Offshore WIND International Business Guide 2016 by Navingo BV

published by

international BUSINESS GUIDE ‘16

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international BUSINESS GUIDE ‘16 EDITOR’S NOTE

OFFSHORE WIND MAP

MARKETS OUTLOOK

COMPANY INDEX A-Z

COMPANY PROFILES A-Z

INDEX BY CATEGORY

144

EVENTS

149

COLOFON

151

ÂŠ Flying Focus

EDITOR’S NOTE

Dear reader, We proudly present our fifth edition of the annual Offshore WIND International Business Guide, IBG ’16, with presentations from companies all over the world showcasing their experience in the offshore wind energy sector. We also include reports from various national wind energy associations on developments in the last year and months to come.

We believe 2016 will be seen as a year of preparation for the following year, when it is expected that many of the projects currently completing planning stage will start construction. There are still many decisions and contracts awaiting confirmation before this construction work can actually commence, which will make this year very exciting. Of course, cost reduction is still a major concern for the industry. However, with supply chain production lines working towards full capacity for these new projects, cost reductions should follow.

The company presentation are also available online the news website www.OffshoreWIND.biz. These online presentations will have the advantage of being able to be updated throughout the year to cover the progress made as it happens. Also, the whole publication is available on www.OffshoreWINDmagazine.com, under the guides tab, and to subscribers of the digital Offshore WIND magazine available on tablets. We thank all participating companies and wind energy associations for their contribution to this publication.

The purpose of this guide is to promote the companies, not only within this sector, but also in fringe areas. For example, many of the vessel companies in this edition have found contracts possible in the offshore oil and gas industry. Therefore, copies of IBG ’16 will also be distributed at various events for these industries.

OFFSHORE WIND MAP

EUROPE

Sandøy

Ålesund

Offshore Wind Projects

Tórshavn

Måløy

Føroyar (Denmark)

Shetland Islands

NORWAY

Askøy

Bergen

Fjell

Lerwick

Scalloway

Haugesund

Karmøy Demonstration Site Hywind SWAY Kvitsøy Demonstration Site Karmøy

Stromness Kirkwall

Rennesøy Demonstration Site 2

Larvik

Stavanger

5 Scrabster

Moray Firth Eastern Dev. Area

Kinlochbervie

Stornaway

Lochinver

Egersund Arendal

Beatrice Offshore WF Telford Offshore WF Beatrice Stevenson Offshore WF Demonstrator Maccoll Offshore WF

Flekkefjord

Siraggrunnen

Kristiansand

Moray Firth Western Dev. Area

Ullapool

Fraserburgh

Hywind 2 Demonstration Pilot European Offshore Wind Deployment Centre

Peterhead

G KA

Gairloch

Hirtshals

Frederik

Aberdeen Hanstholm

Mallaig

Firth of Forth Zone Alpha Bravo Inch Cape Charlie

Oban

Thyborøn

Rønland I

DENMARK

Dundee

Delta Echo

Foxtrot Neart na Gaoithe Methil Golf Demonstration Site 3

NORTH SEA

Anstruther

Århus

Tuno Knob

Hvide Sande Glasgow

Edinburgh

H2-20 Dogger Bank (INCL. Creyke Beck, Teeside) 2 Blyth Offshore Teesside A Teesside B Wind Demonstration

Campbeltown

Blyth Offshore

Horns Rev 3 Horns Rev II Horns Rev I Concordia I+II Sandbank Ext Sandbank 24 Nordpassage

ENOVA Offshore NSWP 8-15 Nord-Ost Passat I-III HTOD 1-6 Nemo

Samsø

Esbjerg

23.

Dan Tysk Butendiek Creyke Beck B 11-13 V Nördlicher Grund Neptune 1-3 23-30 NORTHERN Creyke Beck A Robin Rigg A & B Prowind I-III 11. IRELAND Teesside Kaikas 19-22 Euklas Global Tech 1 Amrumbank West Diamant IRISH SEA 6 14-18 1 2 Austerngrund 8 Walney 2 Nordsee Ost Isle of Man 9 BARD Offshore 1, P1+P2 3 Walney 1 Meerwind Sud & Ost 7 Hornsea Deutsche Bucht Merkur 5 10 4 Beta Ba Veja Mate Ormonde Gode Wind I + II P3-SP6 P2-Optimus Gemini I+II Gode Wind III Walney 3 Barrow OWP West P3-SP7 Westermost Rough P3-SP5 Nordergründe Nordsee 1-3 West of Duddon Sands Borkum Riffgrund West I Oriel WF Delta Nordsee 1+2 Borkum Riffgrund II P2- Breesea P3-SP8 Njord Alpha Ventus Humber Gateway Borkum Riffgrund I Burbo Bank Ext. Heron Hooksiel Gwynt y Mor Riffgat Burbo Bank Triton Knoll Norfolk Bank Dublin Rhyl Flats Race Bank Lincs East Anglia 1-6 North Hoyle Dollart “Emden” Dublin Array Inner Dowsing Dudgeon East Codling Bank Lynn Sheringham Shoal Windpark Fryslan Codling Bank Ext North Shields

31-34

22.

17.

24.

Killybegs

Belfast

Whitehaven

Whitby

13.

14.

13.

Kiel

Douglas

Cuxhaven

Fleetwood

Hull

IRELAND 1

Hamburg

Grimsby

Wilhelmshaven

Bremerhaven

Emden

Liverpool

Galway

Conway

Harlingen

Den Burg

Den Helder

EA-6

Arklow Bank 2 Arklow Bank Great Island

EA-5

Scroby Sands

UNITED KINGDOM

EA-2

Lowestoft

EA-4

Lely Westermeerwind Egmond aan Zee Prinses Irene Vorrink Amalia Amsterdam Urk

EA-3

Ijmuiden

Eneco EA-1 Luchterduinen Greater Gabbard

NETHERLANDS

Mermaid Belwind Belwind 2 Gunfleet Sands 1-3 1 Thortonbank 1 London Array I Seastar Northwind LondonKentish Flats Rentel Norther Kentish Flats 2 Thanet

Valentia

Den Haag

Cork Milford Haven

Bristol

Cardiff

Vlissingen

Breskens

GERMANY

Zeebrugge

Oostende

Portsmouth

Bruxelles

Hastings

Brighton

Boulogne

BELGIUM

Rampion (Hastings) Plymouth

THE CHANNEL Cherbourg

Le Tréport Fécamp

Calvados

LUX

Dieppe

Legend Luxembourg

Le Havre

Caen

Saint-Brieuc Paris

St. Malo

Licenced/Consented Wind Farm Area

Brest

EUROPE Offshore Wind Projects Abstracted from the large scale map of the same name researched and produced by La Tene Maps

Submitted Application for Farm Area Lorient

Floatgen 2 St. Nazaire St. Nazaire

St. Nazaire

BAY OF BISCAY

Wind Farm in Operation

Wind Farm Under Construction les Sable d’Olonne

la Rochelle

Proposed Area for Wind Farm Berne

Véndee

FRANCE

Nantes

Consented Wind Farm

LIE.

Härnösand

Kristiina

Tornio Royttan merotuulivoimapuisto

Kalix Kristinestad

Kemi

Luleå

Siipyy / Kristiinakaupunki Pori 2

Kemin Ajoksen I + II Kemin Ajoksen Meriperustushan

Suurhiekka

Piteå

Pori 1

Oulu-Haukipudas

Klocktäman

Pori

Oulunsalo-Hailuoto Oolu

Storgrundet

Rauma

2-4

I A

Skellefteå

Raahe / Pertunmatala

FINLAND

Gävle

Vyborg Hamina

Turku

Helsinki

Mariehamn

Ostra Skargarden

Oslo St. Peterburg

Svenska Bjorn Offshore

Inkoo-Raaseporin

Hanko

Loska

Stockholm

Hiiumaa Avamere Tuulepark

Vindpark Vänern

Tallinn

Neugrund

Narva Paldiski

ESTONIA

Strömstad

Nyköping

Baltic Blue

Gustav Dahlen

Norrköping

Lysekil

Pärnu

Göteborg

Frederikshavn

Västervik

Skagen

als

Liivi laht - Kihnu

SWEDEN Visby

Frederikshavn I 4

Oskarshamn

Ventspils

Kårehamn

Halmstad

LATVIA

Baltic Wind Park

Borgholm

Anholt

Riga

Bockstigen

Kattegat Offshore

KATTEGAT Kalmar

Stora Middelgrund

Liepãja

Trolleboda

Ängelholm

Karlskrona

Yttre Stengrund

Utgrunden II Utgrunden 1

Grenå

Blekinge

Åhus

Charlottenlund

msø

Copenhagen

Avedøre

Taggen

Middelgrunden Malmö

Lillgrund

Sprogø

Baltica 1 13 12 MFW Baltyk Polnocny 1+2 Bornholm MFW BaBtyk Zrodkowy II (DK) Baltic Trade 21a Baltica 2 Baltica 3 9-11 5-8 MFW BaBtyk Zrodkowy III 4

Kustvind Kriegers Flak II Kriegers Flak III Baltic 2 10-15 1 2 Wikinger 3 Arcadis Ost 1 4-9 Baltic I Arkona Becken Südost Rødsand II Nysted Energia SA 16 Beltsee 1-3 17 Baltic (Sky 2000) Breitling (Rostock) 1 Vindeby

Klaipeda

Wladislawowo Kaliningrad

LITHUANIA

RUSSIA

Vilnius

Gdynia Gdansk Darlowo

Kiel

Kolobrzeg

Rostock

Greifswald

Lübeck

POLAND

Swinoujscie

Wismar

Szczecin

Santander

La Coruña

MONACO

Sarajevo

A T

LIGURIAN SEA

Nice

Sète

Ancona

8 7 MISTRAL - Golfe de Fos

San Sebastian

SAN MARINO

InFLOW - MISTRAL

2 3

Gijón

Marseilles

6 5

Windfloat

Varna

MONTENRGRO

Portoferraio

Ajaccio

Skopje

Barcelona

FYROM

Tiranë Durres

ALBANIA

Porto Torres

SPAIN

Figueira da Foz

Castellón de la Plana

Parco Eolico di Taranto

Warszawa

TYRRHENIAN SEA

Sardegna

Bandirma

1-6

Cagliari

GREECE

Vólos

Préveza

Lisboa

Tanger

ALGERIA

Ceuta (Spain)

Tunis

Bejaïa

TUNISIA

MALTA

IONIAN SEA

Sousse

A N

Denmark 1. Omø Syd 2. Jammerland Bugt 3. Mejlflak 4. Frederikshavn II 5. Test Area 6. Nissum Brendning Test Area Finland 1. Kemin Ajoksen Ext. 2. Raahe/Maanahkiaisen 3. Raahe/Ulkonahkiainen 4. Kpkkolan Merituulivoimapuiston France 1. Groix-Sea Reed 2. Spinfloat 3. Ideol/Quadran 4. WPD Oleron 5. Leucate Floating WF Area 6. Gruissan Floating WF Area 7. Faraman Floating WF Area 8. VedrtiMED

Germany - North Sea (continued) 7. Bight Power 1-2 7. Global Tech II 7. He Deiht II 8. He Deiht I 9. EnBW Hohe See 10. Trianel WF Borkum P1 10. Trianel WF Borkum P2 11. HTOD 5 Bratislava 12. Nautilus 1 13. Jules Verne 14. Skua 15. Gannet 16. Heron 17. Seagull 18. Petrel Budapest 19. Sea Storm 1 20. Sea Storm 2 21. Seawind III 22. Seawind IV 23. Horizont 1 24. Horizont II 25. Horizont III 26. Horizont IV 27. Gaia II 28. Gaia III

Kríti

Sfax

NUMBERED PROJECTS ON MAP

AUSTRIA

Khaniá (Canea)

Melilla (Spain)

Germany - Baltic 1. Kriegers Flak III - Tender Area 2. Baltic Power 3. Seewind 4. Arkona See West 5. Arkona See Süd 6. Strom Süd 7. Strom Nord 8. Baltic Eagle 9. Ostseeperie Vienna 10. Windanker 11. Arcona See Ost 12. Adlergrund Nordkap 13. Wikinger Nord 14. Aldergrund GAP 15. Aldergrund 500 16. Fairwind 17. Vineta Germany - North Sea 1. Meerwind West 2. Kaskasi I + II 3. Areas C1, C2, C3. 4. Borkum West II 5. PNE Atlantis 1 6. PNE Atlantis 2-3 Ljubljana 7. Bight Power 1-2 Zagreb

Izmir

8 18-19

Butera

Oran

Praha

Athens

T La Goulette

Algiers

S i c i l i a

Huelva

Almería

Pátrai (Patras)

Palermo

Faro Malaga

Messina

Mesolóngion

M Cartagena

Belgium 1. Northwester 2

13-14 15-16

Oristano Mahón Palma

9 10-12

Thessaloníki

Vlorë

Valencia Peniche

Istanbul

Bari

Napoli

Madrid Porto Conte

Burgas

Bar

Roma

Porto

PORTUGAL

BULGARIA

Sofiya (Sofia)

Dubrovnik

Corse

Berlin

Constanta

Bastia

ANDORRA

Vigo

SERBIA

Split

Germany - North Sea (continued) 29. Gaia IV 30. Apollon/Ailos 31. Gaia I 32. Gaia V 33. Witte Bank 34. Norderland

Greece (continued) 18. Steno Kafirea 19. N.E. South Andros 20. Kassos

Greece 1. Othonoi 2. Diapontia Wind 3. Mathraki 4. Dioponta Islands 5. Corfu 6. Marthakiou 7. Ormos Kalidhonos 8. Marathon Bay 9. Porto Lagos 10. Dikella 11. Thrakiki Wind 1 12 Thrace Sea 13 Lemnos 14. Plaka Keros AG Eirini 15. St. Efstratios 16. Agios Efstratios 17. Golfe di Kymi

Netherlands 1. Borssele Tender Area Sites 1-4 Leeghwater Demonstration Area

Ireland 1. Skerd Rocks

Norway 1. WinsSea 2. Gwind-Spinwind Poland 1. Area 44 2. Area 54 3. Area 52 4. Area 36a 5. Area 46 6. Area 48 7. Area 49 8. Area 50

Kiyev (Kiev)

Iráklion

(Cre

te)

Ag. Nikólaos

Poland (continued) 9. Area 9 10. Area 10 11. Area 13 12. Area 47 13. Area 38a Portugal 1. WindFloat P.2&3 Spain 1. Idemar 1-3 2. Nautilus 3. Balea Sweden 1. Rata Storgrund 2. Sea Twirl 3. Havsbaserrat test United Kingdom 1. Galloper 2. NOVA (Demonstrator) 3. 2-B Energy Test Site 4. Kincardine Offshore WF (Floating)

Odessa

Trieste

MARKETS OUTLOOK

USA

DENMARK

GERMANY

JAPAN

THE NETHERLANDS

UNITED KINGDOM

STUDENT ASSOCIATION

AWEA American Wind Energy Association The American Wind Energy Association (AWEA) is the national trade association representing a broad range of entities with a common interest in encouraging the deployment and expansion of wind energy resources in the United States. AWEA’s members include wind turbine manufacturers, component suppliers, project developers, project owners and operators, financiers, researchers, renewable energy supporters, utilities, marketers, customers, and their advocates.

Historic year for U.S. offshore wind industry In a milestone for the offshore industry, steel went into the water in July as construction began on the Block Island Wind Farm, the first offshore project in the U.S. The 5-turbine Block Island Wind Farm will provide 30MW of power for Block Island residents, who will see their energy costs decrease as a result of the deployment of this zerocarbon resource. This project may lead the way for many similar projects near coastal communities in the U.S. We also witnessed the entry into the US market by DONG Energy, a major European player in offshore wind. DONG Energy identified significant market potential in the United States and took over the lease, acquired by RES Offshore last year, for a Massachusetts Wind Energy Area to develop a project which, at full build-out, could generate over 1000MW. Major strides in 2015 US Wind began surveying work on the seabed in the 125-square-mile area it leased for commercial wind development off of Ocean City, MD. The survey work conducted will inform US Wind’s efforts to design and place steel foundations for the 68 turbines that make up the first phase of a 500MW project. In Virginia, on June 12th, over 50 organizations wrote to Governor Terry McAuliffe (D-VA) to urge him to support policies that would promote offshore wind in Virginia. The letter noted that valuable areas of Virginia’s coastline, including military installations, are vulnerable to sea level rise caused by climate change and that offshore wind presents an opportunity to mitigate climate change and to create 10,000 jobs for Virginia. The letter urges the Governor to use offshore wind as a tool to implement the U.S. Environmental Protection Agency’s Clean Power Plan. In Oregon, there is state support for the floating demonstration offshore wind project. On August 27th, Gov. Kate Brown announced the formation of the WindFloat Pacific Offshore Wind Advisory Committee to identify viable pathways to procure the project in Oregon, boost the state’s economy, and increase local jobs. The project received a $46.7 million grant from the U.S. Department of Energy (DOE).

White House support for offshore wind On September 28th, the White House convened a Summit on offshore wind, bringing together leading federal, state, and industry stakeholders committed to the long-term and sustainable development of offshore wind in the United States. The White House Summit signifies that a groundswell of support for offshore wind has reached the highest political office in the United States. One of the actions noted in the summit was the creation of an Interagency Working Group on offshore wind, which the White House Council on Environmental Quality (CEQ) and Domestic Policy Council will co-chair, designed to ensure better coordination among Federal agencies, which in turn is expected to help advance the deployment of offshore wind energy. Additionally, the U.S. Department of Energy will fund a multi-state effort by New York, Maine, Massachusetts, and Rhode Island to identify opportunities to cooperatively develop offshore wind on a large-scale in order to achieve economies of scale and establish a regional supply chain. A regional approach will enable the development of gigawatts, rather than megawatts, and is a necessary step in the USA where federalism requires partnerships among states as well as between states and the Federal government. As the administration negotiates details for the United Nations Framework Convention on Climate Change Conference of the Parties, offshore wind may very well be a part of any post-2020 compliance plan toolkit. Looking forward In November 2015, the Bureau of Ocean Energy Management (BOEM) auctioned off the leases for the New Jersey Wind Energy Area, which is over 300,000 acres and could support 3,400MW of generation. BOEM also announced that it completed environmental review of the North Carolina Wind Energy Areas, opening the door to leasing there. Further, the agency has indicated that significant progress is being made towards identifying Wind Energy Areas offshore South Carolina and New York. As with any new industry, challenges in developing offshore wind in the United States are to be expected. The price of offshore wind will need to decline to enable

United States - Annual Average Offshore Wind Speed at 90 m United States

United States - Annual Average Offshore Wind Speed atWind 90 m Annual Average Offshore Speed at 90m John Anderson

Senior Director

American Wind Energy Association 1501 M Street NW, Suite 1000 Washington, DC 20005 USA T +1 20 23 83 25 00 F +1 20 23 83 25 05 E windmail@awea.org I www.awea.org

Wind Speed at 90m

Wind Speed at 90m m/s

mph

11.5 - 12.0

25.7 - 26.8 - 25.7 - 24.6 - 23.5 - 22.4 - 21.3 - 20.1 - 19.0 - 17.9 - 16.8 - 15.7 - 14.5 0.0 - 13.4

m/s

mph

11.5 - 12.0 25.7 - 26.8 - 11.5 11.0 - 11.511.024.6 - 25.7 24.6 - 11.0 10.5 - 11.010.523.5 - 24.6 23.5 10.022.4 - 10.5 10.0 - 10.5 - 23.5 22.4 9.5 - 10.0 9.521.3 - 22.4 21.3 - 10.0 9.0 - 9.5 9.020.1 - 21.3 20.1 - 9.5 8.5 - 9.0 19.0 - 20.1 8.5 - 9.0 19.0 8.0 - 8.5 17.9 - 19.0 - 8.5 7.5 - 8.0 8.016.8 - 17.9 17.9 - 8.0 7.0 - 7.5 7.515.7 - 16.8 16.8 - 7.5 6.5 - 7.0 7.014.5 - 15.7 15.7 6.0 - 6.5 6.513.4 - 14.5 14.5 - 7.0 0.0 - 6.0 6.0 0.0 - 13.4 13.4 - 6.5

0.0 - 6.0

ÂŠ NREL

10-JAN-2011 1.1.1

expanded deployment. Permitting timelines must accelerate. Stronger market demand signals are needed from state governments and others. In the United States, state regulatory commissions have the authority to review power purchase agreements on behalf of consumers and they look closely at the costs of offshore wind compared to alternatives such as natural gas and land-based wind.

10-JAN-20

John Anderson Senior Director, Permitting Policy and Environmental Affairs AWEA 11

Offshore conferences and events At AWEA, we have several significant ways for professionals to plug into strong and thriving offshore networks. We are preparing for WINDPOWER 2016 Conference & Exhibition in May where attendees can visit and participate in an all

new Offshore Pavilion. Our annual fall event, AWEA Offshore WINDPOWER Conference & Exhibition, will include many influential guest speakers and provide opportunities for top developers, experts, and others to gather and plan the future of the offshore industry. Membership with AWEA provides opportunities like these in addition to offshore webinars, presentations and more. For more information visit: www.offshorewindexpo.org (this is currently the 2015Â event).

DWIA Danish Wind Industry Association Since the installation of the first offshore park in 1991, entrepreneurial ingenuity combined with a solid R&D focus has given Denmark a leading position in the highly commercialised and rapidly growing offshore wind energy sector. Moving forward towards an ambitious goal of being independent of fossil fuels in 2050, Denmark needs to not only install more wind energy but also to secure optimal integration of the harnessed energy into the grid, both nationally and at a cross-European level.

As most people with an interest in wind energy will know, wind energy plays a crucial part of the Danish energy system. At the same time, Denmark has a unique and complete value chain for both on- and offshore wind and is home to a series of dedicated and highly competitive companies with a global footprint. Not only has the offshore market grown in recent years, so has the competition with the entry of new players in the market. This is positive, as the increased competition will help drive the technological and practical boundaries in offshore wind, helping to bring down costs faster. In Denmark, 2015 marked the completion of the tendering process for the 400MW Horns Rev 3 project. The closing price of 0.10€/kWh is a very competitive price in comparison with projects in other markets. While HR3 will be connected by 2018 the next large offshore wind farm, Kriegers Flak, will be grid connected no later than 2021. In total, seven international consortiums are prequalified to make a bid for the 600MW wind farm. This record high number of bidders indicates the increasing competition in the market and bodes well for the winning bid.

The Danish way A factor that contributes to both low winning bids and many interested bidders is the dialogue, transparency and flexibility offered by the authorities. These qualities have become a Danish trademark cemented in a ‘one-stop-shop’ concept which can hopefully also spread to more European markets. Furthermore, the players in the wind industry all benefit from the long term and broad political frameworks that are in place.

not only to integrate large amounts of wind energy in the power grid. The goal is to use electricity in more and wider contexts. DWIA is focusing on how Denmark can achieve this goal and thereby benefit more from the growing wind energy production. Especially the transportation and heating sectors hold great potential for integration of more electricity, for example through large heating pumps in the Danish district heating sector. However, learning to optimise the value of the generated wind energy demands hard work and cooperation from both industry players and political bodies as well as public support as the amount of renewable energy continues to grow. Currently, a barrier for this agenda are the Danish levies on energy, as they do not create enough incentives for the integration process to happen naturally. Thus, the integration agenda is demanding great attention and will do so for many years to come. Installing turbines where it makes sense The integration of wind energy into the grid and energy system is not only limited to the Danish borders, but is also closely tied up to the European renewable energy transition. EWEA predicts wind energy to be the technology with the largest production in 2030, and in order for this to happen all countries must chip in and add new capacity. However, some countries face practical boundaries and some countries do not have a coastline.

Once the last element of the current energy policy – Kriegers Flak – is completed, Denmark will get approx. 60% of the electricity consumption from wind energy. In 2015, Denmark passed another milestone as the 5th GW of wind energy was installed. First half of 2015 saw 43% of the electricity coming from wind energy.

One solution is to create an Energy Union that allows the energy to flow freely from areas where it makes the most sense to install wind energy. This is essential to the expansion of wind energy as well as renewable energy across the EU in order to adhere to the European targets for the future. Creating a level playing field for the actors in the European energy sector that enables us to transport the renewable energy across Europe according to supply and demand is key to the European energy transition.

We have to get smarter Obviously, the solution to a carbon free energy system is

Moving on Wind energy continues as a catalyst for growth and job-

Jan Hylleberg CEO

Danish Wind Industry Association RosenĂ¸rns AllĂŠ 9, 5. floor 1970 Frederiksberg C Denmark T +45 33 73 03 30 E danish@windpower.org I www.windpower.org

Danish Wind Industry Association, Bent Nielsen

wind energy sector will continue to work together to set the bar high and to push the limits of what is possible. Jan Hylleberg CEO 13

creation in all regions of the world. However, the future calls for even more efficient turbines, overall cost reductions and a continued focus on the cooperation and strong partnerships between the private sector, the political system and the research institutions. The companies in the Danish

German Offshore Wind Energy Foundation Germany takes second place for offshore capacity in Europe In 2015, Germany has made a lot of progress in the field of offshore wind power. At the end of this year, a total of 13 offshore wind farms with a cumulative capacity of around 3.3 GW were connected to the grid in the German North Sea and Baltic.

This progress moves Germany into second place in Europe behind the UK. An additional three offshore wind farms with a total capacity of 870MW are currently under construction, with final investment decisions also in the pipeline for five wind farms worth around 1,600MW. Germany is clearly on course for its target of 6.5GW for offshore capacity by 2020. In fact, slightly more might even be achieved. Specifically, the amended Renewable Energy Act of 2014 allows up to 7.7GW of grid connection capacity by 2020 in order to ensure financial security for investors.

announced a new production site in Cuxhaven, which will add another 1,000 jobs. In the past few years, the offshore wind industry has become a crucial factor in industry policy. The maritime economy also benefits from this young, innovative sector that provides skills.

Auctions must support the further growth of offshore wind power The positive trends in German offshore wind power must continue after 2020. Policymakers therefore have to design future options so that the market volume will be big enough for offshore wind power to continue to develop. Further growth is crucial towards reducing costs within the sector after 2020. The industry is calling for a transitional system that will ensure sufficient project volumes. In addition, the auctions must be designed so that numerous bidders are awarded contracts, legal security is provided, and technology development ensured.

The foundation continues to represent the interests of the offshore wind sector when engaging with other sectors and interest groups. In particular, it makes sure that important goals – such as the further growth of offshore wind power and sufficient competition – are ensured in the current discussion about auctions so that Germany and Europe can reach its energy and policy targets.

The design of auctions in the 2016 amendments to the Renewable Energy Act will be decisive for the future of offshore wind power in Germany. To prevent a stop-andgo market, clear rules have to be drawn up for a soft transition from feed-in tariffs to auctions.

Andreas Wagner Managing Director Foundation Offshore Wind Energy

Sufficient grid capacity is crucial After 2020, sufficient grid capacity will remain indispensable. Without it, firms will not have planning security for further investments. Offshore wind farms have long development phases and require large upfront investments. The smaller the number of grid connection points with available capacity, though less competition there will be between project in the auction system – and greater competition is an objective towards lower generation costs. If the grid becomes a bottleneck, cost reductions will not come so quickly. Added value and industry policy The further positive development of the offshore sector depends on the future auction system. At present, nearly 20,000 people work in the industry. Siemens has © Stiftung OFFSHORE-WINDENERGIE | Jan Oelker 2009

Andreas Wagner Managing Director Foundation Offshore Wind Energy

German Offshore Wind Energy Foundation Stiftung OffshoreWindenergie Oldenburger Str. 65 26316 Varel Germany T +49 44 519 5151 61 F +49 44 519 5152 49 E info@offshore-stiftung.de I www.offshore-stiftung.com

ÂŠ Areva Multibrid | Jan Oelker

JWPA Japan Wind Power Association By the end of 2015 Japan has 59.6MW of offshore wind power at the end of 2014, including two 2MW and one 7MW floating wind turbines. Japanese government fixed 36 JPY/kWh of feed-in-tariff for offshore wind power in March 2014. This is 1.6 times higher than the onshore tariff 22JPY/kWh. There are further 1,380MW of offshore wind power projects currently under planning. Several projects shall start construction within a couple of years, but, a lack of jack-up ships for turbine installation work is a big problem for Japan.

The offshore wind power experience in Japan is divided to several stages. Offshore wind in Japan started at near-shore locations. Two 600kW Vestas turbines were installed by the local government at Setana Port in the Hokkaido in December 2003. Another five 2MW Vestas turbines were installed by Sumitomo Trading Co. at Sakata Port in the Yamagata prefecture in January 2004. Sumitomo sold the site to Japan Renewable Energy Co. in April 2015. Dolphin foundations were used for both projects.

Commercial developers, especially Komatsuzaki Co., the local wind power developer in the Ibaraki prefecture, have taken the initiative in the second stage. Seven 2MW turbines with downwind rotor made by Fuji Heavy Industries (FHI), were installed on monopile foundations at just 50m offshore from the coast at Kamisu in the Ibaraki prefecture near Tokyo in February 2010. The wind turbine division of FHI had merged with Hitachi in 2013. This semi-offshore wind farm is famous for surviving the large earthquake and tsunami in March 2011. Eight more 2MW turbines were added nearby in February 2013. The second initiative included a single Siemens 3MW turbine installed on a monopile foundation by Eurus Energy at 100m offshore from the Akita port in January 2015. The third stage includes four projects by the Japanese government. The first project is by the Japanese New Energy and Industrial technology Development Organization (NEDO) and uses fixed foundations. Three other projects, by the Japanese Ministry of Environment (MOE), the Ministry of Economy, Trade and Industry (METI) and the NEDO, aim to develop floating offshore wind power projects. The NEDO conducted an Offshore Wind Power Demonstration Project at Choshi and Kitakyusyu. One Mitsubishi 2.4MW turbine was installed on a gravity foundation made by Tokyo Electric Power Co. (TEPCO) at a location 3km offshore from Choshi in the Chiba prefecture in March 2013. In another project from Japan Steel Work(JSW) a 2MW gearless PMSG turbine was installed on a jacketgravity hybrid foundation by J-Power 1.5km offshore from Kitakyusyu in the Fukuoka prefecture in June 2013. The MOE has conducted a Floating Offshore Wind Turbine Demonstration Project (GOTO FOWT) at Kabashima in the

Goto-islands in the Nagasaki prefecture. A FHI second hand 100kW wind turbine was modified by FHI from upwind to downwind rotor. It was anchored 1km offshore from Kabashima in July 2012. It operated for about one year and was dismantled in June 2013. Then anemometer tower was installed instead of the wind turbine on its floater. A replacement Hitachi 2MW downwind rotor wind turbine was putted on a spur type floater at the sea by Toda Co. and it was anchored in its place in October 2013. The electricity produced by this wind turbine was used for producing hydrogen in 2015. The hydrogen was fed for fuel cells which motored the maintenance boat. The METI has conducted a Floating Offshore Wind Farm Demonstration Project (Fukushima FORWARD) in the Fukushima prefecture. One Hitachi 2MW downwind rotor wind turbine was anchored on a three-column, semi-sub type floater about 20km offshore from Iwaki in the Fukushima prefecture in December 2013. The substation is anchored on a spur type floater next to the 2MW floating turbine. A Mitsubishi 7MW hydraulic drive turbine (SeaAngel) was installed on a V shape, semi-sub type floater at the Onahama Port quay in summer in 2015. Then, it was carried to 20km offshore and was anchored in September in 2015. A Hitachi 5MW downwind rotor wind turbine on a advanced compressed spur type floater will be added in spring 2016. The NEDO has started a new Advanced Floating Offshore Wind Turbine Demonstration Project in autumn 2014. Their intentions are to build several floating offshore turbines and achieve cost reduction applying innovative technologies worldwide by 2017. NEDO conducted feasibility study in 2015. They are to decide go/no go by March 2016. The fourth stage is led by commercial projects. 13 projects, representing in total 1,380MW, are now under development. All these commercial projects will use fixed foundations. Ten of these projects, with a total of 780MW, will be installed near the port where it is easy to get development permission and take the fishermen’s rights into consideration. The other three projects, with a total of 600MW, will be located at open sea. Several biddings were conducted by local governments in 2015.

Wind Atlas and Locations of Offshore wind farms in Japan

Yoshinori Ueda General Manager, JWPA

Japan Wind Power Association

Kamichi Bldg.3F, 15-3 Nishishinbashi 3-Chome Minato-Ku, Tokyo, 105-0003 Japan I www.jwpa.jp

6 4

11 12 ：Bottom-mounted Offshore Type

：Floating Offshore Type

Annual Mean Wind Speed(30m above sea/ground level)

1 Ishikariwan Power Plant (P) 2 Kazamidori (E) 3 Tsuruga Power Plant (P) 4 Mutsu-Ogawara Power Plant (P) 5 Noshiro Power Plant (P) 6 Akita Port Windfarm (E)

Akita Power Plant (P) Offshore Type ：Bottom-mounted 7 Sakata Power Plant1 (E) Sakata PowerOffshore Plant2 (P) ：Floating Type 8 Murakami Power Plant (P) 9 Experimental Study Project of Floating Offshore Windfarm (E&UC)

10 Kamisu Offshorewind Power Plant1 (E) Kashima Offshorewind Power Plant2 (E) Kashima Port Offshorewind Farm3 (P) 11 Offshore Wind Power Experimental Study (E) 12 Omaezaki Power Plant (P)

Annual Mean Wind Speed(30m above sea/ground level) step into the construction work now. Another problem is the Environmental Impact Assessment procedures (EIA) which requires about four years to pass through. Tens of projects are still in an early planning stage at this moment. Yoshinori Ueda General Manager 17

Unfortunately, there are still many obstacles for the offshore wind power development in Japan. The most troublesome problem is a lack of jack-up ships, and the cabotage. Developers could not estimate the cost and schedule of the offshore construction work, because of the uncertainty of these problems. Therefore, all projects in Japan remain at the feasibility study stage and no one can

NWEA Netherlands Wind Energy Association NWEA is the wind energy branch organisation for the Netherlands. We initiate and support policy change to optimise wind energy deployment both onshore and offshore. Wind energy will play a leading role in powering the Netherlands in the future and we seek to take full advantage of all the benefits available in the Netherlands.

