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EMP introduces automation for ship renewable energy systems

As part of ongoing strategy to prepare its EnergySail and Aquarius MRE for commercial release.

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Fukuoka-based maritime technology firm Eco Marine Power (EMP) Tuesday unveiled further details of automated control and monitoring systems as part of the ongoing strategy to prepare its EnergySail and Aquarius MRE for commercial release.

The new systems will enable EMP's technologies to integrate with existing ship-based systems for facilitating a seamless operation between EMP's renewable energy platforms with other equipment on ships including fuel flow meters.

Three marine computer systems jointly developed with KEI System Ltd will be integrated to provide a robust, reliable and easy to operate control and monitoring platform for all elements of Aquarius Marine Renewable Energy (MRE).

These include the Aquarius Management and Automation System (Aquarius MAS), the EnergySail Automated Control System (EnergySail ACS) and Aquarius Integrated Management System (Aquarius IMS).

A major focus of the system development has been related to the intelligent control of the EnergySail's either when used individually or part of an array. Fine tuning of the control algorithms is ongoing and this work encompasses elements of robotics engineering, computational fluid dynamics (CFD) and artificial intelligence (AI). This methodology is a key component of EMP's intellectual property (IP) strategy.

Effectively, the EnergySail ACS is used for automated control of the EnergySail either as stand-alone units or as part of an array. Aquarius MAS manages EMP's ship solar power system including monitoring the charge controllers and hybrid battery packs.

Overall, the Aquarius IMS is the central interface and control platform for both the Aquarius MAS and EnergySail ACS. The overall system architecture also includes redundancy and the ability to monitor equipment on tablet computers via on-board WiFi links. Operational and performance data is also displayed and logged in real time including fuel consumption, calculated CO2, NOX, SOX emissions, ship speed and location, solar power output plus the status of the EnergySail's. This data can easily be sent back to an onshore support or technical office for further analysis.

In addition to being incorporated as part of a complete Aquarius MRE solution, each of the marine computer systems has other applications as well. For example, the Aquarius MAS can be configured as a compact version and used to monitor fuel consumption and emissions or installed as part of an Aquarius Marine Solar Power package.

Photo credit: Eco Marine Power
Published: 24 October, 2018

 

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Interview

StormGeo: UAE’s OPEC exit raises stakes for bunker procurement

UAE’s exit from OPEC could weaken the group’s market influence, increasing crude and bunker fuel volatility and boosting demand for digital bunker procurement and voyage optimisation tools, says Julie Louise Nielsen.

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Julie Nielsen Global Head of Bunker Sales StormGeo MT

Julie Louise Nielsen, Global Head of Bunker Sales at StormGeo, highlighted to Singapore-based bunkering publication Manifold Times that the UAE’s departure from OPEC marks a more significant shift than the earlier exits of Qatar and Angola, reflecting the country’s strategic importance as a major producer with substantial spare capacity.

Nielsen said the move is expected to increase uncertainty in crude and marine fuel markets, prompting shipping companies to strengthen bunker procurement strategies through greater use of digital decision-support platforms: 

MT: How significant is the UAE’s departure from OPEC compared with previous exits by Qatar and Angola, and what does it mean for OPEC’s ability to influence global oil markets?

The UAE’s exit is materially more significant than Qatar’s or Angola’s because the UAE has been one of OPEC’s most strategically important producers, with meaningful spare capacity and a much larger role in market balancing. Qatar’s departure in 2019 and Angola’s in 2024 were important politically, but they were smaller in market impact. The UAE’s move is therefore more than symbolic – it raises a real question about how much cohesion OPEC can still maintain, and whether the group can continue to steer prices as effectively as it has in the past.

MT: How might this development affect expectations for crude oil and marine fuel prices over the next 12 to 24 months?

In the next 12 to 24 months, I would expect the market to price in a little less discipline and a little more uncertainty. If the UAE uses its new flexibility to lift output, that could cap upside in crude over time, but the bigger effect may be on volatility rather than direction. For marine fuel buyers, that means more frequent swings in bunker costs and less confidence that prices will stay in a narrow range for long. In StormGeo we already see a spike of interest for our s-Bunker solution which includes one of the market’s most advanced bunker planner solutions. Companies are facing the issue of keeping up with the market volatility, and see the benefits of having a solution recommending where to bunker and how much, as well as having a full audit trail of the decision to prove that this was the right decision at the time. We have also lately hosted a webinar about this, which also showed us the real interest from the market, with many participants as well as many good questions.

