand Staircase.

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9 16:52

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regulations. These include the SOLAS 2020 requirements and the Energy Efficiency design index (eedi). lloyd’s register will be responsible for reviewing the drawings, calculations and studies for Titanic II to ensure compliance with modern standards.

Deltamarin is additionally responsible for coordinating the various parties involved in the rebuild, including shipyards, architects, interior designers and operation managers. “we at deltamarin are excited to be a part of Blue Star Line’s ambitious project where the aim is to build a second titanic and make history again”, says Janne Uotila, managing director at deltamarin. marine architecture and interior design company tillberg design of sweden will help bring the grand vision further to life. Fredrik Johansson, Owner / Executive Project director of tillberg design comments, “we are very excited by the prospect of bringing the development of the design of the Titanic II to a successful completion.’’

Along with the project’s other partners, including deltamarin and tillberg design, v.ships leisure will provide technical and hotel cruise operation insight and support as the official ship management services

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partner during the project’s development, tender process, newbuilding supervision and entry into service.

“We are looking forward to assisting Blue Star Line with our expertise in project support, newbuild supervision and ship management’’, says v.ships leisure director per Bjornsen. “this process showcases the full spectrum of ways in which ship management can add value from the very beginning in the management of a cruise vessel, long before the first steel is even cut.”

The final choice of who will built Titanic II depends on due diligence at a number of shipbuilders. i. bluestarline.com.au i. deltamarin.com

Pending Construction

the original liner was built by harland and Wolff in Belfast, but Titanic II will probably be China-built. one of the shipyards currently under consideration is CSC Jinling shipyard. the shipyard, located in nanjing China, has never built a large passenger vessel like this one before, but as vice director of Jinling shipyard Zhang Qiying states, “our shipyard will be well prepared from the technical and management aspects to meet this challenge.” He continues, “We hope to build a cruise vessel just like the one that was built 110 years ago, but more advanced, more comfortable and safer.”

Another Titanic Besides titanic ii, there is another replica underway in China. At the romandisea seven star International Cultural Tourism Resort, located between Chengdu and Chongqing in the sichuan province, a real-size titanic is being constructed on site. this vessel is expected to be completed between late 2019 and early 2020.

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ship refit, repair & maintenance

MV Sajir’s 9S90ME-C main engine will be converted to a dual-fuel MAN B&W ME-GI unit capable of running on HFO and LNG. Photo courtesy of MAN Energy Solutions

First Mega-Container Retrofit to LNG Hapag-LLoyd Has ordered tHe worLd’s first mega-container vesseL retrofit to Lng. man energy soLutions Has signed on to perform tHe conversion of tHe 15,000teu mv sajir.

T

he Hapag-Lloyd pilot project is scheduled to take place in 2020 when the five-year old vessel will spend 90 days in dock at the chinese Hudong/Hrdd shipyard, specialised in ship repair and conversion. during the retrofit, the existing Hfo-burning man B&w 9s90me-c engine will be converted to a dual-fuel man B&w me-gi (gas injection) prime mover capable of running on Hfo and Lng. the dnv gL-approved gas-storage system will occupy an area equivalent to

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350 containers, including the pipework between storage and engine. wayne jones oBe, chief sales officer and member of the executive Board of man energy solutions, says, “man cryo will install an entire gas system to supply gas not only to the main engine but also the auxiliary engines, including a man energy solutions 300-bar high-pressure pump vaporizer system (pvu).” the emission savings for man B&w twostroke engines are significant when converting an existing Hfo engine to Lng. using Lng in the shipping industry could reduce co2 emissions by 15% to 20% and sulphur dioxide and particulate matter by more than 90%.

richard von Berlepsch, managing director fleet management at Hapag-Lloyd. “with this unprecedented pilot, we hope to learn for the future and to pave the way for large vessels to be retrofitted to use this alternative fuel.” mr jones concludes, “we are seeing great interest in this project from the industry as a whole. this is an excellent showcase for the conversion of a mega-container vessel to Lng and the potential benefits for the market is huge.” i. man-es.com