NWEA is the voice of over 250 members in the offshore supply chain, ranging from international businesses to small independent companies in the wind industry, including operators, suppliers, utilities, developers, research institutions and other related industries and organisations. We provide united representation and a central point of information for our members.

Offshore wind: status and outlook for the Netherlands The Netherlands was one of the first countries in the world to complete offshore wind farms. The first two, Egmond aan Zee and Princess Amalia Wind Farm, have a installed capacity of 228MW. Since September 2015 the project Luchterduinen has become operational and comprises 43 turbines, 129MW. Gemini, 85km north of the Netherlands, will become operational in 2017 with an installed capacity of 600MW. ‘In-shore’ the project of Westermeerwind has been realised in the IJsselmeer and has a capacity of 100MW. In September 2013 the ‘Energy Agreement for Sustainable Growth’ was signed by the Dutch Government, the Dutch industry sector, employers, unions and NGOs. In this agreement the renewable energy target is set at 14% for 2020 and 16% in 2023 (currently 4%). A substantial role is attributed to offshore wind adding 700MW per year for five years. The first tender will probably be openend in the first quarter of 2016. In 2015 a new law for offshore wind energy is agreed by the Parliament which regulates the agreements made for offshore wind energy in the Energy Agreement. The minister chooses a new tender system with plots wherein the winner with the lowest MWhour price will be granted both the concession to build as well as the ‘SDE+’ subsidy for 15 years. This tender system is unique in the world and the different parties in the offshore wind industry are very content with this new system. The rollout scheme for offshore wind will be regulated in the ‘Scenario for offshore wind energy’ which will be set by the Minister of Economic Affairs. In this scenario an additional 700MW is to be tendered in the next five years, totalling 3,500MW to be operational in 2023. The grid to

onshore including the transformer stations will be built by TenneT. The scenario together with the new ‘STROOM’ law, in which TenneT is appointed as the Transmission System Operator (TSO) to build the offshore grid, will be regulated by the Parliament in late 2015 or early 2016. The conclusion is that there are exciting times ahead in the Netherlands, with a tremendous amount of work to be done to make all these ambitions happen. NWEA will continue to assist its members and the government to realise these ambitions throughout 2016.

2019

Hans Timmers Chairman NWEA

Netherlands Wind Energy Association

2018

2017

Arthur van Schendelstraat 550 3511 MH Utrecht The Netherlands T +31 30 231 6977 F +31 30 234 1176 E info@nwea.nl I www.nwea.nl @NWEAWind

2016

2015 Elements within the map:

Elementen van de routekaart

Areas to be decided, minimum 10NM off the coast

Nader te bepalen gebieden, minimaal 10 NM uit de kust

Allocated areas

Aangewezen gebieden

Indication cable trace

Indicatief kabeltrace

Indication platform

Indicatief platform

Other information: Overige informatie Existing wind farms and wind farms under construction

Â´

Bestaande parken en parken in aanbouw

Nautical 12 miles

ÂŠ Noordzeeloket

Nautische 12 mijl 0

1,75 0

3,5 2

7 4

10,5 nm 12

RenewableUK

In 2015, about 1.4GW of offshore wind capacity was commissioned across the UK, allowing the sector to hit the 5GW mark. This is a 38% increase from the previous year, which highlights that the UK is firmly maintaining its position as the world leader in the sector. The development side of the industry has seen even more activity with over 7GW of projects consented (including Dogger Bank Creyke Beck, the largest project ever consented) throughout 2014/2015.

A number of projects, namely Dudgeon, Race Bank, Rampion and Burbo Bank extension, are expected to start construction next year, paving the way for additional capacity. Meanwhile, Neart na Gaiothe and East Anglia One were the two offshore wind projects which were successful in securing a CfD contract in the first allocation round in February. The main challenge for the offshore wind sector is now to receive the political certainty and clarity necessary to give confidence to the entire sector. There are, in total, more than 10GW of consented projects and about 16GW still in the development pipeline. Stability in the policy environment is needed to ensure these projects secure funding and for the supply chain to confidently invest for the future. The UK appears to be on track to deliver the electricity portion of its overall 15% EU renewable energy target by 2020. Offshore wind is expected to contribute around 13GW by the end of the decade towards fulfilling that target. However, the EU’s decision not to set an explicit renewable energy target out to 2030 leaves the sector at the mercy of a number of unknowns which may jeopardise confidence in the future. The policy world has been, as usual, very active: Defra has been consulting on the designation of the 2nd tranche of Marine Conservation Zones and on the Programme of Measures to implement the Marine Strategy Framework Directive. Further relevant developments in this area have been the launch of a ‘Fitness Check’ of the Habitats and Wild Birds Directives by the European Commission, and the entering into a more active phase of DECC’s Offshore Energy Strategic Environmental Assessment 3.

Offshore wind deployment is also moving ahead in a number of other European countries, which has meant the sector now exceeds 10GW of capacity across the EU. Outside the UK, deployment of offshore wind has mainly taken place in the North Sea, thanks to increasing activity from Germany, Denmark and the Netherlands.

Growing neighbouring markets mean increased competition to secure inward investments, but also provide business opportunities for the UK-based supply chain. The UK nevertheless still seems to offer the best prospects in terms of supply chain investments, as shown by last year‚Äôs key investment decisions to locate two manufacturing hubs in Hull and on the Isle of Wight. This is expected to also benefit the wider supply chain. During these lively times RenewableUK has supported the sector with a range of initiatives: from publishing the annual ‘Offshore Wind Project Timelines’ and ‘State of the Industry’ reports to engaging with Government and stakeholders on a number of policy issues including the ones stated here. Looking into next year, one big date for the calendar is June 2016 when RenewableUK’s Global Offshore Wind Conference and Exhibition is set to take place in Manchester. Filippo Locatelli Policy Manager Development & Consents

Filippo Locatelli Policy Manager Development & Consents

RenewableUK Greencoat House Francis Street SW1P 1DH London United Kingdom T +44 20 790 1300 0 F +44 20 790 1300 1 E info@RenewableUK.com I www.renewableUK.com @RenewableUK

European Wind Energy Masters The ongoing focus for sustainability at a world wide scale as well as the demand in research and development for wind power technology has given way to the European Wind Energy Master Programme (EWEM) to prepare the world’s future engineers. EWEM is the joint effort between the Delft University of Technology (TU Delft), Technical University of Denmark (DTU), Norwegian University of Science and Technology (NTNU) and Carl von Ossietzky Universität Oldenburg (UniOl). Each university has a strong background of research and development done in relation to the programme tracks. The programme aims to train professionals to become resourceful problem solvers in a highly international environment, with the necessary knowledge in theoretical and applied sciences in order to become the vanguard of the wind power sector across many specializations.

The EWEM programme offers four tracks to cater to the interests and strengths of prospective students, who will attend two to four of the universities involved. The tracks offer specialised knowledge and possibility to join the sector with a high level of competence. Rotor Design This track focuses on rotor aerodynamics, aero-elasticity, along with mechanics of materials and manufacturing processes for the design and optimization of wind turbine rotors. Offshore Engineering The offshore engineering track focuses on the development of the design process of offshore support structures, hydrodynamic models of soil, wind and waves as well as optimizing the layout of offshore wind farms.

Wind Physics The wind physics track offers knowledge on theoretical and experimental fluid dynamics in close correlation to the wind energy field, the governing meteorological concepts and analysis of the interaction between the topography, atmospheric boundary layer and energy yield in a wind farm.

Multiple Day Excursion 2015 – Visiting companies around Jutland, Denmark | ©Tomek Poryzala

Electric Power Systems The track focuses on the physical components of power systems, electronics, HDVC systems and control theory, with a specialization within the fields of electric power systems for offshore wind farms, offshore grids or technical and economic integration aspects of intermittent generation. Technology Developments Within the four different tracks, there have been developments with focus in the current wind power industry from improvements of existing technologies to the study, application and implementation of new ones. In the last year, a special focus was given to Vertical Axis Wind Turbines (VAWT). A new aerodynamic model for VAWT is in the works, which will serve as a design tool for developing the optimal rotor and airfoil designs. Furthermore, a modelling of the operation of a vertical axis rotor in wave and current conditions is being developed to analyze the exchange process and determine an optimal fluid dynamic design. Another topic being researched is the development of a first order pressure perturbation model for the rotor blades, to determine the aerodynamic loads in most working conditions. The scope of the applications developed in this Master’s programme is not constrained only to VAWT. To further the

Guest Lecturer from Tennet | ©Tomek Poryzala

Visit to Van Oord’s cable laying vessel “Nexus” | ©Tomek Poryzala

Luis Espinosa President ASE ‘Aeolus’ Student of EWEM – Rotor Design Track

ASE ‘Aeolus’ Kluyverweg 1 2629HS Delft The Netherlands E info@ase-aeolus.com I www.ase-aeolus.com ASEAeolus

optimisation of wind farm layouts a study of the stability of the vortex wake is being done to determine the ‘ground’ effect that current offshore wind farms are under due to the proximity of the rotors to the surface of the sea. As far as new wind turbine technology being developed goes, the students are developing a dynamic simulation of a 10 and 20MW offshore wind turbines within an upscaling PhD project. An aeroelastic simulation of these wind turbines has already been done and now the feasibility of these designs must be corroborated from a dynamics and control point of view.

The Association for Students of EWEM (ASE ‘Aeolus’) brings in another level of depth to the programme by creating a bridge between the students and the industry through excursion to the companies, guest lectures and case studies. As more students graduate each year, the association also puts great effort in maintaining a network of alumni working across the multidisciplinary fields of wind energy. Being part of this study programme and of the student association ensures that one is fully equipped with the knowledge, tools, network and ambition to thrive in a flourishing yet highly competitive field of work.

The EWEM programme has been a major platform for engineers joining the ranks of the wind power sector. Its broad range in specialisations and its international factor brings in very talented people from all over the world, each cohort consisting of students from 20-30 different

countries. In addition to the relations that are built among future engineers, the programme offers the possibility to meet and network with important figures in the field. For one, the Master Thesis is done in conjunction with two EWEM partnering universities with the possibility to involve members from the industry.

COMPANY INDEX A-Z

COMPANY INDEX A-Z A

A2SEA

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Abeking & Rasmussen

Amsterdam IJmuiden Offshore Port Azimuth Marine B.V.

Baltic Diver Germany Bladt Industries BLG Logistics Blue Offshore

Blue Water Shipping BMO Offshore

Braveheart Marine BV Buss Port Logistics

C-Ventus Offshore Windfarm Services CAPE Holland CIG Maritime

CIG Maritime Technology Costa Renewables CPNL Engineering Cuxport CWind

Chevalier Floatels

Damen Offshore Wind DBR BV

DeepOcean

Deutsche Windtechnik Offshore und Consulting DGS Interparts

Dieseko Group BV Doedijns

DS Marine Finance

EEW Special Pipe Constructions GmbH ELA Container Offshore GmbH EMS Maritime Offshore GmbH

FORCE Technology

GeoSea NV

Height Specialists Huisman

Royal IHC – Offshore

Jack-Up Barge

GloMar Group

H2M

Fred. Olsen Windcarrier

GustoMSC B.V.

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Jan de Nul Group Käufer

32 33 34 35 36 37 39 40 41 42 43 44

45 46 47 48 49 50 52 54 57 60 62 63 64

65 66 67 68 69 70 71 72 73 75

76 77 78 79 80 81 82 84 88

COMPANY INDEX A-Z Liebherr

Linde AG, Linde Gases Division LOC

MacGregor MARIN

Mistras Group Ltd MME Group MMT

MPI Offshore

Njord Offshore Ltd Oceanwide

Oceanteam Solutions

Offshore Energy Exhibition & Conference Offshore Wind

Oil Control Systems OWA NV

Port of Sassnitz PROTEA

111

Palfinger Marine PIRIOU

Quiet-Oceans REBO nv

Rix Sea Shuttle Ltd

RUD Ketten â&#x20AC;&#x201C; Rieger & Dietz GmbH u. Co. KG Scaldis Salvage and Marine Contractors Seafox

Severn Offshore Services Ltd Sif Group Smulders

Tidal Transit Ltd

United Offshore Services Van Oord VBMS

Volker Stevin International BV Vuyk Rotterdam

WRS Group of Companies Zeeland Seaports

91 92 94

95 96 97 98 100

101

102 103 105 106 107 110 111

112 113 114

115

116 117 118 120

121 122 123 124 125 128 129

131

132

134 135 136 137 138 140 142

Z 27

Zensor

Windcat Workboats

138

Sky-Access

TOS

Seaway Heavy Lifting

118

....................................................................................................................................................................................................

COMPANY PROFILES A-Z

ÂŠ Flying Focus

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A2SEA Powered by Know-how A2SEA offers integrated installation and service solutions for the offshore wind industry. Since 2002, our specialised fleet has installed more than 1,200 turbines and 400 foundations for the world’s offshore wind market. We have installed foundations and turbines on i.a. Sheringham Shoal, London Array, Gwynt y Môr, West of Duddon Sands and Westermost Rough. Many of our techniques and processes are setting standards for best practice throughout Offshore Wind, providing solutions that can help bring down the cost per MW of clean energy.

Zero Harm The all-important aspect of safety is always a key part of the planning and execution phase and safety assessments and planning are always conducted closely with the client.

A2SEA A/S Kongens Kvarter 51 DK-7000 Fredericia Denmark T +45 75 928 211 F +45 75 926 375 E a2sea@a2sea.com I www.a2sea.com

The A2SEA offshore wind package A2SEA has the experience, know-how and equipment to ensure our customers get an installation package tailored to the specific needs of their offshore wind projects. Working closely with our key customers, we develop solutions that meet the demands of the market and, ultimately, help bring down the cost of clean energy.

Contact: Mette Jørvad Senior Manager Head of Communication & Marketing

An essential link in the offshore wind value chain Before foundations, wind turbines and cables are in place, an offshore wind project demands the planning skills, process know-how and experience of qualified people who can guarantee the job gets done. Our project teams are adept at pulling together all the pieces of the installation puzzle to ensure that every project comes in safely, on time, and to budget – and we have a ten-year track record to prove it. Planning down to the smallest detail Before mobilising a single crew member, we prepare all the necessary approvals, plan the supply chain and carry out a seabed assessment to

make sure it’s stable enough to bear the weight of our jack-ups in action. Once a project is underway, our jack-ups can provide full-board accommodation for all offshore personnel involved in the installation, making coordination between the various contractors easy. Optimising our processes from project to project We examine and document each of our processes in detail, always looking for ways to make improvements. From project to project, these add up to gains in time and cost that we can pass on to our customers. Because we are so familiar with the seabed conditions, wind turbine components and how long each operation takes, our risk management is both detailed and reliable.

A2SEA has two new fit for purpose built vessels arriving to the market; SEA INSTALLER and SEA CHALLENGER. SEA INSTALLER arrived in 2012 and went straight onto the Gunfleet Sands Extension with two Siemens 6MW test turbines. The sister vessel SEA CHALLENGER arrived in 2014 and has installed turbines on Westermost Rough and Gode Wind 2+1. Furthermore, A2SEA operates and manages a number of crew vessels.

VD&B

Abeking & Rasmussen Schiffs - und Yachtwerft Aktiengesellschaft Founded in the year 1907, Abeking & Rasmussen (A&R) has developed continuously into a modern, diversified shipyard. Starting as a wooden boat builder, the still family-owned company soon entered into other sectors of the maritime market, such as design and construction of special craft. Over the following decades it developed into a highly modern, compact shipyard with sheds, making it independent of the weather, for ships up to 125m length which can be launched, or taken out of the water for repair, via a Synchrolift ship lift. To date more than 6,500 ships and yachts have been delivered. The company, whose main focus is still on ship and yacht building, delivers vessels to a critical and sophisticated clientele all over the world.

The shipyard Abeking & Rasmussen has developed a unique ship design which offers extraordinary seaworthiness and low sea response motions in the same range as vessels which are at least three times larger – the Crew Transfer Vessel in SWATH@A&R® technology.

Abeking & Rasmussen Schiffs - und Yachtwerft Aktiengesellschaft An der Faehre 2 27809 Lemwerder Germany T +49 42 167 330 F +49 42 167 3311 5 E info@abeking.com I www.abeking.com abekingundrasmussen

This design has been developed out of the well proven vessels for the new pilot transfer system in the German Bight and adapted to the needs of the offshore wind energy industry.

Contact: Nils Olschner Sales Director

The first of class was delivered to the German company BARD Engineering in 2010 and increased the accessibility of wind energy plants, offering safe transfer of service personnel both, during sailing and while stepping over to the plant. The 25m SWATH@A&R® Crew Transfer Vessel is designed to be the final link in the logistic chain for maintenance between shore and offshore wind turbines. With a high probability that at any time there will be a wind turbine due for maintenance or repair, the weather and sea state become critical factors. The weather situation in the North Sea is not very reliable, even in summer it is not uncommon to have longer periods with strong winds and high waves limiting operation of small and fast vessels.

The concept of the Crew Transfer Vessel allows easy adaptation to various tasks in offshore wind farms. The main role is transfer of service personnel and for this task the vessel offers a spacious mess room. Storage facilities are also available for components and spare parts. Based on the well-proven Crew Transfer Vessel a complete new design is currently taking shape: the 27m SWATH@A&R Crew and Base Transfer Vessel. It accommodates ten service technicians plus crew for up to seven days and can still board directly at the boat landings with low impact.

The service team has the same tools and spare parts at hand as they have onshore in a service van. It is also possible to store pumps and tanks for oil changes for the wind turbine’s gearbox. The tender can even be equipped for diving operations or for operating ROVs for survey work during the laying of power and data cables. The capacity of the Windpark Tender allows the transport from shore to offshore of even larger components up to eight tonnes. All of this makes their vessels extremely versatile which offer a great flexibility to the operator.

The most important task is to get the service team on the wind turbine before any work can start. This must be done in a safe, economic and reliable way. The 25m SWATH@A&R® Crew Transfer

Vessel allows to offshore wind turbines in the North Sea with maximum wave heights up to 2.0 - 2.5m.

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VD&B

Amsterdam IJmuiden Offshore Port Serving up offshore wind solutions The Amsterdam port region is excellently located for offshore wind logistics, including installation, operation and maintenance. It is uniquely situated and close to offshore wind developments off the Dutch and UK coast.

Amsterdam IJmuiden Offshore Port Havengebouw De Ruyterkade 7 1013 AA Amsterdam The Netherlands T +31 20 627 3706 F +31 20 626 4969 E info@ayop.com I www.ayop.com @AYOP_Offshore Contact: Dorothy Winters Programme Manager Offshore Wind

One-stop shop Next to our proximity to wind farms and a central location in Europe, the area offers storage and assembly sites, a wide network of suppliers and two seaports. In short expertise and facilities dedicated to offshore wind energy. Inbound and outbound logistics The seaports in the Amsterdam region are perfectly linked to the primary West European shipping routes, and have excellent road, rail and inland waterway connections with a vast hinterland. A heliport is located in the port area. Amsterdam Schiphol Airport is only a 15-minute drive away, enabling fast air transport of cargo, emergency supplies, executives and personnel.

Infrastructure, quay side and space readily available The Amsterdam IJmuiden port area has a wide variety of storage and assembly locations, both with direct access to the sea and in the tide free area behind the locks. Ideal for controlled transshipment and deployment of installation vessels. The port area along the North Sea Canal is also home base to installation and supply vessels, crew vessels, cable layers and other specialised craft servicing the construction and operation of the wind farms in the North Sea. Track record Four offshore wind farms have already used the port region during installation and now use the port of IJmuiden as maintenance base. Other facilities are a unique cable handling hub, as

well as vessel (de)commissioning, maintenance and repair. Lifting capacity up to 1,400 tons. About AYOP – A unique network The area’s offshore capabilities and facilities are promoted by Amsterdam IJmuiden Offshore Port (AYOP). Over the years, AYOP has developed into a unique network organisation with some 70 members. You can use us as a your entry into the area. AYOP’s partner list includes logistics, oil & gas suppliers, offshore wind, and port-related and maritime industries, as well as government bodies.

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Azimuth Marine B.V. ‘FlexTrack’ tensioner systems - Ship Agency Project management - Offshore Support Azimuth Marine B.V. is an independently owned service provider to the maritime and offshore industry, specialised in ship agency, ship broking, marine surveys, installation, conversion and project management. Our diverse range of marine services is specifically tailored to meet our clients’ individual requirements. These services are provided within a framework that is shaped by the highest safety standards as well as a commitment to extract every possible competitive advantage for our valued clients. Our customers are provided with superior shipping support services in the Netherlands and at project locations around the globe. ‘Flex track’ Tension Systems

Azimuth Marine B.V.

‘Flex track’ single 2 tns. unit

‘Flex track’ curved configuration, 5x2 tns.

‘Flex track’ in-line confuguration, 5x2 tns.

P.O. Box 626 3195 ZG Pernis The Netherlands T +31 10 714 4660 E info@azimuth-marine.nl I www.azimuth-marine.nl Azimuth Marine B.V. azimuthrotterdam Contact: Joost de Waal Managing Director

Offshore Support Azimuth Marine is an expert in rendering services to the offshore and renewable energy industry. A specialised maritime trade requires specialised services and port agency from a team who understand the special needs and demands in this sector of shipping. With our own representatives familiar with the trade and on site, we can act fast and effective, wherever and whenever needed.

Project Management Supercargo / Port Captaincy and logistic services: Preparation, coordination and

supervision of loading and discharging, stowage, securing and lashing of cargoes such as heavy-lift, project, sawn timber, bulk, break-bulk, general cargo. Coordination and supervising installation of machinery and equipment, ship conversion. Coordination and assistance with the flow of documents between vessel, agent, port, transporter, authorities, etc. Port Agency Azimuth Marine B.V. provides comprehensive technical and operational support to vessels on behalf of its owners, shippers, charterers, operators and/or managers. As your local representative and through our extensive network of suppliers, we render superior full-vessel agency attendance and shiphusbandry services throughout the Netherlands.

Sales Tensioners Azimuth Marine is the European sales agent and distributer for ‘FlexTrack’, an innovative, flexible, modular and compact tensioner system. This system will offer the advantage of flexibility to create the required pulling force by assembling tensioning units. The units can be positions in a linear

configuration or in a curve. It offers the possibility to create the required tensioning capacity by mounting several units with a maximum pulling force of two tons per unit. The compact size and light weight of the units makes fast shipment and installation on location possible. The engines can be used for a variety of applications and products, both on- and off-shore; • Single unit Cable engine. • Cable-, pipe-, umbilical-engine in a linear configuration. • Cable-, umbilical-engine in a curved configuration. • Configuration of required pulling force and speed.

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Baltic Diver Germany Rostock – Mukran – Bremerhaven

For 20 years Baltic Diver Germany has been active all over the world, wherever reliable, highly skilled and safe operations are demanded, be it commercial diving works, ROV inspection, hydraulic engineering or salvage and maritime services. This experience has supported our work in the installation and maintenance of offshore wind farms for ten years. We have supported all German offshore projects as a solid partner in both the North and Baltic Seas.

Baltic Taucherei- und Bergungsbetrieb Rostock GmbH Alter Hafen Süd 3 18069 Rostock Germany T +49 39 181 1100 0 F +49 38 181 1100 1 E info@baltic-taucher.de I www.baltic-taucher.de Contact: Eyk-Uwe Pap

We gained wide experiences in installation and maintenance of offshore wind energy plants. This branch is an important area of operation which we supported with our knowhow from its beginnings. Baltic Diver Germany installed the first offshore research platforms and was engaged in the installation of the first German OWF alpha ventus. We made significant contributions to its installation, have been involved in the necessary nacelle replacements and have been responsible for inspection and maintenance. Our strength lies in UXO clearance. Within the scope of grid connections for offshore wind farms Baltic I and Baltic II, Riffgat and Meerwind or for the Nord Stream Pipeline, our teams cleared thousands of

unexploded ordnances – always without any accident. Above all, safety plays the central role for us. We work in accordance with international safety standards and guidelines, e.g. IMCA, BSH (Federal Maritime and Hydrographic Agency) and Germanischer Lloyd.

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Bladt Industries Offshore substations and foundations built for the future During the last 13 years, Bladt Industries has been involved in the fabrication of more than 1,500 offshore foundations and 13 substations for the offshore wind energy sector. Today, we continue to contribute with ground-breaking steel solutions leaving our mark on large-scale, renewable energy projects around the world. We are specialists in complex steel structures for the offshore wind energy sector.

We specialise in: • Offshore substations from PC to EPCI projects • Offshore foundations: monopiles, transition pieces, XL foundations and jackets • Constructions for the utilization of tidal and wave energy

Bladt Industries A/S Norredybet 1 9220 Aalborg Ost Denmark T +45 96 353 700 F +45 96 353 710 E office@bladt.dk I www.bladt.dk

Offshore substations Bladt Industries has been a dynamic and innovative player in the market ever since the very first offshore wind farms were erected. In 2002, we were the first in the world ever to produce an offshore substation. Since then, we have produced multiple substations and for each project, we have added to our expertise and knowledge within this field. Today, we are a leading manufacturer of offshore substations offering our customers a wide range of options – from production of steel structures to complete turnkey solutions. With a constant focus on functionality and efficient design, we manufacture high

bladt-industries-as Contact: Lars Kristensen Division Manager Wind & Renewable Energy

quality and customised solutions – always delivered on time. Offshore foundations We specialise in manufacturing offshore foundations including monopiles, transition pieces, XL foundations and jackets. We customise each solution in accordance with customer requirements tailoring it specifically for the individual project. Through the years, we have contributed to and left our mark on the majority of the European offshore foundations giving us a unique knowledge of customer needs as well as of the specific challenges of the offshore industry.

We provide: • Customised solutions • A professional project management team ensuring successful completion of the projects • Result-oriented knowledge sharing and competent feedback • A strong team of project managers and technicians • Optimal production and quay facilities Through dialogue and involvement, we guide our clients through the entire process –from inception to successful completion. Our steel solutions are built for the future.

A few of the projects we are and have been involved in: Veja Mate, Burbo Bank Extension,

Wikinger, Sandbank, Gode Wind, Baltic 2, Borkum Riffgrund 1, Nordsee Ost, Northwind, Bligh Bank, Nordsee One, West of Duddon Sands, Gwynt y Môr, London Array, Walney I & II – and many more.

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BLG Logistics WindEnergy Logistics

BLG LOGISTICS is a logistics service provider with about 100 locations in 15 countries and has decades of experience in port handling of heavy goods and oversised cargo. For the offshore wind industry BLG develops innovative transport, cargo handling and warehousing solutions. We have successfully carried out initial reference projects for offshore wind farms in the German North Sea and Baltic Sea, such as Global Tech 1, Trianel Windpark Borkum, Nordsee Ost, Meerwind Süd/Ost and Baltic 2.

BLG Logistic Solutions GmbH & Co. KG Grauwallring 2 27580 Bremerhaven Germany T +49 471 48295 713 F +49 471 48295 735 E windenergy@blg.de I www.blg-logistics.com @BLGLOGISTICS Contact: Annette Schimmel Manager Strategic Projects

Terminal operation in Bremerhaven Our terminal in Bremerhaven is geographically well located and offers short distances to the German offshore wind farms in the North Sea. It is situated behind a lock and its heavy load platform with a load capacity of up to 20 tons per square metre is available for all types of heavy cargo. In front of the terminal a proven jack-up capability is provided. Loading and unloading are carried out by our experienced team with Self-Propelled Modular Transporters (SPMT), cranes and heavy-duty forklifts. Our terminal provides assembly areas directly situated at the quay as well.

Maritime transport With our special OFFSHORE BHV 1 pontoon we can offer an innovative logistics solution for the challenging interface between overland and maritime transport thanks to 17 ballast tanks and a special clutch system to dock to the pier. By the use of embedded heavyload lashing sockets on deck the freight is safeguarded easy and fast.

Transports with SPMT For the transport of heavy cargo and especially wind energy components we prefer using our SPMT vehicles. They are very flexible as well as modular versatile and can be adapted to the different sizes and weights of XXL cargo. Besides, our vehicles are very maneuverable and usable even in difficult fields. Engineering Our engineering team offers customeroriented solutions for all transport, storage and cargo handling processes. For example the team developed a storage and transport system that effectively distribute loads of up to 1,000 tons to the ground as well as a mobile weighing system for large components for up to 4,800 tons. Method statements as well as transport and other calculations are performed as well.

Developing innovative logistics concepts We find optimal and cost-effective solutions for the transport, handling

and storage of heavy offshore wind components. Developing our logistics concepts we employ simulation technology as required. By simulating complex tasks and generating different scenarios, it is possible to efficiently evaluate alternatives that significantly support decision-making. We offer our simulation technology for reducing both your risks and costs.

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Blue Offshore Solutions for subsea cable installation Blue Offshore provides worldwide transport, storage and installation solutions for subsea cables, flexible pipes and umbilicals. These solutions include the rental of innovative modular offshore deck equipment, vessel’s deck and equipment engineering, FEM and stability analysis, project management and project engineering. We also provide technical and operational offshore installation crew for loading, installation and other offshore support. Our mission is to assist international customers with the development of the world’s oil, gas, wave, wind and tidal potential. Our team has developed the world’s largest Lloyds Register-certified modular basket carousel.

Blue Offshore Laan van Nieuw Oost-Indië 191 2593 BN Den Haag The Netherlands T +31 70 711 3774 E info@blueoffshore.com I www.blueoffshore.com blue offshore Contact: Renate Richter Manager Business Services

Our innovative modular offshore deck equipment provides customers an increased choice in fit-for-purpose barges or vessels to suit best project requirements rather than generic solutions. Our (basket) carousels consist of a modular design and have variable product carrying capacities to suit high voltage cable, array cable, umbilical and flexible pipe project requirements starting from 500 tonnes up to 7,000 tonnes. The basket carousels can easily be converted into carousels and can be installed on a wide range of vessels or barges, whichever is the most appropriate for the job. This innovative modular equipment can be used for subsea product installation, storage, transportation and reduces cost and risk for customers. Its modularity allows flexible product loading

and installation schedules and an increased choice in product installation methodologies. Our standard modular (basket) carousel system consists of a (basket) carousel, an integrated grillage for sheerleg lifting or SPMT mobilisation, loading tower complete with HPUs, loading arm, five, ten or 15 tonnes tower tensioner and control system and ten tonnes deck tensioner. Our team has several years of offshore experience with subsea product handling and installation activities. Some of our recent projects • EMAS AMC Australia has contracted Blue Offshore to provide a 15m outer diameter basket carousel and related equipment for the transportation and installation of offshore umbilical in

Australia in February 2016. This project is a perfect example of the modularity of Blue Offshore’s equipment. The 23m outer diameter basket carousel has been reduced to 15m outer diameter and the height of the basket carousel from 8m to 4m. In addition, the loading tower has been reduced in height to match the new configuration. The basket carousel loaded with umbilical will be remobilised from the transportation vessel onto the installation vessel in one single lift, as the 15m outer diameter basket carousel has a grillage that supports lifting the basket carousel loaded with product up to a total product weight of 1,000 tonnes. Blue Offshore also provides support for mobilisation of equipment, and for loading and installation of the umbilical. • Blue Offshore provided Stemat/VBMS/ NKT with a flexible storage facility, consisting of a 5,000 tonnes, 23m outer diameter basket carousel and related cable handling equipment. • Since 2011, Blue Offshore assists Norddeutsche Seekabelwerke (NSW) with its cable installation activities. Our provided cable installation equipment includes a modular 5,000 tonnes, 23m outer diameter basket carousel, loading tower and other associated equipment for cable loading, transport and installation. • Blue Offshore has supported Subsea 7’s installation of flexible pipe for Statoil’s Oseberg Delta 2 project by providing a modular system, consisting of a 5,000 tonnes modular basket carousel mobilised on the Normand Oceanic.

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Blue Water Shipping “Together we create solutions” Wind logistics and port services and agency have always been core business areas for Blue Water Shipping. We provide worldwide services and tailor-made solutions through our own offices or in cooperation with carefully selected agents. Our skilled in-house specialists offer a full 24/7 service including port agency, chartering, stevedoring, customs clearance, offshore base facilities, cargo handling and port-related services. If you need warehousing, we can also arrange that. We set the right team for the job while focusing on the health and safety of our employees because they are an important part of our vision – to be the most preferred provider of transport and logistics. Our global network includes more than 1,400 employees and over 65 offices.

Blue Water Shipping Trafikhavnskaj 9 6701 Esbjerg Denmark T +45 79 134 144 F +45 79 134 677 E bwsebj@bws.dk I www.bws.dk blue-water-shipping Contact: Kim Thygesen General Manager

Protecting your vessel and the quay Blue Water’s Rubber Fender Rental provides the proper protection for both vessels and quay whenever needed. Whether your ship needs to go into repair for a longer period of time or you just need short-term service – you can trust us to deliver what we promise.

Swift delivery Traditional transports of gigantic fenders are not allowed on heavily trafficked roads in Europe. Therefore we have developed a method ensuring you swift delivery.

ISO certified All our fenders are certified according to ISO17737. This is your guarantee for a product of the highest standards and top quality.

Any type of fender delivered anywhere No matter what type of Rubber Fender you need, we can provide it. Through our comprehensive worldwide network of +65 offices, we can deliver to any port in Europe. We take care of mobilising and demobilising of the fenders – all you have to do is contact us.

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BMO Offshore Enable data driven improvements BMO Offshore delivers operational intelligence for the maritime industry. Many organisations have a large set of financial information, but lack operational data - which is where you have the largest potential for improving the bottom-line. BMO has a proven track record of experience, gained from measurements on dozens of vessels among different wind farms in the major markets of northern Europe. “Without data, you are just another person with an opinion”, W. Edwards Deming

BMO’s solution is an integrated data management package tailored to key decision makers.