MT: Could the weakening of OPEC’s cohesion lead to more regional disparities in bunker fuel pricing across major ports?

Yes, most probably. A less cohesive OPEC means the market becomes increasingly influenced by regional supply dynamics and geopolitical events rather than coordinated production policy. For shipping, the Strait of Hormuz remains one of the most critical chokepoints, with around one-fifth of global oil passing through it. Any disruption – whether from political tensions, security incidents, or shipping restrictions – can quickly affect crude availability, freight costs, insurance premiums, and ultimately bunker prices in ports across the Middle East and Asia. As a result, we are likely to see greater regional price disparities, where local market conditions become just as important as movements in global crude benchmarks.

MT: How does increased fuel price volatility affect bunker procurement strategies and voyage planning?

Volatility pushes shipping companies to be much more disciplined in how they buy fuel and plan voyages. Instead of relying on fixed assumptions, they need to time purchases more carefully, compare more ports, and test whether a deviation or a different stem location actually improves net voyage economics. It also makes scenario planning more important, because a small change in bunker price can quickly alter voyage margin, cargo economics, and even routing decisions. I foresee that those companies who are not considering going digital on bunker management will fall short compared to their competitors who have already implemented a fully digital process for their voyage optimization.

MT: How can digital bunker management and voyage optimisation platforms help shipowners navigate a more volatile fuel market?

Digital platforms help by giving owners better visibility, faster decision-making, and a more consistent way to compare fuel options across ports, suppliers, and voyage scenarios. In a volatile market, the value is not just automation – it is control: being able to see expected cost, compare alternatives quickly, and lock in a better decision before the market moves. They also help reduce manual work, which matters when procurement teams are making more decisions under tighter time pressure. What I believe is important as well is to not silo the voyage optimizations. Combining your full voyage optimization with a software provider having a full end-to-end solution is key, to ensure that all decisions are made on the same data inputs. In StormGeo, we are proud of being a one-solution provider, and we do see that this is becoming a growing requirement from the market.

MT: Have you observed growing demand from shipping companies for real-time bunker pricing and procurement tools in recent years? Could you share some data to demonstrate this?

Yes, without question. Over the past few years, we’ve seen a clear shift in how shipping companies approach bunker procurement. Rising fuel costs, increased market volatility, and a greater focus on operational efficiency have all driven demand for real-time pricing, market intelligence, and digital procurement tools.

That said, we still meet companies that believe their current manual bunker procurement process is the right way of working. A common response is, “We’re already performing well.” I never challenge whether they are doing something wrong – that’s for them to conclude. Instead, I ask a simple question: How do you know you’re performing well if you’re not using data to measure it? And this questions are very often not being met with an answer, but more a questionable expression. In today’s shipping industry, where digital solutions are transforming almost every operational process, I still find it surprising that some organizations remain hesitant to embrace data-driven decision-making in bunker procurement.

Companies that have adopted digital solutions are no longer looking for a simple list of bunker prices. They want the ability to compare suppliers, evaluate alternative bunker ports, understand the commercial impact of different procurement strategies, and make informed decisions based on real-time market intelligence. This is particularly important when fuel remains one of the largest operating expenses for a vessel.

We continue to see growing adoption of digital bunker management solutions among both shipowners and operators, and our onboarding pipeline continues to grow. More companies are moving away from manual, spreadsheet-based processes towards integrated platforms that combine live pricing, procurement workflows, voyage planning, and advanced data analytics. Based on customer performance reviews conducted after implementing our platform, we frequently see bunker cost improvements of up to USD 30 per metric tons compared with previous manual procurement processes. Beyond the direct financial savings, the objective is to improve transparency, reduce administrative workload, and enable procurement teams to make faster, more informed decisions in an increasingly volatile fuel market.