“By converting mv sajir, we will be the first shipping company to retrofit a container vessel of this size to Lng propulsion”, adds

s h i p b u i l d i n g -i n d u s tr y. e u

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people Martijn Bergink

Neil Doorley

Richard Fanget

Alessandro Guerreri

CEO

Director of Operations

Sales Manager France

Managing Director

appointment at

appointment at

appointment at

FRAMo

oCeAn SiGnAL And uML

KRAL

MSC CRuiSeS

As the new CEO of Framo and President of Business Unit Pumping Systems, Martijn Bergink will be based in Bergen, Norway. Formerly President of Business Unit Boiler and Gas Systems at Alfa Laval, he has held various positions within Alfa Laval since 1998. The former CEO of Framo, Sameer Kalra, is moving across to parent company Alfa Laval as the new Head of the Alfa Laval Marine Division and a member of the Alfa Laval Group Management.

Experienced operational and strategic change manager Neil Doorley is joining Ocean Signal and UML as Director of Operations. His responsibilities include the operational management at Ocean Signal’s headquarters in Margate, UK, and at UML’s current contract manufacturer in Košice, Slovakia. In addition, Mr Doorley will manage the Quality Management System (QMS) at UML and develop and implement a robust QMS at Ocean Signal.

KRAL is expanding its direct sales activities into France witch a new direct sales subsidiary. The Sales Manager of this new KRAL SAS is Richard Fanget, who has more than 20 years of experience with pumps.

As a business developer, he specialises in positive displacement pump technologies. His expertise is based on many years of experience working with the global players in this market segment, such as Colfax, Imo and Allweiler as well as Johnson Pumps and Tuthill.

MSC Cruises have announced the appointment of Alessandro Guerreri as Managing Director of its Australasia business, overseeing both local operations as well as commercial activities across this high-potential market for the business. In this newly created role, Mr Guerreri will be based in MSC Cruises’ Sydney offices.

James Hewitt

Robbie Sargent

Herbert Soanes

Don Stephen

General Manager

Rigging Manager

Senior Vice President

CEO

appointment at

appointment at

appointment at

appointment at

ACR eLeCtRoniCS

oYS

Cti GRoup

CoLdhARbouR MARine

James Hewitt, previously Director of Sales for ACR and Ocean Signal products in the EMEA and APAC regions, has been promoted to General Manager, Ocean Signal and UML. In his new role, James is responsible for maintaining the success of the brands, in conjunction with developing and implementing strategic initiatives that deliver sustainable profitable growth for ACR Electronics.

Robbie Sargent has joined OYS as Rigging Sales Manager. Mr Sargent brings with him more than 30 years’ experience in the rod rigging business, working on yachts ranging from mini-transats right through to the world’s largest modern sailing megayachts. His illustrious marine history makes Mr Sargent a strong candidate for this role, having always worked with major rod rigging manufacturers.

The Centre Testing International Group (CTI) has announced the appointment of Captain Herbert Soanes to oversee its Global Maritime Business. As Senior Vice President managing Global Maritime Client Relations, Captain Soanes will be based in Rotterdam, the Netherlands.

Previously, Captain Soanes was Misuga Group’s Chief Commercial Officer for Europe and the Americas.

Coldharbour Marine has announced the appointment of Don Stephen as Chief Executive Officer. With over 30 years’ blue-chip industry experience, Mr Stephen’s career spans technical and leadership roles at De Nora Water Technology, Severn Trent Services, GE and Alstom, both in the UK and internationally. Mr Stephen comments, “I am looking forward to working with the Coldharbour team to lead the business in increasing our market presence.”

www.s h i p b u i l d i n g -industr y.eu

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appointment at

S B I 2019 | Vo l u me 13 | I s s u e 2 | 6 1

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THE YELLOW & FINCH PAGES specifications of the product they are used for.

AncoferWAldrAm SteelplAteS Bv P.O. Box 190 4900 AD Oosterhout The Netherlands t +31 (0)162 491500 f +31 (0)162 429806 e sales@aws.dillinger.biz I www.ancoferwaldram.com Over 100,000 tons of quality heavy steel plates in stock AncoferWaldram Steelplates B.V. (AWS) is a stockholding wholesaler and steel service center, specializing in the supply of hot-rolled heavy carbon steel (quarto) plates, and profiled parts for more than 40 years now. Over the years, AWS has developed into a business that sets the standard for its industry.

