Liner operator Ocean Network Express (ONE) has announced its plans to expand its electronic Bills of Lading (eBL) offering with technology provider WAVE BL, with the objective to enhance and accelerate digital trade adoption across its supply chain.

Liner operator Ocean Network Express (ONE) has announced its plans to expand its electronic Bills of Lading (eBL) offering with technology provider WAVE BL, with the objective to enhance and accelerate digital trade adoption across its supply chain.

ONE and WAVE BL have been working on eBL solutions and after successfully jointly completing the initial pilot rollout, ONE will start to extend the WAVE BL offering to more customers and business partners.

The blockchain-backed digital shipping platform ensures the highest legal, security, and privacy standards in the maritime shipping industry, providing an electronic alternative to traditional print documents.

ONE continues to position itself as a leader in early adoption for technological advancements that showcase improvements to the industry ecosystem. By digitising title transfers, ONE anticipates operational workflow improvements that shorten document issuance time and transfer process. The eBL solution is expected to strengthen ONE’s overall ecommerce services. For its customers, the solution will cut administrative costs, whilst improving the overall process.

“As part of our digitalisation journey, we have been focussing on our integration capability to strive for new digital offerings to our customers and partners. We started to offer the e-BL services via WAVE BL as a strategic partner to expedite core steps of the supply chain and save time and cost for our customers. With a robust solution and an increasing network, we aim to enhance our customer experience through rapid and paperless transfer,” said Sundeep Sibal, Global Head of Commercial & Service Management at Ocean Network Express.

WAVE BL will provide an end-to-end cryptographic endorsement and surrender system for issuing eBLs in real-time and offer onboarding support for ONE customers and business partners integrating onto the platform.  “This marks an important milestone for all parties involved and the shipping industry at large. Cooperation with ONE speaks volumes to the trajectory of digital trade and its immense influence in the market. We are excited to scale our solution with support from the leadership at ONE,” said Gadi Ruschin, CEO and co-founder at WAVE BL.

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ONE opts for WAVE BL to drive eBL operations


Prices present ongoing favourable investment for scrubbers, LNG will become more sustainable, Modest global bunker demand growth through 2025.

High sulphur fuel oil paired with scrubbers will continue to be a part of the marine fuel bunker mix until sustainable fuels become cost-competitive and as long as oil prices remain high, John Bassadone, the CEO of bunker supplier Peninsula, told S&P Global Platts in a recent interview.

Looking ahead, LNG, which has the best-developed infrastructure among potential future marine fuels, but which has attracted growing criticism over its green credentials, will have a role, Bassadone said in the interview on Oct. 15.

The market for conventional bunker fuels is going to be relatively similar to now in terms of overall volumes in years ahead, amid initially modest increases in overall demand for marine fuel, Bassadone said.

Currently, high sulphur fuel oil, with a sulphur content of 3.5%, accounted for about 15% of global bunker demand, according to data from S&P Global Platts Analytics. This fuel can only be burnt by ships equipped with scrubbers. S&P Global Platts Analytics sees an element of business as normal for the existing fuel mix continuing into the future, with scrubbers and 3.5%S FO growing their market share to 28% of total bunker demand in 2030, easing off to 26% of total demand in 2040.

“If we see a period of consistently high crude prices, it will fuel the premium differential between low and high grades and persuade owners to install scrubbers on new vessels,” Bassadone said.

Platts assessed Dated Brent at $84.96/b Oct. 15, its highest point in three years. The price has climbed more or less steadily through the year. In this strengthening crude price environment, Platts has in recent months assessed a fairly steady spread between 0.5% sulphur fuel oil, which complies with the IMO’s sulphur cap, and 3.5%S FO.

Platts assessed the Hi-5 spread, as this differential is known, for FOB barges at the Dutch bunker hub of Rotterdam at $109.75/mt Oct. 15. The Hi-5 has averaged $105.50/mt year to date, Platts data showed. Levels of around $100/mt or above make scrubber pay-back periods short and appealing enough to shipowners to encourage investment in the units. This pricing environment may persist; Platts assessed Hi-5 FOB Rotterdam barge swaps for October 2023 at $119/mt.

