Alternative Fuels
LR: Retrofit or newbuild? The challenge for shipowners seeking future carbon compliance
‘We estimate that at least 45% of ships today will not be compliant with carbon intensity regulations in three years’ time. Owners are asking us many more questions,’ says Nikos Tsatsaros of LR.
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1 year agoon
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AdminClassification society Lloyd’s Register recently published an article on the growing demand for replacement ships as shipowners face more carbon regulations targeting older, less efficient ships. Three Lloyd’s Register experts share their views on whether it’s wiser to retrofit an existing vessel to improve its carbon ratings or replace it with a new one:
As Program Manager of LR’s Maritime Decarbonisation Hub, Charles Haskell is well-placed to outline challenges facing shipowners today as they weigh up the options of retrofits versus new so-called ‘future-proofed’ newbuild ships. The reality is no ship can be fully future-proofed yet because the marine fuels of the future are still under development and there are few rules, designs or builders, no crews, and no managers for the ships of tomorrow.
Perhaps most importantly from a Class point of view, there are no safety frameworks yet, though Haskell and his team are engaged in an ammonia-for-fuel project. It is focusing on a detailed quantitative safety risk assessment spanning several industrial sectors, outside shipping, over several decades.
But the reality is that ship designers cannot even offer blueprints yet; shipbuilders don’t know what materials will be required; repairers have no experience of new fuel technologies; ships’ crews are not trained to handle new fuels or operate ships which use them; and shipowners’ land-based staff, including experienced superintendents, will need to learn about new fuel supply systems, storage, and combustion technologies.
Haskell refers to the Maritime Just Transition Task Force, set up during COP26, in which LR was involved, which has concluded that no fewer than 800,000 seafarers will need to be trained by 2030.
Three decades of retrofits
Haskell has clear views on the question of retrofit or replace. He points to analysis from The Silk Alliance, an initiative set up by the LR Maritime Decarbonisation Hub of 11 members (now 12) that has developed a future fuel framework to enable the setting up of a scalable green corridor cluster. Their analysis has revealed that quite apart from existing ships, 20-30% of those that are built in the years ahead will need to undergo retrofits before 2050.
That means, Haskell explains, that the challenge facing owners and operators today is not only what to do with existing ships, especially younger ones; it is also how to ensure that ships designed and built in the balance of this decade can be retrofitted effectively and economically before the middle of the century.
Nikos Tsatsaros is LR’s New Constructions Sales Director. He has seen a significant change in owners’ thinking over the last year. “There is now a realisation that the clock is ticking,” he says. “We have moved on from theory; two years ago, they were asking ‘what is ammonia, what is methanol?’
“Our clients realise that they need a technical understanding of what is coming and to understand the technologies and how they work, how crews can be prepared, and how ships may be designed and operated. They certainly need to know that there will be an acceptable return on investment. And they realise that collaboration with charterers is essential.”
Complex charter negotiations
Tsatsaros reveals that charter negotiations on new ships are growing in complexity. For owners, adopting new technologies is about investment returns and therefore close attention is required to clauses in the charterparty agreement relating to ship performance. On new projects that are under development, Tsatsaros sees some charterers who are proving to be supportive, others who are not. More collaboration is required.
“We have an essential role to play here. Our vision is to be the trusted adviser to our clients, whether it be in new construction or retrofits. Charterers’ strategies vary and some say that extra costs are for an owners’ account. Others are more realistic If the cost of providing the service goes up, the charterer will have to pay more. I think charterers’ views are softening. It’s a matter of collaboration between different stakeholders.”
Retrofits on younger ships often make good sense, he says, but options become limited on older vessels where significant capital investment won’t pay back over the vessel’s operational lifespan. Meanwhile, some new technologies cannot be installed on existing ships and the cost of a retrofit could actually work out to be more expensive. In these cases, LR’s cost benefit analyses can prove invaluable, he says.
Tsatsaros also stresses the broad range of owners and their access to resources. The industry’s leading pioneers, such as major container lines, have sufficient muscle to test new fuels on their own, but most shipowners lack the resources for this.