Plates from stock or profiled parts The choice is yours! It is the combination of comprehensive stocks of over 100,000 tons of heavy carbon steel plates plus the sophisticated profiling plant that gives AWS a decisive lead in experience, product range and customer service.

crAmm hlS Bv PO Box 186 9100 AD Dokkum The Netherlands t +31 (0)88 457 0457 f +31 (0)88 457 0458 e info@crammhls.com I www.crammhls.com contact: Paul Boelens p.boelens@crammhls.com Cramm HLS BV is a sister company of Cramm Yachting Systems (www. cramm.nl). Cramm HLS deliveres equipment for safe and secure landing and handling of helicopters. One of the products is the helicopter landing grid (www.heligrid.com), which is used for safe landing in rough conditions.

Besides this also Helicopter moving systems and the delivery of hangardoors are in the delivery-package.

After 60 year anniversery we are proud to use: quality based on experience.

Art4 technIcAl SyStemS Bv Nieuwegracht 9-11 3763 LP Soest The Netherlands t +31 (0)35 582 2468 f +31 (0)35 642 4860 e Info@art4.nl I www.art4.nl contact: Mr Paul Schraven Art4 Technical Systems BV is an independent Dutch company. We design, build and deliver fully turnkey solutions for hydraulic and electrical systems for customers worldwide.

Our clients use the hydraulic and electrical systems for various end products such as:Mobile drives, transport conveyers, winch drivers, jack up platforms, cranes, both onshore and off shore, a-frames, special equipment, fairground attractions.The systems can be custom built to fit the

dBr Bv Lelystraat 53 NL-3364 AH Sliedrecht P.O. Box 1039 NL-3360 BA Sliedrecht The Netherlands t +31 (0)184 613 200 f +31 (0)184 612 654 e info@dbr-bv.nl I www.dbr-bv.nl contact: H.J. Hafkamp DBR BV is the Dutch specialist in diesel and gas generator sets up to 4,000kVA, pumps and diesel pump sets up to 2,000kW in the oil and gas, wind farm, dredging and shipping industry worldwide.

The well-engineered generator and pump sets are custom-built and assembled by DBR in accordance to

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high quality offshore standards and marine classification rules.

emIgreen B.v.

Noordeinde 21 3341 LW Hendrik-Ido-Ambacht The Netherlands t +31 (0)184 415 317 f +31 (0)184 415 582 e info@emigreen.eu I www.emigreen.eu contact: Niko J. Dalpis Emission Control Technology Emigreen produces customised, integrated emission control solutions, for, among others, the maritime sector.

Emigreen also provides services including design, specification, production, installation instruction, training and aftersales. Emigreen has expertise in emission control technologies, flow dynamics, thermodynamics and noise and vibration control. Emigreen develops and tests components including catalytic converters, particulate filters, selective catalytic reduction systems and related instrumentation.

The Emigreen Alfa Alfa burner assisted soot filter system has set the standard for others to beat. All Emigreen solutions are highly efficient, highly reliable and highly controllable, whether designed for an inland barge, shortsea carrier or luxury yacht.

Emigreen links science and the market

heInen & hopmAn Produktieweg 12 3751 LN Spakenburg The Netherlands t +31 (0)33 299 25 00 f +31 (0)33 299 25 99 e pr@heinenhopman.com I www.heinenhopman.com contact: J.W.E. Hopman Heinen & Hopman Engineering is a world leader in air conditioning, Pantone 299

Pantone 354

Pantone Uncoated (U) voor uncoated papierdrukwerk, zoals visitekaartjes, briefpapier etc.

Pantone Coated (C) voor coated papierdrukwerk en en andere gecoate ondergronden, zoals stickers etc.

Versie 2014-02-18 Edward Newland / en@heinenhopman.com

Black K=100%

mechanical ventilation,central heating, refrigeration, sanitary systems, fire protection, environmental systems and air duct cleaning. Founded in 1965, the company is renowned for being an innovator in the design, engineering and installation of customised solutions.

We work in four specialist areas: – Superyachts.

– Commercial shipping.

– Offshore industry.

– Navy vessels.

Our mission is to ensure that the climate ‘indoors’ will perfectly meet the needs of people and products alike, whatever the weather outside. Heinen & Hopman offers a worldwide, 24/7 service via a network of subsidiaries and sales centres.

huBel mArIne B.v.

