Seacon snaps up seven Baltic Shipping bulkers

Energy News Beat

China’s Seacon Shipping has expanded its fleet through a €63.7m ($66.5m) deal for seven modern mini bulkers.

The Hong Kong-listed company said in a filing it had purchased the Baltic Fin, Baltic Grain, Baltic Moon, Baltic Wind, Baltic Steel, Baltic Sun and the Baltic Split from Baltic Shipping at $9.1m each.

The 3,800-3,900 dwt vessels were built between 2022 and 2024 and should join Seacon’s fleet between April and the beginning of June.

The Qingdao-based owner and operator has been focused on renewing and diversifying its fleet, especially in the tanker segment with several newbuilds, while letting go of some of its bulkers. However, last October the company also took over six 5,200 dwt multipurpose dry cargo newbuildings from Union Marine in a $63.9m deal. These ships are being built at Jiangsu Dajin Heavy Industry for delivery between March 2026 and 2027.

“The acquisition of the vessels under the agreements is in line with the ongoing strategy of the group to optimise its vessel fleet by gradually phasing out its older controlled vessels and replacing them with newer vessels, as well as to expand the group’s controlled vessel fleet,” Seacon said in a release.

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Baltic states call for new rules to tackle shadow fleet threat

Energy News Beat

The Bulgarian owner at the centre of a new cable cutting incident in the Baltic has denied its ship deliberately carried out the latest damage to subsea infrastructure in the region, something analysts are disputing while politicians discuss clamping down further on ships leaving Russia.

The Swedish Prosecution Authority seized the 32,200 dwt, Navibulgar-owned bulker Vezhen yesterday, suspecting it of damaging un underwater fiber optic cable linking Latvia and the Swedish island of Gotland on Sunday, the latest in a series of undersea sabotage attacks plaguing the Baltic region.

On its homepage, Navibulgar has responded claiming it has not information about intentional actions by the crew of the Vezhen, suggesting instead that the ship ran into bad weather.

Dimitris Ampatzidis, a risk and compliance analyst at maritime data giant Kpler, suggested the weather on Sunday in the region was calm to moderate, and the Vezhen’s movements that day bore striking similarities to other ships accused of similar sabotage such as the Yi Peng 3 and the NewNew Polar Bear.

“A vessel slows down, deviates from its expected course, exhibits erratic movement, and soon after, a vital undersea cable is found damaged. The sequence of events follows a now well-documented pattern,” Ampatzidis wrote in an article carried by MarineTraffic.

“What makes this incident particularly striking is how predictable it is when compared to previous events. The combination of vessel behavior and infrastructure damage forms a worrying pattern that continues to unfold in plain sight,” Ampatzidis argued.

Lithuania’s foreign minister, Kestutis Budris, called yesterday for a review of current shipping regulations following a spate of subsea infrastructure damage.

Seabed gas pipelines, power cables and fiber optic cables have all been attacked – likely by merchant ships dragging their anchors – in recent months across the Baltic, forcing NATO to establish Baltic Sentry, a naval protection operation.

“Navigation rules in the Baltic Sea need to be reviewed, especially when it comes to the use of anchors,” Budris wrote in a social media post.

In relation to the vessels used by Russia to evade sanctions, he wrote that “the shadow fleet is a major problem that puts our environment and critical infrastructure at risk.”

A joint statement from the heads of state or government of Denmark, Estonia, Finland, Germany, Latvia, Lithuania, Poland and Sweden earlier this month noted: “Combatting breakage of undersea cables and pipelines represents a global problem.”

The statement went on to discuss the threats posed by the growth of the shadow fleet. 

“Russia’s use of the so-called shadow fleet poses a particular threat to the maritime and environmental security in the Baltic Sea region and globally. This reprehensible practice also threatens the integrity of undersea infrastructure, increases risks connected to sea-dumped chemical munitions, and significantly supports funding of Russia’s illegal war of aggression against Ukraine,” the statement read. 

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COSCO readies $1.1bn tanker investment

Energy News Beat

The tanker division of the world’s largest shipowner is readying $1.1bn for its newbuilding programme.

COSCO Shipping Energy Transportation is issuing RMB8bn worth of A shares to raise cash to build three aframaxes, six VLCCs and two LNG carriers.

The aframaxes will be built by sister firm COSCO Shipping Heavy Industry (Yangzhou), while all the other vessels are slated for construction at Dalian Shipbuilding Industry Corporation (DSIC).

