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Mammoet awarded two US offshore wind contracts

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Together, the two contracts cover a range of port scopes, including the load-in, load-out, handling and temporary storage of XXL monopiles, plus the pre-assembly of turbines in a US marshalling port.

“Offshore wind in the United States has been a long time coming. Our Mammoet colleagues have been executing these projects globally for some time, so this is an exciting opportunity to leverage the combination of our technical experience with our local market experience,” said Rick Bohne, Jr., Director of Sales & Marketing for Mammoet in the USA & Mexico.

Mammoet’s recent experience in the offshore wind sector includes the load-in, load-out and transport of jacket structures for Seagreen Offshore Wind Farm in Scotland, and component handling, storage, transport and crane lifting to assemble Hywind Tampen; the world’s largest floating wind farm. 

Furthermore, Mammoet is contracted to supply onshore heavy lifting and transport for the staging and assembly of turbine components for Dogger Bank Wind Farm in the United Kingdom. Lastly, Mammoet is also contracted to supply onshore heavy lifting and transport for the offloading, staging and installation of turbine components in France.

The One Sea Association and ESA sign a Memorandum of Intent

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Autonomous shipping offers new opportunities to deploy safe, commercially viable, and environmentally sustainable maritime operations.

Satellite communications and satellite navigation play a key role in the adoption of autonomous shipping technologies and operations. During offshore passages, ships are often further from land than satellites which can offer invaluable secure and resilient communication channels for monitoring, command, and control of autonomous ships. Furthermore, in ports and congested areas, high precision Position Navigation and Timing (PNT) provided by satellites is also critical for the safe operation of autonomous shipping.

This new partnership will combine One Sea’s unique expertise in the maritime sector and in autonomous shipping with ESA’s technical competence and mandate through the Business Applications and Space Solutions programme to support the development and demonstration of space solutions in addressing user needs.

Sinikka Hartonen, Secretary General of One Sea Association, said:

‘We are thrilled about the possibility to collaborate with ESA. We are looking forward to finding ways to jointly support the development of safe and sustainable maritime transport.”

Rita Rinaldo, Head of Business Applications Projects and Studies Implementation Division, said:

“ESA is keen to kick-off the work with One Sea Association and its members to strengthen the development and adoption of space solutions as enablers of digital and autonomous shipping, accelerating the sustainable transformation of the maritime sector.”

Hamilton-Oshawa Port Authority looks to Atura Power for Green Hydrogen

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Hamilton-Oshawa Port Authority (HOPA) has entered a Memorandum of Understanding (MOU) with Atura Power to acquire green hydrogen as part of its commitment to supporting the growth of clean energy and reducing its carbon footprint. 

HOPA is the largest Port on the Great Lakes, operating multi-modal transportation facilities in Hamilton, Oshawa and Niagara. HOPA has been investigating the use of green hydrogen to decarbonize its operations and that of its customers. The purchase of hydrogen from Atura Power would support these goals by providing a reliable and sustainable source of fuel across the port network.

“HOPA Ports is committed to being a leader in sustainability and reducing our environmental impact,” says Ian Hamilton, President and Chief Executive Officer of HOPA Ports. “We are eager to explore the potential of using hydrogen to power our operations and are proud to support the growth of renewable energy in Ontario.”

When complete, Atura Power’s Niagara Hydrogen Centre (NHC) will be Ontario’s largest green hydrogen facility, using a 20-megawatt electrolyser system to support the development of Ontario’s hydrogen economy. It is expected to be operational in 2024.

“Atura Power is uniquely positioned to lead low-carbon hydrogen production and help decarbonize Ontario’s broader economy,” says Shelley Babin, President and Chief Executive Officer of Atura Power. “We look forward to working with partners like the Hamilton-Oshawa Port Authority, who are leading the marine industry towards environmental excellence.”

Around the world, ports are playing an increasingly important role in decarbonizing transportation, industry and power generation. HOPA is well positioned to be a leader by supporting the growth of clean energy in Ontario and Canada.