BMO Measurement Solutions B.V. K.P. van der Mandelelaan 34 3062 MB Rotterdam The Netherlands T +31 10 453 0607 E sales@bmo-offshore.com I www.bmo-offshore.com bmo-offshore

We are specialised in: 1 Collecting data on board the vessel • We have our own hardware (the vesselblackbox) to take measurements. 2 Combining data from various sources • Connecting with other available data sources providing the essential background to interpret the vessel data (such as meteorological data).

Contact: Kirstin Timpte and Gijs Hulscher

Potential solutions from BMO

Safety of transfer and dockings

• Monitor and record (numerically and video) operational conditions, vessel station keeping, vertical slip of fender • Increase insight in high risk situations; assess rules and establish guidelines

Comfort and impact during transit

• Measure and record whole body vibrations to ISO 2631 • Assess crew comfort and motion sickness to ISO 2631

Damage to OSV / turbine

• Monitor and record operational conditions, vessel motions and control (engine) parameters • Instant feedback when limits are exceeded • Recordkeeping of impact levels per turbine

Workability

Sub-optimal performance of contracted vessels

• Quantify the benefits of improved access systems • Assess utilisation as a function of marine control – vessel interaction and assist in building decision models

Who is where

• Web-based operations viewer to provide an overview of the vessels in the field, incl overview of KPIs • Developing an integrated system with people tracking software

Asset integrity

Safety

Frequent issues

Overview

3 Analysing data • Converting data into useful information. 4 Visualising these insights • Reporting insights to our clients in such a way an organisation can easily interpret the information and improve operations. Delivery is key: • Real time: BMO Info display on-board the vessel • Daily: E-mail notifications • Monthly: Reporting in pdf-format and web based in our operations-viewer • On demand: Web based in our operations-viewer • Bespoke: Consultancy With the right information an organisation can reduce operational costs, enhance efficiency and improve crew performance management processes.

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Braveheart Marine BV High performance through flexible service Braveheart Marine is proud to provide marine services to a large number of nationally and internationally well-known dredging and offshore companies. Our fleet is operating worldwide. Braveheart Marine is specialised in hydrographic studies, crew transfers, diving support and sub sea oil spill detection services.

Braveheart Marine BV De Meer 9 8321MT Urk The Netherlands T +31 52 768 3839 E info@braveheartmarine.com I www.braveheartmarine.com Braveheart-Shipping-b-v @BH_Marine braveheartmarine Contact: Jaap Hakvoort Project Manager

such as an Aframe, winch and crane, CDT and density sensors can be lowered down to the bed in a controlled manner. Braveheart Marine operates on the following hydrographic survey projects: • Sabetta, Russia • Suez Canal, Egypt • Port Said, Egypt • Rijnmond, the Netherlands The crew tender vessels operate 24 hours a day, seven days a week and sail back and forth between dry land and project sites like wind farms, platforms and trailing suction hopper dredgers. With room for up to twelve persons on board, some of the vessels transport not only people but also provisions, packages and materials. On the aft deck of the vessels is space for a 20 ft. container. Braveheart Marine set up a Crew Tender

Service in Eemshaven. Braveheart Marine chose Eemshaven because it’s an ideal location. In the area are many wind farms and there is an increase in the offshore industry. There are no nautical limitations such as locks, so if necessary we can quickly anticipate on customer’s demand. A selection of wind farm projects Braveheart Marine has been working on: • Geminipark • Amrumbank • Riffgat • TenneT Export Cable Project • Helwin Braveheart Marine is focused on the future, making further inroads into new fields of expertise. They represent a global community where flexibility, innovation and commitment leads to satisfied clients.

Braveheart Marine is proud to provide marine services to a large number of nationally and internationally well-known dredging and offshore companies. Our fleet is operating worldwide. Braveheart Marine is specialised in hydrographic studies, crew transfers, diving support and sub sea oil spill detection services. By deploying fast, high performance vessels for this purpose, they are able to operate very competitively. Our vessels are equipped to gather data with high speed and bad weather conditions. Special depth measurements are made allowing clients to effectively manage working processes like dredging, port and water way maintenance and replenishment work. The vessels can be deployed to survey the water column and the sea bed, using deck equipment,

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Buss Port Logistics Tailor-made logistics solutions Buss Port Logistics is a member of the German Buss Group. The Buss Group was established in 1920 in the port of Hamburg. With five business areas, it is an innovative and reliable service group in today’s worldwide logistics market. Buss Port Logistics operates twelve multipurpose terminals in Germany, the Netherlands and Turkey. From heavy-lifts to project cargo, offshore components, to break bulk and containers – we handle all kinds of goods. As a full-service provider, we offer every port service from one source. This includes stevedoring (stowing, lashing and securing), export packaging, agency services, as well as welding and yard services.

Buss Port Logistics GmbH & Co. KG Am Sandtorkai 48 20457 Hamburg Germany T +49 40 319 80 F +49 40 319 8123 3 E offshore@buss-ports.de I www.buss-port-logistics.de Contact: Moritz Christern Project Manager

The offshore business is one of our main focuses. Our perfectly located terminals on the North and Baltic Seas are specialised in meeting the needs of the offshore industry. They are offering large capacities of handling and storage areas, heavy-lift platforms, sufficient draft, and the option to jack up vessels. Thanks to direct access to the open sea without estuary routes, the terminals in Eemshaven and Sassnitz also help prevent substantial amounts of time and costs. Buss Port Logistics covers all services along the entire logistics chain – from the production site to the marshalling port. Our portfolio contains the handling, shipping and storage of all kinds of components. This includes the planning and concept development of logistics cycles, the optimisation of multimodal transport

solutions and storage management, as well as assembly works on our terminals. Orange Blue Terminal, Eemshaven Our Orange Blue Terminal in Eemshaven, the Netherlands is the ideal offshore port. Thanks to its optimum logistical and geographical proximity to more than 20 wind farms in the German North Sea region, the terminal is the perfect marshalling and service port. A vast contiguous terminal area spanning more than 20 hectares makes it possible to combine handling, storage and assembly processes. Facts and figures: • Terminal area: 250,000m2 • Surface load: up to 35 t/m2 • Heavy-lift platform: 20 t/m2, (2,100m2) • Draft: 14m • Quay length: 694m

Sea Terminal, Sassnitz Our Sea Terminal Sassnitz on the island of Rügen is specialised in heavy load and project logistics. The direct access to the Baltic Sea ensures pilotless navigation. Wide storage areas with high expansion potential enable us to handle comprehensive offshore projects. Besides the available open space we also have covered storage capacities for sensitive goods. Facts and figures: • Terminal area: 40,000m2 (extension to up to 100,000m2) • Warehouse: 2,700m2 • Surface load: up to 20t/m2 • Draft: 10.5m • Quay length: 370m

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C-Ventus Offshore Windfarm Services Professional Partners for a Sustainable Future C-Ventus Offshore Windfarm Services renders a wide array of services from the seabed up to the offshore wind industry. The company has an extensive track record in the provision of windfarm installation support, ad-hoc maintenance & repair services, long term Balance of Plant service packages including project and marine operations management. With our head office in the port area of IJmuiden, near Amsterdam, and an office in the United Kingdom, C-Ventus has rapidly become known as a capable and competent service provider. We pride ourselves on being truly client driven. Our transparent approach in combination with operational excellence and the highest safety standards are essential elements in making C-Ventus the preferred professional partners for services in the offshore wind industry.

Installation Services | BoP Maintenance & Repair | Decommissioning

C-Ventus Offshore Windfarm Services BV

Above waterline • Cable pullin • Foundations inspections • Rope access • Coating inspections & repair • Termination & testing

Havenkade 100 A 1973 AM IJmuiden The Netherlands T +31 25 582 0020 E info@c-ventus.com I www.c-ventus.com c-ventus-offshore-windfarm services-bv Contact: Paul van Tongeren Commercial Manager

• Confined space inspections • Unmanned Aerial System (UAS)

Below waterline • ROV works • Diving • Survey

C-Ventus has the following certifications in place for its management system: • ISO 9001 • ISO 14001 • OHSAS 18001

• NDT inspections • Scour protection installation • Cable repair

Recent projects: • Offshore Wind Farm Egmond aan Zee • Ormonde • DanTysk • Luchterduinen • Gemini • Northwind • Princess Amalia Wind Farm • Belwind • Nordsee Ost

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CAPE Holland From stored pile to final penetration in a single operation! CAPE Holland designs and manufactures the Lloyd’s Register certified (upending) Vibro Lifting Tool for the offshore market worldwide. It is a combination of a vibratory hammer with a certified lifting tool that is able to upend a pile and is designed for subsea operations. With this innovative equipment CAPE Holland is ready to serve the offshore wind industry with its cost saving installation methods and tools. Since 2014, CAPE Holland has become part of the FoundOcean Group of companies, a specialist in grouting and piling equipment.

Construction and Piling Equipment Holland B.V. Romhof 5 9411 SB Beilen The Netherlands T +59 35 404 70 F +59 35 418 11 E info@cape-holland.com I www.cape-holland.com

cape-holland CapeHolland

Everyone knows the cost of Offshore Wind needs to be reduced to keep the support of the governments and to make it compatible with other energy sources in the future. One major cost in the offshore wind which can be saved on in many projects is noise mitigation. The best way to reduce noise emissions is not to generate noise in the first place, which is exactly why vibro driving can be a good alternative installation method. Add to this the much faster penetration speed of the vibro compared by other installation methods. CAPE Holland takes this cost reduction one step further, by integrating a certified lifting and upending function to the vibro hammer. Suddenly the tool can contribute greatly in speeding up the installation process by negating the need for tool changes between installation steps.

The Vibro Lifting Tool CAPE Holland developed the Vibro Lifting Tool in response to the increasing demand for certified upending Vibro equipment for handling and lifting within the offshore market. The in-house design results in a fully Lloyd’s Register certified (CLAME) lifting appliance. This unique tool combines the vibro driver/extractor with a certified lifting and handling tool and is therefore named a Vibro Lifting Tool (VLT). The VLT equipped with the upending fork has the ability to pick up a stored pile, upend it to vertical position, lift it to the correct position and drive it down, whilst correcting verticality during driving (if necessary), separate lifting tool, a pile gripper or seabed installation frame.

Advantages of the Vibro Lifting Tool • Lloyd’s Register certified (CLAME) • No need for noise mitigation • No need for a gripper or seabed installation frame • Shortening the required working window per operation • Increased safety by fewer tool changes • Less handling • Reduce in deck space • Upending • Integrated live verticality measuring system • Extraction • Built for subsea operation (<500m) For more information please visit www.cape-holland.com

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Chevalier Floatels Much more than accommodation Chevalier Floatels is a market leader in the field of walk-to-work vessels and accommodation barges. The company owns two offshore support vessels with permanently installed Ampelmann Heave Compensated Gangways. With a track record of three years in all kinds of projects, it is one of the most experienced operators in this relatively new industry. Chevalier Floatels also owns berth connected accommodation barges. With a fleet of five floating hotels Chevalier Floatels is a market leader in this field. The philosophy of the company includes a permanent improvement strategy to implement lessons learned from experience in the vessels and its crew, so that Chevalier Floatels remains a leader in its specialised markets.

Chevalier Floatels BV Kootwijkerdijk 2 3774 JT Kootwijkerbroek The Netherlands T +31 34 244 1404 F +31 34 244 3915 E info@cfbv.com I www.cfbv.com chevalier-floatels-bv Contact: Marcel Roelofs Managing Director

Vessel Upgrades In the new season the vessel will be equipped with two retractable bow thrusters. This will allow the vessels to hold position in the strongest currents and will make it possible to make Ampelmann connections in very severe weather. Also in the new season the aft deck will be covered to allow for a covered container storage while at same time creating a work deck above this. Hotel barges The hotel barges of Chevalier are all designed with guest comfort in mind. They feature galley, restaurant, cafĂŠ, recreation areas, laundry and offices. All cabins are connected to bathrooms. The Rossini even features its own water makers and sewage treatment system and can be employed in the

most hospitable areas of the world. Kalmar is the largest vessel of the fleet. It features 221 cabins. The Sans Vitesse is the most luxurious barge in the fleet. It has 101 cabins and it matches the standard of a modern business hotel. The barge is therefore frequently used for accommodating the project management or housing the client representatives. Future Chevalier Floatels has grown quite rapidly in the past years. The intentions are to keep doing this while staying focused on customer satisfaction. This is done by applying the lessons learned from the past, so that the company can continue to be a leader in its fields. 47

Walk-To-Work Vessels DP Gezina and DP Galyna are two offshore support vessels owned by Chevalier Floatels. They feature Ampelmann Gangway, heave compensated crane and crew boat landing. The gangway makes platform access as easy as crossing the street. The vessels have 40 beds for client accommodation in 36 cabins. All cabins are connected to a bathroom and are equipped with TVs. There are two larges offices with seven desks. The entire vessel is covered by Wifi. Apart from being efficient work horses they are also intended to create a modern hotel feeling for our guests. As environmental responsibility is important, the vessels are designed for extremely low CO2 emissions and featureÂ a very low fuel consumption of about 3 m3 per day.

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CIG Maritime Uncompromising standards regarding comfort, technology, safety and quality against the lowest possible cost of ownership From the first consultation concerning the ship’s requirements, through the engineering, steel prefabrication, construction, ship’s outfitting and equipment. CIG’s combined knowledge and skills, together with a passion for shipbuilding, give our customers the competitive edge they are looking for. This is what CIG is valued for: passionately, empathetically and always at your disposal. Whether you require a diving support vessel, offshore cargo supplier or wind farm support vessel, every ship built by CIG meets an uncompromising standard regarding comfort, technology, safety and quality against the lowest possible cost of ownership.

CIG Maritime Osloweg 110 9723 BX Groningen The Netherlands T +31 50 575 3995 F +31 50 575 3996 E l.vanmensvoort@cig-eu.com I www.cig-eu.com central-industry-group Contact: Lysanne van Mensvoort Marketing Coordinator

Our expertise in 3D steel forming enables us to provide our customers with steel constructional design and products tailored to their requirements. Constant innovation, competitive high quality, and cost-efficient manufacturing and logistics ensure that we are able to always keep our promise: we add value to our customers’ business. Within our maritime division we build ships that are tailored to our clients’ requirements. Our design & engineering specialists from CIG Maritime Technology are constantly focused on new developments and innovations in the maritime industry. Our professionals from CIG Shipbuilding offer a comprehensive range of products and services based on CIG’s building kits. Our services range from the production of basic ship sections and blocks to the delivery of outfitted hulls

and turn-key projects. CIG is also able to provide you with equipment and parts. CIG Piping Technology manufactures pipeline systems and provides pipingrelated engineering services to the shipbuilding industry. SEC Groningen is a global supplier of a wide variety of deck equipment such as winches and anchors and SEC Bremen is a leading manufacturer of container lashing equipment.

Our combined knowledge and skills, together with a passion for 3D steel construction, gives you the competitive edge that you are looking for. Just as when we started more than 40 years ago - with respect for the technological progress since then - our existence still depends on the degree to which we add value for our clients.

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CIG Maritime Technology Your partner in DESIGN, ENGINEERING and OPERATIONAL SUPPORT CIG Maritime Technology (CIG MT) is familiar with every step of the development process. From the first consultation with the client concerning the project requirements, through the general and structural design, to the supervision of production. Thanks to our extensive knowledge and experience we are capable of making large complex projects manageable and complete them successfully. We involve 3D presentation at an early stage of the design, with a complete navigatable full-scale model.

CIG Maritime Technology Osloweg 110 9723 BX Groningen The Netherlands T +31 50 575 3950 F +31 50 575 3951 E mt@cig-eu.com I www.centralindustrygroup.com Contact: Sabrina Vermeltvort Office Manager

Van Oord’s offshore installation vessel Aeolus, working for the Eneco Luchterduinen offshore wind farm.

DESIGN & SUPPORT Our team of highly trained naval architects, structural designers and mechanical engineers are constantly focused on new developments and innovations in the maritime industry. With our structured design method we are able to implement new ideas and the client’s requirements in an efficient and creative way into the design. We can make complete ship designs

or support our customers in every phase of the design process, from concept to complete basic design and further. The design & support department is specialised in hull design and optimization with CFD, making complex stability calculations, seakeeping analysis, structural design, finite element analysis, marine system design, engine room design, and flag and classification regulations. With our combined

Abis D-series: Conversion from general cargo vessel to SPS vessel (less than 60 pers.) including stability review and lifesaving appliances, boatlanding for personnel and cargo transfer, design and workshop drawings for modifications of hull, sea fastening temporary accommodation modules, sea fastening equipment on deck.

OPERATIONAL SUPPORT Through experience we developed a hands on and no nonsense attitude. We assist our customers in all operational questions, calculations and other challenges. We offer our practical services for complex transport operations, (temporary) foundation design, complete logistical management, consultancy in case of ship damage, refits, feasibility studies, classification issues and much more. Our team is always stand-by to assist in a fast and constructive way to help our clients with a problem or challenge. With our naval architects, structural specialists, hydrodynamic experts, mechanical engineers and regulation specialists we will find the best solution.

specialists, we find the most optimal solution for every design question!

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Costa Renewables We unburden The idea for a renewable project or innovative concept can be born in a short matter of time. Translating an idea into a real business plan and getting the project or concept built and operational in a most time and cost efficient manner is an entirely different story. This is where Costa Renewables can unburden our clients! Costa Renewables is an internationally operating company offering full consultancy and brokering services to the renewable energy industry worldwide. Combined, our team of professionals has worked on over 150 international projects varying from offshore wind case study support to brokering of wind farms.

Costa Renewables Scheldestraat 20 1823 WB Alkmaar The Netherlands T +31 85 487 3097 E info@costarenewables.com I www.costarenewables.com costa-renewables @CostaRenewables costarenewables Contact: Sabine Lankhorst Global Marketing & Communication

Brokering During their careers, the Costa Renewables team members have built up in-depth know-how of the planning and execution of a renewable project whilst working with some of the main players in the industry. This has gained us a trustworthy reputation and extensive network overtime, including some of the largest investment banks, private equity and pension funds.

Costa Renewables therefore serves as a vital link between supply and demand, connecting our clients directly with the right financial partner, contributing to an efficient execution of their projects.

Consultancy Our main goal is to unburden our clients so they can execute their renewable project as time and cost efficient possible. We achieve this by providing our clients with the advice and support that enables them to take strategic decisions that will help them manage their corporate liabilities. We offer support in the full cycle of a project, from creating a business plan, via realisation to sales. We provide Project Management Office Support, help identify Best Practices, and train our client’s organisation to take these to heart.

Services include, amongst others: • Gap analysis • FIDIC contract support • Readiness reviews • Market entry studies • ISM implementation audits • Tender support • Risk Management & HSE support • Fit-for-purpose inspections • Trainings Contact us for more information.

“We unburden”

How we can unburden • Wind measurement campaigns • Yield calculations • Permitting & Consent • Design Risk Assessment

• Brokering • Tender support • FIDIC contract support • Market Entry studies

Risk Mitigator At Costa Renewables we believe that although no activity can be conducted without hazards, the risks caused by these hazards, however, can be managed. Tired of seeing many organisations reinventing the wheel with each new project, Costa Renewables decided to develop a database where over 20 years of lessons learned and practises from the energy industries have been collected. These lessons learned have been processed and translated by carefully identifying and categorising the risks at the individual stages of a project and made available through the Risk Mitigator, a user-friendly, web-based risk management tool.

• Tender support • Brokering • Contract negotiations

• Equipment identification • ISM implementation audits • Fit-for-purpose / Fit-for-use audits

• Risk Management & HSE support • Readiness reviews • Incident Investigations

The Risk Mitigator offers energy project developers the ideal tool to create hands-on solutions to mitigate risks whether they are still only at the conception phase of a project, selecting the project location or at the tendering, the financing, the construction, or the Operation & Maintenance phase.

• Readiness reviews • Interface management • Risk Management & HSE support • Incident Investigations

“Managing liabilities made easy” More information on: www.riskmitigator.org Contact: Rob Tegel, rt@costarenewablesnederland.nl

• Brokering • Acquisitions & Merges

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CPNL Engineering

engineering

Leading the way and setting the standard for offshore cable protection systems CPNL Engineering has constructively worked towards a trustworthy reputation in terms of product quality, reliability and high standards of service. The company finds itself among a highly selective group of engineers and suppliers with DNV-GL certified cable protection systems for monopiles and I-/J-tubes and installation solutions. The consistent and constructive design and development approach of CPNL has contributed to a truly diverless system with recognised reliable fit for new installations – a measured 2.5 to 3 cables per day –, as well as best retrofit in O&M installations.

CPNL Engineering BV Roald Amundsenstraat 56 7825 AV Emmen The Netherlands T +31 59 121 2160 E info@cpnl.eu I www.cpnl.eu cpnl-engineering Contact: Marloes Tuk Commercial Manager

A small percentage per offshore wind farm is reserved for cables and accessories. This percentage accounts for a vital part of the project; the connection to shore. If this connection is disrupted, how much power needs to be generated and distributed in order to compensate the additional – undesired – expenses?

The best approach is to avoid such situations actively, by assessing the projects accurately and by providing adequate mechanical cable protection. CPNL Engineering is proud to be an innovative engineer and supplier with DNV-GL certified cable protection systems for both monopile entry and I-/Jtubes. The systems are based on the coreproduct articulated pipe. This product has been successfully used for decades and

with the redesign of CPNL, it is upgraded to a flexible and robust system. The exclusion of fasteners explains it all. Therefore, CPNL is the only supplier that can create a unique flexible quadrant to deploy the cable with protection system in a highly controlled way over the shoot. Furthermore, the reliable fit and retrofit of the system in existing and new projects have been reviewed as the best available by customers. The straight forward approach of CPNL is to let the numbers tell the tale. More specifically, the products have been tested by independent test facilities and these results were used as input for further calculation and Orkaflex simulation. The end results were reviewed by DNV-GL and this resulted in DNV-GL certification for the bellmouths,

centralisers, articulated pipe (coated and uncoated), end clamps and spreader beam with compressed air release. The match between theory and practice is considered of vital importance. Therefore, the diverless concept of CPNL Engineering covers the range of installation and O&M. A ROV can retrieve the cable protection and a crane takes over this activity to pull the cable onboard for dissembly and reassembly of the components. The same counts for the flexible quadrant. It saves deck space and allows optimal use of this space for storage and other purposes. Smaller vessels could perform the same activities as a larger one, as it is not limited by the demand of a cable protection system. That leads to the reason why more and more customers contact CPNL. The

commitment and consistency is highly valued. As a reliable partner CPNL has structurally completed its deliveries on time. Another plus is that CPNL commits to going offshore to be of assistance in the first days of installation activities. In the end, it is all about this reliable connection against the best possible cost. Customers of CPNL recognise the optimal balance between price and quality supplied to them. A review has indicated that CPNL contributed to a CAPEX cost reduction of 1 to 3 % and a positive impact on OPEX expenses.

The range of products and services: • DNV-GL certified articulated pipes (coated and uncoated); • DNV-GL certified centralisers; • DNV-GL certified bellmouths; • DNV-GL certified regular cable protection system; • DNV-GL certified monopile entry system; • DNV-GL certified spreader beam with compressed-air release and lifting gear; • Flange connections for cable joints and bend restrictors; • Cable crossing solutions; • Airtight hang-offs; • Cable specified engineering solutions: from concept to product.

CPNL has offices in the Netherlands, Germany and UK. With these offices CPNL offers national content to the customer.

The reference list of CPNL has grown in 2015 with export and fibre optic cable solutions next to array cable solutions. For new installations: RWE’s 295MW Nordsee Ost was successfully competed in 2014

– two months ahead of schedule. In O&M CPNL has supported many organisations in solving project-specific issues, whilst facing challenging timeframes.

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Cuxport

heavy duties upto approx 480 Tons

Services provider for the offshore industry The services that the terminal operator Cuxport offers its customers are as varied as the demands of the wind power sector. Located at the mouth of the river Elbe, where the water is deep enough for sea-going vessels, the port logistics company has gained a reputation as an efficient partner for wind park operators, energy supply companies and the foundation manufacturers.

Cuxport GmbH

shore platform at a deep water berth

ns of wind energy installations

Neufelder Schanze 4 27472 Cuxhaven quipment Germany pply chains Cuxport T +49 47 217 4812Hamburg 6 the German Bight Bremerhaven nterland links F +49 47 217 4819 9 teric tons E info@cuxport.de I www.cuxport.de (0)4721 748-0 · Fax: +49 (0)4721 748-122 · info@cuxport.de · www.cuxport.de of wind energy plants

Contact: Roland Schneider Business Development

The German port of Cuxhaven epitomises the combination of a production site and an installation, service and maintenance port for the offshore business. Various skills required to set up and expand or maintain wind farms out at sea and generate clean energy are available at the offshore base port in the German state of Lower Saxony. Port logistics company with a wide range of services for the wind power sector The wind power sector can make full use of the expertise and capacity at the Cuxport multi-purpose terminal when seeking logistical support for these projects. The port logistics company has increasingly geared itself to meet the differing demands of this young market sector since 2007. Many customers are already using the services at Cuxport – in

particular the terminal’s ability to handle very heavy loads and the extremely strong RoRo ramps at the deep-water berths. Able to handle heavy loads As wind turbines are continually becoming larger, Cuxport has to move enormous weights if tower sections or foundation structures are to be transported. The company not only has a roadway capable of handling heavy loads, which runs from the manufacturers’ production sites to Cuxport, but also a heavy-duty platform for transhipment purposes.

provider offers the necessary flexibility and the relevant transhipment equipment both for services in the installation field and when providing supplies for production processes. The trend towards larger wind turbines and the use of modern installation vessels from the edge of the quay have not only triggered a reassessment of whether to complete assembly processes out at sea or on dry land, but also induced manufacturers of tower sections or foundational structures, which used to mainly produce their goods at hinterland destinations, to operate their factories very close to the sea.

Flexible Cuxport can point to many years of experience in the project business – not least based on its original design as a heavy goods terminal. The port logistics

Cuxport is repeatedly able to introduce its existing logistics expertise in projects, which accompany the offshore wind power industry in all its varied facets. For example, Cuxport organises the

transportation and storage of grout in big bags. This cement-like filling material is used for turbines at offshore wind farms to secure transition pieces and monopiles.

Planning approval for a berth adjacent to the heavy-duty platform was completed this year. This will provide another 180 metres of quay space at Cuxport, hopefully from 2017 onwards, and will be able to store loads weighing up to 20 tonnes per square metre. Once it has been completed, the terminal operator will be able to offer its customers in the offshore sector another 85,000 square metres of business space.

The construction of additional capacity will be one of the most important tasks at Cuxport in the near future, so that the company can meet the growing challenges of the offshore business successfully in future too.

Forward-looking Proximity to the wind park projects, which have already been completed and are being planned in the German Bight and the surrounding area, make Cuxhaven generally suitable to play a role in the service and maintenance business â&#x20AC;&#x201C; and Cuxport in particular, with its capacity to handle special tasks. In the course of the establishment and expansion of offshore wind farms, safeguarding the operations of the wind turbines, which have been installed out at sea and are subject to extreme weather conditions, will increasingly become the focus of attention during the next few years.

The advantage of being very close to the wind farms and access to the North Sea without any locks or reliance on tides were enough to persuade one provider of independent solutions for the offshore wind power industry; it has set up its business at the SteubenhĂśft Terminal, which belongs to Cuxport GmbH.

Created and produced by

2016 EDITION OUT IN JUNE

Check the online directory on offshoreWIND.biz

VESSELS.OFFSHOREWIND.BIZ Navingo BV

T +31 (0)10 209 2600 E info@navingo.com

I www.navingo.com

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CWind Your Success Our Priority! CWind is an Integrated Service Provider that supports the wind industry by providing on-demand services as well as 360o solutions to ensure the success of our clients’ projects. We’re focused on helping you to achieve your key objectives, and constantly investing to ensure we have the right tools and plenty of talented people to carry out a wide range of tasks. We’ve got it all. CWind has a proven track record of delivering cost-effective solutions. And we’ve got everything you’re likely to need: Fuel-efficient and modular vessels, proven project solutions, highly experienced turbine technicians and fully accredited training services. We can deliver it all as stand-alone or packaged services, wherever and whenever needed.

CWind The Beeches, Apex 12 Old Ipswich Road Colchester CO7 7QR United Kingdom T +44 12 063 0446 4 E info@cwind247.com I www.cwind247.com CWind @CWind_Ltd CWind Contact: Petra Ernst-Gutierrez Marketing & Communications Manager

CWind has extensive experience in managing service packages in the wind sector and understands the demands placed on people and boats by offshore work, as well as the complexities of offshore wind farm construction and maintenance. We work closely with the National Wind Farm Training Centres (NWFTC), delivering accredited safety and training courses to windfarm pwersonnel. At any moment, we have over 200 technicians in the field, working for a growing list of international clients. And our company is inspected to ISO 9001, ISO 14001 and OHSAS 18001.

Whether off- or onshore, we are committed to delivering projects on time every time. Talk to us to find out how we can help to deliver your construction or O&M projects.

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Damen Offshore Wind The best tools at sea Damen Offshore Wind Vessels aim to support both energy companies and offshore contractors at every stage of an offshore wind farm’s lifecycle: development, installation, operations and maintenance. Damen has been just doing that, selling over 40 Twin Axe 2610 vessels, a Cable Layer for Van Oord based on the Damen Offshore Carrier and a second Offshore Carrier for Maersk Supply Service, operated by DeepOcean. This is only the beginning: Damen has also been working hard to introduce new designs, showing that they seriously mean to remain a step ahead in terms of providing the right solutions to the market.

Damen Shipyards Gorinchem P.O. Box 1, 4200 AA Gorinchem The Netherlands T +31 18 363 9911 F +31 18 363 2189 E peter.robert@damen.com I www.damen.com Damen Shipyards Group @DamenShipyards Damen Industrieel Damen Shipyards Damen Shipyards damenshipyards Damen Shipyards Contact: Peter Robert Business Development Manager

Damen Walk-to-Work vessel Damen Shipyards’ new ‘Walk-to-Work’ vessel will be able to stay at sea for one month supporting wind turbine operations, providing a powerful alternative to the rapidly maturing offshore renewables energy market.

transfer maintenance crew from shore to turbine and back again everyday starts to become critical, with the longer travel time having a large impact on the overall cost of the operation.

Extensive consultation with vessel operators, field developers and turbine makers, plus two years of design development, have resulted in the new ‘Walk-to-Work’ (W2W) wind farm accommodation and support vessel.

Damen has been able to design a vessel for sustained operations at sea that could guarantee 80% availability working with wave heights of up to 3m Hs. This would significantly reduce costs and increase efficiency in the central North Sea, an area considered to be the ‘worst case’ area for support vessel deployment.

The vessel will provide on-site work and storage facilities, plus accommodation for 40 turbine maintenance personnel and 20 crew members for periods of up to one month. At distances greater than 30 nautical miles, the time taken to

Damen Offshore Carrier The DOC 8500 will extend DeepOcean’s capabilities in the larger cable laying end of the market, representing a new focus on Interconnector projects, in addition to oil & gas sector and renewables work. The

specially-equipped vessel is being built at Damen Shipyards Galati in Romania. Owned and operated by Maersk Supply Service, the vessel will become the latest addition to the 60-plus strong Maersk offshore support vessel fleet. Damen really believes in the new design, a result of continuous R&D efforts. Because of the flexibility of the concept, the customer can incorporate a large number of purpose-specific demands to suit specific needs. This particular vessel has been adapted in close cooperation with clients, drawing on the expertise of all three companies to create a state-ofthe-art Offshore Construction Vessel. The versatile new vessel will be well suited for installation and burial projects

using its 7,000 tonne carousel from landfall to deepwater, including in remote geographical locations. The DOC 8500 has been developed as a flexible platform for both transport and installation work offshore. Its bow and slender hull optimise sea keeping in rough seas and suppress slamming. The vessel will run on either MGO or HFO and has DP2 capabilities in line with offshore market preferences. Its high ondeck cable carrying capacity makes it particularly competitive as a cable layer, while the vessel has also been optimised

incorporating a larger wheelhouse and moving the accommodation slightly towards the stern. Additional features included a moonpool on the foredeck for hydrographic survey and extra fendering on the sides for increased protection. Seazip 3 increases the owner’s offshore wind farm support capability, whilst Seazip 4 marks the entry of the versatile FCS 2610 into the oil and gas market. She has been followed by two other FCS 2610 vessels, one for Groen Offshore, Guard & Support operated for Wintershall E&P in the Danish and Dutch North Sea

Damen Shipyards Group Damen Shipyards Group operates more than 32 shipyards and related companies worldwide. Consistent quality and short delivery times, du to standardised designs, modular construction and keeping vessels in stock, are Damen hallmarks. Proven technology, reliable performance and continuous (scientific) research enable Damen to offer customers innovative vessels with great Total Cost of Ownership. Damen’s portfolio encompasses different types of tugs, workboats, high-speed craft, fast ferries, and cargo vessels, all of in-house design. In addition to the seriesbuilt, standard-type vessels, Damen is also active in the designing and building specialised workboats and patrol vessels, such as buoy laying vessels, pipe-laying barges, naval and patrol vessels and other large seagoing workboats.

for shallow water operations, coming complete with a seven-point mooring system and the ability to take the ground fully loaded. The 138m length, 27.5m breadth DOC 8500 features 2,200 m2 of unobstructed deck of 20T/m2 load capacity with ro-ro capability. The 9,300dwt vessel will have a top speed of 12 knots.

Marine Access Damen has responded to increasing demands for marine access solutions – which are set to further increase as more and more wind farms are constructed at greater distances from the shore – developing a broad-ranging portfolio. Included in this is everything from the FCS 2610, to larger crew vessels with transfer systems, all the way up to the revolutionary Walk-to-Work vessel; with its own wide range of energy maintenance solutions and personnel transfer options. All the solutions in Damen’s marine access range have in common a focus on improved personnel conditions, offshore logistics and reduced cost of operation.