“The technology [for scrubbers] is getting better and we are starting to see scrubbers that not only offer sulphur reduction but carbon capture too,” Bassadone said. “Dual fuel vessels being built today will still potentially burn HSFO for the next 25-30 years, but technology will get better at removing greenhouse gases and CO2.”

Role for LNG

“Production methods of LNG are becoming more efficient, and we plan to offer LNG around the Mediterranean and wherever our clients need it,” Bassadone said.

LNG in the future will be more carbon neutral than it is today, he said.

Enagas subsidiary Scale Gas and Peninsula are to launch a 12,500m3 LNG bunker barge to serve ships bunkering the fuel in the port of Algeciras and Strait of Gibraltar, as shipping eyes alternatives to petroleum-based fuels, the companies announced in the summer. Peninsula has not announced investment in any other alternative bunker fuels.

A key criticism is that the fuel presents the possibility of methane slip from engines and by some estimates unburnt methane is 84 times more potent a greenhouse gas than CO2.

Methane is responsible for around 30% of the global rise in temperatures to date, the International Energy Agency said earlier in October.

“Methane slip has dramatically reduced over the last 10 years and engine manufacturers continue to make excellent progress,” Bassadone said. “By milestones of 2030, 2040 and 2050, LNG will have steadily progressed towards decarbonisation goals, but Peninsula is entirely impartial and will supply every alternative fuel where demand and supply infrastructure exists,” he said.

The bunker fleet will see low demand growth through 2025, Bassadone said. New dual-fuel and alternative fuel-ready ships are coming online, particularly those equipped to burn LNG. This will divert “a small amount” of demand away from conventional bunkers, he said.

While the container and dry bulk markets are seeing “unprecedented strength” the forward order book is at record lows. A recent flurry of ordering does point to some growth in bunker demand, but IMO new environmental regulation will limit upside, encouraging scrapping of older, less fuel-efficient vessels and lower operating speeds, he said.

“The holistic picture is therefore pointing to very modest growth. Beyond 2025 we see significant scale-up in LNG with other alternative fuels currently lagging,” Bassadone said.

Platts Analytics puts total global bunker demand at 6.03 million b/d in 2021, rising to 7.28 million b/d in 2030 and 8.32 million b/d in 2040.

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Peninsula CEO sees market favourable for scrubber investment case


Ballard and Forsee Power are to enter long-term strategic partnership to develop & commercialize integrated fuel cell and battery solutions for heavy-duty hydrogen mobility.

Canada-based fuel cell specialist Ballard Power Systems and French battery system supplier Forsee Power have signed a Memorandum of Understanding (MOU) for a strategic partnership to develop fully integrated fuel cell and battery solutions, optimised for performance, cost and installation for heavy-duty hydrogen mobility applications including maritime.

The strategic partnership is the beginning of a long-term collaboration involving the co-design, co-development, production, marketing, and sales of integrated fuel cell-battery solutions.

With complementary technologies, customers, verticals and markets, the Ballard and Forsee Power partnership is expected to increase technological performance, optimize costs, extend service life, and reduce customer friction points by providing pre-integrated and optimized electric powertrain solutions.

Hydrogen electric powertrains are made up of a number of key components, including the fuel cell module, battery system, and Energy Management System (EMS). The fuel cell module, which is powered by hydrogen stored in tanks, produces electricity which is supplied to the electric powertrain. Batteries, charged by the electricity from the fuel cell, generate additional energy during sudden variations in load. The fuel cell and battery systems are thus complementary as the vessel can move by means of the fuel cell, battery, or both, as needed by the duty cycle. To ensure optimization and high efficiency between these components a reliable and smart EMS is critical.

For the planned integrated solution, Ballard will supply the fuel cell system and related controls, and Forsee Power will supply the battery system and related battery management system, cooling system and high voltage DC/DC conversion system. The parties will jointly develop the EMS to optimise the hybrid fuel cell and battery system architecture.