“The vessel construction projects will further optimise the fleet structure, enlarge LNG transportation capacity and further improve competitiveness on domestic and international oil trading market,” the company said in a release.

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Geneva Dry: 90 days to go

Energy News Beat

There’s just 90 days to go until the second edition of Geneva Dry, the world’s premier commodities shipping conference, with organisers urging people thinking about signing up to do so quickly to avoid disappointment.

At last year’s inaugural event, organisers were forced to issue a ‘Sold Out’ sign weeks ahead of the summit, and while preparations have been made to accommodate 200 extra delegates this year, sign ups to the trade gathering are pouring in fast.

Confirmed chartering speakers for this year’s event – taking place on April 28 and 29 at the Hotel President Wilson on the shore of Lake Geneva – include Anglo American, Cargill, Eramet, Fortescue, Heidelberg Materials Trading, Montfort Trading, Trafigura and Vale while confirmed shipowner speakers include the likes of 2020 Bulkers, Ariston Navigation, Cetus Maritime, CTM, d’Amico Dry, Drydel Shipping, Fednav, G2 Ocean, Himalaya Shipping, Mandarin Shipping, Marfin Management, Nova Marine Carriers, Oceanbulk Maritime, Precious Shipping, Seanergy Maritime, Star Bulk, SwissMarine, Taylor Maritime Investments, United Maritime, Wah Kwong and Western Bulk.

Geneva Dry brings together all elements of the commodities shipping sector to host the ultimate dry bulk shipping event.

Split into sectors, panels will bring together analysts, financiers, miners, traders and shipowners to discuss where the markets are headed. Sessions include:

– Minor Bulks
– Agri-commodities
– Coal
– Iron Ore
– Decarbonisation

People flying in to Switzerland for the event are advised to spend some extra days in Geneva as multiple other gatherings are taking place that week including parties hosted by brokers and charterers, golf days, workshops as well as the annual general meetings of both the Poseidon Principles and the Sea Cargo Charter.

The full Geneva Dry agenda can be accessed here.
Geneva Dry registration, at just $780, can be accessed here.
Special Geneva Dry hotel room rates can be found here.

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Is AI about to replace charterers?

Energy News Beat

James Peacock, who leads product development at XMAR, tackles an issue likely to be one of the talking points at this year’s Geneva Dry.

Chartering has always been a balancing act of relationships, instinct, and expertise. With artificial intelligence (AI) making waves in every industry, it’s fair to ask: could machines ever take over the role of a charterer? On paper, AI ticks all the right boxes: data crunching, pattern spotting, and route optimising. But the reality is more complicated, and assuming that AI will simply make charterers obsolete misses the point.

What AI can do (and does well)

AI is brilliant at handling the grunt work. Need to analyse a mountain of vessel positions, freight rates, and historical fixtures? AI can do it in seconds. It doesn’t get tired, doesn’t forget things, and doesn’t let emotion cloud its judgment. Tools already exist that can predict optimal routes, flag potential fixtures, and even estimate bunker costs.

In logistics, a 2023 McKinsey report found that automating repetitive tasks with AI led to 15 to 20% efficiency gains. Shipping, with its endless data and paperwork, is ripe for that kind of transformation. Whether it’s managing voyage data, calculating fuel consumption, or identifying trends, AI can make life easier for charterers by handling tasks that would otherwise eat up their day.

Where AI falls short

But chartering is about more than spreadsheets and graphs. It’s about navigating grey areas and knowing when to bend a little to get a deal across the line. Machines are great at following patterns, but can they sense when a shipowner’s ‘maybe’ really means ‘yes, if you push’? Can they pick up on the slight hesitation in someone’s voice during a negotiation?

Take recruitment as an example. AI tools have been used to scan CVs, but they’ve repeatedly missed good candidates because they didn’t fit the mold the algorithm expected. In the same way, AI risks missing nuances in chartering, like geopolitical shifts, local quirks, or even the subtle power of relationships that have been built over decades.

The data challenge

AI is only as good as the data you feed it, and the maritime industry isn’t exactly known for its tidy databases. Too many shipping companies rely on outdated systems, with critical information locked up in spreadsheets or buried in emails. A 2022 Splash survey found that 68% of shipping executives rated their internal data systems as ‘poor’ or ‘very poor’.