Twin Axe 2610 Damen continued to deliver a number of Twin Axe Fast Crew Suppliers (FCS) 2610 during 2015. Seazip Offshore Service, which received two FCS 2610 vessels from Damen in 2013, took delivery of a further two – Seazip 3 and Seazip 4. The vessels are updated versions of the FCS 2610, Damen having taken on board industry feedback,

and another for Atlantic Maritime, under charter with a Norwegian oil and gas company off the coast of Oman.

In addition to shipbuilding Damen offers supporting services, such as Damen Technical Cooperation (i.e. vessel packages for local building), repair and maintenance services (incl. spare parts), asset management systems, customer finance and crew training programmes.

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DBR BV Your partner in Reliability DBR BV is independent OEM manufacturer of Generator sets for the Offshore, Marine & Dredging Industry up to 4,000 kVA worldwide. DBR supplies a standard range and design custom solutions for open and containerised applications, including DNV2.7-1/3 and A60 rated packages, according to the high quality codes & standards and IACS classification rules.

DBR BV Lelystraat 53 3364 AH Sliedrecht The Netherlands T +31 18 461 3200 F +31 18 461 2654 E info@dbr-bv.nl I www.dbr-bv.nl dbr.generatorsets Contact: H.J. Hafkamp Sales Manager

Windparc Substations The solutions for Windparc substations combine the knowledge and experience from different disciplines. For the substations DBR delivered for lot of IACS classified gensets as part of the turnkey solution. Projects are delivered including ventilation and filtering systems as well the cooling, exhaust and fuel systems. Also synchronisation, loadsharing and monitoring systems are done completely in-house. To save costs by less maintenance and create more reliabilty DBR developed it so called DBR long running system, DBR remote control monitoring system and DBR fuel treatment system. Why DBR • Proven track record of thousands

of vessels and platforms which are still using the power of the DBR generator sets worldwide • Flexible private company with smart creative people. • Professional group of clients • Brand independent • OEM partner for most well known engine and generator brands • Efficient production and monitoring systems • Worldwide service • Custom solutions Used brands are often the engine brands Mitsubishi, Volvo, MAN, MTU, Caterpillar and Cummins with Leroy Somer or Stamford generators. For pumps DBR is partner for especially Johnson/SPX and Varisco.

3D modelling Especially for turnkey projects as well as for containerised packages DBR has made exceptionally benefits for our clients by using 3D modelling. DBR – “your partner in reliability” DBR assure the reliability by doing all the necessary activities from start engineering until maintenance and delivery of spare parts. Training and commissioning on site assists operational people in effective use of the sophisticated equipment. DBR B.V. has developed itself as reliable partner in which quality and safety plays an important role. Rely on DBR as your ISO 9001, SCC and offshore certified company.

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DeepOcean Providing Innovative Solutions to Subsea Challenges DeepOcean is an integrated provider of safe, high quality, innovative services and technologies. Our clients are in the renewable, cable and offshore oil & gas industry. Demonstrating an extensive track record, we offer a breadth of subsea services including Survey and Seabed Mapping, Subsea Installation, Seabed Intervention, Inspection and Maintenance and Repair. This strong portfolio of services, coupled with a fleet of specialised equipment and multi-purpose support spreads, enables us to bundle our subsea services to deliver cost-effective, tailored solutions. DeepOcean is home to the world’s largest independent fleet of high technology marine trenching and burial equipment, including jet trenching ROVs, ploughs and mechanical trenchers.

DeepOcean plays an active role in the global supply chain of offshore wind power, providing a range of solutions under its five core service areas.

DeepOcean UK Office T +44 1325 390 500 Contact: Andy Readyhough NL Office T +31 223 684 156 Contact: Maarten-Jan Theijs NO Office T +47 52 70 04 00 Contact: Stian Nygård

Survey and seabed-mapping DeepOcean can provide detailed surveys of cable corridors to allow project engineers to design costefficient, practical and safe routes for their installations and lay barge anchor pattern routes. As a provider of cable installation and trenching services, we can provide a combined package of pre and post lay survey and trenching services from the cable installation vessel or as a separate scope of work.

deepocean @DeepOceanGroup

• Shallow and deep water solutions • Jetting ROVs, cutting vehicles & ploughs for large power cable burial Seabed intervention (trenching) DeepOcean’s strength includes its flexibility to provide the right tool for the job combined with an experienced offshore delivery team. Inspection, maintenance and repair DeepOcean is a global IMR contractor, with a leading position in the North Sea. We have unique experience and track record in this sector and fleet of existing vessels, technologies and methodologies which are being transferred to the Offshore Wind market. DeepOcean can provide both annual

and multi-year rotating IMR plans for all subsea wind farm infrastructure including substations structures, turbine foundations and cables. ADUS visualisation software Our inhouse software provides high quality 3D images of wind turbine foundations, cable catenary and seabed architecture. To provide a fly through with spatial measurement capability. Recent projects: • Egmond aan Zee • Dolwin 1 • Greater Gabbard • Bard Offshore Wind Farm

Subsea installation Providing a full range of solutions for HVAC and HVDC cables, flexibles and umbilical’s, DeepOcean can deliver solutions from shallow water beach landings to the deepest offshore sites with its advanced installation and construction vessels. We provide specialist designed but cost effective, DP2 cable installation vessel solutions. These solutions combine flexible array cable and export cable storage with an integrated burial tool launching spread and operational team accommodation. • Cablelay barges optimised for array and export cable installations • 2,000T Carousel • 7,000T HVDC cable spread • In-house engineering design and management for mobilisation • Experienced offshore installation teams

E post@deepoceangroup.com I www.deepoceangroup.com

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Deutsche Windtechnik Offshore und Consulting Independent offshore service provider Deutsche Windtechnik is one of the very first offshore service providers: for as long as a decade the manufacturer-independent company has been processing a wide range of assignments from the entire scope of offshore maintenance. Deutsche Windtechnik now has the experience, knowhow, personnel and the maritime network to operate a complete, integrated service for offshore wind farms – from foundation, to blade, to offshore substation (OSS).

• Offshore wind turbines (Siemens, Vestas, Senvion) • Transition pieces (TP) • Offshore foundations (above and below water) • Offshore substations (OSS) • Other constructions: cabling, measure ment towers, accomodation platforms

Deutsche Windtechnik Offshore und Consulting GmbH Stephanitorsbollwerk 1 (Haus LEE) 28217 Bremen Germany T +49 421 69 105 0 F +49 421 69 105 299 E info-dwtoc@ deutsche-windtechnik.de I www.deutsche-windtechnik.com deutschewindtechnik Contact: Carl Rasmus Richardsen CEO

Deutsche Windtechnik AG is a leading service provider of independent maintenance services for wind turbines, operating worldwide. On land alone the company manages more than 2,700 machines manufactured by Vestas/NEG Micon, Siemens/An Bonus, Nordex and Senvion with fixed maintenance contracts (full maintenance or basic contract). Long-term partners Out of a total of over 700 employees, 100 of these are specialised in the offshore sector: the ‘Deutsche Windtechnik Offshore und Consulting’ unit is responsible for developing and implementing tailor-made maintenance concepts for wind farms in the North and Baltic Seas. Clients value the high level of operational flexibility and excellent contacts with maritime partners.

The synergy between the experienced onshore colleagues, and the in-house QHSE team, ensure minimal communication, development and work processes. International service for all offshore wind farm structures Our offshore service teams are currently working at Butendiek, Dan Tysk, Meerwind Süd/Ost, Nordsee Ost, Trianel Windpark Borkum and Baltic I offshore wind farms. Deutsche Windtechnik Offshore und Consulting is also currently working on tenders with various service providers for numerous international projects, particularly in the Netherlands and the United Kingdom. We specialise in the maintenance of the following offshore wind farm structures:

Operation & Maintenance from A to Z In general, we offer the following services for each of the structures listed: • Technical management: wind farm management, monitoring, documentation • Maintenance: creating the concept, developing manuals and checklists, execution of service, inspection, repairs (including large components), improvement, troubleshooting, rotorblade service, safety engineering service: testing, replacing and retrofitting components such as cranes, winches, ladders, etc., OSS: maintenance of high and medium voltage • Remote data monitoring: monitoring 24 hours a day, 365 days a year through the use of control rooms, incident management, data management • Consulting: concept development, construction and production monitoring, technical examinations and surveys, QHSE management, risk assessment, due diligence • Optimisation and retrofit measures in the field of control electronics, retrofits. All our offshore maintenance services are certified by GL Systems Certification in line with ISO 9001:2008.

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DGS Interparts Your partner in design, management, construction and transportation of hydraulic cylinders and fully integrated solutions. Already since 1976 DGS Interparts â&#x20AC;&#x201C; Hidrolift is a valuable partner in hydraulic cylinders. WeÂ have all the knowledge and experience required for high standards.

DGS Interparts Brownfieldlaan 15-003 2830 Willebroek Belgium T +32 38 662 049 F +32 38 660 281 E info@dgs-interparts.be I www.dgs-interparts.be Contact: Ertan Sekerci Managing Director

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Dieseko Group BV Wind farms – time saving offshore innovations Vibro technology is a proven method for fast and accurate pile driving. Dieseko Group develops and supplies vibratory hammers for driving offshore wind farm foundation piles.

Dieseko Group BV Lelystraat 49 3364 AH Sliedrecht The Netherlands T +31 18 441 0333 F +31 18 441 1386 E info@diesekogroup.com I www.pve-holland.com @ICEPVEHolland Contact: Douwe Feenstra Marketing Manager

Vibrating technology in a highly competitive market We are market leader in developing and supplying the right foundation equipment, to take the full advantage of the current energy change. Dieseko Group offers vibro technology with lowest noise emission levels for sea life and environment. Our technology is also highly efficient and time saving. We have our own in house R&D department and benefit from long-term relationships with geotechnical experts. PVE 300MU. How vibrating techno logy evolved by the introduction of a new type of vibratory hammer In the offshore wind market saving time means gaining money, as total project time decreases. This is exactly the case with our new vibratory hammer: the PVE

300MU. This hammer does not only reduce driving time, but also saves on handling time. The upending vibratory hammer brings horizontal stored piles into the vertical position from which they are lifted, positioned and vibrated in one sequence. Benefits PVE 300MU The main benefits of the PVE 300MU are considerable timesavings, reducing deck space occupancy and cost efficiency, without additional equipment such as separate internal lifting tools. A proven track record with more than 250 piles are upended and driven by our PVE 300MU offshore. Monopiles XXL The foundations and production capabilities of monopiles have taken a

lift and recent designs show diameters of 10 metres for future XXL monopiles. Dieseko Group designed vibro equipment to drive XXL piles. Vibratory hammer XL: The PVE Giant and Giant Vibro Drill The PVE Giant is a spectacular modular vibratory hammer and the perfect equipment for driving monopiles XXL. In this innovating design individual gear cases can be coupled up to a total eccentric moment of 2,000 kgm. Test results The recent test report of the Carbon Trust Offshore Wind Accelerator programme showed that vibratory piling is up to ten times faster and less noisy, compared to the conventional method of impact hammering.

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DGI DOEDIJNS

Doedijns Advanced hydraulic systems for your power, motion and control challenges Doedijns is a global system integrator in the field of motion and control systems. Thanks to the presence in the world’s major offshore industry hubs – Europe, Americas, and Asia – we are able to respond rapidly to clients’ needs wherever they may occur. For every situation where you need hydraulic and electrical control systems, we will create a high quality, reliable and durable solution.

Doedijns B.V. Coenecoop 103 – 105 2741 PH Waddinxveen The Netherlands T +31 18 230 2888 F +31 18 230 2777 E solutions@doedijns.com I www.doedijns.com Doedijns Contact: Oscar Bik Manager Offshore Hydraulics

Specialist in complete hydraulic solutions for the wind industry Doedijns has extensive experience in the offshore wind industry and has been contributing to the installation of more than 400 wind turbine foundations with advanced hydraulic solutions for pile gripper frames. We have been coengineering large and complex projects with our customers designing custom made solutions. Our hydraulic solutions comprise of the system integration of hydraulic power units, control manifolds and complete e-controls with additional delivery and mounting of hydraulic piping, flushed and commissioned.

Integrated solutions • Hydraulic drive and control systems for pile gripper frames • Hydraulic solutions for jack-up barges • Hydraulic solutions for lifting applications • Hydraulic motion and control systems for motion compensated gangways • Condition Monitoring Systems • Flushing solutions

spare parts. We have short lead times as we do everything in house including development of the software and the complete electrical controls and have extensive knowledge of design and engineering standards for the offshore wind industry.

Project Management Doedijns is a solutions provider for complete project management, from in house design, engineering, manufacturing, installation up to commissioning, and distribution of

engineering your durable ambitions

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DS Marine Finance The work boat finance specialists DS Marine Finance is one of the leading arrangers of specialist marine finance for vessels used in the offshore wind market, with a proven track record of finance facilities arranged for over 80 vessels in the last four years, including our first six vessel order. Every marine finance package we arrange is a bespoke solution unique to each customer. We source banks and funders to finance your vessels and are involved from the start to the end of the deal. Key products and services include marine mortgages, marine rental agreements and short-term finance agreements.

DS Marine Finance United Kingdom T + 44 79 731 8788 8 F + 44 20 777 6464 8 E info@dsmarinefinance.com I www.dsmarinefinance.com

Customers include work boat operators, crew transfer companies, shipping companies and renewable investment funds in the UK and Europe. Vessels financed range in size from 12m to over 28m, including crew transfer vessels, multicats, jack-ups and flat top barges, with up to 90% loan to value. Every marine finance package we arrange is a bespoke solution - we source banks and funders to finance your vessels, whilst we can also advise on acquisitions. DS Marine Finance is completely indepen dent, with a proven track record of experi ence gained from over 80 deals in the last four years. We have in-depth knowledge and understanding of the workboat market, demonstrated by the fact that every one of our customers has returned to DS Marine Finance for a subsequent deal.

Key products and services include marine mortgages, marine rental agreements and short-term finance agreements. Customers include work boat operators, crew transfer companies, shipping companies and renewable investment funds. DS Marine Finance has an extensive network of finance providers with facilities available from a range of UK High Street Banks & Merchant Banks, specialist UK marine funders, European Banks, American Funders, Middle Eastern Banks, Renewable Investment Funds and Private Funds. DS Marine Finance offer some highly innovative approaches to finance including; the co-ownership of vessels, enabling you to pay for use of the vessel rather ownership; the ability to resell

vessels at the end of the finance facility; the purchase of older vessels to release cash for new ones; the sale and lease back of older vessels; the re-financing of entire fleets; the first ever deal with two funders. As well as commercial vessels and workboats, we offer finance on other marine assets including ROVs, access systems, cranes, system and navigation upgrades. In addition we currently have marine partners looking for vessels. Banks/Funders/Investors – we have deals prepared and ready for you. Vessel Builders – we have customers wanting stock. Operators – we have funds ready to deploy.

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EEW Special Pipe Constructions GmbH Your partner for offshore wind foundations EEW Special Pipe Constructions GmbH, located in Rostock, has been engaged in the production of heavy steel pipes and related pipe components since 2008. Our customers, concentrated in Germany and other European countries, are mainly active in the offshore wind industry and offshore oil & gas sector. EEW Special Pipe Constructions GmbH (EEW SPC) has its roots in the Erndtebrücker Eisenwerk GmbH & Co. KG (EEW) which was founded in 1936. The EEW Group has 1,800 employees world wide with production facilities in Germany, South Korea, Malaysia and Saudi Arabia, as well as several sales offices in every continent.

Large-diameter pipes by EEW SPC

EEW Special Pipe Constructions GmbH

Production programme: • Monopiles/Transition Pieces • Prefabricated components for Jackets • Tripods/Tripiles • Pin Piles for Jackets • Suction Piles

Am Eisenwerk 1 18147 Rostock Germany T +49 38 181 7160 F +49 38 181 7161 10 E info@eewspc.de I www.eewspc.de Contact: M ichael Hof Sales Director

unit weights of up to 1,500 tonnes can be produced. These XL monopiles could be used for offshore wind farms with higher turbine power and in deeper waters up to 40 metres and are the most economic foundation structure available at present. End of 2014 EEW SPC and Bladt Industries have taken an important step to establish a new joint company – Offshore Structures (Britain) Limited – based onby the River Tees in the UK to manufacture offshore steel structures. The facilities are particularly well suited for the production of large tubular offshore wind foundations, most notably transition pieces. With our current order intake included, EEW SPC has participated, as foundation manufacturer, in the installation of over 1,300 WTGs for OWF projects in Germany, UK, the Netherlands and Belgium.

Thick-walled, longitudinally welded large pipes, with diameters of up to 10 metres, lengths of up to 120 metres, and up to 1,500 tonnes unit weight can be fabricated in Rostock. The annual capacity of 170,000 tonnes per year is based on the use of state-of-the-art machines and innovative manufacturing methods. EEW SPC has a total of 32,000m2 fabrication capability under roof and 198,000m2 of storage area. The own quay guarantees direct access to the sea. EEW SPC is also ideally prepared to face the challenges of future offshore wind farms in deeper waters. Based on investments in special fabrication halls and equipment, the production facilities for offshore wind products have been considerably enhanced. Now monopiles with a diameter of up to 10 metres and with

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ELA Container Offshore GmbH Offshore Accommodation for Rent and Sale ELA Container Offshore GmbH produces stand-alone offshore containers for rent and sale to be used on rigs, converter platforms and all types of seagoing vessels, pontoons and barges. With standard 20ft, HC-ISO containers with CSC approval, we are able to provide living quarters, offices, mess rooms, galleys,laundry facilities, recreation or locker rooms for your individual demand. Save space and stack all these units up to four levels high, connected to a full service accommodation facility. ELA stairway and gangway modules are easily integrated into this system and are quickly assembled. Your individual solution on short notice, ready to use immediately. All containers are ‘Made in Germany’ and have the DNV2.7-1 / EN 12079 and DNV 2.7-2 offshore certification.

ELA Container Offshore GmbH Zeppelinstraße 19-21 49733 Haren (Ems) Germany T +49 5932 506 506 F +49 5932 506 10 E info@ela-offshore.com I www.ela-offshore.com ELAContainerOffshore @ELAOffshore ELA Container Offshore GmbH

Contact: Hans Gatzemeier Managing Director

‘Flexibility on Demand – One Type Various Accommodation Solutions’ This concept is based on various offshore-related project experiences. The company realised that the concept of offshore accommodation containers should be more tailormade, to be able to react flexible to the customers needs. Therefore, the company started to work towards flexible standard 20ft. units that could quickly and easily be refitted into the desired shape and function. The flexibility of the 20ft units provide several advantages: • Easy handling due to 20ft dimensions and a weight of only 7.7t. • Low Transport costs based on ISONorm containers with CSC approval. • Space saving as all containers can be stacked up to four high.

• Extendable, all containers can be linked with stairway and gangway containers. Therefore, a complete accommodation facility can be configured, planned and assembled on site. • Highest quality standards and all necessary certifications as all containers have the DNV 2.7-1 / EN 12079-1, DNV 2.7-2 certification and are all ‘Made in Germany.’ • High safety standards are guaranteed by a A60 insulation and CSC approval. All containers are ready for immediate use after being connected to the electrical circuit board system as well as the fresh water and waste water system (if necessary). Flexible and adaptable to your demand! Even during the rental period, your accommodation facility

can be extended or changed to your specifications. Various ELA Containers can be added, removed or switched and quickly linked into an existing ELA accommodation unit.

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EMS Maritime Offshore GmbH Solutions from a single source - Offshore, Service, Logistics EMS Maritime Offshore GmbH (EMO) is your premium service provider for the offshore wind sector. Started in 2007 as the offshore department of AG EMS (a ferry company dating back to 1843), EMO was founded in 2010 as a 100% subsidiary company of AG EMS. Quality, high performance and flexibility are our leading attributes. EMO successfully implements its own, GL-certified HSE/ISM system and is also compliant with ISO Standards 9001 & 14001. In 2011, together with the companies SSC Wind and Bernhard Schulte Group, EMO established WINDEA Offshore GmbH. Today EMO operates a total of seven vessels and has over 100 employees. Our crews and vessels have already managed over 35,000 safe transfers to WTGs, PSVs and platforms.

The services of EMO are structured within four main sectors.

EMS Maritime Offshore GmbH Zum Borkumanleger 6 26723 Emden Germany T +49 49 218 9072 86 F +49 49 218 9071 285 E info@offshoreservice.de I www.offshoreservice.de I www.port-knock.de EMS Maritime Offshore GmbH @EMSMaritime EMS Maritime Offshore GmbH EMS Maritime Offshore GmbH

Project and Charter Management With our fleet of special-build offshore vessels we can provide the whole range of services in the field of supply and support. Be this the transportation of specialised crew for the construction area or the supply of various goods to an offshore hub. Thanks to our experience in guard duties, crew transfers, coordination of on-/offshore logistics and maintenance or repair of wind turbine generators, we can offer you vessels that are able to meet all your project requirements. We and our professional network guide you from the selection of vessel up to final charter negotiations within on-hire and off-hire surveys. by recruiting its Marine Coordinators from the company’s own nautical officers, vessel operators or technical management staff. Besides our core business – vessel traffic coordination, radio communication management and emergency response – our MCs have also been assigned additional duties such as vessel registration procedures, maintenance of Permit-To-Work systems, reporting to the German authorities (from daily reports up to full licensable concept studies), weather monitoring and logistical CTV disposition.

Coordination Services Maritime coordination of offshore construction sites is enormously important for a successful project. EMO forms interdisciplinary teams

Port and Logistic Services Using its own port network in EmdenKnock, Emden, Eemshaven (new floating jetty opened in September 2015) and Borkum, EMO offers the complete range

of port services. With our team and facilities we are able to manage and assist in heavy loads, mooring services, open and closed storage, fresh water, bunker supply and waste disposal, custom clearance and quayside office facilities.

“ We take care of your cargo from onshore to offshore within our full supply chain, functioning as your single point of contact.”

Fleet and Operation Management The management of a ship requires know-how, expertise, and flexibility. As a shipping company, EMO combines all these in its maritime technology inspection activities, and therefore offers the best possible support when you have to allocate available personnel, or technical monitoring of ships and tours of duty. The supply of offshore wind farms requires a very high standard of proven and tested vessels. In line with this, EMO offers experienced and skilled nautical and technical personnel for the shipbuilding supervision of such ships.

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FORCE Technology Quality control and condition testing on wind turbines FORCE Technology provide owners, investors and operations managers a wide range of advanced non-destructive testing equipment and services including condition assessment, verification, on-site inspection and maintenance as well as entire life cycle assessment from its design to installation. In other words, we cover the entire wind turbine from bottom of foundation to blade tip.

FORCE Technology Park Alle 345 2605 Broendby Denmark T +45 43 267 000 F +45 43 267 011 E info@forcetechnology.com I www.forcetechnology.com/ wind-power force-technology Contact: Ole Olsdal Sales Manager

Automated quality control in the production We have developed several scanners with the purpose of securing quality in running production whether we talk about rotor blades, towers or foundations.

Typically, in rotor blades, the scanners will find hidden flaws, invisible delaminations and disbonded joints that may jeopardise blade integrity, reducing turbine yield, efficiency and lifetime. When it comes to towers and foundations, a scan will show hidden weld defects that may weaken the structure. Automated ultrasonic inspection assures a fast and precise quality control, and offers tremendous time

savings, excellent documentation, and permanent storage of data. We can also optimise the inspection work in your production, both for towers and blades. On-site inspection and testing services We have multiple inspection and testing solutions for both on- and offshore wind turbine components. All of them focus on increased quality as well as reduced risks and costs. Examples • Drones for visual inspection of blades • Remote operated magnetic wheel crawlers for fast weld inspection and corrosion mapping on towers • Permanently installed monitoring systems on foundations.

These are just a small sample size of our range of solutions. Therefore, whatever your challenge is, please contact us with any assignment and hear what we can do for you. Our solutions cover the entire wind turbine from bottom of foundation to blade tip. About FORCE Technology FORCE Technology was founded in 1940. We are a leading technological consultancy company with subsidiaries in Sweden, Norway, China, Singapore and the United States. Our goal is always to enhance the value and improve the competitiveness of your company through innovative use of technology and know-how.

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Fred. Olsen Windcarrier Lifting offshore wind Fred. Olsen Windcarrier provides innovative and tailored services for the transport, installation, and maintenance of offshore wind parks. The company offers a modern fleet operated by an experienced and dedicated crew along with safe, efficient marine operations with highest HSEQ standards.

Fred. Olsen Windcarrier offers wide-ranging, flexible and bespoke solutions through a single contract, working together with related companies Global Wind Service and Universal Foundation.

Fred. Olsen Windcarrier Fred. Olsens gate 2, P.O. Box 581 0152 Oslo Norway T +47 22 341 000 F +47 22 341 182 E commercial@windcarrier.com I www.windcarrier.com

As well as having two supreme and flexible jack-up installation vessels in Brave Tern and Bold Tern, the company provides specialist engineering and project management expertise, some of the industry’s most experienced technicians, a fleet of high performance service vessels and a reputation for getting the job done safely, efficiently and reliably. Built on 168 years of offshore and marine experience, Fred. Olsen Windcarrier was established in 2008 and took delivery of the two self-propelled jack-up vessels three years ago. The company has since gained unprecedented experience installing the latest generation turbines including Alstom’s 6MW Haliade 150 at the Belwind site, at the time the largest offshore wind turbine ever to be positioned in sea waters. One of the top highlights to date has been the installation on the Global Tech I offshore wind farm, in the German North Sea – one of the first to feature the AREVA 5MW turbines.

Contact: Martin Degen Commercial Manager

The flexibility of the vessels was key to achieving the operational target – and included a record performance in the transportation and installation of eight turbines in one week, including ten hours transfer time each way to the wind farm. Following her work on Global Tech I, Bold Tern mobilised for installation work on Butendiek Offshore Wind Farm, also in the German Bight, to provide offshore transportation and installation for the 80x 3.6MW Siemens wind turbines.

2015 saw the launch of Fred. Olsen Windbase, a game-changer for offshore O&M, which will significantly reduce the cost of offshore wind farms.

In 2015 Fred. Olsen Windcarrier undertook several short O&M fast track projects across numerous locations in Germany, with project assignment to execution within a short time frame. These projects were carried out smoothly and efficiently.

Two more of Fred. Olsen Windcarrier’s Bayards are working on Borkum Riffgat. The remaining Bayards on a variety of short-term specialist projects in a range of locations throughout Northern Europe.

Meanwhile, three of Fred. Olsen Windcarrier’s Bayard crew transfer vessels (CTVs) have been employed in UK waters at Walney 2 offshore wind farm, where they will continue working on operations and maintenance for the duration of their three-year contract.

Bold Tern and Brave Tern transported and installed 75 towers and nacelles and 22 rotor stars of the 80 turbines, completing the project on schedule within eight months.

Fred. Olsen Windcarrier AS

www.offshoreenergytoday.com

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GeoSea NV Innovative marine & offshore solutions GeoSea offers first-class offshore contracting solutions to global clients. We have the skills, the technology and the equipment to perform in the most challenging marine environment. Always working closely with our clients, we understand what it takes to define and deliver a project cost-effectively, safely and on time. GeoSea participated in the construction of more than 40 offshore wind farms. Recent examples are Baltic 2, Trianel West Borkum II, Borkum Riffgrund and Godewind 1 & 2 in German waters. In the UK waters, GeoSea worked on Walney and Westermost Rough Offshore Wind Farms, West of Duddon Sands, Ormonde and Kentish Flats Extension. OffÂ the Belgian Coast Thornton Bank and Northwind wind farm form part of our large track record.

GeoSea NV Haven 1025 - Scheldedijk 30 2070 Zwijndrecht Belgium T +32 32 505 312 F +32 32 505 541 E info.geosea@deme-group.com I www.deme-group.com/geosea Contact: Jan Van Rossum Christopher Iwens Jan Klaassen Member of DEME Group

World-class track record Our scope of work consists of EPCI contracting for foundations, monopile installation, pre-piling & post-piling jacket foundations, wind turbine logistics & installation and maintenance services during operational lifetime of wind farms. GeoSeaâ&#x20AC;&#x2122;s jack-up platforms include Innovation, Neptune, Thor, Goliath, Vagant, Buzzard, De Zeebouwer, Halewijn, Tijl II, and Kobe. They are assigned to projects around the globe, including on the North Sea, the Middle East and Australia. Our business also

covers more traditional activities such as soil investigation, drilling of large diameter piles and directional drilling. Safety: Our first priority Safety is the key factor in any successful offshore project. Working at sea requires a safe and healthy environment for all of us. GeoSea adheres to strict weather and sea state condition regulations, and we make our safety performance visible through transparent reporting.

Certified quality Our plant, platforms and vessels may be huge and the offshore constructions we build may be enormous, but the tolerances we respect, the accuracy we aim at and the precision of our realizations are unequalled. An offshore wind turbine tower may rise to the skies but its foundations are piled at vertical and relative tolerances measured in millimetres. This quality is guaranteed by numerous certificates, incl. ISO 9001, VCA** and OHSAS 18001.

Continuous innovation To better serve our clients, we continuously develop new techniques, methods and tools in our own research and development department. This approach has made us a competitive bidder and cost-efficient partner. We often are the first in the world to propose

new solutions with net gain in safety, working time and accuracy. As an example, among many others, GeoSea developed several seabed templates, for accurate installation of piles for jacket foundation of different sizes and configurations.

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GloMar Group Your dedicated partner in the Offshore Wind industry GloMar Group delivers high quality offshore support vessels and subsea solutions to the Offshore Wind industry. Our vessels are operated by a dedicated team of talented ship management professionals, in preparation for today’s and tomorrow’s opportunities. With a range of applicable quality management tools, guidelines and procedures, we safeguard operations at sea and onshore. Our subsea solutions contain all forms of commercial diving and ROV services.

GloMar Group Het Nieuwe Diep 34A3 1781 AD Den Helder The Netherlands T +31 22 352 5030 F +31 22 368 3372 E info@gm-ships.com I www.gm-ships.com glomar-shipmanagement-bv Contact: Mark van der Star CCO

GloMar Shipmanagement B.V. operates a diverse fleet of purpose built offshore support vessels

With our Globaltic Marine Shipyard in Poland we have the ability to build and re-build vessels, and we are extremely proud of our ‘in house’ rebuilds and constructions. These abilities, together with our high standards of operational Health & Safety places Glomar as a strong player in the offshore marine market. Our sailors, who are fully trained to the latest standards (STCW 95 (as amended)), and competent under the NOGEPA and OGUK guidelines, enable GloMar to maintain and achieve these continual high safety standards.

GloMar is the leading provider of Safety Standby Vessels (SVVs) to the Dutch offshore Oil & Gas sector, and we also operate Emergency Response and Rescue Vessels (ERRVSs) in the UK sector. Furthermore, we also provide: • Offshore Accommodation Support, • ROV/Survey Support Operations, • Dive Support Operations, • Offshore Wind Energy Support, • Seismic Support Operations, • Guard Vessel Operations, • Decommissioning Support Vessels,

We are dedicated to building long lasting partnerships with both our clients and suppliers, by providing tailor-made services designed around client’s requirements and needs. When doing so, we always strive for the highest standards in health, safety and environmental management.

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GustoMSC B.V. The Pioneers of Offshore Engineering GustoMSC is an independent, world renowned and leading design and engineering company, thanks to the vast knowledge and expertise of our dedicated professionals and our close relationships with the most influential players in the offshore energy market. GustoMSC has designed the vast majority of the installation jack-up vessels operating or under construction to date. We are a world market leader in jack-up designs and integrated equipment. Our proven designs reduce the new-build risk. The end result, a stable and solid platform to work from, increases operability and reduces operating risks. Where the jack-ups serve both the turbine installation and foundation installation market, floating solutions are primarily used for transport and foundation installation.

GustoMSC B.V. Karel Doormanweg 35 3115 JD Schiedam The Netherlands T +31 10 288 3000 F +31 10 288 3001 E info@gustomsc.com I www.gustomsc.com GustoMSC Contact: Jan Mark Meeuwisse Sales Manager

for an installation vessel. Operating both in port and offshore, the crane needs to be positioned on a safe, stable and solid platform able to withstand the harsh environment during transit and the leg to bottom impact during jacking installation conditions. To enable safe operations on remote sites, all year survival capability is required - the key to successful operations for your project. A safe, stable and solid platform will enable a more economical logistic chain process by reducing expensive offshore time, downtime and thus costs. Our solutions can be customised to fit the specific logistic and installation needs of any wind farm or contractor strategy. Best in class solutions As for the future, we foresee that not all installation vessels will be jack-ups. Due

to the increasing weights of foundations, a diversification of foundation installation methods is expected. The heavier foundations are typically on the edge or beyond the crane capacity of the largest installation jack-ups. These foundations can also be installed by floating installation vessels. Based on a series of recent successful installation projects, the GustoMSC designed Oleg Strashnov has shown that crane vessels may be the proper answer for the challenge posed by the ever increasing foundation weights. With the successful SEA and NG series jack-ups, and the Constructor Class heavy lift vessels, GustoMSC is determined to set the new standards for current, nearby and future demands of the offshore renewables market. 77

Offshore wind installation from safe, stable and solid platforms We have gained a wealth of experience in the offshore wind industry by having a variety of installation jack-up designs operating in the market, each with its own characteristics. Our range runs from small non-propelled units (SEA series) to the large self-propelled vessels (NG series), in which we have incorporated our over 50 years of experience. Characteristics of these units are survival capability, transportation of heavy, large and long components, storage space for spares and tools and customised accommodation. It comes equipped with autonomous cranes with sufficient hook heights and DP-1 or DP-2 for positioning next to the foundation and in between power cables spread on the seabed. This offshore crane is the â&#x20AC;&#x2DC;money makerâ&#x20AC;&#x2122;

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H2M Lightweight Offshore Accommodation Modules H2M provides a wide range of lightweight offshore accommodation and workspace modules to the oil & gas, maritime and renewable energy industries. Our system is based on modular build, therefore we can provide almost any type of module. Our product range contains several designs of offshore lightweight accommodation modules. Along with workspace modules including, office, laboratories and workshops. Furthermore, ancillary modules such as recreation rooms, gymnasiums, locker rooms, galley and mess rooms can be supplied as a supplement for larger accommodation complexes. We manufacture all our modules to the highest industry standards; DNV 2.7-1, EN 12079 and ATEX, including compliance with IMO/SOLAS regulatory requirements for A60 fire protection.