 

Photo credit:StormGeo
Published: 1 July, 2026

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Alternative Fuels

Hitachi Zosen Marine Engine orders Mitsubishi Shipbuilding ammonia fuel handling system

MAmmoSS® will be designed and optimised to be compatible with the ammonia marine engines of Everllence SE and WinGD and will be used for shop tests of both engines after delivery to HZME’s facility.

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Hitachi Zosen Marine Engine orders Mitsubishi Shipbuilding ammonia fuel handling system

Mitsubishi Shipbuilding Co., Ltd., a part of Mitsubishi Heavy Industries (MHI) Group, on Friday (26 June) said it has received an order from Hitachi Zosen Marine Engine (HZME) for its MAmmoSS® ammonia fuel handling system.

HZME is a dual licensee of Everllence SE and WinGD, major licensors of marine engines. MAmmoSS® will be designed and optimized to be compatible with the ammonia marine engines of these two licensors, and after delivery to HZME’s facility, will be used for shop tests of both engines.

The company said decarbonisation in global shipping is a critical issue, and ammonia, which does not emit CO2 when burned, is attracting attention as a next-generation marine fuel that will significantly contribute to reducing GHG emissions in the shipping industry. 

“However, as ammonia is a toxic fluid, safe handling technology onboard ships is essential and is expected to drive demand for MAmmoSS®,” it said. 

Going forward, Mitsubishi Shipbuilding said it will continue to provide safe and reliable products for ammonia-fuelled vessels to support the expected market expansion.

 

Photo credit: Mitsubishi Shipbuilding
Published: 30 June, 2026

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Digital platform

VPS debuts VeriSphere Webshop, enhancing digital access to marine fuel solutions

Key addition is the MySurveys application, designed to support bunker quantity survey processes by providing detailed insights into quantity losses, density variations, and bunkering performance.

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VPS debuts VeriSphere Webshop, enhancing digital access to marine fuel solutions

Marine fuels testing company VPS on Thursday (25 June) announced the launch of its VeriSphere Webshop, a major step forward in the evolution of its digital platform and customer experience.

The new webshop provides customers with direct, self-service access to a growing portfolio of VPS products and services, including digital applications, Application Programming Interfaces (APIs) and sampling equipment; enabling faster, more flexible engagement with VPS’s global offerings.

The VeriSphere Webshop has been designed to simplify how shipowners, operators, and stakeholders across the marine fuel value chain, access critical tools and data. Through a streamlined interface, users can:

  • Browse and subscribe to VPS digital applications
  • Purchase services and products directly online
  • Discover complementary solutions tailored to their operational needs from VPS as well as its ecosystem partners

Alongside the launch of the webshop module, VPS continues to expand the capabilities of its VeriSphere platform, introducing new applications and enhancing existing solutions to deliver deeper operational insights.

A key addition is the MySurveys application, designed to support bunker quantity survey processes by providing detailed insights into quantity losses, density variations, and bunkering performance. This capability represents an important step in the digitalisation of traditionally manual survey processes, enabling greater transparency and benchmarking across operations.

Further enhancements across the platform reinforce VPS’s commitment to delivering actionable, data-driven insights across fuel quality, equipment performance, and operational risk management.

With continuous improvements to applications such as PortStats and the broader VeriSphere suite, VPS is enabling customers to move beyond static reporting toward pro-active operational intelligence.

By combining its extensive global fuel quality database with advanced analytics and digital delivery, VPS aims to empowere its customers to identify risks early, optimise fuel performance, simplify compliance and improve operational efficiency.

Dr. Malcolm Cooper, CEO at VPS, said: “The launch of the VeriSphere Webshop marks an important milestone in our digital journey.

“We are making it easier than ever for our customers to access the data, insights, and tools they need, when they need them. As the maritime industry continues to evolve, our focus is on delivering scalable, digital solutions that drive better decision-making, improve operational performance of vessels, prevent downtime and support the transition towards more sustainable maritime operations.”

VPS added that the VeriSphere Platform will continue to evolve with an expanding portfolio of products, services, and ecosystem partnerships.

Related: VPS unveils digital bunker fuel and emissions platform Verisphere

 

Photo credit: VPS
Published: 26 June, 2026

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