As part of the strategic relationship, Ballard is committing to participate as a cornerstone lead investor (up to €40m) in connection with the proposed IPO of Forsee. This commitment would allow Ballard to acquire a stake in Forsee Power upon its initial public offering on Euronext in Paris, France, with Ballard also having the right to appoint a board member to the Forsee Power board of directors.

“A key element of our corporate strategy is to simplify the fuel cell electric vehicle experience for OEM customers and end users,” said Randy MacEwen, Ballard’s President and Chief Executive Officer. “Our clear goal is to create more value for our customers. We are working to improve FCEV powertrain and vehicle performance, lower lifecycle costs, and simplify powertrain and vehicle systems integration and service. We believe fuel cells and batteries are highly complementary and can be integrated together in a smart and compelling architecture that optimises performance. Today, OEM customers typically procure the various pieces of the fuel cell and battery powertrain separately, and then need to integrate them together. By offering pre-designed and fully optimized and integrated fuel cell-battery solutions to our customers, we expect to ease implementation friction points. Our exciting partnership with Forsee Power represents an important step to achieve our goal. Together, we plan to accelerate scaled adoption of hydrogen FCEVs in heavy-duty mobility applications.”

“I am delighted with the signing of this strategic MOU with Ballard, with whom we share the same ambition to develop sustainable, zero emission mobility. This partnership is expected to provide key strategic advantages: technological know-how, industrial capacities, and geographical coverage to capture the growth of the hydrogen vehicle market. While the climate emergency urges the transport sector to accelerate its energy transition, it will be a game changer to advance hydrogen mobility, bringing a stronger offering of zero-emission technologies to our OEM customers for road, rail and marine applications. I want to thank Ballard for their trust materialised by this significant cornerstone investment as part of our IPO,” stated Christophe Gurtner, Chairman & CEO of Forsee Power.

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Partners to develop integrated fuel cell and battery solution


Norway-based shipping company Kanfer Shipping is in talks for chartering of its first two small-scale LNG bunker and distribution ships ordered from the Chinese Taizhou shipyard.

Kenfer Shipping in chartering 2 new LNG bunker ships talks
Courtesy of Kanfer Shipping

Back in May, Kanfer signed a yard agreement with the Taizhou Wuzhou Shipbuilding Industry for the construction of two LNG bunker and distribution vessels.

The company describes the two 6,000 cubic metres vessels as state of the art and tailor-made for small-scale LNG bunkering and distribution. It also holds an option for additional two ships.

Kanfer informed yesterday it is currently in concrete discussions for chartering these ships to solid counterparts. It says it is also making some additional measures to make the offer more attractive to the charters.

The company sees great potential in the market for LNG bunkering as it is growing fast. There are currently 175 dual-fueled ships in service. It is expected that 250 dual-fueled ships will be ordered by end of the year. Kanfer says this number will continue to grow which highlights that LNG is the transition fuel.

 

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Kanfer Shipping in chartering 2 new LNG bunker ships talks


UK-based marine energy company Marine Power Systems (MPS) has joined forces with Marine2o to develop integrated solutions to support the production of green hydrogen from offshore renewable energy sources, using marine vessels to transport this energy vector to market.

MPS' floating offshore renewable energy technology (Courtesy of MPS)
MPS’ floating offshore renewable energy technology (Courtesy of MPS)

This first collaboration will support the developing pathway in the UK and other markets to deploy MPS’ innovative offshore wind and wave energy capture devices – which can be configured either as a combined solution or independent power plants – to produce green hydrogen.

MPS’ floating wind and wave technology will play a crucial role in Marine2o plans to decarbonise ports and urban water ways around the UK and internationally, according to the partners.

Namely, the London-based Marine2o, part of the Gluon Group, brought together leading figures from the worlds of marine finance and engineering to provide marine refuelling solutions as part of the future hydrogen economy.

Initially focusing on urban waterways such as vessels operating along the Thames, the collaboration with MPS will enable Marine2o to further expand its operations to other areas of the maritime economy.