H2M Willeskop 94 3417 ME Montfoort The Netherlands T +31 38 476 3728 E info@h-2m.com I www.h-2m.com h2m-lightweight-modules @H2Moffshore Contact: Edwin van Zuijlen General Manager

All H2M lightweight accommodation modules offer the following; • Less than half the weight of comparable modules. • High class interior • A60 fire-rating • Suitable for ATEX zone 2 • Swift and easy hook-up capability • Firerated windows functions also as escape hatches Full Service provider H2M is not only a rental company. H2M’s philosophy is to provide our clients with the service they require. We can deliver a full service solution, what includes engineering, transport, installation, hook-up, commissioning and service during the period of use. We are able to provide everything that’s required to ensure that the modules are ready for

a comfortable stay. On several projects we have provided our clients with stairs and walkways, hook-up materials and structural requirements. From a 250m2 grillage to a coffee mug and everything in between we can provide. At H2M we provide everything that is required for the crew to enjoy a safe and comfortable stay in our modules, so our clients can focus on their core business.

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Height Specialists Industrial Rope Access Since 1995, Height Specialists has had a leading role in the application of Rope Access techniques for on- & offshore. We offer practical and efficient solutions for work at height and difficult to access locations. Due to a professional and personal approach, we are a reliable partner with an all-round package of services.

Height Specialists Weg en Land 48 2661KR Bergschenhoek The Netherlands T +31 15 256 5662 F +31 15 380 7957 E info@heightspecialists.com I www.heightspecialists.com height specialists @RopeAccess HeightSpecialistsNL Contact: R obert van Dommelen Sales Manager

ensure a qualitative and successful completion of every project. Our working methods are based on our IRATA, ISO-9001 and VCA-P certifications.

When rope access techniques are applied, locations at height or otherwise difficult to access locations are reached faster and safer. Additionally, the impact on other operations is kept to a minimum. We offer our clients these advantages by using innovative working methods.

As a training center, operational IRATAmember and supplier of materials, we are capable of advising clients regarding working methods and choices of materials for work at altitudes.

In all services we offer, safety and expert knowledge are key. A structured approach and open communication

Height Specialists and its international strategic partners offer the following services to the manufacturing industry, shipbuilding and on- & offshore markets worldwide: • maintenance; • modifications; • inspections; • advice and project management; • IRATA and safety training.

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Huisman Innovative solutions for wind turbine installation Building on the successful operation of existing Huisman products for the installation of offshore wind turbines, transition pieces and foundations, Huisman developed a dedicated range of cranes for the offshore wind industry. Huisman has built the world’ s largest Leg Encircling Crane for the Seajacks Scylla and delivered multiple cranes on jack-up units and floating vessels. Huisman also designed a SWATH-type installation vessel called the Wind Turbine Shuttle. This vessel is able to install two fully assembled wind turbines.

Huisman Admiraal Trompstraat 2 3115 HH Schiedam The Netherlands T +31 88 070 2222 F +31 88 070 2220 E sales@huisman-nl.com I www.huismanequipment.com Huisman Equipment Contact: Gerben Roks Product Manager Cranes

Offshore wind installation cranes The product range for customised offshore wind installation cranes is a result of many years of design and operational experience and based on the company’s drive to design and deliver new solutions that add value to the market’s existing technologies. The customised crane range includes pedestal cranes and mast cranes for both jack-up vessels and floating vessels. The lifting capacity of these cranes ranges up to 2,500mt. In addition to the low construction weight, small footprint and minor tail swing of the existing Huisman cranes, available value adding features are a fully electric variable frequency drive system, the extensive lifting height, the small operational minimum radius and the

possibility to install the crane around the leg of a jack-up vessel. As an example of the success of this new range of wind turbine installation cranes, Huisman was awarded the contract to build the world’s largest Leg Encircling Crane, capable to lift 1500mt at 34m for Seajacks’ new build jack-up vessel Seajacks Scylla in 2013, which will be operational Q1 2016. Customised Huisman cranes already in use for wind turbine installation include the 600mt Pedestal Cranes onboard GeoSea’s Neptune and MPI Resolution and 300mt Pedestal Cranes onboard of the GMS Endeavour and Seajacks’ Kraken. Other Huisman cranes mainly used for installation of transition pieces and foundations include the 900mt cranes

onboard Jumbo’s DP2 vessel Jumbo Javelin, the 3,300mt crane onboard Multipurpose Heavy Lift Vessel Rambiz, and the 2,200mt sheerleg Taklift 4. Wind Turbine Shuttle The Wind Turbine Shuttle, a dynamically positioned, fast sailing (14 knots) SWATH-type installation vessel, is another example of a dedicated offshore wind turbine installation product design. The vessel can carry and install two complete wind turbines in one piece, allowing commissioning and testing to be done onshore and thus reducing installation time offshore. By combining low vessel motions, active heave, roll and pitch compensating systems and a full DP3 system, the wind turbine is kept virtually stationary in relation to the fixed foundation, thus increasing offshore workability.

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Royal IHC - Offshore Reliable partner for efficient offshore solutions Royal IHC is a partner of choice for innovative, sustainable and integrated offshore vessels and equipment. IHC’s offshore solutions are reliable, efficient and flexible to the demands of challenging seabed-to-surface oil and gas projects, and the renewable energy market. With its extensive knowledge and in-house design capabilities, IHC ensures compliance with the latest technological developments, strictest safety regulations and most stringent environmental standards.

Royal IHC - Offshore Smitweg 6 2961 AW Kinderdijk The Netherlands T +31 78 691 0911 F +31 18 441 1884 E offshore@ihcmerwede.com I www.royalihc.com ihc-merwede @Royalihc royalIHC

Reliable IHC excels at managing the complexity inherent within the development of vessels and equipment. Each project is approached with care, creativity and adaptability, so that customers can depend on delivery within the terms of the agreement. It has an impressive track record of delivering innovative solutions to major subsea construction companies, ship owners, oil and energy companies. IHC can accommodate the construction of vessels and equipment in the Netherlands or in various locations worldwide.

Efficient solutions IHC constructs custom-built vessels and equipment or more standard vessels with a ready-to-build design, the IHC Supporter® class. Conducting business in an offshore environment is often turbulent. Technical and financial risks are significant, and margins are fluctuating. Construction costs for offshore wind farms are high and in the near future offshore wind farms will be larger and located further away from the coast. Transportation challenges – among others – will soon arise.

Efficiency, reliability and durability are key factors to success. IHC understands its customers’ needs and has the ability to provide innovative and efficient solutions for a variety of projects, such as wind farm installation, subsea infrastructure and maintenance. IHC provides services for the construction, operation and maintenance of offshore wind farms including: • Consultancy and design, incorporating operational engineering • Engineering and fabrication of equipment • Handling and installation tools • Construction of vessels and modifications to existing vessels.

Partnership IHC provides cost-effective products, not only when newly acquired, but also throughout their working lives. The IHC team works closely with the customer,

so that they complement each other’s expertise. It can, for example, advise on the design, regulations and structure of the project. This reduces risk and cost to create a smoother process, which leads to better results.

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Jack-Up Barge Elevating your business Jack-Up Barge is a privately owned provider of self-elevating platforms active in the offshore renewables, civil construction and oil & gas sectors. With our versatile fleet of both modular and monohull platforms J-UB can offer cost effective solutions for almost any scope. For the offshore wind sector, Jack-Up Barge can cater all services from drilling works to turbine installation.

Jack-Up Barge Krausstraat 14-16 3364 AD Sliedrecht The Netherlands T +31 18 474 0222 E commercial@jackupbarge.com I www.jackupbarge.com Contact: Jan Stinenbosch Commercial Director

Our vision Jack-Up Barge’s vision is to become a global offshore partner of choice, and to be the leading provider of Self Elevating Platforms. Therefore we continuously invest in safer, sustainable, and more cost-efficient solutions to our partners in the offshore energy sector. Our fleet Jack-Up Barge owns and operates eight self-elevating platform of which three are modular and five are monohulls. The modular units are fully dismountable in ISO size container modules and have a variable pay load of 400 metric tons. Our monohulls are build according to GustoMSC design and have a variable pay load between 1,000 and 2,500 metric tons. These units have crane capacities up to 1,000 metric tons and can work

in water depths up to 45 metres. Furthermore J-UB has a portable DPII system and a fleet of 100 ABS/USCG A60 certified temporary living quarters. Our certification: Jack-Up Barge’s integrated management system is ISO 9001:2008 and OHSAS 18001:2007 certified. Our modular units are G.L. 100 A5 certified and the monohulls A.B.S. A1/G.L. 100 A5 K50 certified. Our track record Jack-Up Barge has been the partner of choice for many projects amongst which: • Belwind – installation of 55 transition pieces and turbines • Nordsee Ost – accommodation and commissioning

• Bard 1 – installation of turbines and accommodation works • DolWin Alpha – accommodation and commissioning • Borwin Alpha & Beta – accommodation and commissioning Our future We will continue to invest in new equipment to maintain our position as reliable partner in the Offshore Renewables industry. Furthermore we will seek innovative solutions to add further value to our clients.

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Jan De Nul Group In-house design, construction, installation and ballasting Services for the offshore oil, gas and renewable energy industries are a key part of the services provided by Jan De Nul Group and are playing an ever increasing role. They can be divided into four main components: seabed intervention, rock installation and ballasting, offshore wind farms installation, and the installation of subsea cables and umbilicals.

Jan De Nul Group 34-36 Parc d’Activités Capellen 8308 Capellen Luxembourg T +352 39 89 11 F +352 39 96 43 E info@jandenulgroup.com I www.jandenul.com jandenulgroup Contact: Edward van Melkebeek Director Offshore Division

Jan De Nul Group provides services related to the installation of offshore wind farms, including installation of export and inter array cables, fabrication and installation of Gravity Based Foundations, transport and installation of jacket or monopile foundations and high voltage stations, installation of scour protection around the foundations, and installation of the entire wind turbines itself. The combination of design and detailed engineering and all aspects of civil works, dredging works and rock and marine installation works enable Jan De Nul Group to offer a total package on an EPC and EPCI basis. The Group’s in-house engineering department provides clients with FEED design for the selection of foundation

and for all aspects of the construction and installation. Through a constant pursuit of quality and technical innovation, Jan De Nul Group owns a very modern and well-balanced marine fleet for all stages involved in such installation. As offshore wind farm installation moves to deeper water, the cost of such foundations represent a considerable part of the total cost of the offshore wind farm and cost optimization is an essential aspect for future developments. Jack-up vessel, Vidar The jack-up vessel Vidar is less than two years old and was specifically built to install offshore wind farms. The vessel is one of the largest of its kind in the

world. The large cargo deck space and payload and the lifting capacity of its crane up to 1,200 tonnes enable swift and safe installation of the heaviest foundations and other components of offshore windparks. The vessel is 140m long and is equipped with four legs to lift itself above the sea level for stable working without impact of the waves. The vessel can install all kinds of foundations, as well as the latest generation of wind turbines, in water depths up to 50m. Clients worldwide are increasingly seeking an all-in solution for their projects with an integrated approach of design and execution. Jan De Nul Group recognises this trend and offers clients complete packages.

The new Belgian offshore wind power plant Nobelwind will be installed 46km off the coast at Zeebrugge. It will consist of 50 Vestas wind turbines of 3.3MW each, 165MW in total. The power plant will be connected to the Belgian power grid through an export cable previously installed by Jan De Nul in 2013 and will provide green power to 197,000 families.

Nobelwind Jan De Nul Group and the offshore wind project Nobelwind signed the first offshore wind contract for Jan De Nul’s recently acquired offshore jack-up heavy lift vessel Vidar. It concerns the engineering, procurement, construction and installation of 51 monopile foundations for 50 wind turbines and for the Offshore High Voltage Substation (OHVS), the supply and installation of scour protection and the installation of 50 wind turbine generators. The wind power plant will be constructed next to the Belwind wind power plant, around the Bligh Bank sand bank in the Belgian North Sea and has selected Ostend (Belgium) as Marshalling Harbour.

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Käufer Access Systems – Blade – Tower – Substation Käufer, the world’s leading company in the business of Blade Access systems, has developed and built access system for more than 25 years. We can offer you access systems and suspended platforms for wind turbines, Rotor blades, substations, facades and as well as glass roofs. We designed the first suspended platform for Rotor Blades already in 1996.

Käufer Befahrtechnik Mühlenberg 5 42499 Hückeswagen Germany T +49 21 929 2030 F +49 21 929 2033 3 E access@kaeufer.de I www.kaeufer.de Contact: Dirk Käufer Managing Director

Now Käufer is showcasing their latest innovation. The TÜV approved K-BP-O platform is the first certified and unique platform in the offshore sector and especially designed for use on sea. It sets a new standard for fast and safe access to wind turbine rotor blades for inspection and repair and is all in all a cost-effective solution.

• Käufer is the leading company in the business of Blade Access Systems worldwide • Private owned company • More than 25 years’ experience in access systems • In- house engineering & manufacturing • Custom – engineered platforms and Cutting edge technology

• Service Partner in UK, USA, INDIA, Brazil • More than 150 Rotor Blade Platforms installed worldwide • All Platforms are certified by TÜV and UL • World Wide Service • Installation and training • Sale and rental worldwide

Käufer is certified according to • Quality Management System ISO 9001:2008 • Health and safety Management System OSHAS 18001:2007 References: Vestas, GE Energy, Areva, Alstom, Nordex, Senvion, Gamesa, MHI Vestas, Rotos 360°.

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Liebherr Offshore Crane Technology Since the beginning of offshore technology, Liebherr has been involved in the development of appropriate cranes for offshore applications and today is the technology leader in this segment. Offshore is one of the most innovative and technologically demanding industry segments. The increase in energy demands and the development of ever more demanding sea beds go hand-in-hand with the advancement of crane technology. These demands have led to considerable changes in the requirements and possibilities of cranes. Besides being used on oil and gas platforms, Liebherr cranes are also used in other applications, including subsea work and installation of offshore wind turbines, for handling remote controlled underwater vehicles, or for installing pipelines and telecommunication cables offshore. Maritime cranes for the wind power industry The Group offers convincing solutions for the construction of wind turbines at sea. Liebherr’s offshore heavy duty cranes feature lifting capacities of up to 1,700t. All requirements can be catered for: diesel-powered or electric drive units, explosion-protected cranes and cranes for ambient temperatures between +40°C and -50°C and special lowering depths down to 3,600m below sea level. The offshore heavy lift cranes are mounted on crane ships or jack-up platforms specially designed for these jobs.

Liebherr-MCCtec Rostock GmbH Liebherrstraße 1 18147 Rostock Germany T +49 38 160 0650 26 F +49 38 160 0639 99 E oliver.bretag@liebherr.com I www.liebherr.com LiebherrMaritime Contact: Oliver Bretag Marketing Maritime Cranes

Liebherr’s range of heavy lift offshore cranes for the wind industry consists of: BOS series BOS cranes are conventional slew bearing type rope luffing cranes. This type of crane is available for lifting capacities of up to 1,200t. The crane prime mover is either electric-hydraulic or diesel-hydraulic and can be designed for operations in safe or hazardous areas as well. Depending on customer requirements Liebherr offers various types within the BOS-series. With a maximum boom length of 102m, which is especially required for offshore wind park installation, the BOS 45000 is the largest model of this series.

MTC 78000 The MTC 78000 achieves a maximum lifting capacity of 1,600t at a radius of up to 35m. This corresponds to a maximum dynamic overturning moment of 780,000 kNm, the crane still being able to slew over 360°. At a maximum radius of 74m for the main hoist the crane achieves a

lifting capacity of 530t. In addition to the main hoist, the MTC 78000 offers two auxiliary hoists with lifting capacities of up to 500t and 50t respectively. Subsea Crane RL-K 7500 Liebherr’s RL-K 7500 subsea crane offers customers a convenient solution for subsea operations. It features impressive technical figures, being able to lift up to 300t in the air and handle loads down to a water depth of 3,600 m. It is equipped with the active heave compensation system Heavetronic® to compensate the vessel’s motions. In order to meet the power demands of Heavetronic® the innovative hybrid drive system Pactronic® has been especially adapted for subsea applications.

CAL cranes Liebherr has delivered two ‘Cranes around the Leg’ so far: the CAL 45000 and the CAL 64000. Their special design means that they are able to rotate 360° around one of the four jack-up legs of the vessel. They are the first heavy lift offshore cranes

in the world to date to be built according to this design. The main advantage of this design is that despite the cranes’ enormous size they can be positioned in a space-saving way and thus require a relatively small obstruction area of only 12m. With a maximum lifting capacity of 1,700t at a maximum working radius of 31.5m the CAL 64000 is the larger of the two models. The CAL 45000 achieves a maximum lifting capacity of 1,200t at a maximum working radius of 27.5m.

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Linde AG, Linde Gases Division Gas solutions for a wide range of fabrication processes With approximately 65,500 employees working in more than 100 countries worldwide, Linde is the largest gases and engineering company in the world. Linde products and services can be found in nearly every industry. For offshore fabrication, Linde provides the full range of welding, cutting, heating and thermal spray coating solutions to meet the most sophisticated engineering demands and rigorous quality standards. The materials innovations extend from high-strength steels to special anti-corrosion coatings that extend the life of offshore structures in hostile climates. When working with Linde, you have access to an extensive network of experienced engineers, who guide you towards the solution that best answers your individual challenges.

Linde AG - Application Technology Centre Manufacturing Industry Fangdieckstrasse 75 22547 Hamburg Germany T +49 40 853 1212 54 F +49 40 853 1212 52 E atz.hamburg@de.linde-gas.com I www.linde-gas.com Contact: Jens Heimbokel Head of Application Technology Center, Manufacturing Industry

Comprehensive portfolio for the offshore wind industry The highlights of our offshore offering are all-in-one welding solutions, customised cutting and heating solutions as well as thermal spray coating solutions for the perfect surface finish. The product, equipment and supply system portfolio is complemented by a wide service offering, including in-depth safety training on the correct installation and handling of gases. Even after you have completed construction work, you can rely on Linde engineers to help you optimise operations. Optimised cutting speed with acetylene Nordic Yards asked Linde for support to improve its flame cutting process. Based on an in-depth evaluation of the existing parameters, Linde advised Nordic Yards to switch from ethylene to acetylene.

The results showed that acetylene offered significant process optimisation potential, clearly accelerating the maximum oxyfuel cutting speeds. The switch also made sound financial sense with a sizeable drop in cutting costs. In concrete terms, the acetylene solution accelerated cutting speeds by between 16% and 60% on straight cuts (depending on the tested material). With bevel cuts, the speed gains were as high as 100%. Equally impressive were the potential costs savings. With acetylene, Nordic Yards stands to have cost savings of around 51 % on average per shift every year. Rapid and cost-effective preheating with acetylene In order to enable the production of XL, high-strength steel monopiles, EEW Special Pipe Constructions (SPC)

GmbH needed to maximise the quality of circumferential weld seams. Preheating was the obvious and most effective way of ensuring the necessary quality gains. As acetylene offers clear performance gains over the slower-burning fuel gas propane, Linde engineered a tailor-made acetylene LINDOFLAMM® burner to meet EEW SPC’s specific production conditions. With LINDOFLAMM®, EEW SPC can enhance the quality of circumferential weld seams, reduce the risk of hydrogen cracking in monopiles and avoid the productivity bottlenecks associated with propane-based preheating. In fact, tests with LINDOFLAMM® show that it reduces preheating at EEW SPC from 75 minutes (based on five rotations) with propane and a standard burner to 30 minutes (based on two rotations) with the custom-developed LINDOFLAMM® burner and acetylene.

LOC Marine & Engineering Consultants LOC is recognised as a world leader in the field of marine warranty surveying. Established in 1979, we have approved some of the largest and most complex offshore marine construction projects in the world. LOC has been actively involved in many aspects of marine installations of offshore wind farms in the UK and Europe for a number of years, from undertaking navigation risk studies to providing marine warranty survey services leading up to and including installation of foundations, wind turbine generators and cables.

• Wind turbine components • Monopiles and transition pieces • Gravity base structures • Tower, nacelle and blade • Export and inter-array cables • Met Mast • Cable protection systems • Rock placement and concrete mattress laying • Subsea structures • Spars and semi-submersibles • General towage approvals • Crawler crane and multi-axle land transports • Export and array cable repairs • Vessel, crane barge and jack up inspection

Our experience in offshore projects is recognised by leading underwriters, wind farm developers, wind turbine manufacturers, power companies and ship owners involved in the transportation and installation of offshore project cargoes. LOC has undertaken a number of risk analysis studies on potential offshore wind farm sites and advised contractors on methods of reducing their exposure as well as assisting in the development of RenewableUK best practice guidelines.

Ibex House, 42-47 Minories EC3N 1DY London United Kingdom T +44 20 726 4325 0 F +44 20 726 4325 1 E london@loc-group.com I www.loc-group.com @LOC_Group Contact: Mike McLachlan Head of Renewables

active and constructive dialogue with the key developers, contractors and engineers. By attending on site we can provide the necessary risk mitigation and will warrant and approve the first of each of the key operations to witness it is conducted safely and in accordance with the approved procedures. We subsequently monitor a percentage of repeat operations to ensure that any changes to the operational procedures are promptly detected. We believe this system of procedural review and attendance for the first key operations can minimise the cost to the insured and promote safe and claim free construction.

In addition to offshore wind farm construction, we also act on behalf of underwriters, energy companies and engineering and construction contractors for large offshore oil and gas projects, as well as petrochemical and power plant developments, large maritime civil engineering projects and marine operations generally. Projects have included, but are not limited to, approvals for the fabrication, load out, transportation and installation of the components listed above.

We provide advice and approvals to ensure that planning and procedures are well developed and implemented to minimise the risks during all aspects of offshore works, maintaining an

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MacGregor MacGregor proven technology taken to new horizons MacGregor shapes the offshore and marine industries by offering world-leading engineering solutions and services with a strong portfolio of MacGregor, Hatlapa, Porsgrunn, Pusnes and Triplex brands. Shipbuilders, owners and operators are able to optimise the lifetime profitability, safety, reliability and environmental sustainability of their operations by working in close cooperation with MacGregor. MacGregor solutions and services for handling marine cargoes, vessel operations, offshore loads, crude/LNG transfer and offshore mooring are all designed to perform with the sea.

MacGregor Group T +358 20 777 4500 E macgregor@macgregor.com I www.macgregor.com Contact: Jan Martin Grindheim Sales and Marketing, Advanced Offshore Solutions

Driving innovation in the renewable energy sector MacGregor solutions and products stem from a long tradition of innovation, engineering excellence and reliable performance in the most challenging environments. We leverage our expertise and decades of experience to continuously develop specialised solutions that will optimise safety of the crew and equipment, and the overall efficiency of our customers operations. Award-winning 3-axis motion compensation crane MacGregor award-winning 3-axis motion compensation crane is designed for offshore windmill and rig supply and maintenance operations. Hydraulic motion compensation system of the

crane’s base, combined with active heave-compensation and constant tension on winch, ensure unmatched precision and safety of lifts. Pusnes mooring systems for floating offshore wind farm MacGregor is involved in the world’s first floating offshore wind farm project; Statoil’s Hywind pilot park in Scotland. MacGregor will be responsible for the delivery of the Pusnes substructure mooring connection system for the pilot project’s five floating wind turbines. The Hywind project hinges on applying proven technology in new applications. MacGregor was chosen for the task because of the company’s long history of designing and delivering very reliable mooring solutions for offshore floating

production units for the harsh conditions in the North Sea. Global support throughout the lifecycle We want to ensure that our customers have the right parts and services, in the right place, at the right time. We provide maintenance and technical support for our customers, wherever in the world they operate. MacGregor service portfolio includes • Spare parts and logistics • Maintenance and repairs • Conversions and modernisations • Inspections • Drydocking • Service contracts • Training for crew and personnel • Remote diagnostics • Support services

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MARIN Maritime Research Institute Netherlands MARIN is a provider of advanced expertise and independent research to the maritime and offshore industry. Using the newest test facilities and simulators and working together with an extensive innovation and research network we achieve our goal of developing cleaner, safer and smarter ships and maritime contructions. MARIN is actively participating in the development of the offshore wind energy sector. It launched RENT (Renewable Energy Team), a MARIN wide team of specialists covering all the aspects needed to make offshore renewable energy a success.

MARIN, Maritime Research Institute Netherlands Haagsteeg 2 6708 PM Wageningen The Netherlands T +31 31 749 3911 E info@marin.nl I www.marin.nl Contact: Erik-Jan de Ridder Senior Project Manager Offshore Teamleader Renewable Energy Team (RENT)

Besides involvement in wave- and tidal energy, the RENT team is carrying out research for the hydrodynamic design of fixed and floating offshore wind turbines and wind turbine installation and maintenance vessels. The challenges are very similar to those of the offshore industry: safe and economic design, production, transportation, installation, maintenance, repair and removal.

To further assist the offshore wind market MARIN is running multiple Joint Industry Projects (JIPs). Here we give two examples. WiFi JIP The objective of the WiFi JIP is, to better understand the influence of steep and breaking waves on the foundation of offshore wind turbines and secondary

structures like boat landing platforms. The project aims at an improved methodology to take extreme waves and non-linear wave effects into account in the design of offshore wind turbine construction. The experimental and validated design methods can be used by the JIP participants, to have a better quality control on the design of their structures and to avoid damage by improved design methods and calculation requirements in Guidelines and Standards. Offshore Maintenance JIP The objective of the Offshore Maintenance JIP is to decrease the O&M cost and risk for maintenance operations by developing improved knowledge and practical simulation tools for O&M cost analysis. This will be

achieved by determining operational criteria based on human factors as well as limitations to the vessel and its equipment. The human criteria will be quantified by, physical lab experiments, onboard measurements and simulator trainings. For this JIP MARIN joins forces with the ECN and TNO. Both Joint Industry Projects are still running and open for new participants. If you are interested, feel free to contact Erik-Jan de Ridder, RENT@marin.nl.

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Mistras Group Ltd MISTRAS Group One Source for Asset Protection Solutions MISTRAS is a leading ‘one source’ global provider of asset protection solutions evaluating the structural integrity of critical energy, industrial and public infrastructure. Mission-critical services and solutions are delivered worldwide to provide asset life extension, improved productivity & profitability, compliance with safety & environmental regulations, and enhanced risk management operational decisions. MISTRAS uniquely combines its industry-leading products & technologies; 24/7 online monitoring; mechanical integrity & NDT services; and its proprietary data management & analysis software to provide comprehensive and competitive products, systems and services solutions from a single provider. NDT MISTRAS has an exceptionally wide range of advanced NDT solutions. Whilst radiography (RT) remains the mainstay for inspection for new welds (MISTRAS uses both film and CR), the use of Radiography Replacement Automated Ultrasonic Inspection (usually combined TOFD/PA) is increasing. With no radiation present, work may continue during inspection. MISTRAS’ Ultraview AUT inspection provides an image like RT, but can be viewed from three orthogonal directions, clearly showing any repair sites. The procedure conforms to ASME standards, and the MISTRAS TOFD/PA RT Replacement procedure conforms to EN standards. MISTRAS tubing inspection services offer 5 techniques, including those for fin-fan and “twisted” tubes. Acoustic Emission (AE) testing of both new and in-service assets, including pressure vessels, conforms to the appropriate standards, and over 10,000 storage tanks have been evaluated using TankPAC™ whilst still containing the normal contents - an essential maintenance prioritisation and planning tool that avoids the immense cost of opening/cleaning tanks for unnecessary inspections.

Norman Way Industrial Estate over CB24 5QE Cambridge United Kingdom T +44 19 542 3161 2 F +44 19 542 3110 2 E info@mistrasgroup.co.uk I www.mistrasgroup.co.uk mistrasgrouplimited Contact: Tim Bradshaw General Manager

as scaffolding and mobile elevating work platforms, as it creates minimal disruption, delivers fast & efficient mobilisation, and uses no equipment that needs to remain on site overnight. No other solution offers this level of site security and safety. Monitoring MISTRAS is the world leader in Acoustic Emission (AE) technology offering both testing services and continuous monitoring systems & support. Unlike physical measurements such as displacement and strain, AE is unique in that it detects and locates active material damage in real-time, often at the microstructure level, so the results can be used to directly assess the effect of loading and ageing on structural integrity. Coupled with physical monitoring, AE allows the correlation of structural loading with any resulting

damage (either directly or indirectly). This improves the understanding of any causes of degradation, or confirms the structure is continuing to perform under service loading without significant damage development. In some cases, a change to process parameters or loading resulting from the improved understanding prevents future damage development, resulting in extended life and improved safety. AE sensors attached to the structure and monitored by a local AE system record the relevant emissions released by structures during stress. The nature of this stressing and the appropriate monitoring envelope is interdependent. Monitoring requires sufficient time or loading cycles to allow for confident identification of damage, or longer periods/repeat testing are needed to establish rate of change or deterioration.

Rope Access At MISTRAS, our range of services allows us to offer a specialised solution specific to each customer’s needs, delivering quality, efficient, and safe service. In addition to providing rope access solutions for maintenance and inspection, MISTRAS Engineering Services provide review, analysis and engineering solutions in a comprehensive, single-point service. Rope access has proved to be an excellent alternative to conventional methods such

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Proven 50 Quality Years Since 1963

MME Group Inspection, Testing and Corrosion Specialist The MME Group consists of three specialised operating divisions, which main activities are material testing, inspection and corrosion prevention. Since its founding in 1963, MME has grown steadily, whilst maintaining the optimal balance between the different activities. With over 50 years of experience in the marine and offshore industry MME is nowadays also very successful in renewable energy with major projects in wind and tidal power generation. MME is designer, manufacturer and supplier of cathodic protection systems (with sacrificial anodes, Impressed Current or a combination of both) and has a service department for the maintenance of ICCP systems and monitoring installation. ‘A longer life’ is our mission, put into practice daily with fully-dedicated, well-trained specialists.

MME Group Rietdekkerstraat 16 / PO Box 4222 2980 GE Ridderkerk The Netherlands T +31 18 048 2828 F +31 18 046 2241 E info@mme-group.com I www.mme-group.com mme-group @_mmegroup mmegroup Contact: Eric Bouman Sales Manager

Offshore Solutions Cathodic protection: • ICCP Systems • Sacrificial Anodes (SA) • Hybrid Systems • Design & Engineering • In-house FEM analysis • Monitoring Systems & Remote Control • Service & Maintenance • Corrosion Consultancy

Inspection & rope access services: • Maritime & Offshore surveys (CAP/CAS) • Non-destructive testing & inspections • Video inspections (CCTV) • Close up inspections • Maintenance & repair projects • Coating inspections • Coating repair projects • Video inspections • Supervision at repairs • Class reporting • Project management ‘Harbinger’; heavy duty aluminium access equipment: • Offshore Gangways • Bridges • Accommodation ladders • Tailor made projects • On-site repairs • On-site servicing and testing

Offshore references • Nordergründe: OWF monopiles, design & supply of in-/ external ICCP • Rampion: OWF monopiles, supply of SA • Nordsee1: OWF monopiles, design & supply of in-/ external ICCP • Gemini: OWF monopiles, design & supply of in-/ external ICCP • Luchterduinen: OWF Monopiles, supply & design of internal SA • Humber Gate Way: OWF monopiles, supply of SA • Princess Amaliawindpark: OWF monopiles, supply of SA • Bard Offshore 1: OWF Tripiles, design & supply of ICCP • Seagen: Current Generators, design & supply of SA & ICCP • F3FA: Oil- and gas platform, design & supply of SA & ICCP

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MMT Marine survey services We offer a complete set of marine surveys within the offshore wind energy market and the marine cable sector. Our expert teams, highly technical equipment and vessels allow us to offer our clients integrated solutions at all stages of the process. From surveying prime locations, identifying optimal seabed conditions for construction and foundations, investigating potential cable routes conducting environmental surveys to understand habitat information within the development sites. As part of the risk assessment for all submarine installations, we work close with UXO experts and provide detection, verification, excavation and clearance services.