Norwegian zero-emissions vessels to hit Southern Europe through new, joint effort

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Together, Innovation Norway, Maritime CleanTech, Export Finance Norway, and the embassies will help Norwegian companies win contracts in France, Spain, and Italy.

Ada Jakobsen, CEO of Maritime CleanTech, says:

“Norway has complete maritime business clusters, and the companies can deliver significant projects. Norway is a frontrunner in developing and using green maritime technology. We have market-ready solutions that can help Europe’s transition to a zero-emissions society.”

Reports made by Innovation Norway and Maritime CleanTech in 2022 reveal great market opportunities for Norwegian solutions within green shipping in France, Spain, and Italy.

The new project builds upon these reports, and will help Norwegian companies win contracts with these market segments: electric fast ferries, sightseeing vessels,  autonomous shuttle boats, charging systems, and shore power solutions.

The focus will be on the Spanish market, with the possibility of extending toward Spain and Italy.

The project will be part of Innovation Norway’s portfolio of strategic export campaigns, High Potential Opportunities (HPO), a public-private partnership widely supported by the government and the industry.

With coordination by Maritime CleanTech, the industry will take the driver’s seat. So far, eight businesses have joined the project, and several more have shown interest. Innovation Norway’s offices in Paris, Spain, and Italy will be central to the project, which their regional offices in Norway will also support.

Export Finance Norway (Eksfin) and the Norwegian embassies in France, Spain, and Italy will also contribute. 

Allseas to install offshore substation for major French offshore wind farm

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DEME Offshore has contracted Pioneering Spirit  to install the substation jacket and topside in the first half of 2024.

The “lift and set down” job is very similar to the Saint-Nazaire installation job Pioneering Spirit  performed for DEME in the Bay of Biscay in August 2021 – Allseas’ first assignment for the fast-growing offshore wind industry.

Matthijs Groenewegen, Vice President Projects, says:

“We’re delighted to be providing installation services for a second major offshore wind project in France. This latest award builds on our earlier successful collaboration with DEME on the Saint-Nazaire project and illustrates the important role Allseas can play, both in terms of transport and installation, in this fast-growing, sustainable offshore industry.

“Weather and tidal conditions at the installation location can be challenging, which we’re able to mitigate thanks to the unprecedented size and stability of our installation vessel. We look forward to working closely with DEME to realise this important offshore wind development that will deliver clean energy to thousands of French households.”

The wind farm is being developed by Éoliennes en Mer des Îles d’Yeu et de Noirmoutier (EMYN), a consortium including Ocean Winds (an ENGIE and EDPR joint venture), Sumitomo Corporation, La Banque des Territoires and Vendée Energie.

DEME, the main offshore contractor, has hired Allseas to execute the jacket and topside installation works. DEME will perform the installation of the pin piles for the substation foundations and transport the jacket and topside, to the installation site.

The jacket and topside structures will be transferred to Pioneering Spirit  in the field and installed directly with the vessel’s 5000-t crane.

Yeu-Noirmoutier is situated 16 km off the Atlantic Coast, where waters are up to 36 m deep. When complete, the development will have a total capacity of 496 MW and produce enough energy to meet the annual  electricity demands of 800,000 people.

LR and ICS enter partnership to invest in crew insight software

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Lloyd’s Register has acquired a 50% interest in ISF Watchkeeper, the leading work and rest hours compliance software solution from IT Energy Systems and Consulting Limited.

The acquisition will result in LR becoming a joint owner of ISF Watchkeeper with the International Chamber of Shipping (ICS). The partnership that will combine the pair’s formidable compliance and industry expertise to improve crew and environmental safety standards in the maritime industry.

ISF Watchkeeper is a suite of digital solutions that helps global ship operators to plan, manage and report their crew’s rest hours compliance in accordance with International Convention on Standards of Training, Certification and Watchkeeping for Seafarers (STCW) and the Maritime Labour Convention (MLC).

ISF Watchkeeper was originally developed by ICS and IT Energy and has become the industry leading standard software for helping shipping companies comply with seafarers’ work and rest hours.