For AI to make reliable decisions, it needs reliable data. That’s where platforms like XMAR come in, not to replace charterers but to give them the tools to do their jobs better. By organising data, automating admin, and surfacing insights, platforms can help charterers focus on the bigger picture.

A changing role, not a disappearing one

So, will AI replace charterers? Probably not. But it will change the job. Instead of spending hours sorting through emails or calculating voyage costs, charterers could spend more time on strategy and negotiation. Imagine having an AI assistant that flags opportunities, predicts market trends, or drafts fixture notes for you to review.

Look at doctors. They now use AI for diagnostics, but they’re still the ones making the final call. The same goes for charterers. AI won’t take over, it’ll be a second set of eyes, a tool to sharpen decisions.

Moving forward

The question isn’t whether AI will replace charterers, it’s how we use it to make charterers better at what they do. Shipping is still a people business. Relationships matter. Trust matters. But that doesn’t mean we can’t embrace technology to lighten the load.

A number of platforms are showing that you don’t have to choose between man and machine. The future of chartering isn’t about one replacing the other, it’s about working together.

Interested to find out more about the intersect between chartering and technology? Attend Geneva Dry’s Chartering Spotlight on April 28 in Switzerland to find out how brokers and platforms will evolve, and what owners and charterers will seek out of their broking houses in the years ahead. Visit www.genevadry.com to find out more.

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Stolt-Nielsen buys Golar’s stake in Avenir LNG

Energy News Beat

Stolt-Nielsen has bought out Golar LNG’s stake in Avenir LNG for $40m.

Commenting on the transaction, Udo Lange, CEO of Stolt-Nielsen, said: “This strategic move not only strengthens our position in the LNG sector but also underscores our commitment to pursuing more sustainable energy solutions for the maritime, industrial, and power generation markets. I am excited about the possibilities ahead and confident that this partnership will propel us into new avenues of growth and impact.”

Golar LNG, a co-founder of Avenir LNG, said the sale was spurred by its decision to focus on its floating LNG position. Golar will remain a 25% shareholder and debt provider to Higas, an LNG storage terminal in Sardinia that was spun off from Avenir LNG in October 2024.

Avenir LNG owns and operates a fleet of five modern small-scale LNG bunkering vessels, with two newbuildings under construction.

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Navantia completes Harland & Wolff buy-out

Energy News Beat

EuropeShipyards

Spain’s Navantia has completed its buy-out of the UK’s Harland & Wolff, securing jobs at four yards in Northern Ireland, England and Scotland.

“By combining Harland & Wolff’s proud heritage and facilities with Navantia’s global expertise in defence, maritime and renewable energy, we are creating an exceptional platform for growth,” said Ricardo Dominguez, chairman of Navantia.

Harland & Wolff entered administration in September last year after a request for a £200m ($261m) facility from the UK government’s export credit agency fell through, the second time in just five years when it has entered administration. 

The shipbuilder is most famous for building the Titanic more than a century ago. 

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Port Botany set for major rail upgrade

Energy News Beat

Ports and Logistics

DP World and NSW Ports are co-investing A$400m ($250m) to extend the rail terminal at Port Botany in Sydney to double capacity to more than 1m teu per year.

The project – which will start on site in June and take two years to compete – comprises the addition of five new rail sidings to accommodate 600 m long regional trains.

Marika Calfas, CEO of NSW Ports, said: “This new rail terminal will enable more containers to be moved by rail, reducing the growth of trucks on roads and will deliver greater efficiency for the state’s container supply chains. Port Botany is uniquely the only port in Australia with on-dock rail within each container terminal, connected to an extensive network of metropolitan and regional intermodal terminals including by dedicated freight rail.”

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Anthony Veder buys ethylene carrier from ADNOC

Energy News Beat

EuropeGas

Dutch owner Anthony Veder has bought the Yas, a 9,000 cu m ethylene carrier from Abu Dhabi National Oil Company (ADNOC) for an undisclosed price, renaming it Coral Palmata. The gas carrier addition takes Anthony Veder’s fleet to 29 ships.

Jan Valkier, CEO of Anthony Veder, said: “We are very proud to serve our customers even more flexibility and efficiency thanks to the addition of Coral Palmata. Built in 2014, the renamed Coral Palmata is the youngest ethylene carrier worldwide in her segment and will contribute to the rejuvenation of our fleet.”