MMT is a marine survey company with 40 years experience within the market, offering time and cost-efficient multi sensor solutions to our clients in the renewable energy, marine cable, oil and gas and hydrographic industries. We collect, process and visualise the conditions of the seabed and the targets on it and provide the offshore industry with hydrographic, geophysical and geotechnical data and reports. We are located in Sweden, Norway and the UK. MMT’s services: • Site survey • Route and pre-lay survey • As-laid, post-installation & Inspection survey • Environmental & Bentic survey • Geotechnical investigations • UXO surveys and clearance • Hydrography • GIS data package

Sven Källfelts Gata 11 426 71 Västra Frölunda Sweden T +46 31 762 0300 F +46 31 762 0301 E info@mmt.se I www.mmt.se MMT @mmtnews Contact: Ellen Svestad CCO

MMT operates several fully equipped survey vessels and the operations are performed in accordance with an ISO9001, ISO14001 and OHSAS18001 certified management system. Head Office MMT Sweden AB T +46 31 762 0300 UK Office MMT (UK) Limited 2a Banbury Office Village, Noral Way, Banbury, Oxon, OX16 2SB, UK T +44 12 958 1774 0 Norway Office MMT Norway AS Haraldsgata 190, 5527 Haugesund, Norway T +46 31 762 0300

Examples of wind energy projects that MMT has conducted seabed surveys for: • Amrumbank • Anholt • Borkum Riffgrund • Hakefjord • Horns rev • Kårehamn • Kriegers Flakk • London Array • Nordsee Ost • Round 3 Irish sea • Södra Midsjöbanken • Westermost Rough • Dudgeon • Hywind • DanTysk

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MPI Offshore Connecting Markets MPI Offshore is a leader in offshore installation, operating four Wind Turbine Installation Vessels (WTIVs). Next to operating WTIVs, MPI offers a complete package of services regarding wind turbine and foundation installation as well as accommodation and decommissioning works. These services are divided under different companies within the MPI group. MPI Manpower offers construction personnel • MPI Equipment offers design, development and rental of equipment • MPI Consultants offers technical engineering solutions and project management services • MPI Workboats offers crew transfers and survey duties, including subsea-support duties • MPI Contractors offers comprehensive custom-made contracts for all MPI services •

MPI Offshore Resolution House 18 Ellerbeck Court Stokesley Business Park TS9 5PT Stokesley United Kingdom T +44 16 427 4220 0 F +44 16 427 1492 1 E info@mpi-offshore.com I www.mpi-offshore.com MPI Offshore Contact: Peter Robinson Managing Director

MPI Offshore – Wind turbine & foundation installation Delivered in 2003, MPI Resolution has proved to be the WTIV of choice for the offshore wind industry in the installation of foundations and turbines.

Building on the pioneering experience gained in operating MPI Resolution, MPI Adventure and MPI Discovery have been added to provide a fleet that positions MPI Offshore as the world leader in offshore installation. The latest technology is incorporated in these 2011 builds encompassing high capacity, high speed jacking systems, larger deck space, DP-2 positioning system and a 1,000t main crane. These features are vital for the safe and efficient delivery of offshore

projects today and into the future. The fleet has been extended further with the acquisition of MPI Enterprise in early 2015. It is a 2011-built WTIV, designed to transport, lift and install wind turbines and their foundations. Key features include a 1,000t main crane, a maximum operating depth of 45 metres and the ability to jack with 4,350t cargo on board. MPI Manpower With over a decade of invaluable experience installing the latest generation of offshore wind turbines, MPI have relied upon not only the absolute capacity of the WTIV fleet it owns and operates, but also on the dedicated and professional teams of construction crews that make MPI a world-class offshore construction contractor.

MPI Manpower offers suitably qualified and experienced personnel to complement the services provided by the other divisions of MPI. Rigging resources can be fully tailored to suit project specific requirements, from onshore logistics through to offshore installation of WTGs as well as operations and maintenance works. Typical crew and skillsets MPI Manpower can provide: • Riggers / welders • Rope access technicians • Bolting technicians • Mechanical / electrical hook up technicians • Deck superintendents • Appointed persons • Offshore construction managers

MPI Equipment Growth of the offshore wind industry and fierce advances in component sizes for offshore installation has led to MPI Offshore’s need to introduce existing heavy lift plant, new technology and custom-built tools to seamlessly integrate with the installation spread of the current fleet of purpose-built WTIVs – through MPI Equipment. MPI Manpower

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Over the last decade of offshore construction, it has been clear to MPI Offshore that it is not only a vessel that is essential to the safe and successful installation of wind turbines and sub sea foundations. Sound engineering practices, innovative design and application, the investment in required equipment and tooling, and the professional team to perform are just as important. MPI Equipment was formed to own and operate the additional items of construction equipment used either with, or to complement, the WTIVs: • Fleets of offshore specification SPMTs (self-propelled modular trailers) • Vessel mounted Monopile Upending Frame (MUF) • Uni-directional monopile gripper assembly • Subsea inter-array cable-laying and burial Remote Operating Vehicles (ROVs) • Lifting tools • Training of specialist operatives MPI Consultants Offshore wind installation professionals available on demand to provide your project with experience, innovation and time efficient solutions.

MPI Offshore

MPI Consultants have engineered ‘the solution’ for in excess of 1,000 offshore turbines, foundations, TPs and array cables. These skills and experiences have been drawn from a variety of in-house professionals from the maritime, construction, oil & gas

When combined, we provide the clients with the knowledge and solid performance through the complete life cycle of the project. Whether MPI Consultants’ input is part of a FEED study, supply chain review, onshore logistics, offshore installation, vessel or marine management, MPI Consultants has the resources to deliver the results. Centred at the MPI Offshore-office in Stokesley, MPI Consultants can offer a full range of project management and engineering services to the exacting standards and demanded by the offshore industry. MPI Consultants has in the past also provided bespoke management specialists to support and strengthen project teams of our clients. MPI Workboats MPI Workboats operates a fleet of state-of-the-art, purpose-built wind farm support catamarans. MPI realised at an early stage that our customers’ requirements for a workboat differed greatly between the construction phase and the operational phase of a wind farm. Working with the likes of Dong Energy, Siemens Wind Power, Centrica Energy, London Array and E.ON, MPI Workboats operates fast catamarans for the transfer of personnel and equipment between shore and the offshore construction site or wind farm. Our vessels are constructed to a very high standard and are all built by one of the largest boat builders in the UK, South Boats IOW Limited. The current fleet includes three 15m, four 17m vessels, four 19m, one 20m and two 21.85m version, all being robust, fast and seaworthy. This allows MPI Workboats to work in a variety of challenging environments. The layout of the vessels has been designed with the comfort and safety of the passengers they carry in mind. Further information can be found at www.mpi-offshore.com.

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With over a decade of offshore installation there is no group or company with a greater experience of the commercial, technical and project management of the supply chain and installation requirements to deliver the components and equipment offshore: efficiently, innovatively, effectively and safely.

and project management backgrounds and transferred into the offshore wind industry.

Njord Offshore Ltd Offshore wind farm crew transfer vessels Njord Offshore is a leading ship manager and operator of crew transfer vessels for the offshore wind market in Europe. Njord Offshore operates under the ISM code and maintains its crew transfer vessel fleet to the highest standards with a strong emphasis on safety, efficiency and reliability. Please visit us at www.njordoffshore.com.

Njord Offshore Ltd Maud’s Court Tendring CO16 0BG United Kingdom T +44 12 558 3388 8 F +44 12 558 3388 0 E chartering@njordoffshore.com I www.njordoffshore.com

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Njord Offshore’s fleet of 8 x 21m and 5 x 26m CTVs are all IACS classed and hold German certificates of equivalence. The vessels have worked through-out Northern Europe’s Offshore Wind Farms providing a high level of reliability and service for a number of well known contractors, including DONG, Vestas, RWE, Senvion, Adwen & Siemens.

The new 26-metre Quad IPS CTVs increase the operational boundaries of crew transfer with their dynamic fender system and high bollard thrust. In an industry where CTVs play a critical role in the logistics chain, the 26m Quad IPS’s four Volvo engines and pod propulsion systems offer Charterers unrivalled redundancy and increased deployment capability.

Njord Offshore operates under ISM code and ISO9001.

For more information please see www.njordoffshore.com

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Oceanwide Global Maritime & Offshore Employment Oceanwide is active in International manpower services for the maritime sector. With fully owned offices and agents around the Globe, Oceanwide is able to recruit and provide the best crew for your job. Oceanwide’s history dates back to 1976 when the company opened its first office in the Netherlands. Over the years Oceanwide has gained wide recognition as a global supplier of qualified crew for the offshore/energy sector and maritime business. Oceanwide is active in major maritime countries, e.g. Cyprus, Mexico, Latvia, the Netherlands, Germany, the Philippines and the United States.

Our agent network around the world includes contacts in major crew-supplying areas like India, Vietnam, Eastern Europe and South America. Our offices and agent network enable us to provide first class service to all our clients. Our employment concepts cover all aspects of crewing for the shipping industry and offshore/energy sector. Our range of services includes recruitment and selection, assessments, training and development, contracts and international payrolling, insurance and travel arrangements. Offshore / Renewable Energy General Manager André Pietjou explains Oceanwide’s added value for the Offshore Renewable Energy sector. “We have a very strong history. For more than 35 years we have been providing our clients with a variety of technical staff for both E&P installations, as well as jack-up’s and offshore supply and construction vessels. We have established ourselves as a reputable and dependable partner in the recruitment and secondment of qualified and dedicated personnel in the international offshore/energy sector. We strive to find the most suitable candidate for the job by following a careful selection process in close consultation with the client. Our vast database consists of thousands of candidates including process operators, mechanics, electrical engineers and fully certified offshore crane drivers.”

Luchthavenweg 6i (first floor) 1786 PP Den Helder The Netherlands T +31 22 367 1727 F +31 22 352 0505 E denhelder@oceanwidecrew.com I www.oceanwidecrew.com Oceanwide.Netherlands. Offshore Contact: Eelco van Schijndel Operations Manager Manpower

throughout the contract period to ensure the satisfaction of all involved. Whether you are looking for crew on a project or permanent basis, we find the right person for the job. We take care of the complete process from recruitment to deployment. All our candidates are in possession of all mandatory training certificates (OPITO, GWO, STCW, NOGEPA or comparable certification). Oceanwide has gained experience with power generation, renewable energy and offshore construction projects on the North Sea, Gulf of Mexico and in Asia.” The Oceanwide quality standards are laid down and monitored in annual checks on VCU (safety), ISO 9001, NEN4400-1, HACCP and FPAL/Achilles. Marine Catering Oceanwide’s catering services go far

beyond catering crew only. Michael Molema: “Oceanwide provides full catering services for offshore installations and the maritime industry. We have proven field experience in the North Sea and provide full catering & hotel services for the entire offshore industry. These services include the provision of: • Catering & Laundry services • Food, beverages and bonded stores • Galley equipment & design consultancy • Accommodation cleaning services All our staff is trained in accordance with widely accepted Dutch standards and undergo annual training to remain up-to-date with the latest methods and products in use. Oceanwide complies with HACCP rules and regulations and is ISO 9001:2008 / HACCP certified.

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Close cooperation Building a good relationship is crucial in the daily business of Oceanwide. Pietjou explains: “We always work closely with our personnel and clients

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Oceanteam Solutions Engineering and equipment capabilities support of offshore cable, pipeline and umbilical installations, transport and storage Oceanteam Solutions designs, builds and owns a large pool of various sizes demountable turntables with a capacity of up to 5,000t. We have 10t and 15t track tensioners and a variety of burial equipment, reel drive systems and associated lay equipment.

Oceanteam Solutions Herengracht 179-A 1016 BE Amsterdam The Netherlands T + 31 20 535 7570 F + 31 20 535 7588 E info@oceanteamsolutions.com I www.oceanteamsolutions.com oceanteam Contact: Saskia Tans Marketing & Sales Manager

Design We stand out in the design of our turntables; all systems have limited deck load, are interchangeable and demountable. We design and produce turntables in various sizes, for onshore and offshore use and for a variety of cables, umbilicals, pipes or flowlines.

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Engineering Together with our engineering partner KCI we can take care of the design, manufacturing and installation process, making our turntables custom-fit for our clientsâ&#x20AC;&#x2122; projects. Building Oceanteam Solutions builds up to 5,000T turntables at its facilities in Velsen Noord, the Netherlands. There, at our deep water base we can accommodate all

sizes of vessels for mobilisation and demobilisation with easy access to the North Sea. We are known for delivering quality equipment and services within limited time; our turntables can be built within a ten-week timeframe. Demountable As a result of the demountable design, Oceanteam Solutions turntables can be delivered to the mobilisation site in 40ft containers, making it sea and road transportable to any port around the world, offering huge cost savings to our clients. Full service Oceanteam Solutions is a full service rental company; we also supply up to 15T tensioners, loading towers, reels and spooling systems and burial equipment, together with 24/7 technical support.

Cable Solutions We offer our clients a full and integrated range of services comprising cable storage, cable handling, and cable transport. Our strategic location in the Netherlands, nearby all major wind farm projects, offers deepwater quayside facilities and fast access to the North Sea.

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Offshore Energy Exhibition & Conference Offshore Energy Exhibition & Conference (OEEC) is the only dedicated offshore energy event in the Netherlands. Founded in 2008, OEEC has been breaking records year after year. This annual event is focused on the complete offshore energy industry, from oil & gas to wind and marine energy and will be held on 25 and 26 October 2016 in the Europe Complex of the Amsterdam RAI.

Offshore Energy Exhibition & Conference Amsterdam RAI Europaplein 22 1078 GZ Amsterdam The Netherlands Entrance K T +31 10 209 2600 F +31 10 436 8134 E sales@offshore-energy.biz I www.offshore-energy.biz Offshore Energy @navingooe OffshoreEnergy

OEEC combines a vast exhibition with an extensive conference programme. As a leading comprehensive offshore energy event, OEEC covers not only exploration as production of conventional oil & gas energy resources, but also the renewable part of the energy mix such as wind and marine energy.

their products and services, and visitors. The extensive conference programme addresses the technical, operational and commercial challenges associated with industry growth. In the technical sessions, keynotes and master classes speakers share their insights on the ever-changing market challenges.

A fascinating group of business leaders, buyers, investors, engineers, and other interested parties within the offshore energy sector will get the opportunity to meet each other in three large halls of the Amsterdam RAI, totaling an area of more than 26,000 m². The 2015 edition attracted 11,865 unique attendees representing 86 nationalities.

Part of Offshore Energy’s programme is the annual Offshore WIND Conference. In 2015 the Offshore WIND Conference (OWC) focused on ‘building an industry without borders’. More than 20 expert speakers shared and discussed their views with over 250 industry professionals on taking down barriers to realise the industry’s potential growth. 103

The exhibition floor is the meeting area for supply chain companies, showcasing

Created and produced by

PASSION FOR OFFSHORE WIND?

Subscribe to the magazine for opinions, ideas, information and inspiration!

WWW.OFFSHOREWINDMAGAZINE.COM Navingo BV

T +31 (0)10 209 2600 E info@navingo.com

I www.navingo.com

Offshore WIND A cross-media concept reaching the entire offshore wind industry Offshore WIND is a powerful communication platform for the offshore wind industry with a strong global reach. With this cross-media concept of print, online and event products there is always a solution at hand that fits your company’s marketing strategy requirements. The Offshore WIND brand comprises of magazine, business guide, vessel directory, news portal and conference.

Navingo BV Las Palmas Building Wilhelminakade 302 3072 AR Rotterdam The Netherlands T +31 10 209 2600 F +31 10 436 8134 E info@offshorewind.biz I www.navingo.com I www.offshorewindmagazine.com I www.offshorewind.biz Offshore WIND magazine Vessel Directory @OffshoreWINDmag @OffshoreWINDbiz

Offshore WIND magazine This is the first independent international magazine, which is exclusively dedicated to the offshore wind industry world wide. This quarterly magazine has been successfully providing readers for more than five years with news and background information on projects, research, legislation, companies and details of future events.

Conference The annual Offshore WIND Conference (OWC) presents the latest in wind farm developments and addresses the key technical, operational and commercial challenges associated with future industry growth. Also, it brings a comprehensive overview of cost-reducing innovations, education and employment initiatives. Building on the expertise of Offshore WIND magazine, the conference enables revelation and discussion in this sector.

OffshoreWIND.biz OffshoreWIND.biz is internationally renowned as the online news platform reporting on the global offshore wind industry developments. For more than five years OffshoreWIND.biz provides free access to the latest news and developments, with user friendly, custom made news alerts. Navingo BV The Offshore WIND products are created and produced by the Navingo Media Group. Navingo offers a worldwide cross-media platform for the maritime and offshore industry and easily reaches over two million of your potential customers, prospects and professionals.The complete Navingo product overview can be found on www.navingo.com.

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International Business Guide The Offshore WIND international Business Guide (IBG) is an annual, promotional guide dedicated to the international offshore wind energy industry. This high quality full colour, detailed reference guide is a must for everyone who is working in, or related to, the offshore wind energy industry.

Vessel Directory The directory provides the industry with a compact useful overview of operating wind farm support vessels, construction vessels, accommodation vessels and cable layers. It includes photographs, technical specifications, managers, builders and ancillary services and suppliers.

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Oil Control Systems Inflatable cable / hose / pipe floaters Oil Control Systems supplies the well known‚ ‘Twin Boom’ inflatable cable floaters which are used during ‘beach pull’ operations. Over the years this product has gained a good reputation during its wide use in offshore wind farm cable floating operations.

Oil Control Systems Vlotlaan 232 2681 TV Monster The Netherlands T +31 17 428 1675 F +31 17 428 1275 E info@oilcontrolsystems.nl I www.oilcontrolsystems.nl Contact: M r. D.A. van der Mout Managing Director

Some references: NorNed project, Northwind windfarm project, Troll A gas platform project, Lincs offshore windfarm project, Korea 154kV Power Cable Installation Project, Vietnam Phu Quoc-HA Tien, Qatar cable etc. A whole range of ‘Twin Booms’ or ‘Single Booms’ with different buoyancy capacities are available. Recently big improvements are made in order to maintain airtightness and durability over a long period of time.

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We also supply a wide range of oil pollution recovery equipment, spill prevention and storage solutions. We can make custom made solutions, all we need is the project specifications and we will make you a free offer.

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OWA NV Your offshore service partner. From start to finish we deliver. Building on the experience of its parent companies DEME and GeoSea, OWA (Offshore & Wind Assistance) has specialised in providing Operations & Maintenance (O&M) services for your offshore project. OWA is unique in its capability to supply a full range of integrated O&M services in the Offshore Renewables sector. OWA provides individual services on an ad-hoc basis as well as packages under long term contracts, tailor made to specific site requirements. Delivering quality and ensuring health and safety is the top priority of OWA. Based on our broad marine experience and large fleet of marine vessels, we work closely together with our clients to come to an optimal solution for every problem that occurs. OWA is your single point of contact for O&M solutions!

OWA NV Haven 1025 - Scheldedijk 30 2070 Zwijndrecht Belgium T +32 32 505 312 F +32 32 505 541 E info.owa@deme-group.com I www.deme-group.com/owa Contact: Christophe Poels Desk Manager Member of DEME Group

Health & Safety: our top priority Safety is the key factor in any successful offshore project. Working at sea requires a safe and healthy environment for all of us. OWA adheres to strict weather and sea state condition regulations, and we make our safety performance visible through transparent reporting. All vessels deployed by OWA have been duly certified and are adapted to the highest health and safety standards. The staff and crew of OWA all have the training and certificates required for their respective jobs. Our QHSE management system is in conformity with all statutory obligations and requirements of applicable standards. Proven Track Record OWA did numerous successful interventions on wind farms all over western and northern Europe, such as

Northwind, Thornton Bank, Blighbank, Borkum West II, Alpha Ventus, Ormonde, Robin Rigg and Nordsee Ost. OWA secured long-term maintenance contracts for the Balance of Plant of Thornton Bank (BE) and Gemini (NL). Long-term framework agreements for logistics services are established with several turbine suppliers and owners, assuring the availability of the required equipment according to the clientâ&#x20AC;&#x2122;s needs. Continuous Innovations To better serve our clients, we continuously develop new techniques, methods and tools in our own Research and Development department. One of the latest realizations is the development of the High Wind Boom Lock sytem, making it possible to do lifts with high wind speeds, reducing expensive offshore time.

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Single Point of Contact OWA offers a wide range of services including inspections of offshore installations for wind energy and oil and gas applications, marine logistic services, maintenance of offshore installations, underwater inspections and surveys up to full asset management of your offshore assets. Falling back on the huge resources of the DEME Group, OWA can offer jackup platforms and vessels for major component replacements and retrofits, Accommodation and W2W vessels, fall-pipe vessels for scour replenishment, cable laying vessels for cable repairs, dredging equipment for site preparation and trenching, and off course the right persons for the job, no matter how specific the needs are.

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Palfinger Marine Lifetime Excellence PALFINGER MARINE is the expert for lifting and handling solutions designed especially for the wind industry. LIFETIME EXCELLENCE is our promise. PALFINGER MARINE offers cranes for nacelles, platforms and substation/accommodation platforms as well as davit systems, boats, winches and offshore equipment.

boom (PSM) and knuckle boom (PKM) cranes will guarantee safe and fast loading and unloading of vessels at main boat landing and also offer optional features for extra functionality and safe operation.

Palfinger Marine GmbH F.-W.-Scherer Strasse 24 5020 Salzburg Austria T +43 66 246 84 0 F +43 66 246 8482 770 E wind@palfinger.com I www.palfingermarine.com PALFINGER MARINE

Nacelle Cranes Compact design and an ideal weighting and performance ratio are characteristics of PALFINGER MARINE nacelle cranes. The foldable knuckle boom (PC and PK) range enables safe and fast lifting from the platform to the nacelle and from the heli-deck into the nacelle. Reliable operation is guaranteed even in tight spaces. Passenger transportation and blade and tower inspections are also simplified.

Contact: Martin Zauner Head of Wind Cranes

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Strong products for the specific needs of the renewables sector Combining excellent products, strong customer orientation and a highly competent service, PALFINGER MARINE occupies a leading position in the global marine market. Customers can rely on years of experience in the field of wind technology and successes achieved due to the use of PALFINGER MARINE wind cranes on many wind farms in Germany, Belgium, Denmark, the Netherlands, UK and more. Top-quality and long-term experience PALFINGER MARINE offers wind cranes with a design life of 25+ years. A best-inclass surface protection system and the lifting capacity adjusted to the wave height make the cranes a top-quality product.

Platform Cranes The fixed boom (PF) and stiff boom (PS/ PSM) PALFINGER MARINE platform cranes are experts for flexible material handling to the platform. Platform cranes are customised to unload supply vessels rapidly and safely under any marine conditions at sea. A special surface coating and processing of high-quality materials protects platform cranes against corrosion. Substation / Accomodation Platform Cranes With substation and accommodation cranes of PALFINGER MARINE the platform is executed with a versatile, reliable and low maintenance cargo handling tool to last for a lifetime. Optional the cranes can be customised to different rules, legislation and incorporate several safety features. Fixed boom (PF), stiff

Certifications and Regulations Cost-efficient manufacturing in state-ofthe-art production facilities guarantee our customers a high-quality product that can be certified by a number of internationally acknowledged class societies. The com足po足nent manufacturing plants in Austria, Slovenia and Bulgaria are MCA verified by DNV. Global presence with service offices and partner Network The PALFINGER MARINE service network helps to keep the equipment up to date according to the latest regulations. The highly trained engineers give the customer technical installation support ada pted to the special needs of wind farms. Annual service inspections and individual maintenance agreements are further benefits of this package. For more information, please visit our website: www.palfingermarine.com

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PIRIOU Global service for offshore wind farms Involved in shipbuilding and ship repair since 1965, PIRIOU specialises in producing medium-sized vessels up to 120m in length with high added value through a combination of high-performance engineering and a comprehensive network of industrial sites in Europe, Africa and Asia. With more than 400 ships built and delivered worldwide, PIRIOU provides, on a global scale, an innovative range of effective and safe vessels meeting the requirements of private or public, civilian or military international ship-owners.

Providing solutions for offshore operators Drawing on the experience of more than 100 crew boats built for the offshore oil & gas industry, PIRIOU has developed a range of ships to serve, in optimal comfort and safety, the men and women who manage offshore wind farms. Stable, manoeuvrable, comfortable, economical and fast, our ships are made to match your energy...

PIRIOU ZI du Moros - BP 521 29185 Concarneau France T +33 29 897 0948 F +33 29 897 2036 E s.montels@piriou.fr I www.piriou.com Contact: Sylvain Montels Sales Manager

Two models are available: • WFSV 21, an ideal and economical solution • WFSV 26, a fast solution with increased capacities Designed by BMT Nigel Gee, the Wind Farm Support Vessel range is MCA category 1 and certified by Bureau Veritas to provide safe and fast service up to 150 nautical miles from a safe haven. PIRIOU constantly listens to operators to ensure every vessel is customizable and adaptable. Built in accordance with a tried and trusted process of standardization, PIRIOU’s WFSVs are an optimal solution in terms of competitiveness and modular design. The Group’s main site is located at the heart of Northern Europe where the wind power industry has its centres of development. This allows us to guarantee a prompt service when it comes to providing maintenance and repair services.

• Choice of propeller or waterjet versions to ensure compliance with operating zone (top speed of up to 27.5 knots) • Equipment and comfort inspired by Business class standards • Carefully designed wheelhouse ergonomics. Several renowned operators have already trusted us for the last three years.

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High-performance wind farm service vessels PIRIOU’s WFSVs feature a series of fundamental advantages to satisfy the requirements of operators working in wind farm operation and maintenance: • Catamaran hull providing optimal stability and comfort during operations to deploy technicians in wind-turbine operating zones • Excellent manoeuvrability • Efficient and reliable bow specific fenders for a safe access to offshore wind turbines • Transfer capacity up to 24 technicians • Spacious decks for up to 20 tonnes cargo capacity • Crane on the foredeck up to 10 t/m • High fuel capacity (up to 25 m3) to optimise autonomy and wind turbine refuelling

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Port of Sassnitz Offshore base port for the Baltic Sea The starting position could hardly be better: Port of Sassnitz is a deep-water facility in north-east Germany which provides ideal conditions to serve as a base port for the offshore wind industry both in nautical and geographical terms. All the common offshore vessels, including jack-up barges and floating cranes, can call at the port, which has a draught of up to 10.5m. There are no restrictions on access caused by tides, locks or bridges. Within a radius of 30nm there are five offshore wind park projects which are in operation, under construction or having received official approval. The short distances between the base port and the wind parks out at sea provide clear cost benefits for operators and suppliers – just as the easy approach to the port without the need for any pilot or tug services.

project teams and short distances on

Fährhafen Sassnitz GmbH Im Faehrhafen 20 18546 Sassnitz Germany T +49 38 392 550 F +49 38 392 5524 0 E info@faehrhafen-sassnitz.de I www.faehrhafen-sassnitz.de

the terminal. Jack-up operations can be done on request and are subject to an investigation of the single case.

Contact: Patrick Schwabe Head of Offshore Wind

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The port offers ideal conditions and berths where both freighters and highly specialised vessels for the offshore wind power industry can dock. “Offshore components cannot be delivered by road because of their size. The units must either arrive at the quayside or be produced at the port site,” Harm Sievers, Managing Director of Fährhafen Sassnitz GmbH, explains. Offshore Terminal South: 100,000 m² for the installation of wind farms Completed in 2013, the Offshore Terminal South proved its capacity in 2014/2015 during the installation of the OWF EnBW Baltic 2. The terminal was used for the delivery, storage, preassembly and transhipment of the 80 wind turbines. The whole project was completed in summer 2015 and officially

inaugurated in September 2015. While the EnBW Baltic 2 project was finalised successfully, another one already waited for its kick-off: The Offshore Windfarm ‘Wikinger’ with 70 turbines is scheduled to start construction works at the beginning of 2016. The project will benefit from the special features of the southern Offshore Terminal: A water depth of 10.5m, a quay length of about 600m, a bearing capacity of max. 50t and a RoRo ramp which can be used for the delivery of wind turbine components. Moreover a warehouse with 1,500m² and an insulated warehouse measuring 740m² are available for the storage of spare parts, tools, equipment and sensitive electro technical parts. Finally, the projects offices are placed directly on the terminal area which results in an improved communication between the

Further Port Extension: Offshore Terminal North and O&M Port While the Southern Offshore Terminal will be utilised until 2017/2018, another offshore project appeared at the horizon, demanding further space and berth line: The OWF Arkona Becken Südost. Contracts have been concluded in summer 2015 and accordingly Port of Sassnitz will serve as a base port for this project as well. The berth line will be prolonged and areas with a bearing capacity of up to 20t will be provided. Depending on the scope of work for Arkona Becken Südost the Northern Terminal will be used for offshore operations from 2017 or 2018 onwards. When having a look at the ports infrastructure and its extension one should not forget operations and maintenance (O&M). Being able to quickly response to potential problems is key to ensure a good performance and availability of the turbine. Against this background Port of Sassnitz commenced construction works for a new O&M port which will be available from 2016/2017. Crew transfer vessels, tugs and supply vessels will be able to use berths 1 and 1a in the future. The berths are located close to the Offshore Terminal South and comprise a total berth length of approx. 303m. The supply of the vessels with e.g. fresh water and bunker fuel will also be possible. WELCOME TO YOUR OFFSHORE BASE PORT SASSNITZ-MUKRAN!

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PROTEA STANDARD PRODUCTS - BESPOKE DESIGN UNIQUE SOLUTIONS Established in 2001, Protea is an international engineering & equipment manufacturer supporting the offshore and onshore energy industry. With facilities in Poland, Protea delivers bespoke material handling systems predominantly for vessels, drilling rigs, offshore wind farms and oil installations. Core products include Proteus® Offshore Pedestal Cranes, which makes Protea an ideal partner for the delivery of cranes for offshore wind farm substations and wind farm installation vessels. Capabilities Protea offers turnkey engineering solutions complete with comprehensive post-delivery support – from delivery logistics, to installation and commissioning, provision of spares and through life engineering support. It is a proven supplier to the offshore wind industry with deliveries including Proteus® 4mT RAM Luffing Offshore Pedestal Cranes for the Sheringham Shoal Offshore Wind Farm in UK, owned and operated by Statoil/Statkraft. The company is also able to deliver Heavy Lift Cranes of a safe working load up to 1,600mT, targeting the offshore wind market for the installation of offshore wind turbines. The cranes provide a high lifting capability at both short and long outreaches over a large radius, a key feature for offshore wind farm operations. Protea delivers turnkey handling systems to meet specific customer requirements including Proteus® Offshore Pedestal Cranes, Heavy Lift Floating Cranes, Gantry and Semi Gantry Cranes; Winches; Winches; BOP Handling Equipment, Pipe Lay, Launch and Recovery Systems and other Mechanical Handling Solutions, both actively and passively compensated.

PROTEA Sp. z o.o. Galaktyczna 30A 80-299 Gdansk Poland T +48 58 348 0004 F +48 58 348 5895 E graham.manning@protea.pl I www.protea.pl company/protea Contact: Graham Manning Global Sales Manager Business Development

Heavy Lift Crane SWL 1600mT

facilities with a giant assembly hall to allow the indoor assembly of the largest Heavy Lift cranes. Verification of Quality In 2004 Protea established a Quality Management System certified according to the ISO 9001:2008 standard. In order to achieve OH&S and Environmental Protection targets Protea implemented an Integrated Quality Management System that as well as meeting the requirements of its existing ISO 9001:2008 certification, complies with the ISO 14001:2004 and OHSAS 18001:2007 standards. The company also operates according to the American Petroleum Institute (API) certification for manufacturing and supply of offshore pedestal cranes according to “API Specification 2C”. The certificate API 2C-0103.

In the coming years, Protea will continue to support the energy industries with a focus on growing and developing longterm relationships with both new and existing clients by supplying innovative and cost-effective equipment.

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Production Facility Protea operates on a global basis supporting international clients. To provide high quality equipment and efficient service to its customers, in 2008 Protea invested in an all new manufacturing and assembly facility in Kluczbork, Southern Poland. In 2012 Protea significantly expanded these

Proteus® RAM Offshore Pedestal Crane for Sheringham Shoal Offshore Wind Farm

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Quiet-Oceans Ocean noise prediction, monitoring and mitigation The French leader in passive acoustics, underwater noise prediction, monitoring and mitigation, Quiet-Oceans provides state-of-the-art risk assessment tools and management capabilities to help the offshore renewable energy industry to secure their projects. We support the industry with shaped and pragmatic methodologies and integrated tools adapted to the level of risk and to each stage of the life cycle of the project. With an international portfolio we are well recognised in Europe and in the United States. Regularly consulted by governments from various countries, we are also actively involved in noise regulation, especially by participating with the European Commission Technical Group on Underwater Noise and inputs of other forms of energy.

Quiet-Oceans 65 place Nicolas Copernic 29280 Plouzane France T +33 98 228 2123 F +33 97 219 7671 E contact@quiet-oceans.com I www.quiet-oceans.com tfolegot Contact: Thomas Folegot

Noise level monitoring

Continuous measurement of peak-to-peak sound pressure levels and exposure levels

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Real-time maps & hourly, weekly, monthly and quarterly statistical maps

Probability of Cetacean detection range Distances of detection per species

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Cetacean vocalization & clicks detection & classification

Continous automatic detection and identification of biological and anthropogenic noise events

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Quiet-Oceans is a French organization based in Brest, France, with an extensive international professional experience in the field of underwater acoustics and oceanography. Our mission is to provide industry and governments with global, independent and reliable ocean noise pollution levels through the development of innovative an stateof-the-art technology, with the aim to secure industrial offshore projects on the anthropogenic noiserelated issue. Quonops©, an integrated solution for pragmatic risk management Quiet-Oceans has developed an operational ocean noise prediction patented system, Quonops©, through which we offer passive acoustics, statistics and real-time monitoring services to maritime stakeholders.

Quonops© has been designed similarly to weather forecasting systems, and combines real-time environmental data, real-time acoustic data and realtime maritime information to produce soundscape maps and risk map. Our monitoring solutions are designed to address real-time assessment of anthropogenic noise, environmental and biological noise in the most cost effective manner. Signal processing and modelling are embedded into the acoustic buoy electronics and completely automatised in order to minimise servicing, logistics and expert involvement. Our services include: • Prediction of ambient noise through mapping • Estimation of noise footprint of industrial projects

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Definition of protocols Real-time passive acoustic monitoring Real-time noise assessment Real-time alert Quantification of risks toward marine life • Mitigation of biological risks • Decision aid These solutions have already been successfully implemented in the framework of offshore wind farm development projects, tidal energy projects, floating offshore wind farms, ocean thermal energy and offshore construction projects in France, Europe, the Indian Ocean and the Caribbean. The value delivered by Quiet-Oceans is made of efficiency, pragmatism, focused, ontime delivery and cost effectiveness.

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REBO nv The ideal hub for offshore wind & heavy lift activities in the North Sea Since 2008 the Port of Ostend has been closely involved with the installation and operations & maintenance of wind farms in the North Sea. In order to explore this business opportunity the investment company, REBO NV, was founded in 2012. Since then, several projects have been realised at the REBO-terminal in the Port of Oostende and a close offshore wind network has been developed.