Karel Doormanweg 5, 2nd Floor 3115 JD Schiedam P.O. Box 3219 3003 AE Rotterdam, The Netherlands t +31 (0)10 458 7338 f +31 (0)10 458 7662 e info@hubelmarine.com I www.hubelmarine.com twitter: HubelMarine contact: Mr Erik A. de Koning m +31 (0)6 53724457 Hubel Marine is a full-service firm for advice regarding Vessel Registration, Mortgage Registration, Seafarer Endorsements and Technical Flag State matters. We represent the flags of Panama, Belize and St.Kitts & Nevis.

We are fully authorised to perform Safety Surveys and issue Statutory & Class Certification including ISM, ISPS and MLC audits. We provide services for any type or tonnage of vessel worldwide.

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YELLOW & FINCH PAGES

are capable of crankshaft grinding.

Our service is 24/7 worldwide!

KlAy InStrumentS B.v.

P.O. Box 13 7990 AA Dwingeloo The Netherlands t +31 (0)521 591 550 e info@klay.nl I www.klay.nl Klay Instruments is a Dutch manufacturer of ‘All Stainless Steel’ Pressure- and Level transmitters for the Marine & shipbuilding.

All our transmitters are ATEX and IECEx Ex ia certified and have five different Marine Type Approvals.

Our Pressure transmitters are available in threaded and Flanged process connections with flush diaphragm for all pressure applications.

The available accuracies are 0.2% (series 8000) or 0.1% (series 2000).

For Level measurement we manufacture Compact transmitters (series 8000 and 2000) and submersible level transmitters (series Hydrobar).

Typical applications: – Ballast Level – Oil / HFO and (waste) water level – Manifold pressure More than 30 years experience in the Marine and shipbuilding industry!

nIcoverKen mArIne ServIceS Bv Algerastraat 20 3125 BS Schiedam The Netherlands t +31 (0)10 238 0999 f +31 (0)10 238 0988 e info@nicoverken.nl I www.nicoverken.nl contact: Jacco Vermunt Distributor, 24/7 service & spare parts agent of marine equipment.

In our programme there are stainless steel marine pipes and drains, filtration, anti-fouling & cathodic protection, reverse osmosis desalinators (water makers), wastewater treatment, vacuum sanitary systems for yachts, deck equipment (doors & hatches) and watertight sliding door systems.

Our Ship Repair department is specialised in the overhaul of all types of main and auxiliary engines, including attachments i.e. governors, turbochargers, fuel equipment and the sales of spare parts and engines. We www.s h i p b u i l d i n g -industr y.eu

yellowpages SBI 13_2.indd 63

pIenIng propeller Am Altendeich 83 D-25348 Glueckstadt Germany t +49 4124 9168-0 f +49 4124 3716 e pein@piening-propeller.de I piening-propeller.de contact: Mathias Pein Noise reduction relies upon the quiet operation of a yacht´s propulsion system.

Piening Propeller fulfils its briefs in: Consideration of all hydrodynamic aspects during the design and an accurate manufacturing of propellers and shafts according to highest ISO classes.The company is approved by all common classification societies.

Repairs and adjustments of propellers are done with the same care as new buildings. Piening Propellers scope of supply includes: Propellers FPP > 800mm Ø CPP > 1.100mm Ø Shafts up to a several length of 16,000mm Sterntubes with sealings and bearings Shaft brackets complete Gearboxes Brand ZF

rBI mArIne conSultAncy De Ruyterstraat 62 4335 GN Middelburg The Netherlands t +31 (0)6 190 358 20 e info@rbimarineconsultancy.com I www.rbimarineconsultancy.com contact: Ruud Bimmel RBi Marine Consultancy provides full-service 24/7 worldwide. This is the core of our business. We advise, manage and carry out projects with expertise and experience; a result of years in supporting the Marine industry both locally and internationally.

Our business conduct inspection, surveying, new-build, repairs, refurbishment, regular maintenance, fleet management, site management,

owner representative, and of course project management.

Our network contains more than just that. Together with established partners we provide delivery of genuine marine parts, blasting and painting, welders, fitters and sorts of craftsmen. For more details please call us or view our website: www.rbimarineconsultancy.com

Suhbo Industrial co., ltd.

