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TECO 2030 and UiT cooperate on maritime hydrogen and fuel cells research and education

TECO 2030 will give UiT researchers and students the opportunity to use fuel cell element testing facilities at the TECO 2030 Innovation Center.

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TECO2030 UniversityOfNorway

Marine cleantech company TECO 2030 on Thursday (21 October) said it has signed a strategic cooperation agreement with UiT, The Arctic University of Norway to cooperate on enhancing hydrogen and fuel cell research and education in Norway.  

The agreement was signed between TECO 2030 and UiT’s Faculty of Engineering Science and Technology. 

The faculty offers courses in hydrogen and fuel cells, and is based in Narvik in northern Norway, in the same city where TECO 2030 is currently working to set up Norway’s first large-scale production of hydrogen fuel cells.

The TECO 2030 Innovation Center in Narvik will be a combined factory and innovation centre. TECO 2030 will produce hydrogen fuel cells that are specifically designed for use on ships and other heavy-duty applications.

Will contribute to increased value creation in northern Norway

“Contributing to the development of sustainable energy solutions for land and sea transport is central in the research and development work we do at our faculty, and for us, fuel cell solutions that use hydrogen as an energy carrier are of particular interest,” says Professor Bjørn-Reidar Sørensen, Head of the Department of Building, Energy and Material Technology at the UiT.

“We are looking forward to cooperating with TECO 2030. Our goal is that we, through our cooperation with TECO 2030, can also contribute to increase the value creation in the north,” says Sørensen.

“We have extensive experience in working closely together with business and industry, and we are today providing students with an education that can be used directly in TECO 2030’s work. We will also be able to adapt our study offer according to the specific needs of TECO 2030,” he adds.  

As part of the agreement, TECO 2030 will contribute to improving UiT’s research and education in the field of hydrogen fuel cells. TECO 2030 will give UiT researchers and students the opportunity to use the fuel cell element testing facilities at the TECO 2030 Innovation Center during periods when they are not used in the production of fuel cells.

TECO 2030 and UiT will together also identify and cooperate on creating hydrogen-related projects for marine and land-based applications. Both parties will jointly conduct research projects and will cooperate on increasing the efficiency of the fuel cell production equipment at the TECO 2030 Innovation Center.

Will improve access to highly qualified, potential future employees

“We are very happy to be cooperating with UiT on enhancing the education in northern Norway for the use of hydrogen and fuel cells, and we are looking forward to welcoming students and researchers at the university to our new Innovation Center in Narvik,” says Tore Enger, CEO of TECO 2030 ASA.

“Our cooperation with UiT will contribute to increasing Norwegian competence on fuel cell development and will at the same time improve our access to highly qualified, potential future employees who already live in the region,” Enger adds.

The production of hydrogen fuel cells for use within the maritime industry is still in early stages, and it is currently limited competence in Norway on the development of fuel cells.

Will produce the engine of tomorrow

TECO 2030 is developing fuel cells together with the Austrian powertrain technology company AVL, and it took over the building that will become home to the TECO 2030 Innovation Center in summer. TECO 2030 is now in the process of making detailed plans for the factory and its production lines.

Hydrogen fuel cells are the engines of tomorrow and convert hydrogen into electricity while emitting nothing but water vapour and warm air. By installing fuel cells, ships and other heavy-duty applications can switch from fossil fuels to hydrogen and reduce its emissions to zero.

Fuel cells can enable ships to sail emissions-free either on the whole journey or on shorter distances, such as when sailing into and out of ports. It can also be used during port-stay, loading and discharging, enabling zero-emission operation at berth, without having to connect the ship to an onshore power supply.

Related: TECO 2030 receives USD 5.9 mn funding from Innovation Norway to develop hydrogen fuel cells
Related: TECO 2030 receives AiP from DNV for marine hydrogen fuel cell system and modules
Related: TECO 2030 and Greenstat enter agreement to develop complete hydrogen value chain
Related: TECO 2030 to establish large-scale production of fuel cells for hydrogen-powered ships
Related: TECO 2030 inks second partnership with AVL to develop hydrogen fuel cells for maritime

 

Photo credit: TECO 2030
Published: 28 October, 2021

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Environment

Indonesia to expedite removal of sunken Malaysia-flagged tanker “Silver Sincere”

Vessel sank while carrying about 1,000 mt of waste oil on 12 January 2025; the wreck was discovered in March 2025 and was found to have drifted about 13 nautical miles from its original sinking site.

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Indonesia to expedite removal of sunken Malaysia-flagged tanker “Silver Sincere”

Indonesia’s Coordinating Ministry for Political and Security Affairs on Tuesday (14 July) held a cross-agency coordination meeting to expedite efforts in handling the Malaysian-flagged tanker Silver Sincere that sank off Bintan Regency, Riau Islands.

The vessel sank while carrying about 1,000 metric tonnes (mt) of waste oil on 12 January 2025. 