Martin Carruth, commercial director of MPS, said: “Floating renewables presents a unique opportunity to transform green hydrogen production and this first collaboration will help exploit that opportunity. The recent INTOG report is very welcome and provides a route to market in the UK for MPS’s devices to produce green hydrogen.

“Together with Marine2o’s knowledge and expertise in maritime logistics, we’ve created an exciting proposition to accelerate hydrocarbon-based hydrogen replacement with green hydrogen and bring it to a wide market without the need for expensive new or modified gas transmission infrastructure”.

The market for hydrogen is well established but over 98% of hydrogen is derived from fossil fuels. Also, a mature marine transport infrastructure has been established close to energy intensive demand centres.

Therefore, coupling cheap, green hydrogen with marine distribution to end users has the added benefit of quickly delivering this transformative energy source to clients without the need of installing intrusive, expensive transmission systems or upgrading the existing gas network where it is unsuitable for hydrogen.

 

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UK partners join forces to advance green hydrogen production and distribution


Italian shipbuilder Fincantieri and compatriot oil and gas company Eni have signed a memorandum of understanding (MoU) to establish a partnership for promoting initiatives focused on the energy transition. 

As informed, the new partnership was established with the aim to create a system of integrated solutions for decarbonization projects in the fields of energy, transport and the circular economy.

Specifically, the two companies have identified areas of common interest for developing synergies, including reducing the environmental impact of the maritime transport sector, producing energy from renewable sources and the circular economy.

Under the MoU, Eni and Fincantieri will also conduct a preliminary study to identify initiatives of common interest in the areas indicated, with the aim of launching subsequent joint technological or industrial innovation projects.

“Eni is on a transformational journey that will lead to the complete reduction of its net emissions, based on technologies that we have already made industrially operational or that are capable of becoming so in the short term,” Claudio Descalzi, CEO of Eni, commented.

“The energy transition is first and foremost a technological transition, and only companies with a strong industrial and innovative capacity, as well as the willingness to combine forces and skills, will be able to lead it.”

“The MoU covers a number of highly strategic national sectors, and their development will play a key role in the new circular economy that will be defined in the coming years,” Giuseppe Bono, CEO of Fincantieri, added.

Under this agreement, the partners also intend to renew and extend their existing agreements regarding the activities of interest, converging them under a single, harmonised governance between the technological innovation and business units.

Back in 2017, the firms partnered up on studying initiatives related to the natural gas transport chain, LNG, and the exploitation of gas resources. This partnership focused on developing projects regarding floating platforms for offshore production and the evaluation of energy projects with a low environmental impact.

 

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Eni and Fincantieri join forces to promote energy transition initiatives


Norwegian maritime technology group Kongsberg Maritime (KM) and China Merchants Industry (CMI) have signed a memorandum of understanding (MoU) to work on sustainable solutions for the shipping industry.

As outlined in the new agreement, KM and CMI intend to collaborate more closely on the design and fit-out of specific vessel types to provide shipowners with the most competitive, attractive and environmentally responsible long-term investments on the market.

Courtesy of Kongsberg Maritime

Both companies are united in the goal of simultaneously increasing overall energy efficiency while reducing emissions.

KM is spearheading the transition towards clean marine propulsion solutions which will help the Chinese shipping industry to meet the IMO 2050 emission targets, as well as facilitating the country’s objective of achieving a carbon-neutral economy by 2060.

“Working in such close collaboration will speed processes such as partnership negotiations, bring clarity and focus to joint development projects and simplify the procedures by which integrated solutions are devised and put into practice, helping to provide shipowners with better solutions,” Wu Sichuan, Deputy General Manager, China Merchants Industry commented.

The sectors defined by both companies as areas of common interest are cargo vessels such as container feeders or chemical tankers, mid-sized cruise and passenger vessels, large natural gas carriers (LNGC), fuel gas supply systems (FGSS), offshore wind and aquaculture offshore installations.

Detailed discussions within KM, CMI and China Merchants Hoi Tung to further pursue strategic partnerships have already begun with regard to a number of specialist fields.