REBO nv Slijkensesteenweg 2 8400 Oostende Belgium T +32 59 340 711 F +32 59 340 710 E e.timmermans@reboostende.be I www.reboostende.be port-of-oostende Contact: Emmanuel Timmermans Business Development Manager

REBO aims at specialised project developers, manufacturers and contractors in the offshore energy sector. REBO wants to make the Port of Ostend the beating heart of the offshore wind business in a radius of 250km around Ostend. The right port infrastructure in combination with the vast experience in offshore wind and the demand-drivensupport of the dedicated REBO team, the Port of Ostend became a one-stop-shop for wind farm developers. Not only for the installation phase, but also for the O&M phase (all accommodation is available).

REBO has been closely involved with: • The construction of C-Power I&II&III • Assembly, project management and O&M for Alstom demo project “Haliade 150 6MW” • The project management of Northwind, Belwind and Nobelwind • O&M for C-Power, Belwind & Northwind

Senvion, Alstom and MHI Vestas: three international wind turbine manufacturers based at the REBO-terminal; joined by specialised maintenance companies as: Cofely GDF Suez, CMI Services and maritime contractors as Geosea. Further proof of the continuing development of the offshore wind network at the port is the presence of the training center for Falck Safety Services.

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Rix Sea Shuttle Ltd Offshore windfarm support vessels & services Rix Sea Shuttle Ltd provide offshore crew transfer vessels that have been purposely designed to assist in the construction, maintenance, operation and transfers associated with offshore wind farms around the UK and Europe. Our offshore support vessels are built to highly technical specifications – both on the inside and out – and have been equipped to exacting safety standards ensuring comfort and safety for your staff at all times.

Rix Sea Shuttle Ltd Witham House 45 Spyvee Street Hull HU8 7JR United Kingdom T +44 014 823 3883 3 F +44 014 823 3883 7 E shipping@rix.co.uk I www.rixseashuttle.co.uk @rixseashuttle Contact: Mandy Masters Sales and Business Development Manager

Rix Sea Shuttle Ltd was founded in 2012 but is part of the JR Rix & Sons group of companies, which was established in 1893 in shipping. Today the group operates three coastal tankers and three estuarial barges as well as a modern fleet of offshore support vessels.

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The Rix group also have important port locations on the East Coast of the UK, in Hull and Montrose, with the very latest in cargo handling machinery, warehousing space of circa 700,000m² and significant storage land. Our fleet of offshore support vessels range from 19m to 26m offering the very latest in crew transfer vessel capability. The most recent addition to our fleet is the Rix Lion, a vessel built by Damen, with a unique Twin Axe Bow.

All of our vessels have a two man crew, who are all highly experienced seafarers and are directly employed by Rix Sea Shuttle.

Services we offer include: • Personnel Transfer

Our safety record is second to none and over the last two years we have won safety performance awards for our services offshore.

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• Operations & Maintenance Support

• Transport of Equipment • Fuel Transfer Capability

Rix Sea Shuttle also holds the internationally recognised ISO 9001, ISO 14001 and OHSAS 18001 accreditations for our processes in quality, health and safety and environmental management.

• Survey Work • Dive Platform Capability • On Dock Warehousing • Fuel Bunkering

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RUD Ketten Rieger & Dietz GmbH u. Co. KG TOUGH DRIVES for maritime applications RUD Ketten - Rieger & Dietz GmbH u. Co. KG is a dynamic and modern family owned group with worldwide activities. We are focused for a clear leadership position with our products and services in our market segments based on organisational and operational excellence. With 140 years of experience and, taking round steel chains as a basis, we develop future-oriented solution concepts with chain systems and components in diverse forms and for a wide range of applications. We see our products as the result of our passion to creativity and perfection in our core competences metalworking, welding, heattreatment, surface technology and forging for the wind power- and offshore-industry.

RUD, the market leader in terms of safe lifting and lashing solutions offers an optimised sling Lifting point programme for the erection of wind power tower segments. Everyone involved in the erection of tower segments knows about the time-consuming and difficult handling required for the turning and assembly of these heavy constructions. Tower segments weighing up to 110 tons can be lifted, erected and assembled in a 4-leg construction, with individual Lifting Points and an overall lifting capacity of 18 to 30 tons, guaranteeing a 4-fold safety against failure. These special RUD lifting points FLARIBO and MAXI can be used for flange thicknesses of 50mm to 250mm, using 100% crack-inspected RUD special bolts and keyways with special corrosion protection. Another unique feature is that different bore distances can be adjusted and lateral forces can safely be transferred based upon a patented tooth profile. The special benefit for the user is that a variety of hole pattern variants can be covered with only one version of lifting assembly.

Friedensinsel 73432 Aalen Germany T +49 73 615 0413 73 F +49 73 615 0415 23 E tecdos@rud.com I www.rud-tecdos.com rudketten Contact: Christian Schneider Business Developement Manager TECDOS

As a response to the increasing demand from the industry for drive solutions based on round steel link chains, RUD has established the product group TECDOS®. TECDOS® components and modules offer unrivalled solutions for a wide variety of maritime applications, e.g. for moving, pulling, lifting, telescoping, pivoting and swivelling. TECDOS® has been setting high standards across the maritime, offshore and wind power industry due to its distinctive features. RUD’s fine calibrated round steel link chains are extremely robust, offer three-dimensional mobility and require less space than most comparable solutions. The chain fits perfectly with corresponding components such as pocket wheels and chain guides, which run smoothly and offer an exceptionally high wear resistance.

The latest RUD developments are the TECDOS OMEGA®, TECDOS PI® and TECDOS GAMMA® drive and idler units. The TECDOS OMEGA® is a device which allows to pull, push, pivot or swivel structures, skids, beams, cranes along deck or hatch covers onboard, in harbor or on an offshore rig. TECDOS PI® and TECDOS GAMMA® drives and idler units consists of housing containing the pocket wheels, bearings, guides and knot preventer. They allow deflection of the chain by 180° (TECDOS PI®) and 90° (TECDOS GAMMA®). For projects such as wind tower access, maintenance and blade installation, as well as onboard offshore wind auxiliary vessels RUD can supply standard or tailored solutions to meet your requirements.

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The division hoist chains is also playing a central role for the wind power industry. Electric chain hoists are used to carry out maintenance work on wind turbine towers machinery and for lifting spare parts. The chain hoist can be mounted to a jib crane within the nacelle of the turbine. Using the hoist for service allows maintenance staff to safely raise and lower turbine appliances for repair or replacement through the hub, as opposed to accessing the nacelle through the hatch or along the tower.

Rieger & Dietz GmbH u. Co. KG

Scaldis Salvage and Marine Contractors Lifting at a higher level Scaldis is a dynamic, innovative and expanding marine offshore contractor specialised in offshore transportation and installation with a core business and expertise in heavy lifting. Scaldis has earned a reputation as a solid and reliable partner to contractors and clients. Scaldis provides turnkey and other cost-effective solutions for projects using its multi-purpose heavy lift vessels.

Scaldis Salvage and Marine Contractors North Trade Building, Noorderlaan 133 – box 31 2030 Antwerp Belgium T +32 35 416 955 F +32 35 418 193 E mail@scaldis-smc.com I www.scaldis-smc.com ScaldisSMC Contact: Linda Vanhaelst

Scaldis is active in five distinct market sectors namely: • Oil and Gas • Renewables • Deconstruction • Civil works • Heavy lifting related to salvage works

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One of the many strengths of Scaldis is its willingness to work closely with its client from an early stage in order to develop the most efficient and effective methodology. Scaldis’ current heavy lift vessel, the Rambiz 3000, has a unique arrangement having two cranes, shallow draft, large deck space and extensive accommodation facilities. This gives the vessel the ability to operate in areas where many other vessel cannot

access. Her ability to work in both deep and shallow waters provides valuable flexibility. The combination of two deck cranes enables the Rambiz 3000 to lift unusual structures that would otherwise require two separate vessels. The two cranes can work independently or be synchronised to provide an unrivalled flexibility in handling structures. Scaldis is a significant participant in the rapidly expanding offshore construction and decommissioning markets and in order to meet the increasing demands of these markets, the shareholders of Scaldis have ordered a new heavy lift vessel with a lifting capacity of 4,000t. The Rambiz

4000 will possess many of the key assets of Rambiz 3000 but will also incorporate the following new developments that will extend the possibilities for the vessel: • Increased workability • Lifting capacity of 4,000t • Fully self-propelled • DP2 • Helideck

With its increased capacity and enhanced features, Scaldis expects Rambiz 4000 to extend the boundaries of what can be achieved and will enable Scaldis to perform more work across a wider geographic area.

The European market is a prime area of focus. Until the delivery of the Rambiz 4000 this market will remain a large and valuable market for Scaldis but the prospect of working in Central America and Middle East will be enhanced with the delivery of the new vessel. Scaldis strives to achieve the highest level of quality, safety and environmental awareness throughout its activities. Certification according ISO9001, ISO 14001 and OHSAS 18001 is a demonstration of its commitment to deliver and improve the quality of service to its clients.

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Seafox Offshore Jack-up Services Seafox is a leading global offshore jack-up company, providing services to support the oil & gas and renewable industry. We own and exclusively manage twelve self-elevating jack-up units. Our customers benefit from our wealth of experience in accommodation & crane support, well testing & workover, transport & installation and decommissioning. Furthermore, Seafox offers temporary accommodation units for offshore locations and on board vessels.

Seafox Taurus Avenue 23 2132 LS Hoofddorp The Netherlands T +31 23 055 4131 3 F +31 23 554 1320 E info@seafox.com I www.seafox.com

Since 1991 we have been managing our offshore service support jack-up units around the world providing accommodation, catering and housekeeping services for hook-up and maintenance activities. In addition, our versatile fleet is able to support many other oil & gas and wind related operations as well. Our services also include well testing and workover, transportation and installation, plug and abandonment and decommissioning.

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We are determined to provide innovative, safe and reliable solutions for our clients through operational excellence. Key in achieving this is the combination of our units and

procedures with the dedication, knowledge and experience of our onshore and offshore personnel. Therefore the Seafox units come with a professional crew which a has strong operational philosophy and heritage. Seafox is a dedicated and professional organisation with a strong focus on quality and safety on all levels. Shore-based staff as well as marine crew consist of highly-qualified, fully-trained and quality & safetyconscious professionals.

Seaway Heavy Lifting Seaway Heavy Lifting (SHL), founded in 1991, is a leading offshore contractor in the global Renewables and Oil & Gas industry. Seaway Heavy Lifting has experience in the transport and installation of offshore wind structures e.g. WTG (Wind Turbine Generator) foundations, Met-Masts, HVAC and HVDC platforms. SHL operates crane vessels Stanislav Yudin and Oleg Strashnov, with a revolving lift capacity of 2,500mt and 5,000mt respectively. Seaway Heavy Lifting is known and respected throughout the industry for its reliability and the successful and safe execution of offshore projects.

EPCI Services (Engineering, Procurement, Construction and Installation): • Reduces your number of contracts • Reduces your resources required to manage the project • Reduces your interfaces and risks • Reduces your impact on scope changes • Reduces your investors risks for well divined project budget In its offshore wind activities SHL benefits from its extensive experience in the transportation, installation and removal of offshore oil and gas platforms. By utilising highly experienced personnel that are capable to understand, quantify and handle the risks, SHL offers tailor-made solutions – improving safety and efficiency – for a variety of projects in differing circumstances and environments. SHL packages technical expertise and in-country experience on a lump sum basis. T&I Services (Transport & Installation): • Ensures a safe and reliable performance with field proven installation methods • Ensures project schedules • Ensures costs are known by offering lump sum contracts with weather risk included

Albert Einsteinlaan 50 2719 ER Zoetermeer The Netherlands T +31 79 363 7700 F +31 79 363 7799 E bd@shl.nl I www.seawayheavylifting.com seaway-heavy-lifting Seaway-Heavy-Lifting contact: Richard den Hollander Business Development Director

substations with the goal to maintain the project schedule where possible considering delays in the supply chain. We have been heavily involved, among others, in the following wind farms: • Sylwin (largest floatover project in the North Sea) • Greater Gabbard • Gwynt y Mor • Meerwind • Westermost Rough • Sheringham Shoal • Dan Tysk Monopile installation: • Able to shuttle the monopiles on-board of the crane vessel • Designs and owns purpose built installation/lifting equipment

• Owns pile handling equipment as hydraulic hammers and lifting tools Jacket installation: • Able to install over 300 WTG foundation jackets a year • DP capability Substation installation: • Experienced in multiple jacket installation methods • 5,000 mt revolving capacity • Large HVDC float-over installation Wind Turbine Generator installation: • Partly/Fully assembled WTG installation in a single lift • High installation speed; 20 – 35 WTG’s per month 121

Seaway Heavy Lifting has built an extensive track record in the transport and installation of offshore wind foundations, monopiles, jackets and substations. We have succesfully installed over 400 WTGs and tens of

Seaway Heavy Lifting

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Severn Offshore Services Ltd Offshore wind farm support vessels and services Severn Offshore Services owns and operates a growing fleet of offshore crew transfer vessels, mainly in the European offshore wind sector. The vessels are designed and built by Damen Shipyards and as such, include over 80 years of experience in vessel design and build. The vessel’s layout and propulsion is optimised to transfer personnel offshore in a safe and comfortable environment.

Severn Offshore Services Ltd 1 Caspian Point, Caspian Way, Cardiff Bay CF10 4DQ Cardiff Wales T +44 84 568 0201 3 E info@severnoffshoreservices.co.uk I www.severnoffshoreservices.co.uk severn-offshore-services @severnoffshore Contact: Ryan Hopkins Managing Director

At Severn Offshore Services we use a class leading DAMEN 26m Offshore Support Vessel. This vessel has been designed to offer higher availability rates to our clients through its ability to operate 24hrs a day further offshore with less downtime caused by the weather.

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Our organisation provides the highest quality of service, enabling the charterer to perform their work offshore without delay. The focus on safety has the highest priority in the operation of the vessels and can be found throughout our company. We are committed to building strong long-term relationships with our clients through exceptional customer service.

We operate within a custom Integrated Management System designed specifically for the windfarm industry. This conforms to the requirements as laid out by the International Safety Management (ISM) code, voluntary for vessels under 500GRT. The company also complies with ISO 9001, ISO 14001 and OHSAS 18001.

What makes us different It’s a sense of quality that all management, masters and crew have to possess in order to be employed by Severn Offshore Services. We find the most optimum solutions and get the job done in time and on budget. The result is the highest level of service and flexibility in the market

Some of the services we offer include: • Personnel Transfer • Construction Support • Operations & Maintenance Support • Equipment Transport • Fuel Transfer / Refuelling • High Pressure Washing

Our know-how is your peace of mind Our crew members are of the highest standard and trained to meet every national and international regulation necessary. Our extremely high level of know-how and experience throughout the entire organisation is what makes us different from our competitors.

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Sif Group Leading in offshore foundations In offshore wind, Sif Group is the leading monopile company. Continuous investments in production equipment and in enlarging our production portfolio to produce XL monopiles enable Sif Group to support customers in our common goal to lower the cost of energy.

Sif Group P.O. Box 522 6040 AM Roermond The Netherlands T +31 47 538 5777 F +31 47 531 8742 E info@sif-group.com I www.sif-group.com Sif group bv @SifGroupbv Sif Group bv Contact: Michel Kurstjens CCO

Sif Group has already manufactured more than 1,250 monopiles for the offshore wind industry.

Sif Group has prepared by expanding its existing production capacity to 11 metres in diameter in 2017.

Our devotion to high-quality, flexibility in capacity and flawless on-time delivery make us a long-standing partner of choice to our customers.

On-time deliveries We have a proven track record in on-time delivery and are also flexible in the production of monopiles. We have already built offshore foundations for 62 projects and, for each of these 62 projects, we delivered on time and on budget.

High quality product Sif Group produces thick-walled steel monopiles for offshore applications, with the highest guarantee of quality and safety.

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In the future, the length and the diameters of the monopiles will continue to increase as wind farms are located further out at sea, in deeper water, and with more powerful turbines. Having anticipated this at an early stage,

Flawless projects Our customers are our ambassadors. We have already produced 1,250 monopiles together with our customers. Find all our projects on our website: www.sif-group.com. You can always ask us for references.

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Sky-Access Your partner for blade inspection, repair and modification Sky-Access delivers services using an industrial rope technique, called Rope Access. Sky-Access uses rope access to get to any location where technical assistance is needed, for both onshore and offshore wind turbines. Being a partner with strong technical skills and certified technicians, Sky-Access limits the downtime of the turbine to an absolute minimum, saving both time and money. Sky-Access is the logical choice for your blade inspections, repairs and modifications.

Sky-Access Weerterveld 69 6231 NC Meerssen The Netherlands T +31 88 123 3600 E Info@sky-access.com I www.sky-access.com Sky-Access Sky-Access Contact: Robert ten Have Managing Director

Rope Access Sky-Access is the first IRATA and Sprat certified company in The Netherlands active in the wind turbine sector. Rope access is the perfect technique for inspecting and repairing blades on wind turbines. It allows our technicians a safe and quick access to the blades, both onshore and offshore. Economise with Sky-Access With strong technical skills on board our certified technicians are equipped to inspect as well as repair and modify blades. In most cases repair and maintenance work can start at the very same day the inspection has taken place. Saving you time and money.

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Sky-Access Sky-Access BV specialises in Rope Access, industrial rope techniques for mechanical and electro-technical maintenance purposes. We perform welding, NDT, (tank) inspections, assembling and disassembling, constructing, blasting and painting, blade repair and blade inspection. Our main areas of expertise are onshore & offshore wind, industry, offshore oil & gas. Sky-Access is IRATA and Sprat certified.

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Smulders Passionate about steel Smulders has its origin in 1966 and has evolved into an international organization. The core activities of the company are the construction, manufacturing, supply and assembly of steel constructions. Twenty years ago Smulders entered the renewables market with the production of steel towers for land-based wind turbines. Approximately ten years later, Smulders started with the production of steel monopile foundations for offshore wind farms, and evolved from pioneer to market leader with an established track record.

Major References:

Smulders

A total of over 2,000 wind turbine towers for different wind farms, onshore and offshore, such as: • Vestas: over 500 towers for onshore wind turbines • Bard: 34 towers for offshore wind turbines

Hoge Mauw 200 2370 Arendonk Belgium T +32 14 408 102 F +32 14 672 092 E info@smuldersgroup.com I www.smulders.com smulders-group-holdco-b-v-

A total of over 1,000 steel foundations for offshore wind turbines, such as: • Thornton Bank: 48 jacket foundations for offshore wind turbines Repower 6.15MW • Dan Tysk: 80 monopile foundations for offshore wind turbines Siemens SWT-3.6MW • Gemini: 150 monopile foundations for offshore wind turbines Siemens 6MW Offshore High Voltage Stations for offshore wind farms, such as: • Amrumbank: 1 topside and 1 jacket • Butendiek: 1 topside and 1 jacket • Gode Wind: 2 topsides and 2 jackets • Gemini: 2 topsides and 2 jackets.

Smulders is specialised in the production of steel foundations for offshore wind turbines, steel foundations and topsides for offshore high voltage stations, and general steel structures for offshore applications.

different subsidiaries within Smulders. This ensures a time and cost-efficient process under safe working conditions and guarantees that the high quality and environmental standards are being met. By using a well-balanced mix of locations, capacity and facilities, Smulders has optimally geared itself towards the production of foundations for the offshore sector throughout the years. This, together with the flexible setup of the centralised project organization enables a quick turn-round. Product portfolio Smulders offers a product portfolio comprising monopile foundations, jackets, tripods, tripiles, towers, secondary components and offshore high voltage stations.

The current production capacity covers more than 200 monopiles, 50 jackets and five Offshore High Voltage Substations per year. Smulders operates from following facilities: • Iemants – Arendonk, Belgium (headquarters): sales, project management, design, engineering and fabrication of steel structures for offshore applications • Smulders Projects – Hoboken, Belgium: production and assembly of foundations and large offshore structures • Spomasz – Zary, Poland: production of secondary steel components • Willems – Balen, Belgium: design, engineering and fabrication of steel structures for offshore applications

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Production facilities All aspects of the production process are managed in-house and divided amongst

Contact: Mr. Jaap Jansen Commercial and Tender Manager

ÂŠ Flying Focus

T-Z

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Tidal Transit Ltd Offshore logistics and vessel operator Tidal Transit, operating out of Docking in North Norfolk, has risen to the challenge of one of East Anglia’s rapidly expanding industry sectors – offshore wind energy. The construction and maintenance of an increasing number of offshore wind farms along the east coast of the UK is offering exciting business opportunities for services providers with ambition and vision that are willing to respond to the challenge. Tidal Transit own and operate four state-of-the-art, purpose-designed support vessels to transport construction workers and maintenance crew out into the North Sea. In addition the company manage the Umoe Firmus Wavecraft Surface Effect Ship.

Tidal Transit Limited Unit 2, Docking Rural Workshops, Station Road, Docking, Norfolk PE31 8LT Docking United Kingdom T +44 14 855 1876 0 F +44 14 855 1873 3 E charter@tidal-transit.com I www.tidal-transit.com tidal-transit-limited @tidaltransit Tidal-Transit-Limited Contact: Leo Hambro Commercial Director

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The vessels’ specifications greatly exceed the current fleet being used for the same purpose in the UK. The MCA Cat 1 coding and 9,000 litre fuel tanks give them a range of up to 150 miles from safe haven, well within the range of the UK’s forthcoming Round 3 wind farms. Each provides four crew members and twelve passengers with comfortable beds, galley, bathroom, internet and entertainment facilities, enabling wind farm engineers to live and work on-site for several days at a time. All of the vessels’ rugged GRP construction allows them to operate in rough seas – a major advantage when working in the North Sea. They are also fitted with twin V12 MAN engines that allow them to achieve 26 knots when carrying twelve passengers plus crew, and up to 10

tonnes of on-board cargo. Massive cargo decks fore and aft can accommodate up to 10,000kg of tools, equipment and spares, and the Guerra crane on the fore deck with a lifting capacity of 1,025kg at 6.9m caters for long reach loading and unloading. The vessels are also equipped with a moon pool for camera surveys and grab sampling. Since their arrival in the UK, Tidal Transit’s vessels have been in continuous use, firstly at the Greater Gabbard, Sheringham Shoal, Gwynt y Mor and Westermost Rough wind farms. It is a testament to their rugged reliability that they have remained on charter over the winter months. All three of the four vessels have also worked for RES Offshore in accessing far offshore met masts up to 80 miles offshore.

Since January 2016 Tidal Transit has been managing the Umoe Firmus, an innovative surface effect ship from Umoe Mandal. This vessel is capa ble of transiting at 40+ knots and transferring in 2.5m Hs. The vessel’s first charter will be on Sheringham Shoal. Tidal Transit also owns and operates a dedicated survey vessel, the Katie Louise.

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People on demand

TOS People on demand TOS is an international service provider of personnel services. Getting you the right people on board. We specialise in personnel services for the maritime, offshore and wind energy industry. Our basic principles are quality and professionalism. Our customers’ success is essential. Whether recruiting for an individual position or preparing to take over full crew management, we always go the extra mile to deliver great results. From our head office in Rotterdam and our worldwide network of branch offices, joint ventures and partnerships, we serve the energy and maritime industry. Whether you’re in need of energy & maritime manpower, onshore professionals or a turnkey ship delivery, we deliver.

TOS- People on demand Waalhaven O.Z. 77 3087 BM Rotterdam The Netherlands T +31 10 436 6293 F +31 10 436 6286 E info@tos.nl I www.tos.nl TOS-Transport and Offshore services @TOSjobs TOS- Energy & Maritime Manpower Contact: Jorden Evegaars Sales Manager

Since its first stages of development TOS has been a strong player in the offshore wind energy chain. The growing demand for renewable energy propels the demand for specialists. We work closely with well-known national and international companies in the survey, foundation, installation, turbine & substation and maintenance business.

We act as intermediary in finding jobseekers world-class employment. We actively engage in their career development. Our database offers a wide selection of the following specialists, among others: • Equipment Technician • Lifting Supervisor • Offshore Construction Manager • Deputy Offshore Construction Manager • Rigger/Rigger-welder • Rigger-/Deck Foreman

• Supervisor • Crane driver • All nautical crew Value for money As a family owned company we strongly believe in ‘Value for money’ and longterm partnerships with our clients and resources. We recruit and select highly qualified personnel. TOS is certified for MLC 2006, ISM, NEN 4400-1, VCU and ISO 9001:2008. Visit our website www.tos.nl to find out more about our services.

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The TOS approach Our approach is to proactively support clients in finding effective personnel solutions. Outsourcing, secondment and recruitment & selection of individual crew and crew management are our services in order to fulfil your needs. Since 1992 we recruit and select nautical & technical professionals with the best qualifications. TOS has a proven track record in supplying

highly qualified, skilled manpower for any job. We organise turnkey projects and provide crews for all types of ships, such as survey ships, installation vessels, jack up barges, cable layers, installation and supply vessels.

Created and produced by

Read the International Business Guide online on BUSINESSGUIDE.OFFSHOREWIND.BIZ

BUSINESSGUIDE.OFFSHOREWIND.BIZ Navingo BV

T +31 (0)10 209 2600 E info@navingo.com

I www.navingo.com

United Offshore Services The Muscle in Heavy Lifting Manufacture, supply and storage of steel wire and synthetic ropes with various terminations, cable-laid ropes, cable-laid slings, cable-laid grommets including inspection, refurbishing, testing and recertification of hoisting equipment i.e. shackles.

Founded in 1993, United Offshore Services is a privately owned Dutch company which, together with carefully selected partners, is a European technology leader in the design, production, and supply of large diameter, high performance steel-wire and synthetic ropes, hoisting equipment, and associated products intended for the marine, industrial, and offshore markets. With ISO 9001 LRQA certification, the company has grown to meet the ever increasing demands dictated by its customers with a strong reputation for quality, expertise, and service. The office, production and storage facilities are ideally situated on a 30.000 square metre site in Moerdijk, the Netherlands which is a continually growing industrial area located just 30km south of Rotterdam (Euro Port) & 60km north of Antwerp (Belgium) with local deep water harbour facilities for loading / discharging of barges & other sea going vessels making it an perfect location for the handling of heavy lifting equipment etc.

Appelweg 16 4782 PX Moerdijk The Netherlands T +31 16 841 5140 F +31 16 841 2425 E info@uos-nl.com I www.uos-nl.com United-Offshore-Services-VOF Contact: Edwin Jefferies Commercial Manager

making it possible to produce slings, towing wires, pennants and other associated equipment at short notice. • Termination of all types of steel wire ropes with various spelter sockets using synthetic resins (cast-on sockets) resulting in 100% efficiency of the steel wire rope breaking strength (MBL). • Production of machine made cable laid ropes ranging from 127mm up to 580mm diameter and cable laid slings terminated with hand-spliced eyes. Re-splicing & shortening is also possible. • Production of machine made cable laid grommets ranging from 24mm up to 600mm diameter using a unique process to ensure equal lengths (matched pair) and even tension. • Specialised custom made equipment for correct handling, refurbishing (re-

greasing), re-certification and storage of all heavy lifting hoisting equipment such as cable laid slings, cable laid grommets and shackles etc. • On-site installation and assistance, as well as inspection, certification and repair of all associated steel wire and synthetic rope products by fully trained and competent persons. • Specially designed self-mounting mobile spooling device for the handing of large diameter reels with piece weights up to 110Mt managed by a fully trained and skilled operator even under difficult conditions. • Three diverse tension test machines for measuring (dimensional) and the proof load of equipment with lengths up to 165 metres under 300Mt tension with destruction test of steel wire rope samples up to 1200Mt.

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Overview product & service range • As a Master fabricating distributor for Samson high-performance synthetic rope solutions, we distribute the full range of Samson’s proven, reliable products designed for critical applications and fabricate engineered slings and grommets including some new innovative lifting systems for safer, lighter weight, high capacity slings to meet exacting length tolerances. • Large stocks of conventional galvanised steel wire ropes ranging from 52mm up to 102mm diameter

United Offshore Services V.O.F.

Van Oord

Van Oord operates worldwide in more than fifty countries as a leading contractor for dredging, marine engineering and offshore energy projects (oil, gas and wind), offering innovative solutions to marine challenges. We are a family-owned business with a long history of maritime achievements, offering marine solutions of value, both now and in the future. Safety, sustainability and ingenuity go hand-in-hand.

Van Oord Offshore Wind Projects bv Jan Blankenweg 2/ PO Box 458 4200 AL Gorinchem The Netherlands T +31 88 826 5100 F +31 88 826 5110 E area.owp@vanoord.com I www.vanoord.com linkedin.com/company/van-oord Contact: Mr. Theo de Lange Commercial Manager

Cable-laying vessel Nexus

Sustainable EPC and Marine contractor Van Oord’s specialised division Offshore Wind Projects comprises all activities for offshore wind farm construction. During the past decade, Van Oord has been involved in many offshore wind projects in Europe.

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As EPC contractor, Van Oord Offshore Wind Projects is responsible for engineering, procurement and installation of the entire offshore wind farm, except for the turbine supply. With the successful completion of the offshore wind parks Princess Amalia, Belwind Phase 1, Teesside and most recently Eneco Luchterduinen, we have proven our capability to act as a EPC contractor.

In addition to our EPC activities, we provide construction services such as scour protection and inter-array cable installation to the offshore wind industry. Recently we have worked on London Array, Greater Gabbard, Sheringham Shoal and Dan Tysk. At the moment Van Oord is involved in the Gemini offshore wind project, which is located in the Dutch North Sea, in two ways: as a project shareholder (10%) and as an EPC contractor during the building of the wind park. The EPC contract, with a total value of approximately EUR 1.3 billion, involves supplying and installing the foundations, the entire electrical infrastructure, including the off- and onshore high-voltage stations, the cables and installing the wind turbines. Van Oord deploys her own offshore

installation vessel Aeolus and cablelaying vessel Nexus for the construction of Gemini. Outlook 2016 In 2016, we will complete the Gemini project and we will be in full swing with the construction of other European offshore wind projects. Heavy lift installation vessel Svanen is contracted to install the 32 monopiles for the Burbo Bank extension (258MW) and in 2017 we will transport and install the 87 foundations at Walney Extension offshore wind farm (660MW), both located in the United Kingdom. Besides these two projects, other contracts have been signed for 2016. Would you like to stay up to date about the newest offshore wind projects of Van Oord? You can find the latest news on www.vanoord.com.

Offshore installation vessel Aeolus

Luchterduinen offshore wind farm

Heavy lift installation vessel Svanen

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Multi-purpose support vessel Jan Steen

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VBMS We connect ambition & reliability

VBMS, a joint venture between VolkerWessels & Boskalis, specialises in subsea power cable installation, Balance of Plant maintenance and installation of interconnectors.

VBMS Rietgorsweg 4 3356LJ Papendrecht The Netherlands T +31 78 641 7500 F +31 78 641 7501 E info@vbms.com I www.vbms.com vbms @VBMSbv VBMS Contact: Jack Wattel Commercial Director

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The company delivers added value with its robust end-to-end project management and multi-disciplinary grid-to-grid solutions. We collaborate closely to understand each project’s particular goals and objectives, eliminating time-consuming interfaces to increase overall efficiency. Our focus on quality balanced with cost effectiveness yields consistently high results, while our focus on safety reduces risks to your operations. To compete in today’s market, any large-scale offshore project needs solid engineering expertise and state-of-theart project management systems. VBMS has drawn its lessons from delivering large, multidisciplinary projects such as London Array, West of Duddon Sands, Nordsee Ost and Walney.

Engineering expertise By choosing VBMS, you’re choosing to trust the industry’s most skilled engineers. We utilise state-of-the-art technology to maintain consistent quality controls. This focus on quality helps to mitigate the inherent risks attached to any offshore project. It’s VBMS’ focus on expertise and quality that has given us a reputation for delivering solutions on time and within budget. Specialised vessels With VBMS, you’re assured that specialist equipment is available – whatever your project needs may be. Our vessels are specifically designed for laying export cables and array cables. However, if your project has specific challenges, we also design and fabricate special equipment at our

private facilities. With our leading edge on innovation, we are proud to meet the challenges that your project provides. Safety above all VBMS is committed to sound QHSE principles as the key driving force behind a continually improving business. VBMS has engineered an effective safety culture, with management scorecards that aim to improve safe conditions and encourage pro-active behaviour. Our clients rest assured that we aim to eliminate QHSE hazards at source and/ or reduce them to as low as practicable.

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Volker Stevin International BV A reliable, capable and stable construction partner realising marine projects for the global energy and civil sector. Volker Stevin International conducts the design, management, logistics, transport and installation for offshore structures and foundations. In addition, VSI focuses on marine structures and the immersion of large concrete elements such as tunnels, caissons and gravity based structures. VSI is an independent operating subsidiary of VolkerWessels, a Dutch group of companies with 15,000 employees in more than 120 companies.