The software is used by more than 180,000 seafarers for calculating seafarers’ rest hours and planning work schedules. It is available through web, mobile, desktop and API. Customer data is securely synchronised and benchmarked against industry average non-conformance measurements for work and rest hours.

ISF Watchkeeper has recently developed a Benchmarking solution that allows shore-based teams to assess fleet compliance geographically, enabling comparison against wider industry averages.

Martin Taylor, LR Digital Solutions CEO said:

“The addition of ISF Watchkeeper to the LR Digital Solutions business adds further to our existing complement of digital voyage solutions. ISF Watchkeeper has the only comprehensive database of crew working practices and through this we will be able to provide detailed insights to help improve seafarer safety and efficiency at sea. The ISF Watchkeeper functionality will sit alongside the OneOcean platform and other LR solutions that are now present on half of the world’s SOLAS fleet.”

Elliott Adams, Chief Finance and Commercial Officer at the International Chamber of Shipping said:

“ISF Watchkeeper is a vital piece of software for shipowners, ship managers and seafarers. Being able to benefit from Lloyds Register’s network and complementary tools provides significant benefits for the industry as we look to expand and further enhance the ISF Watchkeeper suite of software solutions.”

Ukraine-bound cargo ship sinks off Turkish coast

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Five people were rescued while efforts continued to find the other missing crew, officials and news reports said.

The Joe 2 sank off the coast of Kumluca, in Antalya province, while heading to Ukraine from the Turkish port of Iskenderun, said Gov. Ersin Yazici said. It was transporting aluminum, according to the state-run Anadolu Agency.

The cause of the ship sinking was not immediately clear. An investigation has been launched by the chief prosecutor’s office for Kumluca.

The Turkish Coast Guard Command said it received a distress call at 3:47 a.m. and dispatched a vessel, several boats and two helicopters. Two crew members were rescued by the coast guard helicopters while three others were saved by other vessels in the area, it said.

All of the crew were Syrian nationals.

The rescue efforts were being hampered by a storm, Anadolu reported.

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Zephyrus Marine signs MOU to power wind service hubs

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Zephyrus Marine has signed a memorandum of understanding (MOU) with Mirai Ships to build the Zephyrus Zero Carbon Offshore wind service vessel. 

Ad Hoc Marine Designs Ltd. (Ad Hoc) will be providing the design for the zero-emission Crew Transfer Vessel (“CTV”) which will incorporate Shift’s leading-edge PwrSwäp technology This class NK-approved energy storage system will allow crew transfer vessels to swap their modular battery systems with ease while providing a zero-emission service to the Japanese offshore wind sector.

The design of the Zephyrus Zero Carbon Offshore wind service operation will be tailored to specifically service Japanese wind and offshore vessels. The fully electric Mothership will operate as the hotel and charging station with fully electric daughter vessels that will either be stowed on deck or returned to shore for near-shore operations. These daughter vessels will be lifted off the Mothership and launched into the field. When the charge is low, these CTVs will return to the Mothership to dock at the stern, allowing for the spent batteries (“e-pods”) to be lifted and replaced with fully charged ones within minutes.

Rob Stewart, Director at Zephyrus said:

“We need to make it easy for shipowners and the offshore wind sector to go zero carbon. By partnering with Mirai Ships in building our unique solution, we can move the needle towards a net-zero shipping industry and we can do so while improving the operational cost and reducing the risk profiles within the offshore Japanese wind sector.”

Paul Hughes, President and founder of Shift, said:

“When it comes to decarbonization, it needs to be a collaborative effort. Utilizing our PwrSwäp technology, we give shipowners the power and freedom to utilize clean, reliable energy without having to purchase the energy storage system. Our energy storage systems provide the energy needed for the trip saving space, weight and costs. This is an important step towards lowering shipping emissions in Japan and beyond.”