“The MoU formalises a hugely beneficial business alliance which has existed for years between CMI and ourselves; the fact that we’re taking this affiliation to the next level is a great means of ensuring our long-term commitment to the Chinese shipbuilding industry,”  Martin Wernli, SVP and Country Manager Greater China, Kongsberg Maritime added.

KM and CMI will together establish a regular exchange and interaction mechanism with China Merchants Hoi Tung to facilitate the strategic partnership.

 

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Kongsberg and CMI to develop sustainable solutions for shipowners


ulstein
Alfa Lift (Courtesy Ulstein / Seaway 7)

PUBLISHED OCT 18, 2021 5:20 PM BY THE MARITIME EXECUTIVE

 

Crane builder Liebherr and offshore wind vessel operator Seaway 7 have experienced a setback in the construction of the monopile-installation vessel Alfa Lift. An “unplanned movement” of a key crane component aboard the new ship has prompted a technical investigation.

The Alfa Lift was ordered by offshore wind specialists OHT in 2018, long before OHT’s merger with Subsea 7’s renewables unit this July. Alfa Lift is a semisubmersible heavy lift crane ship, purpose-built for installing offshore wind tower foundations and transition pieces. It is equipped with a novel crane designed and built by German heavy lift manufacturer Liebherr, the HLC 150000.

This unique crane is designed to hoist the heaviest offshore wind foundations expected in the coming years, up to 3,000 tonnes. Its custom design features a foldable A-frame, which can be lowered to reduce the vessel’s air draft when needed – for example, when passing under Denmark’s Great Belt Fixed Link bridge, which restricts air draft for traffic between the North Sea and the Baltic.

The A-frame unit for the HLC 150000 shipped from Liebherr’s Rostock plant to China Merchants Heavy Industry’s Jiangsu shipyard in March, shortly after the Alfa Lift’s hull was launched. At the time, Liebherr said that its own technicians would be conducting the installation and commissioning.

“The crane can only be assembled and installed once the vessel has reached a specific phase in its construction. Therefore, the manufacturing timelines are finely balanced,” said Gregor Levold, marine sales director at Liebherr Rostock. “Due to the extensive experience of our experts, a team of Liebherr specialists will travel to China and support with supervision for the installation, commissioning and testing process (ICT) of the HLC 150000 at the shipyard.”

On Monday, Seaway 7 announced that it has been informed of an incident involving the folding A-frame on the HLC 150000 crane aboard the Alfa Lift. The company described it as an “unplanned movement,” and said that no personnel were injured. The cause of the incident is under investigation.

“The incident is a matter between the shipyard and crane vendor, and it is too early to indicate if this will have an impact on delivery schedule of the vessel,” the company said in a statement.

Alfa Lift has been chartered to install all of the monopile foundations for the UK’s Dogger Bank offshore wind farm, the largest project of its kind in the world. Dogger Bank’s first two phases will have a combined capacity of 2.4 gigawatts, achieved through the use of hundreds of gigantic GE Haliade-X turbines, each sitting atop a massive foundation. When complete, the project will be the UK’s largest single source of electricity. The construction timeline calls for Alfa Lift to be on site and working beginning next year, with first power from 2023.

Second incident since 2020

The “unplanned movement” is the second incident involving a Leibherr crane aboard a new offshore wind vessel in two years. In May 2020, the heavy crane aboard the offshore installation vessel Orion 1 suffered a hook failure during load testing, resulting in whiplash and boom collapse. Several people reportedly suffered injuries.

Operator DEME had been scheduled to take delivery of the ship within weeks, but due to the damage, the vessel’s delivery was pushed back into 2021. Orion 1’s entire boom and portions of her A-frame had to be rebuilt, according to Leibherr. As Orion 1 went out of action, her first contract went to the installation vessel Seajacks Scylla, which filled in to complete the construction of the Moray East windfarm off the coast of Scotland.

The hook for Orion 1’s crane had been procured from a third-party supplier, and it is likely that it was not tested at the factory before installation, according to consultancy SWZ Maritime.