Last year Anthony Veder became the first gas shipowner to install wind tech, with two ethylene carriers in its fleet now sporting VentoFoils from Dutch compatriot Econowind on their decks.

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Can Geothermal Become a Major US Energy Source Under Trump?

Energy News Beat

  • Geothermal energy is a clean and reliable renewable energy source that has the potential to generate electricity 24/7.
  • The new US administration’s support for geothermal could streamline permitting, increase research funding, and provide tax credits.
  • Geothermal energy currently plays a minor role in US electricity generation, but it has the potential to become a major source of clean power in the future.

The bubbling sulfur springs and powerful, majestic geysers of Yellowstone National Park are visible manifestations of the potential for geothermal energy in the United States.

Yet for various reasons — including logistics, economics, and permitting issues — geothermal has not come close to reaching its potential. That could be changing, though, with Donald Trump’s surprising embrace of the deep-seated renewable energy source.

In declaring an energy emergency on Monday, January 20, inauguration day for the 47th president, Trump’s executive orders largely favored oil, gas, and coal, and omitted solar, wind, and battery storage. Geothermal heat was included as one of the domestic energy sources that could help ensure a reliable, diversified, and affordable supply of energy.

“The embrace of advanced geothermal under this new administration I’d say is not a giant surprise,” said Alex Kania, a managing director at Marathon Capital, via The Sun Chronicle. “It’s reliable, it’s efficient, and frankly their ties to the more conventional forms of energy production, I think, is probably not lost on some people.”

Indeed, energy experts note that geothermal can generate electricity 24/7 — which is the largest drawback of solar and wind — and that many people in the geothermal field come from the oil and gas industry, where the same technology is used for drilling wells.

Geothermal works by harnessing steam from Earth’s natural heat and using it to spin a turbine that creates clean electricity. There are three main types of geothermal energy systems: direct use and direct heating systems; geothermal power plants; and geothermal heat pumps.

According to the Energy Information Administration (EIA), the first types use hot water from springs or reservoirs near the Earth’s surface. Ancient civilizations used hot springs for bathing, cooking, and heating, and today they are the most familiar sign of geothermal energy.

Geothermal is also used to directly heat buildings and to provide heat for multiple buildings with district heating systems. An example of the latter is Reykjavik, Iceland, where 66 percent of the island nation’s power comes from the Earth’s heat.

Geothermal power plants are generally built near geothermal reservoirs, close to the Earth’s surface, where water or steam is injected at 300 to 700 degrees Fahrenheit to generate electricity.

Geothermal heat pumps are used to heat and cool buildings. The pumps transfer heat from the ground or water into buildings during winter and reverse the process in the summer.

New geothermal companies are adapting technologies from oil and gas to create steam from hot rock, that is turned into manmade reservoirs rather than naturally occurring hot pools. That would make geothermal possible in many more places, The Sun Chronicle notes, adding:

“The Energy Department estimates the next generation of geothermal projects could provide some 90 gigawatts in the U.S. by 2050 — enough to power 65 million homes or more.”

Still, the United States is a small player in the global game of geothermal energy. In 2022, 24 countries generated about 92 billion kilowatt hours (kWh) of electricity from geothermal. Indonesia was the leader at about 17 billion kWh, or 5 percent of its total power generation. The largest share of annual electricity generation from geothermal among countries with geothermal power plants was Kenya, at 45 percent of its total. Geothermal accounts for less than half a percent of America’s total electricity generation. The biggest geothermal states are California, Nevada, Utah, Hawaii, Oregon, Idaho and New Mexico.

The industry hopes the new U.S. administration’s support for geothermal will lead to streamlined permitting, more federal research and tax credits to promote innovation, states The Sun Chronicle.

House subcommittee in 2014 heard that an inordinate amount of red tape hampers geothermal in the U.S. For example, the National Environmental Policy Act (NEPA) requires geothermal developers to submit over 175 “document sets” for each project, which could mean hundreds of thousands of pages.

The subcommittee also learned that geothermal power projects can take as many as seven years to develop, compared to three to five years for oil and gas projects, and just 18 months for solar or wind start-ups.

Cindy Taff, the CEO of Sage Geosystems in Houston, was quoted saying she hopes that Trump’s pro-geothermal stance will spur investment in large projects, including those that meet surging demand for electricity from data centers and artificial intelligence, and projects to make military facilities energy resilient.

By Andrew Topf for Oilprice.com

Is Oil and Gas An Investment for You?

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