The Zephyrus Zero Carbon Offshore wind service operation will utilize Shift’s PwrSwäp technology – a pay-as-you-go energy subscription service that delivers instant renewable, clean energy to vessels without risk. As a result, vessels can utilize only the energy they need without committing to a fixed energy storage system. The technology is rooted in a network of swappable battery e-Pods and containers which are connected through cloud-based service and management centres. Not only does PwrSwäp reduce emissions and costs, it saves time. Unlike traditional refueling which can take hours, it takes between 3-15 minutes to swap modular batteries. This addition will facilitate the transition of Japanese wind and offshore vessels to hybrid or fully electric.

John Kecsmar, Naval Architect and owner of Ad Hoc, added:

“This groundbreaking technology is a game changer, allowing vessels to quickly adopt electric energy while dealing with the space and weight constraints that CTVs and other smaller vessels experience when seeking a solution to reduce carbon emissions and improve operating costs. Also, teaming up with our partners at AMC is exciting, having previously shared historical roots in the same company many years ago.”

Konecranes to supply 4 cranes to Siemens Gamesa offshore wind power plant

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Konecranes has won a contract to supply four electrical overhead cranes to Siemens Gamesa’s offshore nacelle plant in Taichung, Taiwan. 

The cranes will support the entire material handling of the site’s broadened production scope, with lifting capacities of up to 400 tons. The order was booked in Q1 2023, and installation is planned to take place in Q1 2024.

The cranes will be at the center of a continuous production flow at Taichung, lifting various turbine parts to and from production lines for nacelles – the part of a wind turbine containing the gearbox, shafts, generator and brake. Siemens Gamesa is expanding production to deliver locally made nacelles for the 1,044 MW Hai Long offshore wind power projects, future projects from Taiwan’s Round 3 offshore wind power auctions and other Asia-Pacific projects.

“We selected Konecranes once again based on our positive experience from previous projects both in EMEA and APAC. Konecranes is a trusted partner who makes specifically engineered, durable products that allow us to leverage our facilities to the maximum,” says Joakim Videbæk Nielsen, Project Manager at Siemens Gamesa.

Latest Wärtsilä engine platform selected for four new Erik Thun tankers

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The ships will be constructed at the Ferus Smit shipyard in the Netherlands. The vessels will operate with the Wärtsilä 25 engine, the future-fuels ready latest addition to the company’s engine portfolio. The order with Wärtsilä was booked as order intake in Q1 2023.

The medium-speed 4-stroke Wärtsilä 25 features the most advanced engine technology. This enables operators to be ahead of the curve in future-proofing their fleets in readiness for fully decarbonised operations. Furthermore, the Wärtsilä 25 features outstanding fuel economy, low emissions, and smoke-free operation at all loads.

Henrik Källsson, Deputy Managing Director of Erik Thun, says:

“Decarbonisation is a key driver for our operations. It makes total sense, therefore, for us to select the Wärtsilä 25 engine. We recognise the reliability, fuel efficiency, and compact design of the engine, and the option to operate with clean future fuels is very important to us. We are impressed with the investments Wärtsilä is making by developing these very modern and future-proof engines. We believe the Wärtsilä 25 is the world’s most advanced engine in the 2000 kW range.”

Patrick Kuiper, Mechanical Designer at Ferus Smit, says:

“We have had a long-term partnership with Wärtsilä and have developed a mutual trust over the years. We appreciate their brave approach in enabling the marine industry to achieve decarbonisation via these new engines that are capable of being converted to run on alternative fuels.”

Roger Holm, President of Marine Power, Wärtsilä, says:

“We have worked closely with both Erik Thun and Ferus Smit for a number of years, and our companies are all committed to raising the efficiency and sustainability levels needed to make decarbonised shipping a reality. These four vessels reflect that approach, and we are pleased that the Wärtsilä 25 engine has been chosen for them. This really is the way ahead for operators who wish to make the transition to future fuels as smooth as possible.”

This latest order will raise the number of Wärtsilä engines installed in ships built at the Ferus Smit shipyard to more than 100. Simultaneous to this contract, an order was also signed for a Wärtsilä 20 engine for Erik Thun. This is a repeat order from an earlier project.

The Wärtsilä equipment will be delivered to the yard commencing in Q4 2024, and the first of the four ships is scheduled for delivery in mid-2025.