Innovative and integrated solutions As a strategic engineering partner we create added value for our clients with an integrated concept of balancing technical analysis with construction methods to deliver cost-effective solutions for structures such as offshore wind farm foundations, offshore platforms, LNG jetties and tidal barrages. Knowing that no two projects are alike and devoting ourselves to our client’s expectations, we connect outstanding people and in-house engineering resources, which in combination with a culture of innovation, enables us to address each client’s unique project needs. VSI offers the following service solutions for offshore oil & gas and renewable energy projects: • Project management • General contracting services • Design for different foundation types such as: • Monopiles • Jackets • Gravity based foundations • Suction piles • Suction bucket jacket • Self-installing platform • Transport and installation (T&I) • Port logistics and organisation • Piling and pre-piling • Temporary works design • Strategic engineering

Korenmolenlaan 2 3447 GG Woerden The Netherlands T +31 34 849 0300 F +31 34 843 5111 E market@volker-stevin.com I www.volker-stevin.com Volker Stevin International bv Contact: Mrs. van der Hulst Development Manager

• Volker InfraDesign for foundation design and civil, structural and geotechnical engineering; • SPT Offshore for the design, fabrication and installation of suction pile anchors; • VBMS (50 % VW/50% Boskalis) for export and array cable installation; • Volker Staal en Funderingen for steel fabrication; lifting, piling and drilling equipment; • Volker Stevin Materieel for industry specific equipment, supplies and vehicles; • Stemat for multi-purpose vessels, crane barges, pontoons, pushers and tug boats. A combined project portfolio shows that VolkerWessels companies have been involved in more than 20 offshore wind farm projects in Europe. In 2016 the projects Wikinger; Veja Mate; Rampion; Galloper

and Dudgeon will be added to that list. Offshore WindForce Another successful project-based collaboration is the one between Volker Stevin International and Boskalis. The JV Offshore WindForce offers clients on a project-by-project base an integrated approach on the installation activities for offshore wind farms. The firms successfully completed the transport and installation of 108 monopile foundations and 108 transition pieces for the West of Duddon Sands offshore wind farm and are currently executing two other projects: Wikinger offshore wind farm (transportation and installation of 70 wind turbine foundations and an offshore substation) and Veja Mate (design, procurement, fabrication, supply, transportation, installation and testing of 67 XL monopile foundations).

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Collaborating partners Volker Stevin International collaborates across the group of VolkerWessels companies, the synergy offers multidisciplinary advantages and provides powerful solutions while minimising risks and removing the complexity inherent to offshore construction. We work often with:

Volker Stevin International BV

Con

Vuyk Rotterdam Design to function Vuyk is a manufacturing independent design, consultancy and engineering company specialised in tailored solutions to the operational challenges of contractors in the offshore, renewables and dredging markets. With our project oriented organizational structure we are very well suited to provide integrated vessel and equipment designs, operational engineering or structural FEM analyses and hydrodynamic studies. Furthermore, we provide technical building supervision and onsite assistance during mobilization or operations for offshore projects. We aim at long term partnerships with our customers. We believe that the best solutions are found when we share our knowledge and expertise. In close cooperation with our customers we are therefore able to create functional designs that simply work.

with complex hydrodynamic and finite element calculations.

Vuyk Engineering Rotterdam B.V.

Track record In recent years our operational engineering activities in Offshore Wind have expanded the design and modifications of jack-ups, second opinions on suitability of equipment, and the design of complete new equipment.

P.O. Box 1 2900 AA Capelle a/d IJssel The Netherlands T +31 10 760 1600 F +31 10 760 1699 E vuyk@vuykrotterdam.com I www.vuykrotterdam.com Contact: Kuno van den Berg Commercial Manager

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Valuable partner Already since 2002 Vuyk Rotterdam is a valuable partner in Offshore Wind installation, due to our broad experience. We have all knowledge and experience required to grasp the full extent of wind turbine installation work. We are not only a reliable address for drafting procedures, deck lay-outs, lifting plans and support and seafastenings. We are also able to assist in designing handling equipment and complete vessels or perform engineering for upgrades and modifications. Practical experience Vuyk’s crew has a well spread educational background, ranging from polytechnical to master of science levels. The average experience with the company is quite high and our key

marine operations engineers all have practical on-site experience with large offshore installation projects. Theoretical experience We aim for practical solutions and designs, but also recognise that theoretical analyses are often necessary. We therefore have a team of engineers in house with in-depth experience

In-house developments Our experience with a lot of different clients have also led to in-house product development with the aim to reduce installation time and costs for our clients. As an example hereof we mention the so-called Boom Based Blade Manipulator. This is a blade handling tool which increases the allowable wind speed for installation. Other examples are our in-house developed jacking system, and the development of a method to install a full turbine or a foundation with a floating vessel. We are small enough to be flexible and large enough to handle your complex projects, we design to function.

SubS

Windcat Workboats Pushing Energy to the Max Windcat Workboats is Europe’s leading provider of specialist crew transfer vessels to the offshore wind power industry, oil and gas industry and other offshore projects. The unique design of the vessels result in simple, fast, safe and comfortable transfer of personnel and equipment offshore. With over 1.400.000 safe transfers completed, the vessels have proven to operate in more challenging sea conditions than other competing vessels. Our vessels can be used to transfer crew and equipment, both during construction and O&M, as emergency response, standby or survey vessel but also for dive support and ornithological studies. Windcat Workboats was founded in 2002 and has a long track record in serving the offshore wind industry.

Windcat Workboats Trawlerkade 106 1976 CC IJmuiden The Netherlands T +31 25 552 0336 F +31 25 551 8910 E info@windcatworkboats.com I www.windcatworkboats.com Contact: Willem van der Wel Vessel and Business Development manager

Our vessels have a proven operational track record in this field, having worked in England, Scotland, Ireland, Belgium, the Netherlands, Denmark, Germany and Sweden. In 2015 our fleet has grown to 39 vessels, still the largest fleet of specialist crew transfer vessels for the offshore wind industry globally. With the variety of the vessels we can offer our clients the most suitable vessels with an optimum use for their project.

New build Windcat MK3.5 As offshore wind is moving further away from shore, we have developed a 23 metre vessel to offer greater carrying capacity and comfort at sea

and to give a more economical solution compared with other larger vessels in the industry. After extensive studies we have developed a highly efficient hull shape which combines high performance and carrying capacity with extreme fuel economy and comfort. With the increased size larger pieces of cargo and more fuel can be carried as well. As with all the vessels, the bow area has been designed to give the best interface with the offshore cranes.

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WindGrip To improve the safety of offshore transfers and to increase the accessibility of wind turbines, we have developed the WindGrip system (Patent Pending). By increasing the grip on the boat landing, WindGrip will allow transfers in higher

wave conditions than are currently possible. WindGrip will be useable on all wind farms with a service vessel boat landing. WindGrip will provide force to the boat landing reducing the required power from the vessel’s propulsion during operation which will significantly reduce fuel costs and CO2 emissions. WindGrip is a simple and proven solution to the challenge of providing safer access in harsh and unpredictable seas. The hydraulic system has been fitted to ten vessels now, including all recent new vessels and will be fitted to more vessels in future.

C&C

Con

E&C

O&M

SurS

S&M

WRS Group of companies Two decades of inspection experience in the offshore and marine industry WRS Group of companies is a worldwide operating specialist in (NDT) Inspections, and corrosion engineering within the marine and offshore industry. In today’s world of increasing global trade there is a growing demand for an inspection company that offers much more than general Inspections. Our aim is to deliver an added value in total project ownership during every service. We reduce timings, deliver strong recommendations and work with high quality standards. Located near Rotterdam and Amsterdam, WRS carries out its services on behalf of classification societies, ship owners, and shipyards across the globe.

WRS Group of companies Boelwerf 1 D-E 2987 VD Ridderkerk The Netherlands T +31 18 041 0499 F +31 18 041 1329 E info@wrsmarine.com I www.wrsmarine.com WRS Group of companies @WRS Group Contact: Arjen Seton Commercial Director

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Our qualifications • ISO 9712, 9001 • EN473 • ASNT-SNT-TC 1A • IRATA (Industrial Rope Access Trade Association) • Certified by all major IACS members (e.g. Lloyds, DNV-GL, Bureau Veritas, Class NK) • Member of NMT (Netherlands Maritime Technology). Inspection and Rope access services • Marine and offshore surveying (CAP/CAS/SPS) • Ultrasonic Measurements • Steel repair calculations and supervision • Rope access NDT examinations • Welding, Maintenance, Rigging & lifting and Safety & advice

• Blade inspections and repair • Non-destructive testing and quality control (e.g. Visual Examination (VT), Magnetic Particle Examination (MT), Dye-Penetrant Examination (PT), Ultrasonic Examination (UT), Eddy Current Examination (ET) Corrosion control • Cathodic protection • ICCP systems (Impressed current) • MGPS (anti-fouling) • Sacrificial Anodes • Monitoring and servicing

References • Heerema (e.g. SSCV Thialf, DCV Balder, SSCV Hermod) • Van Oord (e.g. Ham 318, Utrecht, Nordnes, Geopotus 15, Volvox Terranova) • Boskalis (e.g. Taklift 7, Coastway, Argonaut, • Quality control and NDT (e.g. Damen, Huisman, Mammoet, Stork) • Jack-up inspections (e.g. GMS, Prosafe, AMS, KS drilling, Seafox, GeoSea, Seajacks) • Inspection offshore support vessels (e.g. Seafox, GeoSea) • ICCP servicing (Stemat, Blue Water, French Navy, Royal Wagenborg)

www.offshorewind.biz Navingo BV

T +31 (0)10 209 2600 E info@navingo.com

I www.navingo.com

P&L

E&C

FT&E

O&M

P&L

S&M

Zeeland Seaports Your number one port for the offshore wind industry The North Sea is an ideal location for the generation of wind energy. The wind is favourable and thanks to the shallow water depth it is relatively easy to build large wind farms here. Not surprisingly, quite a few offshore wind projects are planned; projects that require a lot of materials that need to be shipped in by sea. “The port of Vlissingen as part of Zeeland Seaports, is an ideal home base for delivery”, Peter Geertse, commercial manager of Zeeland Seaports, said. “And not just for wind-energy projects, but also for oil and gas production activities.”

Zeeland Seaports Schelpenpad 2, Harbour no 1151 P.O. Box 132 Terneuzen The Netherlands T +31 11 564 7400 F +31 11 564 7500 E peter.geertse@ zeelandseaports.com I www.zeelandseaports.com @zeelandseaports

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Contact: Peter Geertse Commercial Manager

Our location is one of our strong points. The ports are close to the North Sea and are favourably located in relation to the Netherlands, Belgium, the north of France, the United Kingdom and even Germany and Denmark. In the waters off these countries, major wind farms will be developed over the coming years. In addition, our ports are easily accessible. Large installation vessels can navigate freely, unencumbered by locks or bridges. This is important because what is true anywhere, is true for this branch especially: time is money. For the transport of heavy loads, special ships are needed, which can only carry limited amounts of cargo each time. Therefore, speedy handling is of the utmost importance.

Peter Geertse: “Space is another advantage of the Vlissingen location. Many wind generator parts are manufactured in the hinterland, for example in the province of Limburg in the Netherlands. These companies often look to us specifically for the temporary storage of items including monopiles and transition pieces. Companies such as BOW Terminals and Verbrugge Terminals offer the space and facilities needed for efficient transhipment to the wind farm projects. This is not all that these ports have to offer. Hoondert and VDS, for example, are specialised in large steel construction work; Heerema builds jackets and transformer topsides, Mammoet is a heavy lift and transport specialist, and Multraship provide towage and lifting services. These companies are only a

small example of what is on offer, there are many other companies providing vital services. In short, we have everything needed to facilitate the building of offshore energy projects. More then 20 projects have already proven that Vlissingen is a successful hom e base for the offshore wind industry.” It is an image that Zeeland Seaports wants to maintain and reinforce. “It is a branch with a future. Today, the wind farms are being built. This will involve many shipping movements and extra jobs – specifically in in construction and assembly work in the future. These wind farms will all need O&M bases. Again, this will involve more jobs in construction and logistics.” The port company has joined forces with trade & industry to promote the

opportunities presented by VlissingenOost. This will promote the advantages on offer from Zeeland Seaports and allÂ the companies involved in these offshore projects.

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Con

FT&E

O&M

intelligent monitoring

Zensor End-to-end integrity management solutions. By combining yearlong experience with state-of-the-art technology and data acquisition, at Zensor we have developed a unique offering for actively reducing risks and costs associated with operating offshore wind assets, mainly foundation structures. Based in Brussels, the center of Europe, we assist you in taking on even the most challenging matters together with our vast network of partners, both research institutes and expert companies. In all our projects we commit ourselves to providing independent opinions and robust solutions focussing only on reducing the total cost of ownership in your present and future offshore ventures.

phenomena. This allows early, low cost repairs, optimal preparation of the repair operation, but also a follow-up of the repair measures themselves. As such a significant risk reduction is achieved over 20 to 25 operational years, the foreseen life span of a wind farm.

Zensor BVBA Witte Patersstraat 4 1040 Brussels Belgium T +32 26 293 533 E info@zensor.be I www.zensor.be zensor @ZensorBe

A proper remote monitoring solution begins with identifying those components and/or phenomena that need to be tracked. Aspects to take into account are the risks related to potential issues with the component and the amount of information that can be gathered from the phenomenon. Of interest are corrosion, dynamics, stresses and deformations, fatigue, scour.

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Contact: Yves Van Ingelgem CEO

At Zensor we keep an eye on the whole picture of the offshore wind farm, from design and financing, over construction, O&M towards repowering. The expertise offered consists of: • Advise and support in the design and development phase, including design validation and guidelines • Design, engineering and installation of monitoring packages for long-term follow-up of structural integrity, including sensors and backbone IT system • Continuous (remote) readout of data and data storage • Maintenance and upgrading of software and monitoring infrastructure • Automated interpretation based on acquired data, operational parameters, SCADA and Meteo inputs • Reporting and advise towards maintenance, repair operations,

more efficient operating parameters and design validation • Support in lifetime extension and repowering projects This broad scope allows operators to optimally limit the negative effects of ageing and deterioration for new and existing structures. The monitoring example The integrated, intelligent monitoring of the foundation structures we offer represents an important tool for reducing risk and costs in offshore wind. If well implemented an integrated monitoring approach will continuously track the ‘state of health’ of a foundation and identify in a very early stage the onset of structural or operational problems. The focus is on individual structures as well as farm-wide

In order to obtain real, advanced information on the state of the offshore structures, the acquired data from which it will be derived needs to be of sufficiently high quality. To obtain this, multiple elements are taken into account. Focus is on location and type of sensors, design of logic units, data logging scheme as well as transfer and long-term storage. Last but not least followed by the interpretation and reporting based on the acquired data, operational conditions and external loads obtained from met data. This process is complimented with an automated follow-up of the monitoring process itself, resulting in a maximum quality and availability of all data. Do not hesitate to contact us and find out how we can provide a tailored solution for optimal, long lasting risk and cost reduction in your project.

NOTES

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INDEX BY CATEGORY

145

INDEX BY CATEGORY C&C

Con

146

Components & Cables Amsterdam IJmuiden Offshore Port ..................................................... 34 Azimuth Marine B.V. .................................................................................................... 35 Bladt Industries .................................................................................................................. 37 Blue Offshore ......................................................................................................................... 40 CAPE Holland ....................................................................................................................... 46 CIG Maritime .......................................................................................................................... 48 CPNL Engineering .......................................................................................................... 52 Cuxport .......................................................................................................................................... 54 CWind ............................................................................................................................................. 57 DBR BV ......................................................................................................................................... 62 Deutsche Windtechnik Offshore und Consulting ................ 64 DGS Interparts .................................................................................................................... 65 Dieseko Group BV ......................................................................................................... 66 Doedijns ........................................................................................................................................ 67 ELA Container Offshore GmbH ................................................................... 70 GloMar Group ...................................................................................................................... 76 H2M ................................................................................................................................................... 78 Royal IHC – Offshore .................................................................................................. 81 Mistras Group Ltd .......................................................................................................... 95 Oceanteam Solutions ................................................................................................ 102 Offshore Energy Exhibition & Conference ..................................... 103 Oil Control Systems ..................................................................................................... 106 RUD Ketten – Rieger & Dietz GmbH u. Co. KG ................... 117 Sif Group ..................................................................................................................................... 123 WRS Group of Companies ................................................................................ 138

MPI Offshore .......................................................................................................................... 98 Offshore Energy Exhibition & Conference ..................................... 103 OWA NV ....................................................................................................................................... 107 Scaldis Salvage and Marine Contractors ...................................... 118 Seafox ............................................................................................................................................. 120 Seaway Heavy Lifting ................................................................................................ 121 Van Oord ..................................................................................................................................... 132 VBMS ............................................................................................................................................... 134 Volker Stevin International BV ........................................................................ 135

Developers Bladt Industries .................................................................................................................. 37

E&C

Engineering & Construction Amsterdam IJmuiden Offshore Port ..................................................... 34 Bladt Industries .................................................................................................................. 37 Bladt Industries .................................................................................................................. 37 Blue Offshore ......................................................................................................................... 40 CIG Maritime .......................................................................................................................... 48 CIG Maritime Technology ..................................................................................... 49 DBR BV ......................................................................................................................................... 62 DGS Interparts .................................................................................................................... 65 Doedijns ........................................................................................................................................ 67 EEW Special Pipe Constructions GmbH ....................................... 69 GeoSea NV .............................................................................................................................. 75 GustoMSC B.V. .................................................................................................................. 77 Huisman ....................................................................................................................................... 80 Royal IHC – Offshore .................................................................................................. 81 Jack-Up Barge .................................................................................................................... 82 Liebherr ......................................................................................................................................... 89 Linde AG, Linde Gases Division ................................................................. 90 MacGregor ................................................................................................................................ 92 Mistras Group Ltd .......................................................................................................... 95 MME Group ............................................................................................................................. 96 Oceanteam Solutions ................................................................................................ 102 Offshore Energy Exhibition & Conference ..................................... 103 PIRIOU ............................................................................................................................................ 111 PROTEA ....................................................................................................................................... 113 RUD Ketten – Rieger & Dietz GmbH u. Co. KG ................... 117 VBMS ............................................................................................................................................... 134 Volker Stevin International BV ........................................................................ 135 WRS Group of Companies ................................................................................ 138 Zeeland Seaports ............................................................................................................ 140

Events Amsterdam IJmuiden Offshore Port ..................................................... 34 Height Specialists ........................................................................................................... 79 Offshore Energy Exhibition & Conference ..................................... 103

FI&B

Finance, Insurance & Brokerage Amsterdam IJmuiden Offshore Port ..................................................... 34 Costa Renewables ........................................................................................................ 50 DS Marine Finance ........................................................................................................ 68 Offshore Energy Exhibition & Conference ..................................... 103

FT&E

Foundations, Towers & Equipment Bladt Industries .................................................................................................................. 37

Consultancy Amsterdam IJmuiden Offshore Port ..................................................... 34 Azimuth Marine B.V. .................................................................................................... 35 BLG Logistics ....................................................................................................................... 39 BMO Offshore ...................................................................................................................... 42 Buss Port Logistics ....................................................................................................... 44 CIG Maritime Technology ..................................................................................... 49 Costa Renewables ........................................................................................................ 50 Deutsche Windtechnik Offshore und Consulting ................ 64 FORCE Technology ...................................................................................................... 72 MARIN ............................................................................................................................................ 94 Mistras Group Ltd .......................................................................................................... 95 MME Group ............................................................................................................................. 96 MPI Offshore .......................................................................................................................... 98 Offshore Energy Exhibition & Conference ..................................... 103 Quiet-Oceans ........................................................................................................................ 114 Vuyk Rotterdam ................................................................................................................. 136 WRS Group of Companies ................................................................................ 138 Zensor ............................................................................................................................................. 142

Contractors A2SEA ............................................................................................................................................. 32 Baltic Diver Germany .................................................................................................. 36 Blue Offshore ......................................................................................................................... 40 BMO Offshore ...................................................................................................................... 42 C-Ventus Offshore Windfarm Services .............................................. 45 CWind ............................................................................................................................................. 57 DeepOcean .............................................................................................................................. 63 GeoSea NV .............................................................................................................................. 75 Jan de Nul Group ............................................................................................................ 84 Linde AG, Linde Gases Division ................................................................. 90 LOC .................................................................................................................................................... 91

INDEX BY CATEGORY Blue Water Shipping ................................................................................................... 41 C-Ventus Offshore Windfarm Services .............................................. 45 Deutsche Windtechnik Offshore und Consulting ................ 64 Dieseko Group BV ......................................................................................................... 66 Doedijns ........................................................................................................................................ 67 EEW Special Pipe Constructions GmbH ....................................... 69 GeoSea NV .............................................................................................................................. 75 Royal IHC – Offshore .................................................................................................. 81 Oceanteam Solutions ................................................................................................ 102 Offshore Energy Exhibition & Conference ..................................... 103 Smulders ..................................................................................................................................... 125 Volker Stevin International BV ........................................................................ 135 Zeeland Seaports ............................................................................................................ 140 Zensor ............................................................................................................................................. 142

Installation Vessels A2SEA ............................................................................................................................................. 32 DeepOcean .............................................................................................................................. 63 Fred. Olsen Windcarrier ......................................................................................... 73 GeoSea NV .............................................................................................................................. 75 Height Specialists ........................................................................................................... 79 Huisman ....................................................................................................................................... 80 MPI Offshore .......................................................................................................................... 98 Offshore Energy Exhibition & Conference ..................................... 103 Port of Sassnitzv .............................................................................................................. 112 REBO nv ...................................................................................................................................... 115 Scaldis Salvage and Marine Contractors ...................................... 118 Seafox ............................................................................................................................................. 120 Seaway Heavy Lifting ................................................................................................ 121 Van Oord ..................................................................................................................................... 132

Lifting Equipment Amsterdam IJmuiden Offshore Port ..................................................... 34 Azimuth Marine B.V. .................................................................................................... 35 BLG Logistics ....................................................................................................................... 39 Blue Water Shipping ................................................................................................... 41 Buss Port Logistics ....................................................................................................... 44 C-Ventus Offshore Windfarm Services .............................................. 45 CAPE Holland ....................................................................................................................... 46 CIG Maritime Technology ..................................................................................... 49 DGS Interparts .................................................................................................................... 65 GustoMSC B.V. .................................................................................................................. 77 Huisman ....................................................................................................................................... 80 Royal IHC – Offshore .................................................................................................. 81 Jack-Up Barge .................................................................................................................... 82 Käufer .............................................................................................................................................. 88 Liebherr ......................................................................................................................................... 89 MacGregor ................................................................................................................................ 92 MPI Offshore .......................................................................................................................... 98 Offshore Energy Exhibition & Conference ..................................... 103 Palfinger Marine ................................................................................................................. 110 PROTEA ....................................................................................................................................... 113 Rix Sea Shuttle Ltd ....................................................................................................... 116 RUD Ketten – Rieger & Dietz GmbH u. Co. KG ................... 117 Seafox ............................................................................................................................................. 120 United Offshore Services ...................................................................................... 131 Volker Stevin International BV ........................................................................ 135 Zeeland Seaports ............................................................................................................ 140

Maritime Operators Azimuth Marine B.V. .................................................................................................... 35 BLG Logistics ....................................................................................................................... 39 Blue Water Shipping ................................................................................................... 41 BMO Offshore ...................................................................................................................... 42 Braveheart Marine BV ............................................................................................... 43 Buss Port Logistics ....................................................................................................... 44 Chevalier Floatels ............................................................................................................ 47 CIG Maritime Technology ..................................................................................... 49 CWind ............................................................................................................................................. 57 DeepOcean .............................................................................................................................. 63 Deutsche Windtechnik Offshore und Consulting ................ 64 EMS Maritime Offshore GmbH .................................................................... 71 GloMar Group ...................................................................................................................... 76 Jack-Up Barge .................................................................................................................... 82 Liebherr ......................................................................................................................................... 89 Linde AG, Linde Gases Division ................................................................. 90 Mistras Group Ltd .......................................................................................................... 95 MMT .................................................................................................................................................. 97 MPI Offshore .......................................................................................................................... 98 Njord Offshore Ltd .......................................................................................................... 100 Offshore Energy Exhibition & Conference ..................................... 103 Port of Sassnitz .................................................................................................................. 112 Rix Sea Shuttle Ltd ....................................................................................................... 116 Seafox ............................................................................................................................................. 120 Severn Offshore Services Ltd ........................................................................ 122 Tidal Transit Ltd .................................................................................................................. 128 Volker Stevin International BV ........................................................................ 135 Windcat Workboats ..................................................................................................... 137 WRS Group of Companies ................................................................................ 138 Zeeland Seaports ............................................................................................................ 140

O&M

Operation & Maintenance Amsterdam IJmuiden Offshore Port ..................................................... 34 Azimuth Marine B.V. .................................................................................................... 35 BLG Logistics ....................................................................................................................... 39 BMO Offshore ...................................................................................................................... 42 Buss Port Logistics ....................................................................................................... 44 C-Ventus Offshore Windfarm Services .............................................. 45 Chevalier Floatels ............................................................................................................ 47 CWindv .......................................................................................................................................... 57 DBR BV ......................................................................................................................................... 62 DeepOcean .............................................................................................................................. 63 Deutsche Windtechnik Offshore und Consulting ................ 64 ELA Container Offshore GmbH ................................................................... 70 Fred. Olsen Windcarrier ......................................................................................... 73 GloMar Group ...................................................................................................................... 76 H2M ................................................................................................................................................... 78 Height Specialists ........................................................................................................... 79 Jack-Up Barge .................................................................................................................... 82 Käufer .............................................................................................................................................. 88 MacGregor ................................................................................................................................ 92 Mistras Group Ltd .......................................................................................................... 95 MME Group ............................................................................................................................. 96 MPI Offshore .......................................................................................................................... 98 Offshore Energy Exhibition & Conference ..................................... 103 OWA NV ....................................................................................................................................... 107 Port of Sassnitz .................................................................................................................. 112 REBO nv ...................................................................................................................................... 115 Rix Sea Shuttle Ltd ....................................................................................................... 116

147

INDEX BY CATEGORY Seafox ............................................................................................................................................. 120 Severn Offshore Services Ltd ........................................................................ 122 Sky-Access .............................................................................................................................. 124 Tidal Transit Ltd .................................................................................................................. 128 Volker Stevin International BV ........................................................................ 135 WRS Group of Companies ................................................................................ 138 Zeeland Seaports ............................................................................................................ 140 Zensor ............................................................................................................................................. 142

P&ST

Personnel & Safety Training Amsterdam IJmuiden Offshore Port ..................................................... 34 Baltic Diver Germany .................................................................................................. 36 CWind ............................................................................................................................................. 57 Height Specialists ........................................................................................................... 79 MME Group ............................................................................................................................. 96 MPI Offshore .......................................................................................................................... 98 Oceanwide ................................................................................................................................ 101 Offshore Energy Exhibition & Conference ..................................... 103 TOS ..................................................................................................................................................... 129

P&L

Port & Logistics Amsterdam IJmuiden Offshore Port ..................................................... 34 Azimuth Marine B.V. .................................................................................................... 35 BLG Logistics ....................................................................................................................... 39 Blue Water Shipping ................................................................................................... 41 Buss Port Logistics ....................................................................................................... 44 C-Ventus Offshore Windfarm Services .............................................. 45 CIG Maritime Technology ..................................................................................... 49 Cuxport .......................................................................................................................................... 54 Deutsche Windtechnik Offshore und Consulting ................ 64 EMS Maritime Offshore GmbH .................................................................... 71 Liebherr ......................................................................................................................................... 89 MARIN ............................................................................................................................................ 94 Mistras Group Ltd .......................................................................................................... 95 Offshore Energy Exhibition & Conference ..................................... 103 OWA NV ....................................................................................................................................... 107 Port of Sassnitz .................................................................................................................. 112 REBO nv ...................................................................................................................................... 115 Rix Sea Shuttle Ltd ....................................................................................................... 116 Volker Stevin International BV ........................................................................ 135 Zeeland Seaports ............................................................................................................ 140 Zeeland Seaports ............................................................................................................ 140

148

SubS

Subsea Services Amsterdam IJmuiden Offshore Port ..................................................... 34 Baltic Diver Germany .................................................................................................. 36 Blue Offshore ......................................................................................................................... 40 Braveheart Marine BV ............................................................................................... 43 C-Ventus Offshore Windfarm Services .............................................. 45 DeepOcean .............................................................................................................................. 63 Deutsche Windtechnik Offshore und Consulting ................ 64 GloMar Group ...................................................................................................................... 76 Jan de Nul Group ............................................................................................................ 84 Liebherr ......................................................................................................................................... 89 Mistras Group Ltd .......................................................................................................... 95 MMT .................................................................................................................................................. 97 MPI Offshore .......................................................................................................................... 98 Offshore Energy Exhibition & Conference ..................................... 103

Quiet-Oceans ........................................................................................................................ 114 Rix Sea Shuttle Ltd ....................................................................................................... 116 Windcat Workboats ..................................................................................................... 137

SurS

SurS – Survey Services Amsterdam IJmuiden Offshore Port ..................................................... 34 Braveheart Marine BV ............................................................................................... 43 C-Ventus Offshore Windfarm Services .............................................. 45 DeepOcean .............................................................................................................................. 63 EMS Maritime Offshore GmbH .................................................................... 71 Mistras Group Ltd .......................................................................................................... 95 MME Group ............................................................................................................................. 96 MMT .................................................................................................................................................. 97 Offshore Energy Exhibition & Conference ..................................... 103 Quiet-Oceans ........................................................................................................................ 114 Rix Sea Shuttle Ltd ....................................................................................................... 116 Seafox ............................................................................................................................................. 120 Tidal Transit Ltd .................................................................................................................. 128 WRS Group of Companies ................................................................................ 138

S&M

Systems & Manufacturers Azimuth Marine B.V. .................................................................................................... 35 CAPE Holland ....................................................................................................................... 46 DBR BV ......................................................................................................................................... 62 Doedijns ........................................................................................................................................ 67 ELA Container Offshore GmbH ................................................................... 70 Huisman ....................................................................................................................................... 80 Royal IHC – Offshore .................................................................................................. 81 Käufer .............................................................................................................................................. 88 Linde AG, Linde Gases Division ................................................................. 90 MacGregor ................................................................................................................................ 92 Mistras Group Ltd .......................................................................................................... 95 MME Group ............................................................................................................................. 96 Offshore Energy Exhibition & Conference ..................................... 103 Oil Control Systems ..................................................................................................... 106 PROTEA ....................................................................................................................................... 113 RUD Ketten – Rieger & Dietz GmbH u. Co. KG ................... 117 Zeeland Seaports ............................................................................................................ 140

VD&B

Vessel Designers & Builders Abeking & Rasmussen ............................................................................................ 33 Amsterdam IJmuiden Offshore Port ..................................................... 34 BMO Offshore ...................................................................................................................... 42 CIG Maritime .......................................................................................................................... 48 Damen Offshore Wind .............................................................................................. 60 EMS Maritime Offshore GmbH .................................................................... 71 GloMar Group ...................................................................................................................... 76 GustoMSC B.V. .................................................................................................................. 77 Royal IHC – Offshore .................................................................................................. 81 Offshore Energy Exhibition & Conference ..................................... 103 PIRIOU ............................................................................................................................................ 111

WTIVs

Wind Turbine Installation Vessels Fred. Olsen Windcarrier ......................................................................................... 73

EVENTS

149

WINDFORCE Baltic Sea January 27 - 28 Conference Bornholm, Denmark www.windforce.info

AWEA WINDPOWER May 23 - 26 Conference & Exhibition New Orleans, US www.awea.org

FEBRUARY

JUNE

Health & Safety January 28 Conference & Exhibition Birmingham, UK www.renewableuk.com

International Conference on Ocean Energy (ICOE) February 23 - 25 Conference & Exhibition Edinburgh, UK www.renewableuk.com/ OCEO2016UK

Renewable UK annual conference October 12 - 13 Conference & Exhibition Liverpool, UK www.renewableuk.com Offshore Energy Exhibition & Conference October 25 - 26 Conference & Exhibition Amsterdam, the Netherlands www.offshore-energy.biz

WINDFORCE June 7 - 9 Conference & Exhibition Bremen, Germany www. Windforce.info Seawork International June 14 - 16 Conference & Exhibition Southampton, UK www.seawork.com Global Offshore Wind June 21 - 22 Conference & Exhibition Manchester, UK www.renewableuk.com

SEPTEMBER

Mexico Windpower February 4 - 25 Congress & Exhibition Mexico City, Mexico www.mexicowindpower.com.mx/en

MARCH

Thetis MRE May 10 - 11 Conference & Exhibition Paris, France www.thetis-emr.com

OCTOBER

EERA DeepWind January 20 - 22 Conference Trondheim, Norway www.sintef.no/deepwind2016

MAY

JANUARY

EVENTS CALENDAR

WIND Expo March 2 - 4 Conference & Exhibition Tokyo, Japan www.windexpo.jp/en/ Oceanology March 15 - 17 Conference & Exhibition London, UK www.oceanologyinternational.com

International Conference on Renewable Power Generation September 21 - 23 Conference London, UK onferences.theiet.org WindEnergy Hamburg September 27 - 30 Conference & Exhibition Hamburg, Germany www.windenergyhamburg.com

Offshore Wind Farm Support Vessels March 30 - 31 Conference London, UK www.rina.org.uk

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COLOFON

PUBLISHED BY

Navingo BV Las Palmas Building Wilhelminakade 302 3072 AR Rotterdam The Netherlands T +31 10 20 92 600 F +31 10 43 68 134 E magazine@offshoreWIND.biz I www.offshorewindmagazine.com I www.offshoreWIND.biz I www.navingo.com DESIGN & ILLUSTRATING

Grafisch Bedrijf Crezée PRINTING

Grafisch Bedrijf Crezée COVER PHOTO

Flying Focus

INSIDE OFFSHORE WIND ENERGY MAP

Rebecca van den Berge-McFedries | rm@navingo.com EDITOR

Joost Dankers | jd@navingo.com SALES

INTERNATIONAL BUSINESS GUIDE ‘17

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Offshore WIND International Business Guide 2016 is a publication of Navingo BV, a multi media maritime company based in the Netherlands. The title Offshore WIND is a combination of printed magazine, news website, International Business and Vessel Guide and organiser of events unique to the international offshore wind energy industry.

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© 2016 Navingo BV. The entire contents of this publication are protected by copyright. No part of this publication may be reproduced, stored or transmitted in any form or by any means without the permission of the copyright owner. While every care has been taken in the preparation of this publication, neither the publisher nor the editor are responsible for the views and opinions expressed in this publication or for any inaccuracies in the articles.