 

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https://www.maritime-executive.com/article/unplanned-crane-movement-could-delay-new-wind-installation-vessel


Danish ship owning company Celsius Tankers has ordered a new series of LNG carriers from Korean shipyard Samsung Heavy Industries that will be chartered to Swiss LNG trading company Gunvor.

Celsius Tankers orders 4 Gunvor-chartered LNG carriers from Samsung Heavy
Illustration only; Courtesy of Celsius Shipping

A unit of Celsius Shipping is expanding its LNG fleet with an order for four LNG carriers from Samsung Heavy. The company says it pushes boundaries for available design improvements on any newbuild, in order to reduce environmental impact.

The vessels’ design minimizes CO2 emissions and methane slip from operations. In addition, it will fall under Lloyds’ Register class notation EEDI-3. This means it meets IMO requirements for ships built after 2025 for 30 per cent more energy efficiency.

Moreover, Celsius recently took delivery of the fourth and last LNGC from the previous series ordered at SHI in 2018.

The vessels from the new order will be sister vessels to the first four, but will offer additional improvements including. Therefore, they will offer lower emissions and reduced fuel consumption. The new vessels will feature ME-GA propulsion.

 

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Celsius Tankers orders 4 Gunvor-chartered LNG carriers from Samsung Heavy


Norway seeks zero emission with hydrogen and zerocoaster
ZeroCoaster is a modular design for shortsea zero-emission shipping (Vard)

PUBLISHED OCT 18, 2021 5:32 PM BY THE MARITIME EXECUTIVE

 

If Norway is to achieve its target to reduce emissions by 50 percent by 2030, the country like much of the global shipping industry needs to develop not only new ships but the hydrogen infrastructure to support the transition. To that end, the Norwegian government is funding projects seeking to research and propose a cost-competitive hydrogen value chain that can support and accelerate the transition to zero-emission shipping solutions.

The Norwegian Parliament in June 2021 confirmed the country’s position as an energy nation supporting investments in new industries such as hydrogen and offshore wind along with strengthening the electricity grid and a future-oriented oil and gas industry with low emissions. While that is the vision, much of the Norwegian shipping fleet is aging. Currently, it is estimated that the average age is more than 30 years within the country’s commercial fleet. To meet the goals for 2030, 700 low emission and approximately 400 zero-emission ships will be required, including 450 bulk carriers and cargo ships.

With the support of the Research Council of Norway, Vard along with a range of companies including DNV and ABB have been researching future solutions for shortsea shipping. According to the partners, the research has resulted in a new understanding of how the energy mix and requirements for zero-emissions affect ship design and future transportation solutions.

The ZeroCoaster project is developing a modularized concept that they plan to complete this year. The design features a scalable hull and power system that is ready for battery, hydrogen, ammonia, methanol, and LNG to power fully electric propulsion. The vessel will have a load capacity within 4,000 to 5,000 dwt taking mostly bulk and volume loads. The current concept design is for a vessel that would be approximately 325 feet long. Operating at speeds of 8 to 12 knots, the vessel would have a range of 600 to 2,000 nautical miles suited for the Nordic region and Europe.

In the next phase of the project, two new partners, Statkraft and Hexagon Purus, are joining for Zero Emission Compressed Hydrogen (ZECH). These efforts will evaluate the availability of bunkering technologies to support the introduction of compressed hydrogen. This study aims to research, evaluate and present zero-emission ship design solutions using alternative fuel systems.

According to the partners, to develop a competitive solution, the solutions must reduce costs at each stage of the value chain. Therefore, it is imperative to include the stakeholder of production, storage, and distribution of hydrogen in the transport solution.  ZECH will seek to develop economic and technical key performance indicators for the use of compressed hydrogen on ships. Optimization will be achieved through simulation-driven-ship-design and they will also seek harmonization of regulations between land-based industry and the maritime industry related to safety, operation, and future integration.

The project is scheduled for completion by end of 2021. Overall project participants also include Trosvik Maritime, SINTEF Ocean, HK Shipping, and Flowchange.

 

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https://www.maritime-executive.com/article/modular-design-for-coaster-as-norway-builds-hydrogen-infrastructure


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