6, Mipyeong-ro, 106 beon-gil, Wonsam-Myeon, Cheoin-gu, Yongin-si, Kyunggi-do, Korea t +82 31 334 6979 f +82 31 334 1789 m +82 10 4999 6979 (Korea), +61 434 509 501 (Australia) e suhbo@suhbo.co.kr I www.suhbo.co.kr contact: Joey Kim, Export Sales Manager Established in 1985, Suhbo Industrial Co., Ltd is the major leading Korean manufacturer and supplier of high performance roundsling for heavy & shipping building industries. We have been supplying high performance roundslings to major heavy industries companies and projects in Korea and Asia.

Our Suprime roundsling with Ultrapowerful Poly Arylate fiber is highly recognized from many customers due to its excellent performance, the maximum lightening, the optimum handing efficiency (slim in size) and optional functions such as anti-cutting, anti-flame and multi-checking.

WInel B.v.

P.O. Box 70 9400 AB Assen The Netherlands t +31 (0)592 366 060 f +31 (0)592 312 392 e sales@winel.nl I www.winel.nl contact: Bert Knijp Since its foundation in 1956, Winel has grown into a leading global supplier of high quality products and services tot the world’s maritime industry. An experienced team of specialists offer

a wide range of doors, hatches, platforms, tank venting systems and special engineered products.

Winel’s strength is offering a complete in-house service package which includes 3D design, engineering, testing, manufacturing, assembly, project management, support & logistic services.

g.J.WortelBoer Jr. B.v.

Quarantaineweg 5 3089 KP Rotterdam P.O. Box 5003 3008 AA Rotterdam Harbournr: 2637 – The Netherlands t +31 (0)10 429 2222 f +31 (0)10 429 6459 e info@wortelboer.nl I www.wortelboer.nl Every now and then anchors and chains must be replaced, so we understand your need for quality and speedy delivery. Wortelboer has what you are looking for. Our enormous stock of anchors and chain cables of all sizes and diameters in both our Rotterdam and China ports gives you the certainty that we can deliver the required materials very quickly and to any port in the world! All our materials are approved by any of the well-known class societies such as LRS, BV, RINA, DNV/GL, ABS and RMRS. Do you have problems with finding the right anchors? Could you use a hand while fitting anchors and chain cables aboard your vessel? We are more than happy to help you with it.

Wortelboer has been a reliable partner in the shipping industry for more than 50 years. And that is why our customers keep coming back for more.

Do you need anchors and chain cables? Come to WORTELBOER.

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NEXT ISSUES We have already started preparing our upcoming issues of ShipBuilding Industry. Below you will find some of the main topics we are planning to cover. Please feel free to provide our editorial staff with any relevant information, so they can take your input into consideration for publication. Our commercial department will be happy to assist you with your marketing needs.

ShipBuilding Industry – Issue 3

Electric & Hybrid Marine World Expo Amsterdam 2019 Hybrid Propulsion & Battery Systems ShipBoard Automation & Marine Electronics QHSE Copy deadline | 1 June 2019 Advertisement deadline | 22 June 2019

Photo courtesy of Stena Line

ShipBuilding Industry – Issue 4 Big Data Cranes Deck Equipment & Machinery Decommissioning & Heavy Lift Vessels

Copy deadline | 10 July 2019 Advertisement deadline | 31 July 2019

Photo courtesy of Royal IHC

Subjects can be changed without prior notice.

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copyright & disclaimer ShipBuilding Industry is owned and published by Yellow & Finch Publishers.

commercial department MARCo GEElS | Commercial Director RoB dE kERF | Account Manager AlEx dIjkSTRA | Office Manager

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editors ARNo dIRkzwAGER SANNY ENSING YARA Rood GRACE SChouTEREN

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contriBUting editors julIA zAlTzMAN | joANNA VAN koERT-huGhES | julIA RoSS design NAThAlIE PuTMAN | Art Director ChARlES VAN dEN ooSTERkAMP Managing Director

nathaliep@ynfpublishers.com charles@ynfpublishers.com

sUBscriptions To subscribe, send an email to subscribe@ynfpublishers.com. Subscriptions will be automatically renewed unless written cancellation is given three months prior to expiry date. Annual subsciption is EuR 110, single copy is EuR 22.50, back copies are EuR 17.50, and a subscription to our entire suite (all three titles, plus the Maritime Services directory – EuR 375 value) is EuR 270.

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