“Smaller owners want advice on available options, techno-economic guidance, and involvement in joint development projects. We are engaged in a large number of these, across both newbuild and retrofit projects,” he says.
Practical aspects are key considerations. “When owners have understood the new technologies that are likely to become available, they are asking how ships can be made ready today for economically viable modifications tomorrow. And, of course, there are different levels of ‘readiness’.”
“As an adviser, we can step in and say: ‘These are the options. Here’s how we can help you. Let’s work with a designer, a shipyard, an engine builder, and others, to identify the best strategy and develop something that best suits your needs.’”
Speaking of the existing fleet, Tsatsaros says there is no time to lose. “We estimate that at least 45% of ships today will not be compliant with carbon intensity regulations in three years’ time. Owners are asking us many more questions; what’s happening in China, what’s happening in South Korea, are there enough shipyards?
“This last question is important from a retrofit perspective. If there are no newbuilding slots available, then retrofitting older ships may be the only option. If there is a proper cost analysis and a good charterparty where the charterer is willing to share the cost, then you have an asset with another ten years of viable operation. However, my concern is that charterers may not yet be ready to support retrofit projects. Of course, it depends, and must be viewed on a case-by-case basis.”
Note: The full article ‘Retrofit or newbuild? The challenge for shipowners seeking future carbon compliance’ can be found here.
Photo credit: Lloyd’s Register
Published: 10 April, 2023
LNG Bunkering
BV VeriFuel participates in first LNG bunkering operation in Shanghai
VeriFuel, Bureau Veritas’ Marine Fuel Services programme designed to facilitate future developments of the marine fuel industry, successfully participated in its first LNG bunkering operation in Shanghai.
Published
16 hours agoon
September 10, 2024By
AdminVeriFuel, Bureau Veritas' Marine Fuel Services programme designed to facilitate the future developments of the marine fuel industry, last week celebrated a milestone in LNG bunkering in Shanghai.
VeriFuel successfully participated in its first LNG bunkering operation about two weeks ago in Shanghai.
“This marks a significant step forward as we expand our service offerings to meet the growing demand for sustainable fuel solutions,” it said in a social media post.
“With more deliveries already on the way, our new service line is ready to support your LNG bunkering needs. We look forward to partnering with you on this exciting journey towards a more sustainable future.”
According to Bureau Veritas, VeriFuel provides the latest technology in order to monitor global marine fuel activities.
In 50 countries, VeriFuel provides the inspection services that are performed by in-house bunker surveyors based on uniform procedures and reporting.
Photo credit: VeriFuel
Published: 10 September, 2024
Methanol
Methanex to acquire OCI Global international methanol business
Transaction includes OCI’s interest in two methanol facilities in Beaumont, Texas, a low-carbon methanol production and marketing business and a currently idled methanol facility in Netherlands.
Published
16 hours agoon
September 10, 2024By
AdminMethanex Corporation (Methanex) on Sunday (8 September) announced that it has entered into a definitive agreement to acquire OCI Global’s (OCI) international methanol business for USD 2.05 billion.
The transaction includes OCI’s interest in two world-scale methanol facilities in Beaumont, Texas, one of which also produces ammonia. The transaction also includes a low-carbon methanol production and marketing business and a currently idled methanol facility in the Netherlands.
“This is a unique opportunity to create value by acquiring two highly attractive North American methanol assets that will further strengthen our global production base and we expect it will be immediately accretive to free cash flow per share,” said Rich Sumner, President and Chief Executive Officer of Methanex.
“The Beaumont plants benefit from access to North America’s abundant and favourably-priced supply of natural gas feedstock, and are expected to increase our global methanol production by over 20 percent.”
“We believe the transaction will provide significant long-term value to Methanex shareholders while aligning with our strategic objectives of industry leadership, operational excellence, and financial resiliency,” said Mr. Sumner.
“From an operating perspective, we have a shared culture of safety and operational excellence, and we expect the OCI team will help us build new skills in ammonia while enhancing our capabilities in the evolving business of low carbon methanol production and marketing.”