According to authorities, the ship sank within Indonesian waters. After several surveys, the wreck was finally discovered in March 2025 and it was found to have shifted approximately 13 nautical miles from the initial sinking location.

The meeting was aimed to align cross-ministerial and institutional measures to expedite the handling of the Silver Sincere wreck while minimising risks to shipping safety, the marine environment, and national interests.

Deputy for Coordination of State Defense and National Unity Purwito Hadi Wardhono emphasised that the handling of the impact of the Silver Sincere sinking was the first case to be comprehensively coordinated, serving as a model for handling foreign vessels sinking within Indonesian jurisdiction.

Through this cross-sectoral coordination, the government will establish a clear and measurable framework that can serve as a reference for resolving similar cases in the future, while minimising state losses due to environmental pollution, damage to underwater ecosystems and infrastructure, and disruption to shipping lanes.

“The most important thing is to immediately stop and prevent the negative impacts of this ship sinking,” Purwito said.

“Therefore, a coordinating role is crucial, as maritime security governance involves various ministries and institutions with varying authorities, allowing for faster, more integrated, and more effective response,” he said. 

He added that the Silver Sincere was a Malaysian-flagged vessel that sank within Indonesian jurisdiction, and therefore, all handling processes must comply with the provisions of Indonesian laws and regulations.

In the meeting, Prof. Eko Ganis Sukoharsono, representing the SAE Energy Consulting Team, presented the results of an analysis based on 14 observation periods using Sentinel-1 Synthetic Aperture Radar (SAR) satellite imagery. 

The analysis results showed strong indications of a waste oil spill that has resulted in marine pollution, damage to the seabed due to shifting shipwrecks, disruption of coastal ecosystems and fishing grounds, and potentially threatening the livelihoods of fishing communities around the Riau Islands. 

Purwito added these findings further emphasise the importance of accelerating the removal of the shipwrecks to prevent widespread environmental impacts, maintain shipping safety, and avoid the potential for greater state losses.

The meeting brought together representatives of related ministries and institutions including the Ministry of Foreign Affairs, Ministry of Defense, Ministry of Transportation, Ministry of Maritime Affairs and Fisheries, Ministry of Environment, Attorney General’s Office.  

Related: MPA: Malaysia-registered tanker “Silver Sincere” sinks off Pedra Branca

 

Photo credit: MarineTraffic / Julian T
Published: 20 July, 2026

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LNG Bunkering

Singapore: FueLNG achieves 800th LNG bunkering operation milestone

Bunker tanker “FUELNG Venosa” delivered LNG marine fuel to bulk carrier “MV Ubuntu Humanity” at Eastern Bunkering A Anchorage (AEBA) on 11 July.

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Singapore: FueLNG completes 800th LNG bunkering operation

Singapore’s licensed LNG bunker supplier FueLNG on Friday (17 July) announced the successful completion of its 800th LNG bunkering operation in the republic.

The company said bunker tanker FUELNG Venosa delivered LNG marine fuel to bulk carrier MV Ubuntu Humanity at Eastern Bunkering A Anchorage (AEBA) on 11 July. 

“This achievement is more than just a number,” FueLNG said.

“It reflects the trust our customers place in us, the dedication of our operations team, the professionalism of our marine partners, and our unwavering commitment to safe, efficient, and reliable bunker deliveries.” 

Manifold Times previously reported FueLNG completing its 500th LNG ship-to-ship (STS) bunkering operation.

Related: Singapore: FueLNG achieves milestone of 500th STS LNG bunkering operation

 

Photo credit: FueLNG
Published: 20 July, 2026

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Methanol

Western Baltic Engineering unveils green methanol bunkering vessel design for Klaipėda

Designed for flexible operations in shallow waters and local bunkering routes, the concept features an 800-metric-tonne green methanol capacity and the potential to supply up to 250,000 mt annually.

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Western Baltic Engineering unveils green methanol bunkering vessel design for Klaipėda

Ship design and engineering service provider Western Baltic Engineering on Thursday (16 July) showcased its latest concept design for a green methanol bunkering vessel, developed for the operational needs of the Port of Klaipėda.

Designed for flexible operations in shallow waters and local bunkering routes, the concept features an 800-metric-tonne green methanol capacity and the potential to supply up to 250,000 metric tonnes (mt) annually. 

“It is Western Baltic Engineering’s first concept dedicated exclusively to green methanol bunkering, expanding our portfolio of alternative-fuel vessel solutions,” the company said in a social media post.

“Building on our experience in methanol-ready vessel design, it reflects our continued focus on enabling the industry’s transition to cleaner fuels.”

“As the maritime sector evolves, engineering companies have a responsibility not only to respond to market needs but also to anticipate future challenges,” said Marius Arkusauskas, Director at Western Baltic Engineering.

“By exploring emerging technologies and alternative fuel applications, we help our partners prepare for the next generation of maritime operations while contributing to a more sustainable future.”

 

Photo credit: Western Baltic Engineering
Published: 20 July, 2026

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