Nassef Sawiris, Executive Chairman of OCI, added, “We are pleased with the opportunity to achieve a significant ownership position and are highly confident in Methanex’s ability to create enduring value for shareholders. As the global leader committed to safety and operational excellence, we identified Methanex as the natural owner of OCI Methanol at the outset of our strategic process, which we initiated in the spring of 2023.”
As part of the transaction, Methanex will acquire the following:
- A methanol facility in Beaumont, Texas with an annual production capacity of 910,000 tonnes of methanol and 340,000 tonnes of ammonia. This plant was restarted in 2011 and since that time the plant has been upgraded with USD 800 million of capital for full site refurbishment and debottlenecking.
- A 50 percent interest in a second methanol facility also in Beaumont, Texas, operated by the joint venture Natgasoline LLC (Natgasoline). The Natgasoline plant was commissioned in 2018 and has an annual capacity of 1.7 million tonnes of methanol, of which Methanex’s share will be 850,000 tonnes.
- OCI HyFuels, which produces low-carbon methanol and sells industry-leading volumes with trading and distribution capabilities for renewable natural gas (RNG). With nine years of experience in the low-carbon methanol business and with an array of blue-chip customers, this will enhance Methanex’s existing Low Carbon Solutions function with additional expertise in this developing segment.
- A methanol facility in Delfzijl, Netherlands with an annual capacity to produce 1 million tonnes of methanol. This facility is not currently in production due to unfavourable pricing for natural gas feedstock.
Closing of the transaction is expected in the first half of 2025. The transaction has been approved by the boards of directors of both companies and is subject to receipt of certain regulatory approvals and other closing conditions including TSX approval for the issuance of Methanex shares to OCI.
The transaction is also subject to approval by a simple majority of the shareholders of OCI. The largest shareholder of OCI, has signed an agreement to vote for the transaction.
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Photo credit: OCI Global
Published: 10 September, 2024
Alternative Fuels
Corvus Energy gas-safe marine fuel cell system receives type approval by DNV
Firm said the system is the first Fuel Cell System designed to be inherently gas-safe, making it the safest fuel cell system in the market.
Published
16 hours agoon
September 10, 2024By
AdminCorvus Energy, supplier of energy storage systems (ESS) for maritime applications, on Wednesday (4 September) announced that the Corvus Pelican Fuel Cell System has received Type Approval from classification society DNV.
The system, which was developed through the three-year-long H2NOR project, is the first Fuel Cell System (FCS) designed to be inherently gas-safe, making it the safest fuel cell system in the market.
Corvus Energy said receiving type approval from DNV confirmed that the Corvus Pelican Fuel Cell System meets the most stringent performance and safety standards required by the maritime industry.
Olaf Drews, Head of Engines & Pressurized Equipment Maritime, said: “It is a special fuel cell system, because the Pelican uses nitrogen for inerting of the fuel cell space.”
“It is the first fuel cell system that uses this technology and this brings it to a very preferred safety level. This is a milestone, and we look forward to the first ship project.”
Despite technology improvements and advancements in battery electric vessels, most vessels cannot achieve zero-emission operations for extended periods of time using batteries alone. For vessels on longer routes and vessels that are unable to charge often enough, we need to add clean fuel and fuel cells to enable extended zero-emission capabilities.
CEO of Corvus Energy, Fredrik Witte, said: “Toyota’s unsurpassed knowledge in developing high-quality and efficient fuel cells, in addition to the strong collaboration and high level of maritime experience among the partners in this development project, has been key.”
“This is a milestone for net zero shipping. We now have a high-quality range extender to add to our existing ESS portfolio with the scalability and the safety needed to be a real driver in the future of marine decarbonization.”
The first Corvus Pelican Fuel Cell System is produced and ready to be installed onboard MS Skulebas, a 35-meter fishing and training vessel owned by Vestland County and operated by Måløy Upper Secondary School in Norway.
The vessel already has a 1 MWh battery system onboard. By adding the Corvus Pelican Fuel Cell System and hydrogen storage, the vessel will be able to operate for four days on zero emission.
Photo credit: Corvus Energy
Published: 10 September, 2024
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